# SOME DESCRIPTIVE TITLE.
# Copyright (C) YEAR THE PACKAGE'S COPYRIGHT HOLDER
# This file is distributed under the same license as the PACKAGE package.
# FIRST AUTHOR <EMAIL@ADDRESS>, YEAR.
#
msgid ""
msgstr ""
"Project-Id-Version: Siril 1.2.0\n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2026-02-11 13:08+0100\n"
"PO-Revision-Date: 2025-11-28 13:54+0000\n"
"Last-Translator: Naming-isDifficult <eb.l0ad1ng@gmail.com>\n"
"Language-Team: Chinese (Simplified Han script) <https://weblate.siril.org/"
"projects/siril/software/siril/zh_Hans/>\n"
"Language: zh_CN\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Plural-Forms: nplurals=1; plural=0;\n"
"X-Generator: Weblate 5.8.4\n"

#: src/gui/uifiles/CLAHE_dialog.ui:49 src/gui/uifiles/siril.ui:1942
msgid "Contrast-Limited Adaptive Histogram Equalization..."
msgstr "限制对比度自适应直方图均衡…"

#: src/gui/uifiles/CLAHE_dialog.ui:69 src/gui/uifiles/asinh_dialog.ui:63
#: src/gui/uifiles/ccm_dialog.ui:43 src/gui/uifiles/curves_dialog.ui:80
#: src/gui/uifiles/dialog_star_remix.ui:1548
#: src/gui/uifiles/dialog_star_remix.ui:1596 src/gui/uifiles/epf_dialog.ui:76
#: src/gui/uifiles/histogram_dialog.ui:157
#: src/gui/uifiles/histogram_dialog.ui:161
#: src/gui/uifiles/merge_cfa_dialog.ui:63 src/gui/uifiles/mouse_actions.ui:45
#: src/gui/uifiles/satu_dialog.ui:66 src/gui/uifiles/settings_window.ui:241
#: src/gui/uifiles/unpurple_dialog.ui:77 src/gui/uifiles/wavelets_dialog.ui:96
#: src/gui/mouse_action_preferences.c:652
msgid "Reset"
msgstr "重置"

#: src/gui/uifiles/CLAHE_dialog.ui:83 src/gui/uifiles/asinh_dialog.ui:77
#: src/gui/uifiles/denoise_dialog.ui:73 src/gui/uifiles/epf_dialog.ui:90
#: src/gui/uifiles/merge_cfa_dialog.ui:49 src/gui/uifiles/satu_dialog.ui:80
#: src/gui/uifiles/savepopup.ui:73 src/gui/uifiles/settings_window.ui:255
#: src/gui/uifiles/starnet_dialog.ui:61 src/gui/uifiles/unpurple_dialog.ui:91
#: src/gui/uifiles/wavelets_dialog.ui:112
msgid "Cancel"
msgstr "取消"

#: src/gui/uifiles/CLAHE_dialog.ui:97 src/gui/uifiles/Median_dialog.ui:98
#: src/gui/uifiles/SCNR_dialog.ui:90 src/gui/uifiles/aavso_dialog.ui:36
#: src/gui/uifiles/annotate_dialog.ui:62 src/gui/uifiles/asinh_dialog.ui:91
#: src/gui/uifiles/background_extraction_dialog.ui:88
#: src/gui/uifiles/bdeconv_dialog.ui:302 src/gui/uifiles/binxy_dialog.ui:71
#: src/gui/uifiles/canon_fixbanding_dialog.ui:78
#: src/gui/uifiles/ccm_dialog.ui:71 src/gui/uifiles/color_calibration.ui:128
#: src/gui/uifiles/cosmetic_dialog.ui:84 src/gui/uifiles/crop_dialog.ui:65
#: src/gui/uifiles/curves_dialog.ui:112 src/gui/uifiles/cut_coords_dialog.ui:89
#: src/gui/uifiles/cut_dialog.ui:70
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:102
#: src/gui/uifiles/denoise_dialog.ui:88 src/gui/uifiles/denoise_dialog.ui:102
#: src/gui/uifiles/denoise_dialog.ui:106 src/gui/uifiles/dialog_FFT.ui:64
#: src/gui/uifiles/dialog_star_remix.ui:1563
#: src/gui/uifiles/dialog_star_remix.ui:1611 src/gui/uifiles/epf_dialog.ui:104
#: src/gui/uifiles/extract_channel_dialog.ui:65
#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:73
#: src/gui/uifiles/histogram_dialog.ui:189
#: src/gui/uifiles/linearmatch_dialog.ui:77
#: src/gui/uifiles/merge_cfa_dialog.ui:77 src/gui/uifiles/mouse_actions.ui:59
#: src/gui/uifiles/pixelmath.ui:819 src/gui/uifiles/resample_dialog.ui:94
#: src/gui/uifiles/rgradient_dialog.ui:75 src/gui/uifiles/rotation_dialog.ui:71
#: src/gui/uifiles/satu_dialog.ui:94 src/gui/uifiles/settings_window.ui:269
#: src/gui/uifiles/split_cfa_dialog.ui:66
#: src/gui/uifiles/unpurple_dialog.ui:105
#: src/gui/uifiles/wavelets_dialog.ui:127 src/gui/python_gui.c:1045
msgid "Apply"
msgstr "应用"

#: src/gui/uifiles/CLAHE_dialog.ui:129
msgid "Tiles Grid Size"
msgstr "分块尺寸"

#: src/gui/uifiles/CLAHE_dialog.ui:168
msgid ""
"Sets size of grid for histogram equalization. Input image will be divided "
"into equally sized rectangular tiles. "
msgstr ""
"设置直方图均衡化时的分块尺寸。图像将被分割成相等尺寸的矩形格子进行处理。 "

#: src/gui/uifiles/CLAHE_dialog.ui:189
msgid "Clip Limit"
msgstr "修剪阈值"

#: src/gui/uifiles/CLAHE_dialog.ui:224
msgid "Sets threshold for contrast limiting."
msgstr "设置对比度上限的阙值。"

#. Try to have 3 lines here.
#: src/gui/uifiles/CLAHE_dialog.ui:242
msgid ""
"Please, make sure to remove all black borders or other\n"
"stacking residuals by cropping the image. If you don't,\n"
"artifacts may appear."
msgstr ""
"请确保裁掉所有的黑边\n"
"和叠加造成的其他异常边缘\n"
"否则将会出现伪影。"

#: src/gui/uifiles/CLAHE_dialog.ui:255 src/gui/uifiles/asinh_dialog.ui:252
#: src/gui/uifiles/curves_dialog.ui:704 src/gui/uifiles/epf_dialog.ui:471
#: src/gui/uifiles/histogram_dialog.ui:791 src/gui/uifiles/satu_dialog.ui:281
#: src/gui/uifiles/unpurple_dialog.ui:284
#: src/gui/uifiles/wavelets_dialog.ui:752
msgid "Preview"
msgstr "预览"

#: src/gui/uifiles/Median_dialog.ui:48
msgid "Median Filter"
msgstr "中位数滤波"

#: src/gui/uifiles/Median_dialog.ui:66 src/gui/uifiles/SCNR_dialog.ui:59
#: src/gui/uifiles/StatWindow.ui:78 src/gui/uifiles/aavso_dialog.ui:22
#: src/gui/uifiles/annotate_dialog.ui:45
#: src/gui/uifiles/astrometry_dialog.ui:113
#: src/gui/uifiles/background_extraction_dialog.ui:73
#: src/gui/uifiles/bdeconv_dialog.ui:270 src/gui/uifiles/binxy_dialog.ui:57
#: src/gui/uifiles/canon_fixbanding_dialog.ui:64
#: src/gui/uifiles/ccm_dialog.ui:57 src/gui/uifiles/color_calibration.ui:114
#: src/gui/uifiles/composition_dialog.ui:110
#: src/gui/uifiles/cosmetic_dialog.ui:69 src/gui/uifiles/crop_dialog.ui:51
#: src/gui/uifiles/curves_dialog.ui:96 src/gui/uifiles/cut_coords_dialog.ui:75
#: src/gui/uifiles/cut_dialog.ui:56
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:88
#: src/gui/uifiles/data_dialog.ui:63 src/gui/uifiles/denoise_dialog.ui:69
#: src/gui/uifiles/dialog_FFT.ui:50 src/gui/uifiles/dialog_star_remix.ui:188
#: src/gui/uifiles/extract_channel_dialog.ui:51
#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:58
#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:62
#: src/gui/uifiles/file_information_dialog.ui:49
#: src/gui/uifiles/histogram_dialog.ui:173
#: src/gui/uifiles/histogram_dialog.ui:177 src/gui/uifiles/icc_dialog.ui:51
#: src/gui/uifiles/icc_gamut_dialog.ui:48 src/gui/uifiles/keywords_dialog.ui:58
#: src/gui/uifiles/linearmatch_dialog.ui:62 src/gui/uifiles/mouse_actions.ui:31
#: src/gui/uifiles/pixelmath.ui:805 src/gui/uifiles/python_scratchpad.ui:224
#: src/gui/uifiles/resample_dialog.ui:80 src/gui/uifiles/rotation_dialog.ui:57
#: src/gui/uifiles/s_pcc_dialog.ui:140 src/gui/uifiles/spcc_details.ui:39
#: src/gui/uifiles/split_cfa_dialog.ui:51
#: src/gui/uifiles/stars_list_window.ui:157 src/gui/python_gui.c:1043
msgid "Close"
msgstr "关闭"

#: src/gui/uifiles/Median_dialog.ui:80 src/gui/uifiles/SCNR_dialog.ui:73
#: src/gui/uifiles/bdeconv_dialog.ui:284 src/gui/uifiles/denoise_dialog.ui:84
msgid "ROI Preview"
msgstr "ROI 预览"

#: src/gui/uifiles/Median_dialog.ui:84
msgid ""
"Note: ROI preview will show a black border. Do not panic, the border will be "
"overwritten by future ROIs and when finally applying the median filter."
msgstr ""
"注意：ROI 预览将显示黑色边框。不要惊慌，当最终应用中值滤波器时，边界将被未来"
"的 ROI 覆盖。"

#: src/gui/uifiles/Median_dialog.ui:138
msgid "Kernel Size:"
msgstr "内核尺寸:"

#: src/gui/uifiles/Median_dialog.ui:150
msgid ""
"Kernel Size. This is the odd size of the neighborhood considered for each "
"pixel."
msgstr "内核尺寸。这是个奇数，用于考虑每个像素的邻域有多大。"

#: src/gui/uifiles/Median_dialog.ui:186 src/gui/uifiles/bdeconv_dialog.ui:1153
#: src/gui/uifiles/bdeconv_dialog.ui:1929
msgid "Iterations"
msgstr "迭代"

#: src/gui/uifiles/Median_dialog.ui:198
msgid ""
"Number of iterations of the algorithm.\n"
"This is useful when modulation parameter is different to 1 helping the whole "
"process to converge to better result."
msgstr ""
"算法的迭代数。\n"
"当调制参数不为1时，使用本参数可以获得更好的结果。"

#: src/gui/uifiles/Median_dialog.ui:244 src/gui/uifiles/denoise_dialog.ui:400
#: src/gui/uifiles/epf_dialog.ui:414
msgid "Modulation"
msgstr "调制"

#: src/gui/uifiles/Median_dialog.ui:280
msgid ""
"Modulation parameter set in the [0, 1] range.\n"
"When this parameter is equal to 1, no modulation is applied.\n"
"If the parameters is null, so no filter is apply at all."
msgstr ""
"调制参数设置在[0,1]范围内。\n"
"如果参数为1，则纯为处理后的图。\n"
"如果参数为空，则纯为处理前的图。"

#: src/gui/uifiles/Median_dialog.ui:297
#: src/gui/uifiles/composition_dialog.ui:217
msgid "Use Luminance"
msgstr "使用明度通道"

#: src/gui/uifiles/SCNR_dialog.ui:41
msgid "Subtractive Chromatic Green Noise Reduction"
msgstr "除去绿色噪声（SCNR）"

#: src/gui/uifiles/SCNR_dialog.ui:124
msgid "Protection method: "
msgstr "保护算法: "

#: src/gui/uifiles/SCNR_dialog.ui:136
msgid ""
"Average Neutral Protection is the default option. This is the recommended "
"option in most cases."
msgstr "保护中性色调的平均性（缺省值）。普遍情况下的建议值。"

#: src/gui/uifiles/SCNR_dialog.ui:141
msgid "Average Neutral"
msgstr "中性色调平均化"

#: src/gui/uifiles/SCNR_dialog.ui:142
msgid "Maximum Neutral"
msgstr "中性色调最大值"

#: src/gui/uifiles/SCNR_dialog.ui:143
msgid "Maximum Mask"
msgstr "最大值蒙版"

#: src/gui/uifiles/SCNR_dialog.ui:144
msgid "Additive Mask"
msgstr "加法蒙版"

#: src/gui/uifiles/SCNR_dialog.ui:171
#: src/gui/uifiles/canon_fixbanding_dialog.ui:111
#: src/gui/uifiles/cosmetic_dialog.ui:256 src/gui/uifiles/satu_dialog.ui:175
msgid "Amount"
msgstr "数量"

#: src/gui/uifiles/SCNR_dialog.ui:222
msgid "Preserve lightness"
msgstr "保持亮度"

#: src/gui/uifiles/SCNR_dialog.ui:226
msgid "Preserves the original CIE L* component in the processed image."
msgstr "处理后的图像维持原始的CIE L*组分。"

#: src/gui/uifiles/StatWindow.ui:48 src/gui/uifiles/livestacking_player.ui:191
#: src/gui/uifiles/siril.ui:703 src/algos/statistics.c:944
msgid "Statistics"
msgstr "统计信息"

#: src/gui/uifiles/StatWindow.ui:62 src/gui/uifiles/starnet_dialog.ui:76
#: src/gui/uifiles/wavelets_dialog.ui:242
msgid "Execute"
msgstr "执行"

#: src/gui/uifiles/StatWindow.ui:66
msgid "Run statistic calculation"
msgstr "计算统计结果"

#: src/gui/uifiles/StatWindow.ui:83
msgid "Close the window"
msgstr "关闭窗口"

#: src/gui/uifiles/StatWindow.ui:105
msgid "Normalized Real [0, 1]"
msgstr "归一化实数 [0, 1]"

#: src/gui/uifiles/StatWindow.ui:120
msgid "Per CFA channel"
msgstr "每个CFA通道"

#: src/gui/uifiles/StatWindow.ui:125
msgid ""
"Compute statistics on pixels that have the same filter as the corresponding "
"channel, for CFA (non-demosaiced) images."
msgstr ""
"计算与相应通道具有相同滤镜的像素的统计数据，用于 CFA（非去马赛克）图像。"

#. Connect the edited signal
#: src/gui/uifiles/StatWindow.ui:148 src/gui/uifiles/astrometry_dialog.ui:492
#: src/gui/uifiles/siril.ui:3631 src/gui/uifiles/spcc_details.ui:83
#: src/gui/mouse_action_preferences.c:205
#: src/gui/mouse_action_preferences.c:482
msgid "Name"
msgstr "名称"

#: src/gui/uifiles/StatWindow.ui:161
msgid "No Selection"
msgstr "无选区"

#: src/gui/uifiles/StatWindow.ui:200 src/gui/uifiles/color_calibration.ui:389
#: src/gui/uifiles/siril.ui:2999 src/compositing/compositing.c:987
#: src/gui/callbacks.c:949 src/gui/callbacks.c:1332
msgid "Red"
msgstr "红色"

#: src/gui/uifiles/StatWindow.ui:214 src/gui/uifiles/color_calibration.ui:448
#: src/gui/uifiles/siril.ui:3168 src/gui/callbacks.c:951
msgid "Green"
msgstr "绿色"

#: src/gui/uifiles/StatWindow.ui:228 src/gui/uifiles/color_calibration.ui:507
#: src/gui/uifiles/siril.ui:3337 src/gui/callbacks.c:953
msgid "Blue"
msgstr "蓝色"

#: src/gui/uifiles/aavso_dialog.ui:7
msgid "AAVSO parameters"
msgstr "AAVSO 参数"

#: src/gui/uifiles/aavso_dialog.ui:69
#: src/gui/uifiles/file_information_dialog.ui:96
msgid "Non-square pixels can be entered but will not be used in most cases."
msgstr "可以输入非正方形像素，但在大多数情况下不会被使用。"

#: src/gui/uifiles/aavso_dialog.ui:71
msgid "Obstype: "
msgstr "观测者类型: "

#: src/gui/uifiles/aavso_dialog.ui:82
msgid ""
"The official AAVSO Observer Code for the observer which was previously "
"assigned by the AAVSO."
msgstr "由AAVSO指定的官方AAVSO天文台编号。"

#: src/gui/uifiles/aavso_dialog.ui:100
msgid "Obscode: "
msgstr "天文台编号: "

#: src/gui/uifiles/aavso_dialog.ui:112
msgid "Filter: "
msgstr "滤镜: "

#: src/gui/uifiles/aavso_dialog.ui:123
msgid "The filter used for the observation."
msgstr "观测所用滤镜。"

#: src/gui/uifiles/aavso_dialog.ui:170
msgid "Cname: "
msgstr "C名称: "

#: src/gui/uifiles/aavso_dialog.ui:182
msgid "Kname: "
msgstr "K名称: "

#: src/gui/uifiles/aavso_dialog.ui:193
msgid ""
"Comparison star name or label such as the AUID (much preferred) or the chart "
"label for the comparison star used. If not present, use \"na\". Limit: 20 "
"characters."
msgstr ""
"参考星的名称或标签，例如 AUID（首选）或参考星的星图标签。如果没有，请使"
"用“na”。限制：20 个字符。"

#: src/gui/uifiles/aavso_dialog.ui:210
msgid ""
"Check star name or label such as the AUID (much preferred) or the chart "
"label for the check star. If not present, use \"na\". Limit: 20 characters."
msgstr ""
"被测星名称或标签，例如 AUID（首选）或被测星的星图标签。如果不存在，请使"
"用“na”。限制：20 个字符。"

#: src/gui/uifiles/aavso_dialog.ui:228
msgid "Starid: "
msgstr "恒星id: "

#: src/gui/uifiles/aavso_dialog.ui:239
msgid ""
"The star's identifier. It can be the AAVSO Designation, the AAVSO Name, or "
"the AAVSO Unique Identifier, but NOT more than one of these. Limit: 30 "
"characters."
msgstr ""
"恒星的标识符。它可以是 AAVSO 称号、AAVSO 名称或 AAVSO 唯一标识符，但不能超过"
"其中之一。限制：30 个字符。"

#: src/gui/uifiles/aavso_dialog.ui:256
msgid ""
"The type of observation in the data file. It can be CCD, DSLR, PEP (for "
"Photoelectric Photometry). If absent, it is assumed to be CCD.  If you use a "
"CMOS camera please report it as CCD."
msgstr ""
"数据文件中的观测类型。它可以是 CCD、DSLR、PEP（用于光度测定）。如果不存在，则"
"假定为 CCD。如果您使用 CMOS 相机，请将其报告为 CCD。"

#: src/gui/uifiles/aavso_dialog.ui:273
msgid "Comparison star: "
msgstr "参考星: "

#: src/gui/uifiles/aavso_dialog.ui:284
msgid "The number of the comparison star."
msgstr "参考星的数量。"

#: src/gui/uifiles/aavso_dialog.ui:297
msgid "Cstd: "
msgstr "参考星的图表星等: "

#: src/gui/uifiles/aavso_dialog.ui:308
msgid ""
"The standardized magnitude for the variable is given by\n"
"\n"
"Vstd = (Vins - Cins) + Cstd\n"
"\n"
"where Vins is the instrumental magnitude of the variable, Cins is the "
"instrumental value of the comparison, and Cstd is the chart magnitude for "
"the comparison."
msgstr ""
"变星的标准化星等由下式给出\n"
"\n"
"Vstd = (Vins - Cins) + Cstd\n"
"\n"
"其中 Vins 是变星的仪器星等，Cins 是参考星的仪器星等，Cstd 是参考星的图表星"
"等。"

#: src/gui/uifiles/aavso_dialog.ui:313 src/gui/uifiles/astrometry_dialog.ui:180
#: src/gui/uifiles/astrometry_dialog.ui:202
#: src/gui/uifiles/astrometry_dialog.ui:224
#: src/gui/uifiles/astrometry_dialog.ui:246
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:201
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:216
#: src/gui/uifiles/s_pcc_dialog.ui:1238 src/gui/uifiles/s_pcc_dialog.ui:1256
#: src/gui/uifiles/s_pcc_dialog.ui:1274 src/gui/uifiles/s_pcc_dialog.ui:1292
#: src/gui/uifiles/settings_window.ui:501
#: src/gui/uifiles/settings_window.ui:516
msgid "0"
msgstr "0"

#: src/gui/uifiles/aavso_dialog.ui:326
msgid "Check star: "
msgstr "被测星: "

#: src/gui/uifiles/aavso_dialog.ui:337
msgid "The number of the check star."
msgstr "被测星数量。"

#: src/gui/uifiles/aavso_dialog.ui:349
msgid ""
"Please use the sequence ID you will find written in Bold print near the top "
"of the photometry table in a sentence that reads \"Report this sequence as "
"[ID] in the chart field of your observation report.\" If you used your own "
"comparison stars (e.g. in the case of time-sensitive alerts when the "
"Sequence Team had no time to create a sequence), do not give a chart ID, "
"even if you plotted the chart using VSP. Use the comment code K (non-AAVSO "
"chart) and give a proper chart name like \"APASS DR10\". Then add "
"information on the comp stars in the notes. Limit: 20 characters."
msgstr ""
"请使用您在测光表顶部附近以粗体字写的序列 ID，句子中写着“在观测报告的图表字段"
"中将此序列报告为 [ID]”。如果您使用自己的参考星（例如，在序列团队没有时间创建"
"序列时出现时间敏感警报的情况下），请不要提供图表 ID，即使您使用 VSP 绘制图表"
"也是如此。使用注释代码 K（非 AAVSO 图表）并给出适当的图表名称，例如“APASS "
"DR10”。然后在注释中添加有关参考星的信息。限制：20 个字符。"

#: src/gui/uifiles/aavso_dialog.ui:365
msgid "Chart: "
msgstr "图表: "

#: src/gui/uifiles/aavso_dialog.ui:377
msgid "Notes: "
msgstr "注释: "

#: src/gui/uifiles/aavso_dialog.ui:388
msgid "Comments or notes about the observation. If no comments, use \"na\"."
msgstr "关于观测的评论或注释。如果没有注释，则使用“na”。"

#: src/gui/uifiles/aberration_inspector.ui:32 src/gui/uifiles/siril.ui:2491
msgid "Aberration Inspector"
msgstr "像差检查器"

#: src/gui/uifiles/annotate_dialog.ui:14
msgid "Annotate"
msgstr "标注"

#: src/gui/uifiles/annotate_dialog.ui:30
#: src/gui/uifiles/background_extraction_dialog.ui:472
#: src/gui/uifiles/composition_dialog.ui:96
#: src/gui/uifiles/file_information_dialog.ui:171
#: src/gui/uifiles/settings_window.ui:1912
#: src/gui/uifiles/settings_window.ui:4385
#: src/gui/uifiles/settings_window.ui:4426
#: src/gui/uifiles/settings_window.ui:6145 src/gui/uifiles/siril.ui:3734
msgid "Clear"
msgstr "清除"

#: src/gui/uifiles/annotate_dialog.ui:34
msgid "Clear all current temporary annotations (in red by default)"
msgstr "清除当前所有临时标注（默认以红色显示）"

#: src/gui/uifiles/annotate_dialog.ui:51
#: src/gui/uifiles/astrometry_dialog.ui:117
#: src/gui/uifiles/background_extraction_dialog.ui:77
#: src/gui/uifiles/s_pcc_dialog.ui:144
msgid "Close the window."
msgstr "关闭窗口。"

#: src/gui/uifiles/annotate_dialog.ui:67
msgid "Apply requested annotation."
msgstr "应用指定的标注。"

#: src/gui/uifiles/annotate_dialog.ui:110
msgid "Catalogue: "
msgstr "星表: "

#: src/gui/uifiles/annotate_dialog.ui:121
msgid ""
"These are the catalogs used for the loaded plate solved image:\n"
"\n"
"- Automatic: Uses local catalogs if available, otherwise defaults to nomad.\n"
"\n"
"You can also choose an alternate online catalog:\n"
"\n"
"- for stars: tycho2, nomad, gaia, ppmxl, bsc, apass, gcvs, vsx, simbad, "
"aavso_chart\n"
"- for exoplanets: exo\n"
"- for deep-sky: pgc\n"
"- for solar system objects: solsys (closest IAU observatory code can be "
"passed in the dedicated text field."
msgstr ""
"已解析的图像可使用以下星表：\n"
"\n"
"- 自动：使用本地星表，如果没有则使用nomad。\n"
"\n"
"也可以使用在线星表：\n"
"\n"
"- 恒星：tycho2, nomad, gaia, ppmxl, bsc, apass, gcvs, vsx, simbad, "
"aavso_chart\n"
"- 系外行星：exo\n"
"- 深空天体：pgc\n"
"- 太阳系天体：solsys （可以在对应的文本框里输入距离最近的IAU天文台编号。"

#: src/gui/uifiles/annotate_dialog.ui:133
msgid "automatic"
msgstr "自动"

#: src/gui/uifiles/annotate_dialog.ui:134
msgid "tycho2 (TYCHO2)"
msgstr "tycho2星表 (TYCHO2)"

#: src/gui/uifiles/annotate_dialog.ui:135
msgid "nomad (NOMAD)"
msgstr "nomad星表 (NOMAD)"

#: src/gui/uifiles/annotate_dialog.ui:136
msgid "gaia (GAIA DR3)"
msgstr "gaia第三批星表 (GAIA DR3)"

#: src/gui/uifiles/annotate_dialog.ui:137
msgid "ppmxl (PPMXL)"
msgstr "ppmxl星表 (PPMXL)"

#: src/gui/uifiles/annotate_dialog.ui:138
msgid "bsc (Bright Stars)"
msgstr "bsc星表 (Bright Stars)"

#: src/gui/uifiles/annotate_dialog.ui:139
msgid "apass (APASS DR9)"
msgstr "apass星表 (APASS DR9)"

#: src/gui/uifiles/annotate_dialog.ui:140
msgid "gcvs (General Catalogue of Variable Stars)"
msgstr "gcvs星表 (General Catalogue of Variable Stars)"

#: src/gui/uifiles/annotate_dialog.ui:141
msgid "vsx (Variable Stars Index)"
msgstr "vsx星表 (Variable Stars Index)"

#: src/gui/uifiles/annotate_dialog.ui:142
msgid "varisum (GAIA DR3 Variability)"
msgstr "varisum (GAIA DR3 Variability Gaia DR3 光变数据集)"

#: src/gui/uifiles/annotate_dialog.ui:143
msgid "simbad (SIMBAD)"
msgstr "simbad星表 (SIMBAD)"

#: src/gui/uifiles/annotate_dialog.ui:144
msgid "exo (NASA Exoplanet Archive)"
msgstr "exo (NASA 系外行星档案)"

#: src/gui/uifiles/annotate_dialog.ui:145
msgid "pgc (Principal Galaxies Catalogue)"
msgstr "pgc星表 (Principal Galaxies Catalogue)"

#: src/gui/uifiles/annotate_dialog.ui:146
msgid "aavso_chart (AAVSO Standard Stars)"
msgstr "aavso_chart星表 (AAVSO Standard Stars)"

#: src/gui/uifiles/annotate_dialog.ui:147
msgid "solsys (IMCCE Solar System Objects)"
msgstr "solsys星表 (IMCCE Solar System Objects)"

#: src/gui/uifiles/annotate_dialog.ui:159
msgid "Photometric"
msgstr "测光法"

#: src/gui/uifiles/annotate_dialog.ui:163
msgid ""
"For stars catalogues containing photometric data, stars with no B-V "
"information will be kept; they can be excluded by check this option."
msgstr ""
"对于含有测光数据的星表，没有B-V信息的星点将被保留；可以勾选此选项来排除这些星"
"点。"

#: src/gui/uifiles/annotate_dialog.ui:174
#: src/gui/uifiles/annotate_dialog.ui:426
msgid "Tag"
msgstr "标签"

#: src/gui/uifiles/annotate_dialog.ui:178
#: src/gui/uifiles/annotate_dialog.ui:193
msgid ""
"Some catalogs (bsc, gcvs, pgc, exo, aavso_chart, varisum and solsys) will "
"also display, by default, names alongside markers in the display and list "
"them in the log. For others with larger number of objects, namely vsx and "
"simbad, the information can also be shown but, as it may clutter the "
"display, it is not activated by default. This behavior can be toggled on/off "
"with the tag check button to display names alongside markers and log check "
"button to list the objects in the console log."
msgstr ""
"某些星表（bsc、gcvs、pgc、exo、aavso_chart、varisum和solsys）会默认在标记旁显"
"示天体名称，并写入日志。而对于有更多天体的星表，如vsx和simbad，则默认不显示，"
"因为可能会使画面杂乱。可以通过勾选标签来切换是否在标记显示天体名称，勾选日志"
"来切换是否在控制台日志中列出。"

#: src/gui/uifiles/annotate_dialog.ui:189
#: src/gui/uifiles/annotate_dialog.ui:442
msgid "Log"
msgstr "日志"

#: src/gui/uifiles/annotate_dialog.ui:207
msgid "Save to: "
msgstr "保存至: "

#: src/gui/uifiles/annotate_dialog.ui:239
msgid ""
"The list of elements present in the image can be saved in a csv file by "
"filling in this text field or by clicking on the button to the right."
msgstr "在此文本框填入信息，或点击右侧按钮，来将各项元素保存为一个csv文件。"

#: src/gui/uifiles/annotate_dialog.ui:252
msgid "Limit magnitude used in the query."
msgstr "查询时使用的极限星等。"

#: src/gui/uifiles/annotate_dialog.ui:253
msgid "13"
msgstr "13"

#: src/gui/uifiles/annotate_dialog.ui:273
msgid "Obs. code: "
msgstr "天文台编号: "

#: src/gui/uifiles/annotate_dialog.ui:285
#: src/gui/uifiles/settings_window.ui:1273
msgid ""
"Enter your nearest IAU observatory code to use by default to improve "
"accuracy in solar system cone searches. A full list can be found at https://"
"minorplanetcenter.net/iau/lists/ObsCodesF.html"
msgstr ""
"输入默认使用的最近的IAU天文台编号，以提高太阳系锥体搜索的准确性。完整列表可"
"在 https://minorplanetcenter.net/iau/lists/ObsCodesF.html 找到"

#: src/gui/uifiles/annotate_dialog.ui:317
msgid "Conesearch"
msgstr "锥形查询"

#: src/gui/uifiles/annotate_dialog.ui:369
msgid "File: "
msgstr "文件: "

#: src/gui/uifiles/annotate_dialog.ui:381
msgid ""
"Several points are passed using a CSV file containing at least ra and dec "
"columns. If the passed file also contains a column name, names will be used "
"as tags in the image and listed in the Console."
msgstr ""
"可以用包含赤经（ra）列和赤纬（dec）列的csv文件传入多个坐标点。如果文件中也含"
"有列名，其会被用于图像的标签，并在控制台中列出。"

#: src/gui/uifiles/annotate_dialog.ui:397
msgid "Click this button to select a csv file."
msgstr "点击按钮选取CSV文件。"

#: src/gui/uifiles/annotate_dialog.ui:430
msgid ""
" If the passed file also contains a column name, names will be used as tags "
"in the image and listed in the Console, unless toggled off with these "
"checkbuttons."
msgstr ""
" 如果文件中也含有列名，其会被用于图像的标签，并在控制台中列出。可以取消选框来"
"关闭此功能。"

#: src/gui/uifiles/annotate_dialog.ui:446
msgid ""
" If the passed file also contains a column name, names will be used as tags "
"in the image and listed in the Console, unless toggled off with theses "
"checkbuttons."
msgstr ""
" 如果文件中也含有列名，其会被用于图像的标签，并在控制台中列出。可以取消选框来"
"关闭此功能。"

#: src/gui/uifiles/annotate_dialog.ui:459
msgid "Import CSV"
msgstr "导入CSV文件"

#: src/gui/uifiles/annotate_dialog.ui:474
#: src/gui/uifiles/astrometry_dialog.ui:299
msgid "Right Ascension: "
msgstr "赤经: "

#: src/gui/uifiles/annotate_dialog.ui:486
#: src/gui/uifiles/astrometry_dialog.ui:310
msgid "Declination: "
msgstr "赤纬: "

#: src/gui/uifiles/annotate_dialog.ui:497
#: src/gui/uifiles/annotate_dialog.ui:508
msgid ""
"These fields accept right ascension and declination. You can enter them in "
"hms format (hours, minutes, seconds) for right ascension and dms format "
"(degrees, minutes, seconds) for declination, or as decimal degrees (e.g., "
"184.000785, 14.899070)."
msgstr ""
"这些文本框中填入赤经和赤纬。可以是时间格式(时, 分, 秒)，也可以是角度格式(度, "
"分, 秒)，还可以是带小数的度数（比如184.000785, 14.899070）。"

#: src/gui/uifiles/annotate_dialog.ui:520
msgid "Display Name:"
msgstr "显示名称："

#: src/gui/uifiles/annotate_dialog.ui:531
msgid ""
"The display name will be used as a tag for the image and listed in the "
"console."
msgstr "显示名称将被用于天体标注，以及在控制台中列出。"

#: src/gui/uifiles/annotate_dialog.ui:543
msgid "Click this button to save the entry to the user DSO catalogue."
msgstr "点击按钮将此条目存入用户深空天体列表。"

#: src/gui/uifiles/annotate_dialog.ui:564
msgid "Get coordinates from selection"
msgstr "从选区获取坐标"

#: src/gui/uifiles/annotate_dialog.ui:585
msgid "Single Coordinates"
msgstr "单坐标"

#: src/gui/uifiles/annotate_dialog.ui:605
msgid "Show"
msgstr "显示"

#: src/gui/uifiles/annotate_dialog.ui:625
msgid ""
"Enter the object name you want to search in online database, SIMBAD or the "
"Minor Planet Center database.\n"
"Solar system objects can be referred to either by their number or name, but "
"with a prefix depending on their type, for example 'a:1' or 'a:Ceres', "
"'p:mars' or 'c:C/2017 T2'.\n"
"If found, objects will be added to the User Catalogue. Solar system objects "
"will be added with a date in their name, with no duplicate check. Purge the "
"User Catalogue to remove previous searches."
msgstr ""
"输入要在在线数据库、SIMBAD或小行星中心数据库中搜索的天体名称。\n"
"太阳系天体可以通过其编号或名称来指代，但根据其类型使用前缀，例"
"如“a:1”或“a:Ceres”，“p:mars”或“c:C/2017 T2”。\n"
"如果找到，天体将被添加到用户星表中。太阳系天体的名称中将添加日期，没有重复检"
"查。清除用户星表以删除以前的搜索结果。"

#: src/gui/uifiles/annotate_dialog.ui:644
msgid "Name: "
msgstr "名称: "

#: src/gui/uifiles/annotate_dialog.ui:660
msgid "Search Object"
msgstr "查找目标"

#: src/gui/uifiles/asinh_dialog.ui:45
msgid "Asinh Transformation"
msgstr "反双曲线变换"

#: src/gui/uifiles/asinh_dialog.ui:123
msgid "Stretch factor"
msgstr "拉伸因子"

#: src/gui/uifiles/asinh_dialog.ui:160
msgid "The parameter stretch factor allows to adjust the non-linearity factor."
msgstr "拉伸因子参数允许引入非线性因子。"

#: src/gui/uifiles/asinh_dialog.ui:182
msgid "Black Point"
msgstr "黑点"

#: src/gui/uifiles/asinh_dialog.ui:218
msgid "Constant value that is subtracted from the image."
msgstr "从图像中所减去的连续值。"

#: src/gui/uifiles/asinh_dialog.ui:234
msgid "Human-weighted luminance"
msgstr "人眼加权明度"

#: src/gui/uifiles/asinh_dialog.ui:238
msgid ""
"For colour images, use human eye luminous efficiency weights to compute the "
"luminance used to compute the stretch for each pixel."
msgstr "对于彩色图像，使用人眼的感光效率权重来计算用以拉伸每个像素的明度。"

#: src/gui/uifiles/asinh_dialog.ui:276
msgid "Clip mode"
msgstr "修剪模式"

#: src/gui/uifiles/asinh_dialog.ui:288 src/gui/uifiles/histogram_dialog.ui:760
msgid ""
"Select blend mode.\n"
"Clip: clips values to the range 0.0 - 1.0. <b>Default</b>\n"
"Rescale: rescales RGB values of clipped pixels to not exceed 1.0 per pixel\n"
"RGB blend: applies a blending function for smooth reconstructed highlight "
"colors.\n"
"Global rescale: Same as Rescale, but rescales to the global maximum "
"component value\n"
"\n"
"Clip is fastest: set one of the other modes when you're happy with your "
"stretch if you notice colour artefacts around bright stars."
msgstr ""
"选择混合模式。\n"
"修剪：将数值修剪到[0.0, 1.0]。<b>（默认值）</b>\n"
"重缩放：重缩放已修剪像素的RGB值，使每个像素的值不超过1.0\n"
"RGB混合：应用混合函数来平滑地重建高光的色彩。\n"
"全局重缩放：与重缩放相同，但按全局最大分量值来重缩放\n"
"\n"
"修剪是最快的。若亮星周围有伪影，请改用其他混合模式。"

#: src/gui/uifiles/asinh_dialog.ui:297 src/gui/uifiles/dialog_star_remix.ui:166
#: src/gui/uifiles/histogram_dialog.ui:769
msgid "Clip"
msgstr "修剪"

#: src/gui/uifiles/asinh_dialog.ui:298 src/gui/uifiles/dialog_star_remix.ui:167
#: src/gui/uifiles/histogram_dialog.ui:770
msgid "Rescale"
msgstr "重缩放"

#: src/gui/uifiles/asinh_dialog.ui:299 src/gui/uifiles/dialog_star_remix.ui:168
#: src/gui/uifiles/histogram_dialog.ui:771
msgid "RGB Blend"
msgstr "RGB混合"

#: src/gui/uifiles/asinh_dialog.ui:300
msgid "Global Rescale"
msgstr "全局重缩放"

#: src/gui/uifiles/astrometry_dialog.ui:97
msgid "Image Plate Solver"
msgstr "图像解析器"

#: src/gui/uifiles/astrometry_dialog.ui:128 src/gui/uifiles/s_pcc_dialog.ui:156
#: src/gui/uifiles/s_pcc_dialog.ui:175
msgid "OK"
msgstr "好"

#: src/gui/uifiles/astrometry_dialog.ui:133
msgid "Start the plate solving algorithm."
msgstr "开始图像解析。"

#: src/gui/uifiles/astrometry_dialog.ui:175
#: src/gui/uifiles/astrometry_dialog.ui:197
#: src/gui/uifiles/astrometry_dialog.ui:219
#: src/gui/uifiles/astrometry_dialog.ui:241
#: src/gui/uifiles/astrometry_dialog.ui:263
#: src/gui/uifiles/astrometry_dialog.ui:281
msgid ""
"Initial equatorial coordinates. Input value must be inside the image, close "
"to the centre."
msgstr "初始化赤道坐标。输入值必须位于图像内部，靠近中心。"

#: src/gui/uifiles/astrometry_dialog.ui:319
msgid "S"
msgstr "S"

#: src/gui/uifiles/astrometry_dialog.ui:323
msgid "This button is checked for negative declination (southern hemisphere)."
msgstr "此开关用于负值赤纬（南半球）。"

#: src/gui/uifiles/astrometry_dialog.ui:337
msgid ""
"Enter the identifier or the name of an object located close to the centre of "
"the image. This feature requires an Internet connection (asks SIMBAD by "
"default or the selected server at the right).\n"
"If coordinates are already filled when clicking on the Get Metadata From "
"Image button below, this is probably not required."
msgstr ""
"输入靠近图像中心的天体的标识符或名称。此功能需要互联网连接（默认情况下询问 "
"SIMBAD 或右侧选定的服务器）。\n"
"如果在单击下面的“从图像中获取元数据”按钮时已获取坐标，则可能不需要。"

#: src/gui/uifiles/astrometry_dialog.ui:353
#: src/gui/uifiles/python_scratchpad.ui:302
#: src/gui/uifiles/python_scratchpad.ui:304
msgid "Find"
msgstr "搜索"

#: src/gui/uifiles/astrometry_dialog.ui:357
msgid ""
"Start searching the coordinates of named object. This feature requires an "
"Internet connection (asks SIMBAD by default or the selected server at the "
"right).\n"
"If coordinates are already filled when clicking on the Get Metadata From "
"Image button below, this is probably not required."
msgstr ""
"开始搜索命名天体的坐标。此功能需要互联网连接（默认情况下询问 SIMBAD 或右侧选"
"定的服务器）。\n"
"如果在单击下面的“从图像中获取元数据”按钮时已获取坐标，则可能不需要。"

#: src/gui/uifiles/astrometry_dialog.ui:372
#: src/gui/uifiles/astrometry_dialog.ui:408
msgid ""
"Effective focal length of the optical system in millimeter. Even if the "
"input value has not to be very accurate, try to give a value with an error "
"not exceeding 20%."
msgstr ""
"光学系统的有效焦距（毫米）。如果具体值不确定，请尝试输入一个误差不超过20%的估"
"值。"

#: src/gui/uifiles/astrometry_dialog.ui:390
msgid ""
"Pixel size in microns. The image is assumed to have square pixels. Value is "
"already multiplied by the camera binning if the \"Real pixel size\" box is "
"checked in the Tool->Image Information dialog box."
msgstr ""
"以微米为单位的像素尺寸。假设图像具有方形像素。如果在“工具”->“图像信息”对话框"
"中选中“实际像素尺寸”框，则该值已乘以相机合并。"

#: src/gui/uifiles/astrometry_dialog.ui:409
msgid "Focal length (mm):"
msgstr "焦距（毫米）:"

#: src/gui/uifiles/astrometry_dialog.ui:420
msgid "Pixel size in microns. The image is assumed to have square pixels."
msgstr "像素尺寸（微米），假定图像具有正方形像素。"

#: src/gui/uifiles/astrometry_dialog.ui:421
msgid "Pixel size (µm):"
msgstr "像素尺寸(微米):"

#: src/gui/uifiles/astrometry_dialog.ui:432
#: src/gui/uifiles/astrometry_dialog.ui:447
msgid ""
"The resolution of the image that is automatically determined from the focal "
"and pixel size value. Unit is arc second per pixel."
msgstr "通过焦距和像素尺寸自动算出的图像分辨率。单位是角秒每像素。"

#: src/gui/uifiles/astrometry_dialog.ui:435
msgid "Resolution: "
msgstr "分辨率: "

#: src/gui/uifiles/astrometry_dialog.ui:472
msgid ""
"Several resolvers can be found and displayed in this list. However, it just "
"about getting the coordinates of the centre of the object. Choosing one item "
"or the others should not influence the plate-solving or the photometry data, "
"which is based on the selected catalogue."
msgstr ""
"若干解析器会显示于列表中。然而这仅仅用于获取天体的中心坐标。选取任何一个都不"
"会影响基于所选星表的最终解析和测光结果。"

#: src/gui/uifiles/astrometry_dialog.ui:481
msgid "Resolver"
msgstr "解析器"

#: src/gui/uifiles/astrometry_dialog.ui:512
msgid "Flip image if needed"
msgstr "按需翻转图像"

#: src/gui/uifiles/astrometry_dialog.ui:516
msgid "Flip image at the end of the platesolving if image is mirrored."
msgstr "如果图像为镜像状态，则会在解析结束后翻转图像。"

#: src/gui/uifiles/astrometry_dialog.ui:528
msgid "Downsample image"
msgstr "缩小图像"

#: src/gui/uifiles/astrometry_dialog.ui:532
msgid ""
"Sometimes, for oversampled images (like with Drizzle), it is complicated to "
"resolve astrometry data. In consequence, downsampling data generally helps "
"and also makes star detection run faster."
msgstr ""
"对过采样图像（比如Drizzle过的图像）进行天体测量可能会耗费大量资源。因此可能需"
"要降采样来改善性能并加速星点侦测。"

#: src/gui/uifiles/astrometry_dialog.ui:543
msgid "Auto-crop (for wide field)"
msgstr "自动裁切（用于广域）"

#: src/gui/uifiles/astrometry_dialog.ui:547
msgid ""
"Only use the center of the image (or selection) if the field is too wide, "
"larger than 5 degrees."
msgstr "当视角过广（大于5度）时，只使用图像中心（或者所选区域）。"

#: src/gui/uifiles/astrometry_dialog.ui:560
msgid "Get Metadata From Image"
msgstr "从图像中获取元数据"

#: src/gui/uifiles/astrometry_dialog.ui:564
msgid ""
"Click on this button to get focal length, pixel size and RA/Dec pointing "
"coordinates from the header of the file if they exist."
msgstr ""
"单击此按钮可从文件头中获取焦距、像素尺寸和 RA/Dec 指向坐标（如果存在）。"

#: src/gui/uifiles/astrometry_dialog.ui:592
msgid ""
"Select the server that searches the coordinates of the entered object name."
msgstr "选择用来搜索命名天体的坐标的服务器。"

#: src/gui/uifiles/astrometry_dialog.ui:595
msgid "CDS"
msgstr "CDS"

#: src/gui/uifiles/astrometry_dialog.ui:596
msgid "VizieR"
msgstr "VizieR"

#: src/gui/uifiles/astrometry_dialog.ui:597 src/io/siril_catalogues.c:276
msgid "SIMBAD"
msgstr "SIMBAD"

#: src/gui/uifiles/astrometry_dialog.ui:611
msgid "Server:"
msgstr "服务器："

#: src/gui/uifiles/astrometry_dialog.ui:622
#: src/gui/uifiles/astrometry_dialog.ui:645
msgid ""
"Select the order of the solution:\n"
"Linear assumes no distortion is present in the image\n"
"Quadratic, Cubic, Quartic and Quintic will include second-, third-, fourth- "
"or fifth-order polynomial distortions.\n"
"When selecting an order with distortions, additional terms are added to the "
"solution, using SIP convention"
msgstr ""
"选择畸变多项式的阶数：\n"
"线性（一阶）假设图像中不存在畸变\n"
"二次、三次、四次和五次将包括二阶到五阶多项式的畸变。\n"
"当选择有失真的阶数（大于1）时，会根据 SIP 转换（Simple Imaging Polynomial），"
"将附加项添加到方程中"

#: src/gui/uifiles/astrometry_dialog.ui:651
msgid "Solution order: "
msgstr "解析的阶: "

#: src/gui/uifiles/astrometry_dialog.ui:662
msgid ""
"Choose Siril internal solver or local Astrometry.net (needs to be installed "
"on your system)"
msgstr "选择 Siril 内置解析器或本地 Astrometry.net（需已安装在您的系统中）"

#: src/gui/uifiles/astrometry_dialog.ui:665
msgid "Siril solver"
msgstr "Siril解析"

#: src/gui/uifiles/astrometry_dialog.ui:666
msgid "Astrometry.net (local)"
msgstr "本地Astrometry.net"

#: src/gui/uifiles/astrometry_dialog.ui:679
#: src/gui/uifiles/astrometry_dialog.ui:697
msgid "Radius used by the solver to search around the target."
msgstr "解析器用于搜索目标周围的半径。"

#: src/gui/uifiles/astrometry_dialog.ui:700
msgid "Search radius:"
msgstr "搜索半径："

#: src/gui/uifiles/astrometry_dialog.ui:709
msgid "disable near search"
msgstr "禁用附近搜索"

#: src/gui/uifiles/astrometry_dialog.ui:713
msgid ""
"Tick this box to disable searching around target position with Siril "
"internal solver."
msgstr "勾选此框可禁用使用 Siril 内建解析器搜索目标位置。"

#: src/gui/uifiles/astrometry_dialog.ui:732
msgid "Ignore position (blind solve)"
msgstr "忽略位置（盲解）"

#: src/gui/uifiles/astrometry_dialog.ui:736
msgid ""
"Tick this box to ignore target position when solving with local "
"Astrometry.net"
msgstr "勾选此框可在使用本地 Astrometry.net 解析时忽略目标位置"

#: src/gui/uifiles/astrometry_dialog.ui:748
msgid "Ignore sampling (blind solve)"
msgstr "忽略采样（盲解）"

#: src/gui/uifiles/astrometry_dialog.ui:752
msgid "Tick this box to ignore sampling when solving with local Astrometry.net"
msgstr "勾选此框可在使用本地 Astrometry.net 解析时忽略采样"

#: src/gui/uifiles/astrometry_dialog.ui:770
msgid "Save distortion"
msgstr "保存畸变"

#: src/gui/uifiles/astrometry_dialog.ui:774
msgid ""
"Saves the solution as a distortion file, to be used to undistort images "
"during registration.\n"
"This option is enabled only if the solution order is larger than 1.\n"
"When platesolving a sequence, the distortion file is saved from the "
"reference image."
msgstr ""
"将解析结果保存为一个畸变文件，用于在对齐时消除图像畸变。\n"
"该选项仅在解析的阶大于1时启用。\n"
"当对某个序列进行解析时，会以参考帧为准保存畸变文件。"

#: src/gui/uifiles/astrometry_dialog.ui:789
msgid ""
"Path to the distortion file to be created (ending with a *.wcs extension)"
msgstr "要创建的畸变文件路径（以扩展名*.wcs结尾）"

#: src/gui/uifiles/astrometry_dialog.ui:874
msgid "Image Parameters"
msgstr "图像参数"

#: src/gui/uifiles/astrometry_dialog.ui:906
#: src/gui/uifiles/s_pcc_dialog.ui:1026
msgid "Catalogue Limit Mag: "
msgstr "星表极限星等: "

#: src/gui/uifiles/astrometry_dialog.ui:918
#: src/gui/uifiles/s_pcc_dialog.ui:1038
msgid ""
"Maximum star magnitude used in the catalog queries. Wider is the field, "
"lower is the value."
msgstr "星表的极限星等。视场越大，数值越小。"

#: src/gui/uifiles/astrometry_dialog.ui:931
#: src/gui/uifiles/astrometry_dialog.ui:988
#: src/gui/uifiles/s_pcc_dialog.ui:1071
msgid "Auto"
msgstr "自动"

#: src/gui/uifiles/astrometry_dialog.ui:935
#: src/gui/uifiles/s_pcc_dialog.ui:1075
msgid ""
"The limit magnitude is automatically determined using the approximation of "
"the Field Of View."
msgstr "以近似估算的视野来自动选择极限星等。"

#: src/gui/uifiles/astrometry_dialog.ui:951
msgid "Star Catalogue: "
msgstr "星表: "

#: src/gui/uifiles/astrometry_dialog.ui:963
msgid ""
"Choose the online catalogue against one want to compare the image.\n"
"* TYCHO-2 catalogue contains positions, proper motions, and two-color "
"photometric data for 2,539,913 of the brightest stars in the Milky Way.\n"
"* NOMAD is a simple merge of data from the Hipparcos, Tycho-2, UCAC2, Yellow-"
"Blue 6, and USNO-B catalogs for astrometry and optical photometry, "
"supplemented by 2MASS near-infrared. The almost 100 GB dataset contains "
"astrometric and photometric data for about 1.1 billion stars. An offline "
"extract is available that provides sufficient coverage to plate solve most "
"star fields.\n"
"* Gaia Data Release 3 was released on 13 June 2022. The five-parameter "
"astrometric solution, positions on the sky (α, δ), parallaxes, and proper "
"motions, are given for around 1.46 billion sources, with a limiting "
"magnitude of G = 21. An offline extract is available that provides "
"sufficient coverage to plate solve all except the deepest star fields. Gaia "
"DR3 represents the current state of the art in astrometric and photometric "
"catalogues.\n"
"* PPMXL is a catalog of positions, proper motions, 2MASS- and optical "
"photometry of 900 million stars and galaxies.\n"
"* The Bright Star Catalogue is a star catalogue that lists all stars of "
"stellar magnitude 6.5 or brighter, which is roughly every star visible to "
"the naked eye from Earth. The catalog contains 9,110 objects.\n"
"* APASS, the AAVSO Photometric All Sky Survey, is performing an all-sky "
"photometric survey. This survey is conducted in eight filters: Johnson B and "
"V, plus Sloan u', g′, r′, i′, z_s and Z. It is valid from about 7th "
"magnitude to about 17th magnitude for over 37 million stars."
msgstr ""
"选择要与之比对的在线星表。\n"
"* TYCHO-2星表 包含银河系中2,539,913颗最亮恒星的位置、自行运动和双色测光数"
"据。\n"
"* NOMAD星表是对Hipparcos、Tycho-2、UCAC2、Yellow-Blue 6和USNO-B星表中天体测量"
"与光学测光数据的简单合并，并辅以2MASS近红外数据。这个近100GB的数据集包含了约"
"11亿颗恒星的天体测量与测光数据。提供离线提取版本，足以覆盖大多数解析需求。\n"
"* Gaia DR 3 （Gaia第三次数据发布）于2022年6月13日发布。该星表提供了约14.6亿个"
"天体的五参数天体测量解，包括天球位置（α, δ）、视差和自行运动，极限星等为"
"G=21。提供离线提取版本，足以覆盖除最深星场外的所有解析需求。Gaia DR3代表了当"
"前天体测量和测光星表的最先进水平。\n"
"* PPMXL星表 包含9亿颗恒星和星系的位置、自行运动、2MASS和光学测光数据。\n"
"* BSC亮星星表 列出了所有星等为6.5或更亮的恒星，大致涵盖了从地球肉眼可见的所有"
"恒星。该星表包含9,110个天体。\n"
"* APASS（AAVSO测光全天巡天）正在开展全天区测光巡天。该巡天使用八种滤光片："
"Johnson B 和 V滤光片、斯隆u'、g′、r′、i′、z_s滤光片以及Z滤光片。有效覆盖超过"
"3700万颗恒星，星等范围约为7等到17等。"

#: src/gui/uifiles/astrometry_dialog.ui:992
msgid ""
"The catalogue is automatically determined using the approximation of the "
"Field Of View and magnitude. Local catalogues are preferred over remote "
"ones, and Gaia DR3 is preferred over Tycho + NOMAD."
msgstr ""
"依据估算的视场（Field Of View）和星等来自动确定星表。本地星表优先于远程星表，"
"而Gaia DR3又优先于Tycho + NOMAD。"

#: src/gui/uifiles/astrometry_dialog.ui:1007
msgid ""
"The TYCHO2, NOMAD and Bright Stars catalogues can be installed locally to "
"not rely on an Internet connection for this operation."
msgstr "TYCHO2、NOMAD和Bright Stars星表可安装在本地，不依赖网络连接。"

#: src/gui/uifiles/astrometry_dialog.ui:1025
#: src/gui/uifiles/s_pcc_dialog.ui:1106
msgid "Catalogue Parameters"
msgstr "星表参数"

#: src/gui/uifiles/astrometry_dialog.ui:1046
msgid "Manual detection"
msgstr "手动侦测"

#: src/gui/uifiles/astrometry_dialog.ui:1050
msgid ""
"Check this option if you want to pick each stars manually. It could be "
"useful in some cases where Siril can't find enough stars. Please, try to "
"choose the brightest stars in the image.\n"
"Use the Dynamic PSF tool, or the findstar command, adjusting the settings to "
"your image."
msgstr ""
"此选项用于手动选择星点。当Siril无法自动找到足够的星点时可以使用该功能。请尽量"
"选取图像中较亮的星点。\n"
"使用动态 PSF 工具或 findstar 命令，根据图像调整设置。"

#: src/gui/uifiles/astrometry_dialog.ui:1060
#: src/gui/uifiles/stars_list_window.ui:865
msgid "Star Detection"
msgstr "星点侦测"

#: src/gui/uifiles/astrometry_dialog.ui:1086
msgid "Solve whole sequence"
msgstr "解析整个序列"

#: src/gui/uifiles/astrometry_dialog.ui:1090
msgid "Tick this box to solve the whole sequence."
msgstr "勾选此框可解析整个序列。"

#: src/gui/uifiles/astrometry_dialog.ui:1112
msgid "Use as registration information"
msgstr "作为对齐信息"

#: src/gui/uifiles/astrometry_dialog.ui:1116
msgid "Tick this box to use astrometric data to compute sequence registration."
msgstr "勾选此框以将天体测量数据用于序列对齐。"

#: src/gui/uifiles/astrometry_dialog.ui:1129
msgid "Skip already solved images"
msgstr "跳过已解析图像"

#: src/gui/uifiles/astrometry_dialog.ui:1133
msgid ""
"Tick this box to skip solving the images of the sequence that already have a "
"solution."
msgstr "勾选此框可跳过解析序列中已经有解的图像。"

#: src/gui/uifiles/astrometry_dialog.ui:1146
msgid "Fetch catalog for each image"
msgstr "为每幅图像获取星表"

#: src/gui/uifiles/astrometry_dialog.ui:1150
msgid ""
"When using online catalogues with Siril solver, the default is to fetch one "
"catalogue for the whole sequence. If your images are not from the same field "
"or have the same resolution, this is likely to fail. In this case, tick this "
"box to fetch a new catalogue for each image. The information contained in "
"the headers will be used to recompute the new position/resolution."
msgstr ""
"将在线星表与 Siril 解析器结合使用时，默认情况下会为整个序列获取一个星表。如果"
"您的图像不是来自同一视场或具有相同的分辨率，则此操作可能会失败。在这种情况"
"下，勾选此框可为每个图像获取新的星表。文件头中包含的信息将用于重新计算新的视"
"场/分辨率。"

#: src/gui/uifiles/astrometry_dialog.ui:1175
msgid "Use coordinates from headers"
msgstr "使用文件头中的坐标"

#: src/gui/uifiles/astrometry_dialog.ui:1179
msgid ""
"Use the coordinates contained in each image header instead of those given in "
"this dialog"
msgstr "使用每个图像头中包含的坐标，而不是此对话框中给出的坐标"

#: src/gui/uifiles/astrometry_dialog.ui:1190
msgid "Use pixel size from headers"
msgstr "使用文件头中的像素尺寸"

#: src/gui/uifiles/astrometry_dialog.ui:1194
msgid ""
"Use the pixel size contained in each image header instead of those given in "
"this dialog"
msgstr "使用每个图像头中包含的像素尺寸，而不是此对话框中给出的像素尺寸"

#: src/gui/uifiles/astrometry_dialog.ui:1205
msgid "Use focal length from headers"
msgstr "使用文件头中的焦距"

#: src/gui/uifiles/astrometry_dialog.ui:1209
msgid ""
"Use the focal length contained in each image header instead of those given "
"in this dialog"
msgstr "使用每个图像头中包含的焦距，而不是此对话框中给出的焦距"

#: src/gui/uifiles/astrometry_dialog.ui:1238
msgid "Sequence / Astrometric Registration"
msgstr "序列 / 天体测量对齐"

#: src/gui/uifiles/background_extraction_dialog.ui:55
#: src/algos/background_extraction.c:1388
msgid "Background Extraction"
msgstr "背景提取"

#: src/gui/uifiles/background_extraction_dialog.ui:93
msgid ""
"This will confirm the background model previously applied with the "
"<b>Compute Background</b> button. However, in the case of a sequence, if the "
"<b>Apply to sequence</b> button is checked, this will compute the model and "
"apply it to the whole sequence."
msgstr ""
"点击<b>计算背景</b>按钮将确认之前所应用的背景模型。然而在使用序列时，若<b>应"
"用到序列</b>被选中，该按钮会将背景模型应用于整个序列。"

#: src/gui/uifiles/background_extraction_dialog.ui:127
msgid "Choose between interpolation methods."
msgstr "选择插值算法。"

#: src/gui/uifiles/background_extraction_dialog.ui:131
msgid "RBF"
msgstr "RBF"

#: src/gui/uifiles/background_extraction_dialog.ui:132
msgid "Polynomial"
msgstr "多项式"

#: src/gui/uifiles/background_extraction_dialog.ui:162
msgid "Smoothing"
msgstr "平滑"

#: src/gui/uifiles/background_extraction_dialog.ui:174
#: src/gui/uifiles/background_extraction_dialog.ui:311
#: src/gui/uifiles/background_extraction_dialog.ui:338
msgid "Number of sample per line that will be automatically placed."
msgstr "自动安置的每行样本数。"

#: src/gui/uifiles/background_extraction_dialog.ui:203
msgid ""
"Adjust the smoothing parameter for the interpolation method. A smoothing "
"parameter that is too small may result in overshoots and undershoots between "
"points in the background, while a smoothing parameter that is too large may "
"not be suitable for large deviations in gradient."
msgstr ""
"调整插值算法的平滑参数。平滑参数过小可能导致背景采样的过冲和下冲，过大则可能"
"无法修正陡峭的背景渐变。"

#: src/gui/uifiles/background_extraction_dialog.ui:219
msgid "page 1"
msgstr "第一页"

#: src/gui/uifiles/background_extraction_dialog.ui:237
msgid "Degree order: "
msgstr "次数: "

#: src/gui/uifiles/background_extraction_dialog.ui:249
msgid ""
"Choose the degree order of the polynomial function used in the fit.\n"
"By default the value is of 4.\n"
"The higher the degree order is, the more complex the gradient can be removed."
msgstr ""
"选择拟合中使用的多项式函数的次数。\n"
"默认值为4。\n"
"次数越高，可以去除的渐变就越复杂。"

#: src/gui/uifiles/background_extraction_dialog.ui:299
msgid "Samples per line"
msgstr "每行样本数"

#: src/gui/uifiles/background_extraction_dialog.ui:357
msgid ""
"Avoid generating banding by adding some random noise in the low dynamic "
"background gradient.\n"
"This should be enabled for non-stretched images."
msgstr ""
"在平缓的背景渐变中加入一些随机噪声以避免断层\n"
"应该在未拉伸的图像上使用。"

#: src/gui/uifiles/background_extraction_dialog.ui:360
msgid "Grid tolerance"
msgstr "矩阵容差"

#: src/gui/uifiles/background_extraction_dialog.ui:372
msgid ""
"Tolerance factor of global sample rejection, in mad units (median + this * "
"mad). By decreasing this value, Siril will be more restrictive to select "
"background samples."
msgstr ""
"全局样本剔除容差，单位mad (median + this * mad)。降低该值会使Siril更加严格地"
"选取背景样本。"

#: src/gui/uifiles/background_extraction_dialog.ui:389
msgid "Keep all samples"
msgstr "保留所有样本"

#: src/gui/uifiles/background_extraction_dialog.ui:393
msgid ""
"Override tolerance and keep all samples. May be useful in cases of extreme "
"gradients if tolerance 6 is insufficient: you will need to remove samples "
"from astronomical objects manually."
msgstr ""
"覆盖容差并保留所有样本。可能用于将容差设置为 6 依然不够的场景。随后需要手动删"
"除天体上的样本。"

#: src/gui/uifiles/background_extraction_dialog.ui:414
msgid ""
"Tolerance of global sample rejection, in sigma units. By decreasing this "
"value, Siril will be more restrictive to select background samples."
msgstr "全局样本剔除容差，单位sigma。降低该值会使Siril更加严格地选取背景样本。"

#: src/gui/uifiles/background_extraction_dialog.ui:429
msgid "Add dither"
msgstr "添加抖色"

#: src/gui/uifiles/background_extraction_dialog.ui:433
msgid ""
"Hit this option when color banding is produced after background extraction.\n"
"Dither is an intentionally applied form of noise used to randomize "
"quantization error, preventing large-scale patterns such as color banding in "
"images."
msgstr ""
"如果背景提取后出现色彩断层，请勾选此项。\n"
"抖色是一种故意加入的噪点，用于使量化误差随机化，以防图像中出现像色彩断层这样"
"的大块纹路。"

#: src/gui/uifiles/background_extraction_dialog.ui:450
msgid "Generate"
msgstr "生成"

#: src/gui/uifiles/background_extraction_dialog.ui:454
msgid ""
"Click here to generate the automatically defined samples.\n"
"\n"
"When processing a sequence the samples shown are only for guidance to see "
"the effect of setting samples_per_line and grid tolerance on sample "
"placement: samples will automatically be created for each frame in the "
"sequence."
msgstr ""
"点击以自动生成背景样本。\n"
"\n"
"在处理序列时，显示的样本仅供预览不同设置（每行样本数和容差）的影响。序列中的"
"每帧会按照相同的设置分别自动生成样本。"

#: src/gui/uifiles/background_extraction_dialog.ui:476
msgid "Click here to clear all the samples."
msgstr "点此清除所有样本。"

#: src/gui/uifiles/background_extraction_dialog.ui:499
msgid ""
"You also can set samples manually.\n"
"Left click adds samples while right click removes them."
msgstr ""
"手动选取也被支持。\n"
"左键点击以添加样本，右键点击以删除。"

#: src/gui/uifiles/background_extraction_dialog.ui:514
msgid "Interpolation Method"
msgstr "插值算法"

#: src/gui/uifiles/background_extraction_dialog.ui:536
msgid ""
"Choose the type of correction you want apply:\n"
"Subtraction: it is mainly used to correct additive effects, such as "
"gradients caused by light pollution or by the Moon.\n"
"Division: it is mainly used to correct multiplicative phenomena, such as "
"vignetting or differential atmospheric absorption for example. However, this "
"kind of operation should be done by master-flat correction."
msgstr ""
"选择要应用的修正方式：\n"
"减法：主要用于修正加性污染，例如光害和月光引起的渐变。\n"
"除法：主要用于修正乘性现象，例如渐晕（暗角）或者不均匀的大气吸收。不过此类操"
"作理使用主平场帧来修正。"

#: src/gui/uifiles/background_extraction_dialog.ui:543
msgid "Subtraction"
msgstr "减法"

#: src/gui/uifiles/background_extraction_dialog.ui:544
msgid "Division"
msgstr "除法"

#: src/gui/uifiles/background_extraction_dialog.ui:552
msgid "Correction"
msgstr "修正"

#: src/gui/uifiles/background_extraction_dialog.ui:567
msgid "Compute Background"
msgstr "计算背景"

#: src/gui/uifiles/background_extraction_dialog.ui:571
msgid ""
"This will compute the synthetic background and will apply the selected "
"correction. The model is always computed from the original image kept in "
"memory allowing the user to work iteratively."
msgstr ""
"这将应用选定的修正方式计算修正后的背景。背景模型总是根据保存在内存中的原始图"
"像计算得来，从而允许多次尝试。"

#: src/gui/uifiles/background_extraction_dialog.ui:585
msgid "Show original image"
msgstr "显示原始图像"

#: src/gui/uifiles/background_extraction_dialog.ui:590
msgid "Keep pressing this button to see the original image."
msgstr "按住此按钮以查看原始图像。"

#: src/gui/uifiles/background_extraction_dialog.ui:608
#: src/gui/uifiles/bdeconv_dialog.ui:2126
#: src/gui/uifiles/canon_fixbanding_dialog.ui:259
#: src/gui/uifiles/ccm_dialog.ui:342 src/gui/uifiles/cosmetic_dialog.ui:329
#: src/gui/uifiles/curves_dialog.ui:652 src/gui/uifiles/cut_dialog.ui:221
#: src/gui/uifiles/histogram_dialog.ui:687
#: src/gui/uifiles/merge_cfa_dialog.ui:290
#: src/gui/uifiles/split_cfa_dialog.ui:127
#: src/gui/uifiles/starnet_dialog.ui:248
msgid "Apply to sequence"
msgstr "应用到序列"

#: src/gui/uifiles/background_extraction_dialog.ui:612
#: src/gui/uifiles/canon_fixbanding_dialog.ui:263
#: src/gui/uifiles/ccm_dialog.ui:346 src/gui/uifiles/cosmetic_dialog.ui:333
#: src/gui/uifiles/curves_dialog.ui:656 src/gui/uifiles/histogram_dialog.ui:691
#: src/gui/uifiles/split_cfa_dialog.ui:131
msgid ""
"If a sequence is loaded and this is activated, perform the processing on all "
"images of the sequence instead of only the loaded image."
msgstr ""
"如果载入并激活了一个序列，则对该序列的全部图像执行处理，而不是仅对载入的单张"
"图像执行处理。"

#: src/gui/uifiles/background_extraction_dialog.ui:626
#: src/gui/uifiles/canon_fixbanding_dialog.ui:278
#: src/gui/uifiles/ccm_dialog.ui:360 src/gui/uifiles/cosmetic_dialog.ui:347
#: src/gui/uifiles/crop_dialog.ui:117 src/gui/uifiles/curves_dialog.ui:671
#: src/gui/uifiles/histogram_dialog.ui:706 src/gui/uifiles/siril.ui:5271
#: src/gui/uifiles/split_cfa_dialog.ui:118
msgid "Output prefix:"
msgstr "输出前缀:"

#: src/gui/uifiles/background_extraction_dialog.ui:638
msgid ""
"Prefix of the image names resulting from the background extraction process."
msgstr "背景提取处理后的文件名前缀。"

#: src/gui/uifiles/bdeconv_dialog.ui:249
msgid "Deconvolution"
msgstr "反卷积"

#: src/gui/uifiles/bdeconv_dialog.ui:288 src/gui/uifiles/bdeconv_dialog.ui:306
msgid ""
"Generate the kernel and use it to deconvolve the current image or sequence"
msgstr "生成内核以用于反卷积当前图像或序列"

#: src/gui/uifiles/bdeconv_dialog.ui:369
msgid "Blind deconvolution"
msgstr "盲反卷积"

#: src/gui/uifiles/bdeconv_dialog.ui:373
msgid "Estimates a PSF from the image"
msgstr "估算图像的PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:386
msgid "PSF from stars"
msgstr "基于星点的 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:390
msgid ""
"Models a PSF based on the average PSF parameters of the identified stars. If "
"no stars have been detected, an attempt will be made to detect stars in the "
"image within a suitable range of peak brightness."
msgstr ""
"根据已识别星点的平均PSF指标对PSF进行建模。如果没有侦测到星点，将尝试在适当的"
"峰值亮度范围内侦测图像中的星点。"

#: src/gui/uifiles/bdeconv_dialog.ui:403
msgid "Manual PSF"
msgstr "手动 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:407
msgid "Use a manually defined PSF based on the parameters chosen."
msgstr "根据所选参数使用手动定义的 PSF。"

#: src/gui/uifiles/bdeconv_dialog.ui:422
msgid ""
"Select the blind PSF estimation method to use. ℓ0 descent is the default and "
"usually the best option."
msgstr "选择要使用的盲 PSF 估算方法。ℓ0 descent 是缺省选项，通常也是最佳的。"

#: src/gui/uifiles/bdeconv_dialog.ui:425
msgid "Spectral Irregularity"
msgstr "光谱不规则"

#: src/gui/uifiles/bdeconv_dialog.ui:426
msgid "ℓ0 Descent"
msgstr "ℓ0 下降"

#: src/gui/uifiles/bdeconv_dialog.ui:437
msgid "Previous PSF"
msgstr "先前生成的 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:441
msgid "Reuse the previously calculated PSF."
msgstr "复用先前生成的PSF。"

#: src/gui/uifiles/bdeconv_dialog.ui:456
msgid ""
"Select a PSF to load from file. The PSF must be square and should ideally "
"have odd length / width."
msgstr ""
"选择要从文件载入的PSF。PSF必须是正方形的，理想情况下应具有奇数长度/宽度。"

#: src/gui/uifiles/bdeconv_dialog.ui:471
msgid "Load PSF from file"
msgstr "从文件载入 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:485
msgid "Generate PSF"
msgstr "生成 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:489
msgid "Generate and preview the PSF, but do not carry out deconvolution"
msgstr "生成并预览 PSF，但不进行反卷积"

#: src/gui/uifiles/bdeconv_dialog.ui:511
msgid "Save PSF to a file"
msgstr "将 PSF 保存到文件"

#: src/gui/uifiles/bdeconv_dialog.ui:530
msgid "PSF from selection"
msgstr "选区的PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:533
msgid ""
"Takes a PSF directly from the image fitted to the current dimension. The PSF "
"size will be the minimum of the selection width and height."
msgstr ""
"直接从适配当前尺寸的图像中获取PSF。PSF的尺寸将取选区宽度和高度的最小值。"

#: src/gui/uifiles/bdeconv_dialog.ui:549
msgid "PSF Source"
msgstr "PSF 源"

#: src/gui/uifiles/bdeconv_dialog.ui:577
msgid "General PSF Parameters"
msgstr "通用PSF参数"

#: src/gui/uifiles/bdeconv_dialog.ui:600
msgid "PSF size"
msgstr "PSF 尺寸"

#: src/gui/uifiles/bdeconv_dialog.ui:612
msgid ""
"Make sure the size is big enough not to crop off any significant parts of "
"the PSF."
msgstr "确保选区尺寸足够大，不会裁掉 PSF 的任何重要部分。"

#: src/gui/uifiles/bdeconv_dialog.ui:662 src/gui/uifiles/bdeconv_dialog.ui:1630
#: src/gui/uifiles/cut_dialog.ui:39
msgid "Profile"
msgstr "形状"

#: src/gui/uifiles/bdeconv_dialog.ui:673
msgid ""
"Gaussian and Moffat profiles are good models for star shapes. Disc profiles "
"can be used to improve out-of-focus issues. Airy disc models the inherent "
"diffraction of your telescope."
msgstr ""
"高斯和Moffat形是星点形状的良好模型。圆盘形可用于改善失焦问题。艾里斑模拟望远"
"镜的固有衍射。"

#: src/gui/uifiles/bdeconv_dialog.ui:676 src/gui/uifiles/siril.ui:7156
#: src/gui/uifiles/stars_list_window.ui:690 src/algos/PSF.c:1026
#: src/algos/star_finder.c:1447 src/gui/newdeconv.c:523
msgid "Gaussian"
msgstr "高斯"

#: src/gui/uifiles/bdeconv_dialog.ui:677
#: src/gui/uifiles/stars_list_window.ui:691 src/algos/PSF.c:1026
#: src/algos/star_finder.c:1447 src/gui/newdeconv.c:525
msgid "Moffat"
msgstr "Moffat"

#: src/gui/uifiles/bdeconv_dialog.ui:678
msgid "Disc"
msgstr "圆盘形"

#: src/gui/uifiles/bdeconv_dialog.ui:679
msgid "Airy Disc"
msgstr "艾里斑"

#: src/gui/uifiles/bdeconv_dialog.ui:733 src/gui/uifiles/bdeconv_dialog.ui:1654
msgid "Ratio"
msgstr "偏心率"

#: src/gui/uifiles/bdeconv_dialog.ui:744
msgid ""
"For elliptical PSFs, this gives the ratio of the shorter and longer "
"dimensions."
msgstr "对于椭圆形 PSF，这给出了短/长轴的比例（偏心率）。"

#: src/gui/uifiles/bdeconv_dialog.ui:760 src/gui/uifiles/bdeconv_dialog.ui:1642
msgid "fwhm / \""
msgstr "fwhm / \""

#: src/gui/uifiles/bdeconv_dialog.ui:771
msgid ""
"Full width at half maximum. For disc profiles this is just the diameter of "
"the disc. For elliptical PSFs this is the longer PSF dimension."
msgstr ""
"半高全宽FWHM。对于圆盘形星点，这是盘面的直径。对于椭圆形PSF，这是长轴的PSF尺"
"寸。"

#: src/gui/uifiles/bdeconv_dialog.ui:787 src/gui/uifiles/bdeconv_dialog.ui:1666
msgid "Angle / º"
msgstr "角度 / °"

#: src/gui/uifiles/bdeconv_dialog.ui:798
msgid "For elliptical PSFs, the angle from the x axis in degrees."
msgstr "对于椭圆 PSF，与 x 轴的角度（以度为单位）。"

#: src/gui/uifiles/bdeconv_dialog.ui:813 src/gui/uifiles/bdeconv_dialog.ui:1678
msgid "beta (β)"
msgstr "beta (β)"

#: src/gui/uifiles/bdeconv_dialog.ui:825
msgid ""
"For Moffat profiles, this sets the value of beta. See the astrometry "
"documentation for information on this parameter."
msgstr ""
"对于Moffat形，这将设置beta值。有关此参数的信息，参见astrometry说明文档。"

#: src/gui/uifiles/bdeconv_dialog.ui:856
msgid "Pixel Size / μm"
msgstr "像素尺寸 / 微米"

#: src/gui/uifiles/bdeconv_dialog.ui:868 src/gui/cut.c:537 src/gui/cut.c:750
#: src/gui/photometric_cc.c:1245 src/gui/photometric_cc.c:1355
#: src/gui/photometric_cc.c:1524
#, c-format
msgid "Wavelength / nm"
msgstr "波长 / nm"

#: src/gui/uifiles/bdeconv_dialog.ui:880
msgid "Focal length / mm"
msgstr "焦距 / 毫米"

#: src/gui/uifiles/bdeconv_dialog.ui:892
msgid "Diameter / mm"
msgstr "直径 / mm"

#: src/gui/uifiles/bdeconv_dialog.ui:903
msgid "Sensor pixel size in microns"
msgstr "传感器像素尺寸（微米）"

#: src/gui/uifiles/bdeconv_dialog.ui:919
msgid ""
"Wavelength to calculate the diffraction pattern for. May be specified "
"exactly for narrowband filters, or for broadband / OSC / luminance filters "
"just use a representative central wavelength."
msgstr ""
"要计算衍射图案的波长。可以精确地指定用于窄带滤镜的，或者对于宽带/OSC/L滤镜只"
"需使用具有代表性的中心波长。"

#: src/gui/uifiles/bdeconv_dialog.ui:934
msgid ""
"Telescope focal length (this should account for any multiplication factor "
"introduced by Barlows or field flatteners)"
msgstr "望远镜焦距（这应该考虑巴洛或平场镜引入的任何比例因子）"

#: src/gui/uifiles/bdeconv_dialog.ui:950
msgid "Diameter of the telescope primary aperture"
msgstr "望远镜主镜直径"

#: src/gui/uifiles/bdeconv_dialog.ui:967
msgid "Central Obstruction / %"
msgstr "中央遮挡面积 / %"

#: src/gui/uifiles/bdeconv_dialog.ui:978
msgid ""
"Sets the central obstruction as a percentage of the total aperture area. "
"This is zero for refractors, typically around 10-20% for fast Newtonians and "
"may be as much as 40% for a Corrected Dall-Kirkham."
msgstr ""
"设置中央遮挡面积占总口径的百分比。对于折射镜，这为零，对于快速牛顿镜，通常在 "
"10-20% 左右，对于改正型 Dall-Kirkham，可能高达 40%。"

#: src/gui/uifiles/bdeconv_dialog.ui:1001
msgid "Manual PSF Parameters"
msgstr "手动 PSF 参数"

#: src/gui/uifiles/bdeconv_dialog.ui:1033
msgid ""
"Regularization parameter for PSF estimation. Try decreasing this value for "
"noisy images."
msgstr "PSF 估算的正则化参数。对于噪声较大的图像，请尝试减小此值。"

#: src/gui/uifiles/bdeconv_dialog.ui:1048
msgid "Lambda (λ)"
msgstr "Lambda (λ)"

#: src/gui/uifiles/bdeconv_dialog.ui:1061
msgid "Blind Deconvolution PSF Estimation"
msgstr "盲反卷积的PSF估算"

#: src/gui/uifiles/bdeconv_dialog.ui:1095
msgid "Multiscale"
msgstr "多尺度"

#: src/gui/uifiles/bdeconv_dialog.ui:1099
msgid ""
"This improves ℓ0 PSF estimation for large PSFs. It is not required for small "
"PSFs and takes longer to compute. Consider using it for PSF sizes above 20."
msgstr ""
"这改进了大规模 PSF 的 ℓ0 PSF 估算。小规模 PSF 不需要它，并且需要更长的时间来"
"计算。考虑将其用于 20 以上的 PSF 尺寸。"

#: src/gui/uifiles/bdeconv_dialog.ui:1113
msgid "These settings can be left alone in the vast majority of cases. "
msgstr "在绝大多数情况下，这些设置可以单独保留。 "

#: src/gui/uifiles/bdeconv_dialog.ui:1127
msgid "Gamma (γ)"
msgstr "Gamma (γ)"

#: src/gui/uifiles/bdeconv_dialog.ui:1138
msgid "PSF estimation regularisation parameter"
msgstr "PSF 估算正则化参数"

#: src/gui/uifiles/bdeconv_dialog.ui:1164
msgid ""
"Number of iterations for PSF estimation. Do not reduce this below 2. There "
"is negligible benefit in increasing it beyond 3."
msgstr ""
"PSF 估算的迭代次数。不要将其减少到 2 以下。将其增加到 3 以上的好处可以忽略不"
"计。"

#: src/gui/uifiles/bdeconv_dialog.ui:1179
msgid "Lambda ratio"
msgstr "λ 比例"

#: src/gui/uifiles/bdeconv_dialog.ui:1190
msgid "Ratio of lambda at successive scales for multiscale PSF estimation."
msgstr "用于多尺度 PSF 估算的连续尺度下的 λ 比例。"

#: src/gui/uifiles/bdeconv_dialog.ui:1206
msgid "Lambda min"
msgstr "λ 最小值"

#: src/gui/uifiles/bdeconv_dialog.ui:1217
msgid "Minimum value of lambda for multiscale PSF estimation"
msgstr "用于多尺度 PSF 估算的 λ 最小值"

#: src/gui/uifiles/bdeconv_dialog.ui:1233
msgid "Scale factor"
msgstr "比例因子"

#: src/gui/uifiles/bdeconv_dialog.ui:1244
msgid "Scale factor between successive scales of multiscale PSF estimation"
msgstr "多尺度PSF估算的连续尺度之间的比例因子"

#: src/gui/uifiles/bdeconv_dialog.ui:1259
msgid "Amount of blur to use for upsampling during PSF estimation"
msgstr "PSF 估算期间用于升采样的模糊量"

#: src/gui/uifiles/bdeconv_dialog.ui:1274
msgid "Upsample blur"
msgstr "放大模糊"

#: src/gui/uifiles/bdeconv_dialog.ui:1286
msgid "Downsample blur"
msgstr "缩小模糊"

#: src/gui/uifiles/bdeconv_dialog.ui:1298
msgid "Kernel threshold"
msgstr "内核阈值"

#: src/gui/uifiles/bdeconv_dialog.ui:1310
msgid "Better kernel"
msgstr "更好的内核"

#: src/gui/uifiles/bdeconv_dialog.ui:1322
msgid "Kernel ℓ1"
msgstr "内核 ℓ1"

#: src/gui/uifiles/bdeconv_dialog.ui:1334
msgid "Amount of blur to use for downsampling during PSF estimation"
msgstr "PSF 估算期间用于降采样的模糊量"

#: src/gui/uifiles/bdeconv_dialog.ui:1349
msgid ""
"Sets a minimum pixel value for the PSF. PSF pixels with values less than "
"this will be set to zero."
msgstr "设置 PSF 的最小像素值。小于此值的 PSF 像素将设置为零。"

#: src/gui/uifiles/bdeconv_dialog.ui:1365
msgid ""
"Uses a refinement technique to improve subsequent iterations of the PSF "
"estimator. This should essentially always be enabled."
msgstr "使用优化技术来改进 PSF 估算的后续迭代。这基本上应该常开。"

#: src/gui/uifiles/bdeconv_dialog.ui:1378
msgid "ℓ1 gradient parameter"
msgstr "ℓ1 梯度参数"

#: src/gui/uifiles/bdeconv_dialog.ui:1395
msgid "These settings should almost always be left at the default value."
msgstr "这些设置几乎应始终保持为缺省值。"

#: src/gui/uifiles/bdeconv_dialog.ui:1396
#: src/gui/uifiles/bdeconv_dialog.ui:1578
msgid "Expert Settings"
msgstr "专家设置"

#: src/gui/uifiles/bdeconv_dialog.ui:1414
msgid "ℓ0 Descent Method"
msgstr "ℓ0 Descent 方法"

#: src/gui/uifiles/bdeconv_dialog.ui:1450
msgid "Compensation factor"
msgstr "补偿系数"

#: src/gui/uifiles/bdeconv_dialog.ui:1462
msgid ""
"This parameter controls the sharpness of the estimated PSF. If the "
"underlying image is sharp, this parameter should be set to a large value to "
"avoid artefacts in the estimated PSF. On the other hand, if the underlying "
"image contains a small amount of intrinsic blur (i.e. as a result of being "
"oversampled) this parameter should be reduced to close to unity in order to "
"obtain sufficient sharpness in the PSF."
msgstr ""
"此参数控制估算 PSF 的锐度。如果基础图像清晰，则应将此参数设置为较大的值，以避"
"免估算的 PSF 中出现伪影。另一方面，如果基础图像包含少量固有模糊（即由于过采"
"样），则应将此参数降低到接近统一，以便在PSF中获得足够的清晰度。"

#: src/gui/uifiles/bdeconv_dialog.ui:1499
msgid "Samples per outer loop"
msgstr "每个外循环的样本数"

#: src/gui/uifiles/bdeconv_dialog.ui:1511
msgid "Outer loop iterations"
msgstr "外循环迭代数"

#: src/gui/uifiles/bdeconv_dialog.ui:1522
msgid ""
"This parameter sets the number of samples per outer loop. Sufficient samples "
"must be chosen to ensure the PSF estimate converges: for low noise images a "
"fairly small number of samples will suffice. For noisy images, the value may "
"require increasing to as much as around 250."
msgstr ""
"此参数设置每个外循环的样本数。必须选择足够的样本以确保PSF估算值收敛：对于低噪"
"声图像，相当少量的样本就足够了。对于高噪声的图像，该值可能需要增加到 250 左"
"右。"

#: src/gui/uifiles/bdeconv_dialog.ui:1536
msgid ""
"Outer loop iterations. This parameter should not generally require "
"adjustment."
msgstr "外循环迭代数。此参数通常不需要调整。"

#: src/gui/uifiles/bdeconv_dialog.ui:1551
msgid "Inner loop iterations"
msgstr "内循环迭代数"

#: src/gui/uifiles/bdeconv_dialog.ui:1562
msgid ""
"This parameter sets the number of iterations in the algorithm inner loop. It "
"should not usually require adjustment."
msgstr "此参数设置算法内部循环中的迭代次数。它通常不需要调整。"

#: src/gui/uifiles/bdeconv_dialog.ui:1594
msgid "Spectral Irregularity Method"
msgstr "光谱不规则法"

#: src/gui/uifiles/bdeconv_dialog.ui:1737
msgid "Symmetrical PSF"
msgstr "对称的 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:1741
msgid ""
"If checked, a PSF defined from stars will be circularly symmetric. If "
"unchecked the PSF may be elongated and have a defined rotation angle."
msgstr ""
"如果选中，由星点定义的PSF将是圆形对称的。如果不选中，PSF 可能会拉长并具有定义"
"的旋转角度。"

#: src/gui/uifiles/bdeconv_dialog.ui:1762
msgid "PSF from Stars"
msgstr "基于星点的 PSF"

#: src/gui/uifiles/bdeconv_dialog.ui:1794
msgid "PSF Generation"
msgstr "PSF 生成"

#: src/gui/uifiles/bdeconv_dialog.ui:1817
msgid "PSF Preview"
msgstr "PSF 预览"

#: src/gui/uifiles/bdeconv_dialog.ui:1834
msgid "Shows a preview of the PSF, if one has been calculated."
msgstr "显示 PSF 的预览（如果已计算）。"

#: src/gui/uifiles/bdeconv_dialog.ui:1848
msgid "Usage tips"
msgstr "使用提示"

#: src/gui/uifiles/bdeconv_dialog.ui:1852
msgid ""
"Opens a page in the online Siril documentation with usage tips and examples "
"of settings that can work for different types of image."
msgstr ""
"在在线 Siril 说明文档中打开一个页面，其中包含可用于不同类型图像的使用提示和设"
"置示例。"

#: src/gui/uifiles/bdeconv_dialog.ui:1908
msgid ""
"Once the PSF is estimated or provided the image is finally deconvolved using "
"the selected algorithm.\n"
"Choose Richardson-Lucy for deep space images; choose either Split Bregman or "
"Wiener filtering for lunar and planetary images."
msgstr ""
"一旦估算或提供了PSF，图像最终会使用所选算法进行反卷积。\n"
"为深空图像选择Richardson-Lucy；为月球和行星图像选择Split Bregman或维纳滤波。"

#: src/gui/uifiles/bdeconv_dialog.ui:1912
msgid "Split Bregman method with TV regularization"
msgstr "Split Bregman算法（TV正则化）"

#: src/gui/uifiles/bdeconv_dialog.ui:1913
msgid "Richardson-Lucy method with TV regularization"
msgstr "Richardson-Lucy算法（TV正则化）"

#: src/gui/uifiles/bdeconv_dialog.ui:1914
msgid "Wiener filter"
msgstr "维纳滤波"

#: src/gui/uifiles/bdeconv_dialog.ui:1940
msgid ""
"Number of iterations for final deconvolution if using an iterative method"
msgstr "最终反卷积的迭代次数（如果使用迭代方法）"

#: src/gui/uifiles/bdeconv_dialog.ui:1954
msgid "Regularization parameter for the final non-blind stage deconvolution"
msgstr "最终非盲阶段反卷积的正则化参数"

#: src/gui/uifiles/bdeconv_dialog.ui:1969
msgid ""
"Sets an early stop criterion for the Richardson-Lucy algorithm to prevent "
"noise amplification. Deconvolution will stop early if the average pixel "
"difference ratio between subsequent iterations is less than this value."
msgstr ""
"为 Richardson-Lucy 算法设置提前停止判据，以防噪声放大。如果后续迭代之间的平均"
"像素差异比小于此值，则反卷积将提前停止。"

#: src/gui/uifiles/bdeconv_dialog.ui:1984
msgid ""
"Total Variation regularization preserves sharp edges in the image well. If "
"in doubt, stick with Total Variation. However it can have a tendency to "
"produce a \"staircase effect\" in large uniform areas.\n"
"Frobenius norm of the Hessian uses a second order regularization term. It is "
"more often used in regularizing denoising algorithms but can perform well "
"when deconvolving a star mask produced by Siril's Starnet++ interface."
msgstr ""
"全变分正则化可以很好地保护图像中的锐利边缘。如有疑问，请坚持使用全变分。然"
"而，它有可能在大面积的均匀区域产生“阶梯效应”。\n"
"黑森的弗罗贝尼乌斯范数使用二阶正则项。它更常用于正则化降噪算法，但在对Siril的"
"Starnet++接口产生的纯星图像进行反卷积时表现良好。"

#: src/gui/uifiles/bdeconv_dialog.ui:1988
msgid "Total Variation"
msgstr "全变分"

#: src/gui/uifiles/bdeconv_dialog.ui:1989
msgid "Frobenius norm of Hessian"
msgstr "黑森的弗罗贝尼乌斯规范"

#: src/gui/uifiles/bdeconv_dialog.ui:1990 src/gui/uifiles/savepopup.ui:272
#: src/gui/uifiles/settings_window.ui:867
#: src/gui/uifiles/settings_window.ui:1330 src/gui/uifiles/siril.ui:5715
#: src/gui/uifiles/siril.ui:7062 src/gui/uifiles/siril.ui:8350
msgid "None"
msgstr "无"

#: src/gui/uifiles/bdeconv_dialog.ui:2003
msgid "Alpha (α)"
msgstr "Alpha (α)"

#: src/gui/uifiles/bdeconv_dialog.ui:2012
msgid "Stopping criterion"
msgstr "停止判据"

#: src/gui/uifiles/bdeconv_dialog.ui:2016
msgid ""
"Sets a stopping criterion based on difference between successive estimates. "
"To activate the criterion the checkbox must be selected."
msgstr "根据连续估算之间的差异设置停止判据。要激活判据，必须选中该复选框。"

#: src/gui/uifiles/bdeconv_dialog.ui:2029
msgid "Regularization"
msgstr "正则化"

#: src/gui/uifiles/bdeconv_dialog.ui:2041
msgid "Gradient descent step size"
msgstr "梯度下降步长"

#: src/gui/uifiles/bdeconv_dialog.ui:2053
msgid "Algorithm method"
msgstr "算法"

#: src/gui/uifiles/bdeconv_dialog.ui:2064
msgid ""
"If in doubt, use Gradient Descent. It is more gradual and has a controllable "
"step size that can help to avoid ringing artefacts around stars. For "
"stretched images Mulitiplicative may give good results and require fewer "
"iterations."
msgstr ""
"如有疑问，请使用梯度下降。它更平滑，步长可控，有助于避免星点周围的振铃伪影。"
"对于已拉伸图像，乘法可以产生良好的结果，并且需要较少的迭代。"

#: src/gui/uifiles/bdeconv_dialog.ui:2067 src/gui/uifiles/siril.ui:8107
msgid "Multiplicative"
msgstr "乘法"

#: src/gui/uifiles/bdeconv_dialog.ui:2068
msgid "Gradient Descent"
msgstr "梯度下降"

#: src/gui/uifiles/bdeconv_dialog.ui:2081
msgid ""
"Gradient descent step size. The larger the step size, the greater the effect "
"of each step. Large values will give quicker convergence but smaller values "
"will offer better control over artefact formation."
msgstr ""
"梯度下降步长。步长越大，每个步长的效果越大。较大的值将提供更快的收敛，但较小"
"的值将能更好的控制伪影的形成。"

#: src/gui/uifiles/bdeconv_dialog.ui:2098
msgid "Non-Blind Deconvolution"
msgstr "非盲反卷积"

#: src/gui/uifiles/bdeconv_dialog.ui:2130
msgid ""
"Deconvolve the currently loaded sequence. If no sequence is loaded, the "
"current image will be deconvolved."
msgstr "对当前载入的序列进行反卷积。如果未载入任何序列，则当前图像将被反卷积。"

#: src/gui/uifiles/bdeconv_dialog.ui:2145
msgid "Sequence prefix:"
msgstr "序列前缀："

#: src/gui/uifiles/bdeconv_dialog.ui:2157
msgid "Provides a custom prefix to use when deconvolving a sequence."
msgstr "提供反卷积序列时要使用的自定义前缀。"

#: src/gui/uifiles/binxy_dialog.ui:41
msgid "Binning"
msgstr "像素合并"

#: src/gui/uifiles/binxy_dialog.ui:106
msgid "Binning factor:"
msgstr "像素因子:"

#: src/gui/uifiles/binxy_dialog.ui:138
msgid "Downsample mode:"
msgstr "缩小模式:"

#: src/gui/uifiles/binxy_dialog.ui:152
msgid "Average"
msgstr "平均数"

#: src/gui/uifiles/binxy_dialog.ui:153
msgid "Sum"
msgstr "求和"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:48 src/filters/banding.c:125
msgid "Banding Reduction"
msgstr "除去条纹"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:123
#: src/gui/uifiles/canon_fixbanding_dialog.ui:146
msgid "Defines the strength of the correction."
msgstr "定义修正的强度。"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:162
msgid "Protect from Highlights"
msgstr "免受高光影响"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:166
msgid "Bright pixels are ignored."
msgstr "亮像素将被忽略。"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:186
msgid "1/Sigma Factor"
msgstr "1/Sigma因子"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:199
#: src/gui/uifiles/canon_fixbanding_dialog.ui:223
msgid ""
"Background for lines is computed using pixels in SigmaFactor * StdDev only. "
"Higher value will give a better protection."
msgstr ""
"行的背景仅使用 SigmaFactor * StdDev 中的像素计算。高值将提供更好的保护。"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:238
msgid "Vertical banding"
msgstr "垂直条纹"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:242
msgid "Check this box if banding is vertical."
msgstr "选择以针对垂直条纹。"

#: src/gui/uifiles/canon_fixbanding_dialog.ui:290
msgid "Prefix of the image names resulting from the unband process."
msgstr "去条纹处理后输出的文件名前缀。"

#: src/gui/uifiles/ccm_dialog.ui:13 src/gui/uifiles/ccm_dialog.ui:248
msgid "Color Conversion Matrix"
msgstr "色彩转换矩阵"

#: src/gui/uifiles/ccm_dialog.ui:27
msgid "Restore ICC"
msgstr "恢复 ICC"

#: src/gui/uifiles/ccm_dialog.ui:32
msgid "Reactivate ICC profile previously disabled by applying a CCM"
msgstr "通过应用 CCM 重新激活之前禁用的 ICC 色彩特性文件"

#: src/gui/uifiles/ccm_dialog.ui:120 src/gui/uifiles/ccm_dialog.ui:176
#: src/gui/uifiles/ccm_dialog.ui:232
msgid "1.0"
msgstr "1.0"

#: src/gui/uifiles/ccm_dialog.ui:134 src/gui/uifiles/ccm_dialog.ui:148
#: src/gui/uifiles/ccm_dialog.ui:162 src/gui/uifiles/ccm_dialog.ui:190
#: src/gui/uifiles/ccm_dialog.ui:204 src/gui/uifiles/ccm_dialog.ui:218
msgid "0.0"
msgstr "0.0"

#: src/gui/uifiles/ccm_dialog.ui:281
msgid "The power to which each result pixel will be raised."
msgstr "每个结果像素将提升到的幂。"

#: src/gui/uifiles/ccm_dialog.ui:297
msgid "Power:"
msgstr "幂："

#: src/gui/uifiles/ccm_dialog.ui:309
msgid "Presets:"
msgstr "预设："

#: src/gui/uifiles/ccm_dialog.ui:322
msgid "Custom"
msgstr "定制"

#: src/gui/uifiles/ccm_dialog.ui:323
msgid "Linear Rec.709_D65 to XYZ"
msgstr "线性 Rec.709_D65 至 XYZ"

#: src/gui/uifiles/ccm_dialog.ui:324
msgid "XYZ to Linear Rec.709_D65"
msgstr "XYZ 至线性 Rec.709_D65"

#: src/gui/uifiles/ccm_dialog.ui:325
msgid "Simplified sRGB (gamma = 2.2) to XYZ"
msgstr "简化的 sRGB (gamma = 2.2) 到 XYZ"

#: src/gui/uifiles/ccm_dialog.ui:326
msgid "XYZ to Simplified sRGB (gamma = 2.2)"
msgstr "XYZ 到简化的 sRGB（gamma= 2.2）"

#: src/gui/uifiles/ccm_dialog.ui:372 src/gui/uifiles/cosmetic_dialog.ui:359
msgid ""
"Prefix of the image names resulting from the cosmetic correction process."
msgstr "坏点修正后的文件名前缀。"

#: src/gui/uifiles/ccm_dialog.ui:400
msgid "Settings"
msgstr "设置"

#: src/gui/uifiles/color_calibration.ui:98 src/gui/uifiles/siril.ui:1226
#: src/gui/uifiles/siril.ui:1559 src/gui/colors.c:274
msgid "Color Calibration"
msgstr "色彩校准"

#: src/gui/uifiles/color_calibration.ui:133
msgid ""
"A set of three color calibration factors will be computed and multiplied "
"with every color channel.\n"
"The Background Neutralization should be applied before this operation."
msgstr ""
"一组三色校准因子将会被计算并乘到每个色彩通道。\n"
"背景平衡操作必须在此之前完成。"

#: src/gui/uifiles/color_calibration.ui:195
#: src/gui/uifiles/s_pcc_dialog.ui:1235
msgid "x coordinate of the start of the background selection"
msgstr "背景选区起点的x轴坐标"

#: src/gui/uifiles/color_calibration.ui:213
#: src/gui/uifiles/s_pcc_dialog.ui:1253
msgid "y coordinate of the start of the background selection"
msgstr "背景选区起点的y轴坐标"

#: src/gui/uifiles/color_calibration.ui:230
#: src/gui/uifiles/s_pcc_dialog.ui:1271
msgid "Width of the background selection"
msgstr "背景选区的宽度"

#: src/gui/uifiles/color_calibration.ui:247
#: src/gui/uifiles/s_pcc_dialog.ui:1289
msgid "Height of the background selection"
msgstr "背景选区的高度"

#: src/gui/uifiles/color_calibration.ui:264
#: src/gui/uifiles/color_calibration.ui:653
#: src/gui/uifiles/s_pcc_dialog.ui:1307
msgid "Selected area"
msgstr "选择一个区域"

#: src/gui/uifiles/color_calibration.ui:281
#: src/gui/uifiles/color_calibration.ui:670
#: src/gui/uifiles/rgradient_dialog.ui:215 src/gui/uifiles/s_pcc_dialog.ui:1324
msgid "Use current selection"
msgstr "使用当前选区"

#: src/gui/uifiles/color_calibration.ui:285
#: src/gui/uifiles/s_pcc_dialog.ui:1328
msgid ""
"You must specify a selection that represents the true background of the "
"image, trying to exclude all stars or other stellar objects."
msgstr "必须框选一个能代表真实背景的区域，尽量避开星点和其他天体。"

#: src/gui/uifiles/color_calibration.ui:305
msgid "Background Neutralization"
msgstr "背景平衡"

#: src/gui/uifiles/color_calibration.ui:309
msgid ""
"Background Neutralization will compute the mean of each color channel and "
"will equalize the sky background in a neutral grey.\n"
"This step should be run before any attempt of color calibration."
msgstr ""
"背景平衡会计算每个色彩通道的平均值，并使背景平衡为中性灰。\n"
"本操作应当在色彩校准之前执行。"

#: src/gui/uifiles/color_calibration.ui:332
msgid "Background reference"
msgstr "参考背景"

#: src/gui/uifiles/color_calibration.ui:364
msgid "Manual White Balance"
msgstr "手动白平衡"

#: src/gui/uifiles/color_calibration.ui:368
msgid ""
"By clicking on this option, you will use your own color calibration factors. "
"This option is disabled by default."
msgstr "点击此选项，用户将使用自定义的色彩校准因子。缺省为关闭。"

#: src/gui/uifiles/color_calibration.ui:581
msgid "x coordinate of the start of the white reference selection"
msgstr "参考白色选区起点的x轴坐标"

#: src/gui/uifiles/color_calibration.ui:599
msgid "y coordinate of the start of the white reference selection"
msgstr "参考白色选区起点的y轴坐标"

#: src/gui/uifiles/color_calibration.ui:617
msgid "Width of the white reference selection"
msgstr "参考白色选区的高度"

#: src/gui/uifiles/color_calibration.ui:635
msgid "Height of the white reference selection"
msgstr "参考白色选区的宽度"

#: src/gui/uifiles/color_calibration.ui:674
msgid ""
"You should specify a selection that represents an average of suitable white "
"reference.\n"
"If the selection is empty, the whole image will be used as reference."
msgstr ""
"请框选一个合适的区域，作为参考白色选区。\n"
"如果没有框选，将用整幅图像作为参考。"

#: src/gui/uifiles/color_calibration.ui:703
msgid ""
"Lower rejection bound for white selection. Pixels below this value are not "
"taken into account. Black pixels are always excluded from computation."
msgstr ""
"参考白色选区的剔除下限。像素值低于下限的不会被计算。黑色像素点总是会被排除计"
"算。"

#: src/gui/uifiles/color_calibration.ui:720
msgid ""
"Upper rejection bound for white selection. Pixels above this value are not "
"taken into account. Saturated pixels are always excluded from computation."
msgstr ""
"参考白色选区的剔除上限。像素值超过上限的不会被计算。饱和像素点总是会被排除计"
"算。"

#: src/gui/uifiles/color_calibration.ui:736
msgid "Lower limit: "
msgstr "下限: "

#: src/gui/uifiles/color_calibration.ui:747
msgid "Upper limit: "
msgstr "上限: "

#: src/gui/uifiles/color_calibration.ui:776
msgid "White reference"
msgstr "参考白色"

#: src/gui/uifiles/colorchooserdialog.ui:67
msgid ""
"Enter a wavelength value in nanometers here, between 380 and 780, decimals "
"are accepted."
msgstr "在此处输入以纳米为单位的波长值，介于380和780之间，可以输入小数。"

#: src/gui/uifiles/colorchooserdialog.ui:81
msgid ""
"Alternatively, for true colour rendering,\n"
"select a filter from the list or\n"
"enter a visible wavelength in nm"
msgstr ""
"或者，从列表中选择一个滤镜\n"
"来执行真彩色渲染，也可直接\n"
"输入一个可见光段纳米波长值"

#: src/gui/uifiles/composition_dialog.ui:51
msgid "Image compositing"
msgstr "图像合成"

#: src/gui/uifiles/composition_dialog.ui:66
msgid "Reload all"
msgstr "全部重载"

#: src/gui/uifiles/composition_dialog.ui:70
msgid ""
"Reload all input images into their respective compositing layers. This is "
"necessary if you aren't happy with the alignment results and wish to re-do "
"the alignment, for example with a different framing method."
msgstr ""
"将所有输入图像重新加载到各自的合成层中。如果您对对齐结果不满意并希望重新进行"
"对齐，例如使用不同的构图方式，这是必要的。"

#: src/gui/uifiles/composition_dialog.ui:81
msgid "Save all"
msgstr "全部保存"

#: src/gui/uifiles/composition_dialog.ui:85
msgid ""
"Save all the layer images with the prefix <i>comp_</i>. After alignment the "
"aligned and framed images will be saved, so if you prefer to combine them "
"using PixelMath you can still use this tool as a simple means of aligning "
"them."
msgstr ""
"使用前缀<i>comp_</i>保存所有图层图像。对齐后，对齐和加框的图像将被保存，因"
"此，如果您希望使用 PixelMath 组合它们，您仍然可以使用此工具作为对齐它们的简单"
"方法。"

#: src/gui/uifiles/composition_dialog.ui:136
msgid "Multi-layer image composition"
msgstr "多图层图像合成"

#: src/gui/uifiles/composition_dialog.ui:207 src/compositing/compositing.c:439
#: src/compositing/compositing.c:440 src/compositing/compositing.c:833
#: src/compositing/compositing.c:1990 src/compositing/compositing.c:1991
msgid "not loaded"
msgstr "未载入"

#: src/gui/uifiles/composition_dialog.ui:235
msgid ""
"In manual alignment mode, sets the x-axis shift.\n"
"In other alignment modes, shows the x-axis shift applied to the layer."
msgstr ""
"在手动对齐模式下，设置 x 轴偏移。\n"
"在其他对齐模式下，显示应用于图层的 x 轴偏移。"

#: src/gui/uifiles/composition_dialog.ui:237
msgid "x alignment"
msgstr "x 对齐"

#: src/gui/uifiles/composition_dialog.ui:248
msgid ""
"In manual alignment mode, sets the y-axis shift.\n"
"In other alignment modes, shows the y-axis shift applied to the layer."
msgstr ""
"在手动对齐模式下，设置 y 轴偏移。\n"
"在其他对齐模式下，显示应用于图层的 y 轴偏移。"

#: src/gui/uifiles/composition_dialog.ui:250
msgid "y alignment"
msgstr "y 对齐"

#: src/gui/uifiles/composition_dialog.ui:261
msgid ""
"In manual alignment mode, sets the rotation around the center of the image.\n"
"In other alignment modes, shows the rotation applied to the layer around the "
"origin.\n"
"Rotation is shown in degrees anticlockwise."
msgstr ""
"在手动对齐模式下，设置围绕图像中心的旋转。 \n"
"在其他对齐模式下，显示应用于围绕原点的图层的旋转。 \n"
"旋转以逆时针度数显示。"

#: src/gui/uifiles/composition_dialog.ui:264
msgid "rotation"
msgstr "旋转"

#: src/gui/uifiles/composition_dialog.ui:277 src/compositing/compositing.c:461
msgid "Set rotation center for this layer"
msgstr "设置此图层的旋转中心"

#. Configure button using native GTK API
#: src/gui/uifiles/composition_dialog.ui:294 src/compositing/compositing.c:403
#: src/compositing/compositing.c:691 src/compositing/compositing.c:1953
#, fuzzy
msgid "(None)"
msgstr "无"

#: src/gui/uifiles/composition_dialog.ui:330 src/gui/uifiles/pixelmath.ui:704
msgid "Sum exposure time"
msgstr "总曝光时间"

#: src/gui/uifiles/composition_dialog.ui:334 src/gui/uifiles/pixelmath.ui:708
msgid ""
"Sum of the exposure times of the different images used for the composition. "
"This will change the value of some keywords such as STACKCNT (number of "
"frames stacked) and LIVETIME (total exposure)."
msgstr ""
"用于合成的不同图像的曝光时间总和。这将改变一些关键字的值，例如 STACKCNT（堆叠"
"的帧数）和 LIVETIME（总曝光量）。"

#: src/gui/uifiles/composition_dialog.ui:352
msgid "Linear match"
msgstr "线性匹配"

#: src/gui/uifiles/composition_dialog.ui:356
msgid ""
"Linear match the input layer images to the first layer.\n"
"This is important if you are not coloring the layers with pure R, pure G and "
"pure B."
msgstr ""
"线性匹配输入图层图像与第一图层。 \n"
"如果您没有用纯 R、纯 G 和纯 B 对图层进行着色，这一点很重要。"

#: src/gui/uifiles/composition_dialog.ui:368
msgid "Adjust layers brightness"
msgstr "调整图层亮度"

#: src/gui/uifiles/composition_dialog.ui:372
msgid ""
"Automatically adjust the brightness of the colours picked for layers so that "
"they don't overflow when compositing (based on max value for each image). "
"Colour hues are unchanged."
msgstr ""
"自动调整各个图层的亮度，使之在合成中不会溢出（基于每幅图像的最大值）。色调不"
"会改变。"

#: src/gui/uifiles/composition_dialog.ui:385
msgid ""
"Type of luminance-based colour composition. They represent the way of adding "
"colour information to luminance data."
msgstr "明度为基础的彩色合成类型。描述了在明度数据上添加彩色信息的方法。"

#: src/gui/uifiles/composition_dialog.ui:388
msgid "HSL composition"
msgstr "HSL合成"

#: src/gui/uifiles/composition_dialog.ui:389
msgid "HSV composition"
msgstr "HSV合成"

#: src/gui/uifiles/composition_dialog.ui:390
msgid "CIE L*a*b* composition"
msgstr "CIE L*a*b* 合成"

#: src/gui/uifiles/composition_dialog.ui:433
msgid "Use this alignment method:"
msgstr "使用此对齐方法:"

#: src/gui/uifiles/composition_dialog.ui:446
msgid "and this framing method:"
msgstr "以及此构图方式："

#: src/gui/uifiles/composition_dialog.ui:474 src/gui/uifiles/siril.ui:1108
#: src/compositing/align_rgb.c:47
msgid "Image pattern alignment (planetary/deep-sky)"
msgstr "图像模式对齐（行星/深空）"

#: src/gui/uifiles/composition_dialog.ui:475 src/gui/uifiles/siril.ui:1099
#: src/compositing/align_rgb.c:45
msgid "One star registration (deep-sky)"
msgstr "单星对齐（深空）"

#: src/gui/uifiles/composition_dialog.ui:488
#, fuzzy
msgid ""
"Select framing method for deep-sky alignment:\n"
"First channel - frame to the first channel (always L in luminance mode);\n"
"Min - frame to the minimum overlap of all aligned images;\n"
"COG - frame to the centre of gravity of the pixels in the set of aligned "
"images."
msgstr ""
"为深空天体对齐选择构图方式：\n"
"首通道 - 构图到第一个通道（明度模式下始终为 L 通道）;\n"
"最大化 - 构图到对齐图像的并集区域；\n"
"最小化 - 构图到对齐图像的交集区域；\n"
"重心 - 构图到对齐图像像素的重心。"

#: src/gui/uifiles/composition_dialog.ui:494
msgid "First channel"
msgstr "首通道"

#: src/gui/uifiles/composition_dialog.ui:495
msgid "Min"
msgstr "最小化"

#: src/gui/uifiles/composition_dialog.ui:496
msgid "COG"
msgstr "重心法"

#: src/gui/uifiles/composition_dialog.ui:506
msgid "Align"
msgstr "对齐"

#: src/gui/uifiles/composition_dialog.ui:510
msgid "Automatic alignment using the selected registration method."
msgstr "使用所选的方法自动对齐。"

#: src/gui/uifiles/cosmetic_dialog.ui:53 src/gui/uifiles/denoise_dialog.ui:147
#: src/filters/cosmetic_correction.c:434 src/filters/cosmetic_correction.c:608
#: src/filters/cosmetic_correction.c:820
msgid "Cosmetic Correction"
msgstr "坏点修正"

#: src/gui/uifiles/cosmetic_dialog.ui:73
#: src/gui/uifiles/dialog_star_remix.ui:192
#: src/gui/uifiles/split_cfa_dialog.ui:55 src/gui/uifiles/starnet_dialog.ui:65
msgid "Close current window"
msgstr "关闭当前窗口"

#: src/gui/uifiles/cosmetic_dialog.ui:89
msgid "Apply Cosmetic Correction"
msgstr "应用坏点修正"

#: src/gui/uifiles/cosmetic_dialog.ui:121 src/gui/uifiles/siril.ui:5028
msgid "Cold Sigma:"
msgstr "冷Sigma:"

#: src/gui/uifiles/cosmetic_dialog.ui:125
msgid ""
"How many times (in averrage deviation units) a pixel value must differ from "
"the value of surrounding neighbors to be considered as a cold pixel."
msgstr ""
"当一个像素被认定为冷像素时，该像素必须相异于周围邻居像素的倍数（平均偏差单"
"位）。"

#: src/gui/uifiles/cosmetic_dialog.ui:141
#: src/gui/uifiles/cosmetic_dialog.ui:171
msgid ""
"How many times (in average deviation units) a pixel value must differ from "
"the value of surrounding neighbors to be considered as a cold pixel."
msgstr ""
"当一个像素被认定为冷像素时，该像素必须相异于周围相邻的像素的倍数（以平均偏差"
"单位表示）。"

#: src/gui/uifiles/cosmetic_dialog.ui:187 src/gui/uifiles/siril.ui:5058
msgid "Hot Sigma:"
msgstr "热Sigma:"

#: src/gui/uifiles/cosmetic_dialog.ui:191
msgid ""
"How many times (in averrage deviation units) a pixel value must differ from "
"the value of surrounding neighbors to be considered as a hot pixel."
msgstr ""
"当一个像素被认定为热像素时，该像素必须相异于周围邻居像素的倍数（平均偏差单"
"位）。"

#: src/gui/uifiles/cosmetic_dialog.ui:207
#: src/gui/uifiles/cosmetic_dialog.ui:237
msgid ""
"How many times (in average deviation units) a pixel value must differ from "
"the value of surrounding neighbors to be considered as a hot pixel."
msgstr ""
"当一个像素被认定为热像素时，该像素必须相异于周围相邻的像素的倍数（以平均偏差"
"单位表示）。"

#: src/gui/uifiles/cosmetic_dialog.ui:291
msgid ""
"0: No correction\n"
"1 : 100% corrected"
msgstr ""
"0：无修正\n"
"1：100%修正"

#: src/gui/uifiles/cosmetic_dialog.ui:307 src/gui/uifiles/cut_dialog.ui:283
msgid "CFA"
msgstr "CFA"

#: src/gui/uifiles/cosmetic_dialog.ui:311 src/gui/uifiles/siril.ui:4966
msgid ""
"Check if the target frames are CFA images.\n"
"Uncheck if images come from a monochrome sensor."
msgstr ""
"CFA图像请勾选这里。\n"
"请勿用于单色传感器的图像。"

#: src/gui/uifiles/crop_dialog.ui:35
msgid "Crop sequence"
msgstr "裁切整个序列"

#: src/gui/uifiles/crop_dialog.ui:100
msgid "Prefix of the image names resulting from the cropping process."
msgstr "裁切后的文件名前缀。"

#: src/gui/uifiles/curves_dialog.ui:62 src/gui/curves.c:669
msgid "Curves Transformation"
msgstr "曲线变换"

#: src/gui/uifiles/curves_dialog.ui:84
msgid "Reset curves transformation dialog window"
msgstr "重置曲线变换对话框"

#: src/gui/uifiles/curves_dialog.ui:100
msgid "Close curves transformation dialog window"
msgstr "关闭曲线变换对话框"

#: src/gui/uifiles/curves_dialog.ui:116
msgid "Apply curves transformation"
msgstr "应用曲线变换"

#: src/gui/uifiles/curves_dialog.ui:168
msgid "Curves histogram display zoom"
msgstr "曲线直方图显示缩放"

#: src/gui/uifiles/curves_dialog.ui:188
msgid "Reset zoom to 1"
msgstr "缩放比例重置为1"

#: src/gui/uifiles/curves_dialog.ui:207 src/gui/uifiles/histogram_dialog.ui:284
msgid "Logarithmic scale"
msgstr "对数刻度"

#: src/gui/uifiles/curves_dialog.ui:211
msgid ""
"Show the histogram with a logarithmic scale. Does not affect the transfer "
"function display.\n"
"                            "
msgstr ""
"用对数刻度显示直方图。不影响变换函数显示。\n"
"                            "

#: src/gui/uifiles/curves_dialog.ui:294 src/gui/curves.c:175
msgid "Toggles whether to apply the curve to the red channel"
msgstr "切换拉伸是否应用于红通道"

#: src/gui/uifiles/curves_dialog.ui:312
msgid "Toggles whether to apply the curve to the green channel"
msgstr "切换拉伸是否应用于绿通道"

#: src/gui/uifiles/curves_dialog.ui:330
msgid "Toggles whether to apply the curve to the blue channel"
msgstr "切换拉伸是否应用于蓝通道"

#: src/gui/uifiles/curves_dialog.ui:357
msgid "Toggles whether the grid is shown on the histogram display"
msgstr "切换直方图中是否显示网格"

#: src/gui/uifiles/curves_dialog.ui:381
msgid "Interpolation algorithm used to compute a curve from the placed points"
msgstr "用于从指定的锚点生成曲线的插值算法"

#: src/gui/uifiles/curves_dialog.ui:421
msgid "Curve point Y: "
msgstr "锚点Y坐标: "

#: src/gui/uifiles/curves_dialog.ui:433
msgid "Curve point ID: "
msgstr "锚点编号: "

#: src/gui/uifiles/curves_dialog.ui:445
msgid "Curve point X: "
msgstr "锚点X坐标: "

#: src/gui/uifiles/curves_dialog.ui:487
msgid "The ID of the selected curve point"
msgstr "选中的曲线点编号"

#: src/gui/uifiles/curves_dialog.ui:537
msgid "X coordinate of the selected curve point"
msgstr "选定锚点的X坐标"

#: src/gui/uifiles/curves_dialog.ui:555
msgid "Y coordinate of the selected curve point"
msgstr "选定锚点的Y坐标"

#: src/gui/uifiles/curves_dialog.ui:586 src/gui/uifiles/histogram_dialog.ui:621
msgid "Clip (%)"
msgstr "修剪 (%)"

#: src/gui/uifiles/curves_dialog.ui:599 src/gui/uifiles/histogram_dialog.ui:634
msgid "Clipped pixels count (shadows)"
msgstr "修剪像素数（阴影）"

#: src/gui/uifiles/curves_dialog.ui:617 src/gui/uifiles/histogram_dialog.ui:652
msgid "Clipped pixels count (highlights)"
msgstr "修剪像素数（高光）"

#: src/gui/uifiles/curves_dialog.ui:683
msgid "Prefix of the image names resulting from the curve transformation"
msgstr "曲线变换结果图像的名称前缀"

#: src/gui/uifiles/curves_dialog.ui:708
msgid "Toggles preview"
msgstr "预览切换开关"

#: src/gui/uifiles/cut_coords_dialog.ui:60
msgid "Coordinates"
msgstr "坐标"

#: src/gui/uifiles/cut_coords_dialog.ui:122
#: src/gui/uifiles/cut_coords_dialog.ui:135
#: src/gui/uifiles/cut_coords_dialog.ui:194
#: src/gui/uifiles/cut_coords_dialog.ui:207
msgid "-1"
msgstr "-1"

#: src/gui/uifiles/cut_coords_dialog.ui:149
msgid "End"
msgstr "终点"

#: src/gui/uifiles/cut_coords_dialog.ui:160
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:281
msgid "y"
msgstr "y"

#: src/gui/uifiles/cut_coords_dialog.ui:172
msgid "Start"
msgstr "起点"

#: src/gui/uifiles/cut_coords_dialog.ui:183
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:270 src/gui/uifiles/siril.ui:4500
msgid "x"
msgstr "x"

#: src/gui/uifiles/cut_coords_dialog.ui:225
msgid ""
"Find a star in the current selection and set the start point to its location"
msgstr "在当前选区中查找一颗星点，并将其位置设置为起点"

#: src/gui/uifiles/cut_coords_dialog.ui:226
#: src/gui/uifiles/cut_coords_dialog.ui:251
msgid "*"
msgstr "*"

#: src/gui/uifiles/cut_coords_dialog.ui:250
msgid ""
"Find a star in the current selection and set the end point to its location"
msgstr "在当前选区中查找一颗星点，并将其位置设置为终点"

#: src/gui/uifiles/cut_dialog.ui:107
msgid "<b>Type of Profile</b>"
msgstr "<b>曲线类型</b>"

#: src/gui/uifiles/cut_dialog.ui:117 src/gui/cut.c:728 src/gui/cut.c:1099
msgid "Mono"
msgstr "单色"

#: src/gui/uifiles/cut_dialog.ui:121 src/gui/cut.c:1100
msgid "Generates a single luminance profile along the profile line"
msgstr "生成沿线的一条亮度曲线"

#: src/gui/uifiles/cut_dialog.ui:132
msgid "Color"
msgstr "彩色"

#: src/gui/uifiles/cut_dialog.ui:136
msgid ""
"Generates separate R, G and B profiles along the profile line. Not "
"applicable for mono images"
msgstr "生成沿线的 RGB 三条曲线。不适用于单色图像"

#: src/gui/uifiles/cut_dialog.ui:147
msgid "Manual coordinates"
msgstr "手动坐标"

#: src/gui/uifiles/cut_dialog.ui:151
msgid "Enter coordinates for the start and end points of the profile manually"
msgstr "手动输入线段起点和终点的坐标"

#: src/gui/uifiles/cut_dialog.ui:161
msgid "Spectrometric data"
msgstr "光谱数据"

#: src/gui/uifiles/cut_dialog.ui:164
msgid "Enter data relating to profiling along a spectrum"
msgstr "输入与光谱分析相关的数据"

#: src/gui/uifiles/cut_dialog.ui:174
msgid "Tri-Profile (mono)"
msgstr "三曲线（单色）"

#: src/gui/uifiles/cut_dialog.ui:178
msgid ""
"Generates 3 parallel intensity profiles separated by a given number of "
"pixels. Tri-profiles always plot luminance along each profile."
msgstr ""
"同时生成三条值曲线，以指定的像素数隔开。三条曲线分别代表各通道的亮度值。"

#: src/gui/uifiles/cut_dialog.ui:193
msgid "Set offset step size for tri-profile"
msgstr "设置三曲线的偏移量"

#: src/gui/uifiles/cut_dialog.ui:194 src/gui/uifiles/savepopup.ui:921
#: src/gui/uifiles/settings_window.ui:546
msgid "1"
msgstr "1"

#: src/gui/uifiles/cut_dialog.ui:206
msgid "Save profile datafile"
msgstr "保存曲线数据文件"

#: src/gui/uifiles/cut_dialog.ui:210
msgid ""
"Saves the data file used to generate the profile in the working directory. "
"The filename is based on the current image and includes a timestamp."
msgstr ""
"将用于生成曲线的原始数据保存为工作目录中的一个文件。文件名以当前图像为基础，"
"并包含时间戳信息。"

#: src/gui/uifiles/cut_dialog.ui:225
msgid ""
"Apply to the current sequence. If this is selected, plots will be generated "
"in .png format in the working directory: the plot window will not appear. "
"This mode automatically enables the \"Save plot as .png\" option."
msgstr ""
"应用于当前序列。如果选择此选项，将在工作目录中以.png格式生成图表：GNUplot 窗"
"口将不会出现。此模式自动启用“将图表另存为.png”选项。"

#: src/gui/uifiles/cut_dialog.ui:236
msgid "Save plot as .png"
msgstr "将图表另存为png"

#: src/gui/uifiles/cut_dialog.ui:240
msgid ""
"Saves the plot in .png format as well as opening the plot window. Sequence "
"working relies on this so if this option is deactivated, sequence working "
"will be deactivated too."
msgstr ""
"以.png格式保存图表，并打开 GNUplot 窗口。序列工作依赖于此，因此如果禁用此选"
"项，序列工作也将停用。"

#: src/gui/uifiles/cut_dialog.ui:251
msgid "Measure in pixels"
msgstr "以像素为单位进行测量"

#: src/gui/uifiles/cut_dialog.ui:255
msgid ""
"Measurements and the plot x axis will show distance in pixels. This option "
"is overridden if spectrometry data is set."
msgstr ""
"测量值和图表 x 轴将以像素为单位显示距离。如果设置了光谱数据，则此选项将被覆"
"盖。"

#: src/gui/uifiles/cut_dialog.ui:267
msgid "Measure in arcsec"
msgstr "以角秒为单位进行测量"

#: src/gui/uifiles/cut_dialog.ui:271
msgid ""
"If possible, measurements and the plot x axis will show distance in arcsec. "
"This requires telescope focal length and sensor pixel size metadata in the "
"FITS header. This option is overridden if spectrometry data is set."
msgstr ""
"如果可能，测量值和图表 x 轴将以角秒为单位显示距离。这需要 FITS 标头中的望远镜"
"焦距和传感器像素尺寸元数据。如果设置了光谱数据，则此选项将被覆盖。"

#: src/gui/uifiles/cut_dialog.ui:287
msgid ""
"Generates 3 parallel intensity profiles separated by a given number of "
"pixels. Tri-profiles always plot luminance along each profile and do not use "
"spectrometric data."
msgstr ""
"生成三条平行的强度分布曲线，按指定的像素间隔分隔。三重分布曲线始终沿每条分布"
"曲线绘制亮度值，且不使用光谱数据。"

#: src/gui/uifiles/cut_dialog.ui:302
msgid "Tri-Profile offset (px)"
msgstr "三重分布曲线的偏移量（像素）"

#: src/gui/uifiles/cut_dialog.ui:332
msgid ""
"Sets a custom title for the plot. If the title ends with (), if a sequence "
"is processed the current image number / total will be added inside the "
"brackets (e.g. Title (1/n))."
msgstr ""
"设置图表的自定义标题。如果标题以 （） 结尾，如果处理序列，则当前图像编号/总数"
"将添加到括号内（例如标题 （1/n））。"

#: src/gui/uifiles/cut_dialog.ui:333 src/gui/cut.c:89 src/gui/cut.c:173
#: src/gui/cut.c:1409
msgid "Intensity Profile"
msgstr "亮度曲线"

#: src/gui/uifiles/cut_dialog.ui:342
msgid "Plot Title"
msgstr "图表标题"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:73
msgid "Spectrometry"
msgstr "光谱"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:148
msgid "Profile width / px"
msgstr "曲线宽度 / 像素"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:159
msgid ""
"Set the width of the cut. The median pixel value perpendicular to the cut "
"will be used."
msgstr "设置剪切的宽度。将使用垂直于剪切的中值像素值。"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:170
msgid "Pick point 1"
msgstr "选取点1"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:174
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:188
msgid ""
"Pick a point on the profile line corresponding to a known wavelength / "
"wavenumber. Typically this would be a known spectral line or, for true "
"spectrograph images, the start or central wavelength / wavenumber. Note: "
"these points snap to the profile line and are reset if the profile line is "
"moved."
msgstr ""
"在曲线上选取与已知波长/波数相对应的点。通常，这将是已知的谱线，或者对于真实的"
"光谱仪图像，起始或中心波长/波数。注意：这些点会吸附到曲线，并在移动曲线时重"
"置。"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:184
msgid "Pick point 2"
msgstr "选取点2"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:200
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:215
msgid "Enter the wavenumber corresponding to the selected point"
msgstr "输入所选点对应的波数"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:292
#: src/gui/uifiles/cut_spectroscopy_dialog.ui:306
msgid ""
"This is a convenience function to allow a known wavelength to be entered "
"instead of wavenumbers. Since wavenumber is required for the plot x axis, "
"the value entered will be converted to wavenumber"
msgstr ""
"这是一个方便的功能，允许输入已知波长而不是波数。由于图表 x 轴需要波数，因此输"
"入的值将转换为波数"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:320
msgid "wavelength / nm"
msgstr "波长 / nm"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:331
msgid "The wavenumber is the spatial frequency 1 / λ"
msgstr "波数为空间频率1/λ"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:332
msgid "wavenumber / cm<sup>-1</sup>"
msgstr "波数 / cm<sup>-1</sup>"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:344
msgid "Plot x axis"
msgstr "图表X轴"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:355
msgid ""
"When plotting a spectrogram, should the x axis show wavenumber or wavelength?"
msgstr "绘制光谱图时，x 轴应该显示波数还是波长？"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:358
#: src/gui/uifiles/s_pcc_dialog.ui:590
msgid "Wavelength"
msgstr "波长"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:359
msgid "Wavenumber"
msgstr "波数"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:382
msgid "Spectroscopic Calibration Points"
msgstr "光谱法校色点"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:414
msgid "Polynomial degree"
msgstr "多项式的次数"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:425
msgid ""
"Sets the degree of polynomial used for background fitting, between 1 (linear "
"fit) and 6 (sextic polynomial)"
msgstr "设置用于背景拟合的多项式的次数，介于1(线性拟合)和6(六次多项式)之间"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:436
msgid "Plot measured and modelled background"
msgstr "将测量并模型化的背景绘制为图表"

#: src/gui/uifiles/cut_spectroscopy_dialog.ui:465
msgid "Background Removal"
msgstr "背景去除"

#: src/gui/uifiles/data_dialog.ui:49
msgid "More details..."
msgstr "更多细节…"

#: src/gui/uifiles/denoise_dialog.ui:52
msgid "Image Denoising"
msgstr "图像降噪"

#: src/gui/uifiles/denoise_dialog.ui:133
msgid "Remove salt and pepper noise"
msgstr "去除椒盐噪声"

#: src/gui/uifiles/denoise_dialog.ui:137
msgid ""
"This option applies cosmetic correction to remove salt and pepper noise "
"before the primary denoising algorithm. This is generally a good thing and "
"the setting defaults to active."
msgstr ""
"此选项在主降噪算法之前应用坏点修正以消除椒盐噪声。通常有益无害，默认启用。"

#: src/gui/uifiles/denoise_dialog.ui:168
msgid "Independent Channels"
msgstr "独立通道"

#: src/gui/uifiles/denoise_dialog.ui:172
msgid ""
"Suppresses blocky colour artefacts that may rarely appear in colour images. "
"This option treats each channel separately and eliminates artefacts at the "
"cost of some speed. Most of the time this is not required, so it is off by "
"default and should only be enabled in the rare event that you see artefacts "
"when denoising a colour image."
msgstr ""
"抑制彩色图像中可能很少出现的块状彩色伪影。此选项分别处理每个通道，并以一定的"
"速度作为代价消除伪影。大多数情况下，这不是必需的，因此默认情况下它是关闭的，"
"并且仅在对彩色图像进行降噪时看到伪影的极少数情况下才应启用。"

#: src/gui/uifiles/denoise_dialog.ui:181
msgid "Color Denoising"
msgstr "彩色降噪"

#: src/gui/uifiles/denoise_dialog.ui:209
msgid "No secondary denoising stage"
msgstr "二次降噪"

#: src/gui/uifiles/denoise_dialog.ui:213
msgid ""
"No secondary denoising process will be used. The primary algorithm by itself "
"usually performs well so this is the default."
msgstr "不会使用二次降噪。这是缺省设置，因为算法本身通常表现良好。"

#: src/gui/uifiles/denoise_dialog.ui:227
msgid "Anscombe VST with exact unbiased inverse"
msgstr "精确无偏逆的 Anscombe VST"

#: src/gui/uifiles/denoise_dialog.ui:231
msgid ""
"The Anscombe VST is useful when denoising photon-limited images where the "
"noise characteristics are not Gaussian but primarily Poisson or a Poisson-"
"Gaussian mix. It cannot be used in conjunction with DA3D or SOS. Ref: "
"https://ieeexplore.ieee.org/document/5278406"
msgstr ""
"Anscombe VST对于低光图像降噪很有用，其中噪声特性不是高斯的，而是主要是泊松或"
"泊松-高斯混合的。它不能与DA3D或SOS一起使用。参考: https://"
"ieeexplore.ieee.org/document/527"

#: src/gui/uifiles/denoise_dialog.ui:246
msgid "Data Adaptive Dual Domain Denoising"
msgstr "数据自适应双域降噪 DA3D"

#: src/gui/uifiles/denoise_dialog.ui:250
msgid ""
"Use DA3D as a final denoising step. This algorithm uses the output of the "
"primary denoising algorithm as a guide image to perform frequency domain "
"shrinkage on shape and data-adaptive patches. It never produces worse output "
"than the primary algorithm and may improve detail retention and reduce "
"staircasing artefacts. Ref: https://ieeexplore.ieee.org/document/7350835"
msgstr ""
"使用 DA3D 作为最后的降噪步骤。该算法使用主降噪算法的输出作为引导图像，通过执"
"行频域收缩对形状和数据自适应修补。它永远不会产生比主算法更差的输出，并且可以"
"改善细节并减少阶梯状伪影。参考: https://ieeexplore.ieee.org/document/7350835"

#: src/gui/uifiles/denoise_dialog.ui:264
msgid "Strengthen Operate Subtract iterator"
msgstr "强化操作减法迭代器 SOS"

#: src/gui/uifiles/denoise_dialog.ui:268
msgid ""
"SOS iteration works by iterating the primary denoising algorithm multiple "
"times, each time mixing back a fraction of the noisy image. This can improve "
"denoising performance and reduce staircasing artefacts. Ref: https://"
"arxiv.org/abs/1502.06220"
msgstr ""
"SOS 迭代的工作原理是多次迭代主降噪算法，每次混合回噪声图像的一小部分。这可以"
"提高降噪性能并减少阶梯伪影。参考: https://arxiv.org/abs/1502.06220"

#: src/gui/uifiles/denoise_dialog.ui:286
msgid "Secondary Denoising Algorithm"
msgstr "二次降噪算法"

#: src/gui/uifiles/denoise_dialog.ui:317
msgid ""
"Sets the number of SOS iterations. 3-5 is usually a good starting point."
msgstr "设置 SOS 迭代次数。可以从 3-5 开始尝试。"

#: src/gui/uifiles/denoise_dialog.ui:319
msgid "SOS iterations"
msgstr "SOS 迭代"

#: src/gui/uifiles/denoise_dialog.ui:330
msgid ""
"Sets the number of SOS iterations. 3-5 iterations usually provides good "
"convergence. Convergence can be seen by examining the updated image noise "
"estimate shown in the log window after each iteration. (These noise values "
"are measured after noise from the original image is mixed back in to prepare "
"the next iteration, so the final output noise level is substantially lower "
"than the intermediate values shown between iterations.)"
msgstr ""
"设置 SOS 迭代次数。3-5 次迭代通常提供良好的收敛性。通过检查每次迭代后日志窗口"
"中显示的更新图像噪声估算值，可以看到收敛。（这些噪声值是在原始图像的噪声混合"
"回以准备下一次迭代后测量的，因此最终输出噪声水平大大低于迭代之间显示的中间"
"值。）"

#: src/gui/uifiles/denoise_dialog.ui:345
msgid ""
"rho sets the amount of the original noisy image at each iteration. A higher "
"value means less noise is mixed in, and more of the intermediate result is "
"kept. Values close to 0 or 1 may result in a need for more iterations to "
"achieve convergence at the maximum improvement SOS can produce."
msgstr ""
"rho 在每次迭代时设置原始噪声图像的数量。较高的值意味着混合的噪声越少，并且保"
"留的中间结果越多。接近 0 或 1 的值可能会导致需要更多的迭代才能在 SOS 可以产生"
"的最大改进下实现收敛。"

#: src/gui/uifiles/denoise_dialog.ui:347
msgid "rho"
msgstr "rho"

#: src/gui/uifiles/denoise_dialog.ui:358
msgid ""
"Rho sets the amount of the original noisy image mixed back in between each "
"SOS iteration. Up to a point, larger values will result in greater "
"effectiveness but beyond a certain point the algorithm will fail to "
"converge. The default of 0.2 is often a good starting point."
msgstr ""
"Rho 设置在每次 SOS 迭代之间混合的原始噪声图像的数量。在某种程度上，较大的值将"
"导致更大的有效性，但超过某个点，算法将无法收敛。默认值 0.2 通常是一个很好的起"
"点。"

#: src/gui/uifiles/denoise_dialog.ui:376
msgid "SOS Advanced Options"
msgstr "SOS 高级选项"

#: src/gui/uifiles/denoise_dialog.ui:398
msgid ""
"Modulation allows a fraction of the noisy image to be mixed into the "
"denoised result. This may be useful to add microtexture if the denoised "
"result looks artificially smooth. A value of 1 means the output will be 100% "
"denoised, with none of the noisy image added. Modulation is performed at the "
"end of the process, after primary and secondary denoising stages have both "
"completed."
msgstr ""
"调制允许将一小部分噪声图像混合到降噪结果中。如果降噪结果看起来不自然平滑，这"
"对于添加微纹理可能很有用。值为 1 表示输出 100% 降噪的图像，完全不混入降噪前的"
"图像。调制在过程结束时执行，在基础降噪和二次降噪都完成后。"

#: src/gui/uifiles/denoise_dialog.ui:415 src/gui/uifiles/denoise_dialog.ui:440
msgid ""
"Sets modulation. The pixel value is calculated as m * b + (1-m) * orig, "
"where m is the modulation, b is the denoised value and orig is the original "
"pixel value. Modulation reduces the denoising performance, but a little "
"modulation can be useful to add back microtexture to flat regions of the "
"image."
msgstr ""
"设置调制。像素值计算为 m * b + (1-m) * orig，其中 m 是调制，b 是已降噪值，"
"orig 是原始像素值。调制会降低降噪性能，但稍微调制一下对于将微纹理添加回图像的"
"平面区域很有用。"

#: src/gui/uifiles/dialog_FFT.ui:35
msgid "Fourier Transform"
msgstr "傅立叶变换"

#: src/gui/uifiles/dialog_FFT.ui:104
msgid "Name of the magnitude file: "
msgstr "幅值文件名: "

#: src/gui/uifiles/dialog_FFT.ui:116
msgid "Name of the phase file: "
msgstr "相位文件名: "

#: src/gui/uifiles/dialog_FFT.ui:128
msgid "Order: "
msgstr "规则: "

#: src/gui/uifiles/dialog_FFT.ui:141
msgid "modulus"
msgstr "模数"

#: src/gui/uifiles/dialog_FFT.ui:155
msgid "phase"
msgstr "相位"

#: src/gui/uifiles/dialog_FFT.ui:165
msgid "Centered"
msgstr "中心化"

#: src/gui/uifiles/dialog_FFT.ui:184
msgid "Direct Transform"
msgstr "正变换"

#: src/gui/uifiles/dialog_FFT.ui:203
msgid "Magnitude of the image: "
msgstr "幅值文件: "

#: src/gui/uifiles/dialog_FFT.ui:215
msgid "Phase of the image: "
msgstr "相位文件: "

#: src/gui/uifiles/dialog_FFT.ui:229
msgid "Select Magnitude"
msgstr "选择幅值文件"

#: src/gui/uifiles/dialog_FFT.ui:243
msgid "Select Phase"
msgstr "选择相位文件"

#: src/gui/uifiles/dialog_FFT.ui:274
msgid "Inverse Transform"
msgstr "逆变换"

#: src/gui/uifiles/dialog_star_remix.ui:97
msgid "Star Recomposition"
msgstr "星点重混合"

#: src/gui/uifiles/dialog_star_remix.ui:114
msgid "Log histograms"
msgstr "对数直方图"

#. gtk_widget_set_visible(lookup_widget("ghtBPcontrols1"), FALSE);
#: src/gui/uifiles/dialog_star_remix.ui:129 src/gui/remixer.c:640
#: src/gui/remixer.c:1352
msgid "Advanced"
msgstr "高级选项"

#: src/gui/uifiles/dialog_star_remix.ui:133
msgid "Show advanced stretch options"
msgstr "显示高级拉伸选项"

#: src/gui/uifiles/dialog_star_remix.ui:151
msgid "Clipping mode:"
msgstr "修剪模式："

#: src/gui/uifiles/dialog_star_remix.ui:163
msgid "Select the clipping mode for partially clipped pixels."
msgstr "选择像素值修剪模式。"

#: src/gui/uifiles/dialog_star_remix.ui:169
#: src/gui/uifiles/histogram_dialog.ui:772
msgid "Global rescale"
msgstr "全局重缩放"

#: src/gui/uifiles/dialog_star_remix.ui:231
#: src/gui/uifiles/dialog_star_remix.ui:866
msgid ""
"Select a starless image for recomposing with a star mask.\n"
"While the primary aim of the tool is star recomposition as part of a star "
"reduction workflow, you can specify any two fits files with the same "
"dimensions and bit depth for blending."
msgstr ""
"选择一张无星图像，来与纯星图像进行重混合。 \n"
"星点重混合本应是缩星流程的一环，但此工具也可以用来混合任意两个具有相同尺寸和"
"位深的fits文件。"

#: src/gui/uifiles/dialog_star_remix.ui:262
msgid ""
"Expands to show a mini histogram and transfer function display for the star "
"image"
msgstr "扩展显示星点图像的迷你直方图和变换函数显示"

#: src/gui/uifiles/dialog_star_remix.ui:265
msgid "Star Histogram"
msgstr "星点直方图"

#: src/gui/uifiles/dialog_star_remix.ui:303
#: src/gui/uifiles/dialog_star_remix.ui:940
#: src/gui/uifiles/histogram_dialog.ui:842
msgid "Type of stretch"
msgstr "拉伸类型"

#: src/gui/uifiles/dialog_star_remix.ui:318
#: src/gui/uifiles/dialog_star_remix.ui:955
msgid ""
"Select type of stretch. Generalised hyperbolic stretch performs a hyperbolic "
"stretch with parameters for stretch strength, local intensity, symmetry "
"point, and shadow and highlight preservation regions. Modified arcsinh "
"stretch performs an arcsinh stretch with additional parameters for symmetry "
"point, lowlight and highlight preservation. The inverse hyperbolic and "
"arcsinh stretches are also available."
msgstr ""
"选择拉伸类型。广义双曲拉伸使用拉伸强度、局部强度、拐点以及阴影和高光保护区域"
"等参数执行双曲线拉伸。改良反双曲正弦拉伸使用拐点、低光和高光保护等附加参数执"
"行反双曲正弦拉伸。这两个拉伸的逆变换也可使用。"

#: src/gui/uifiles/dialog_star_remix.ui:322
#: src/gui/uifiles/dialog_star_remix.ui:959
#: src/gui/uifiles/histogram_dialog.ui:861
msgid "Generalised hyperbolic transform"
msgstr "广义双曲变换"

#: src/gui/uifiles/dialog_star_remix.ui:323
#: src/gui/uifiles/dialog_star_remix.ui:960
#: src/gui/uifiles/histogram_dialog.ui:862
msgid "Inverse generalised hyperbolic transform"
msgstr "逆广义双曲变换"

#: src/gui/uifiles/dialog_star_remix.ui:324
#: src/gui/uifiles/dialog_star_remix.ui:961
#: src/gui/uifiles/histogram_dialog.ui:863
msgid "Modified arcsinh transform"
msgstr "改良反双曲正弦变换"

#: src/gui/uifiles/dialog_star_remix.ui:325
#: src/gui/uifiles/dialog_star_remix.ui:962
#: src/gui/uifiles/histogram_dialog.ui:864
msgid "Inverse modified arcsinh transform"
msgstr "逆改良反双曲正弦变换"

#: src/gui/uifiles/dialog_star_remix.ui:353
#: src/gui/uifiles/dialog_star_remix.ui:990
#: src/gui/uifiles/histogram_dialog.ui:892
msgid "Colour stretch model"
msgstr "彩色拉伸模型"

#: src/gui/uifiles/dialog_star_remix.ui:368
#: src/gui/uifiles/dialog_star_remix.ui:1005
msgid ""
"Set the stretch model for colour stretches. The options are: evenly weighted "
"luminance, which calculates the stretch based on a luminance value weighting "
"the R, G and B channels equally; human weighted luminance, which strecthes "
"based on a luminance value weighting the R, G and B channels according to "
"the relative sensitivity of the human eye; and independent channel values, "
"which applies the stretch independently to each channel of the pixel.\n"
"Note that luminance based models are not generally invertible."
msgstr ""
"为彩色拉伸设置拉伸模型。选项包括：均等加权明度，基于 R、G 和 B 通道均等加权所"
"得的明度值计算拉伸；人眼加权明度，根据人眼对R、G和B通道的相对灵敏度进行加权所"
"得的明度值计算拉伸；和独立通道值，它将拉伸独立应用于像素的各个通道。 \n"
"注意：基于明度的模型通常是不可逆的。"

#: src/gui/uifiles/dialog_star_remix.ui:373
#: src/gui/uifiles/dialog_star_remix.ui:1010
#: src/gui/uifiles/histogram_dialog.ui:912
msgid "Independent channel values"
msgstr "独立通道值"

#: src/gui/uifiles/dialog_star_remix.ui:374
#: src/gui/uifiles/dialog_star_remix.ui:1011
#: src/gui/uifiles/histogram_dialog.ui:913
msgid "Human weighted luminance"
msgstr "人眼加权明度"

#: src/gui/uifiles/dialog_star_remix.ui:375
#: src/gui/uifiles/dialog_star_remix.ui:1012
#: src/gui/uifiles/histogram_dialog.ui:914
msgid "Even weighted luminance"
msgstr "均等加权明度"

#: src/gui/uifiles/dialog_star_remix.ui:409
#: src/gui/uifiles/dialog_star_remix.ui:1046
#: src/gui/uifiles/histogram_dialog.ui:971
msgid "Stretch factor (ln(D+1))"
msgstr "拉伸因子 (ln(D+1))"

#: src/gui/uifiles/dialog_star_remix.ui:420
#: src/gui/uifiles/dialog_star_remix.ui:445
msgid ""
"Independently controls the contrast added (the slope of the stretch) at SP, "
"thus adjusting the amount of stretch applied to the rest of the image. "
"Increasing D increases the intensity of stars in the resulting composition."
msgstr ""
"在拐点处额外增加对比度（拉伸的斜率），从而带动其余部分的拉伸量。增加D会提高结"
"果中星点的亮度。"

#: src/gui/uifiles/dialog_star_remix.ui:479
#: src/gui/uifiles/dialog_star_remix.ui:1117
#: src/gui/uifiles/histogram_dialog.ui:1040
msgid "Local stretch intensity (b)"
msgstr "局部拉伸强度 （b）"

#: src/gui/uifiles/dialog_star_remix.ui:490
#: src/gui/uifiles/dialog_star_remix.ui:514
msgid ""
"Controls how tightly the stretch is focused by changing the form of the "
"transform itself. Increasing b will increase the intensity of stars with "
"peak brightness above SP, but may bloat their PSF; it will reduce the "
"intensity of stars below SP."
msgstr ""
"通过修改拉伸的算法，使拉伸力度集中在图像的特定区域。提高b值，会提高峰值高于拐"
"点的星点的亮度（但可能会使它们的PSF肥大），同时降低峰值低于拐点的星点的亮度。"

#: src/gui/uifiles/dialog_star_remix.ui:549
#: src/gui/uifiles/dialog_star_remix.ui:1187
#: src/gui/uifiles/histogram_dialog.ui:1109
msgid "Symmetry point (SP)"
msgstr "拐点"

#: src/gui/uifiles/dialog_star_remix.ui:560
#: src/gui/uifiles/dialog_star_remix.ui:606
msgid ""
"Sets the symmetry point around which the stretch is focused. For star "
"recomposition, increasing SP reduces the intensity of stars with peak "
"brightness below SP and therefore the amount of stars that show in the "
"resulting composition."
msgstr ""
"设置拐点，即拉伸强度最大之处。对于星点重混合，提高拐点会削弱峰值低于拐点的星"
"点，从而减少结果中的星点数量。"

#: src/gui/uifiles/dialog_star_remix.ui:580
msgid ""
"Allows setting SP from the current selection. This is best suited for use "
"with the background image, where it can effectively pick out faint detail "
"above the background. It is not generally useful with the star mask image."
msgstr ""
"允许从当前选区中设置拐点。适用于无星图像，可以有效凸显出背景中的暗弱细节。通"
"常对纯星图像没什么用。"

#: src/gui/uifiles/dialog_star_remix.ui:641
#: src/gui/uifiles/dialog_star_remix.ui:1279
#: src/gui/uifiles/histogram_dialog.ui:1200
msgid "Shadow protection point (LP)"
msgstr "阴影保护点 （LP）"

#: src/gui/uifiles/dialog_star_remix.ui:652
#: src/gui/uifiles/dialog_star_remix.ui:677
#: src/gui/uifiles/dialog_star_remix.ui:1290
#: src/gui/uifiles/dialog_star_remix.ui:1315
#: src/gui/uifiles/histogram_dialog.ui:1211
msgid ""
"Sets a value below which the stretch is modified to preserve contrast in the "
"shadows. This is done by performing a linear stretch below LP by reserving "
"contrast from the rest of the image. Moving LP towards SP changes both the "
"scope and amount of contrast reservation, the net effect is to push the "
"overall stretch to higher brightness levels whilekeeping the contrast and "
"definition in the background. This parameter must be greater than or equal "
"to 0 and not greater than SP."
msgstr ""
"设置一个值，低于该值将应用不同的拉伸，以保护阴影中的对比度。在阴影保护点以下"
"的值将改用线性拉伸，其余部分不变。阴影保护点越靠近拐点，保护的范围就越大、效"
"果就越强。最终效果是提高阴影部分的亮度，以保护反差和细节。此参数必须大于等于0"
"且不大于拐点。"

#: src/gui/uifiles/dialog_star_remix.ui:712
#: src/gui/uifiles/dialog_star_remix.ui:1350
#: src/gui/uifiles/histogram_dialog.ui:1269
msgid "Highlight protection point (HP)"
msgstr "高光保护点（HP）"

#: src/gui/uifiles/dialog_star_remix.ui:723
msgid ""
"Sets a value above which the stretch is modified to preserve contrast in the "
"highlights / stars. The star mask HP can be set to quite a low value to "
"prevent bloat of brighter stars."
msgstr ""
"设置一个值，超过该值将应用不同的拉伸，以保护高光/星点中的对比度。高光保护点可"
"以设置为相当低的值，以防止亮星肥大。"

#: src/gui/uifiles/dialog_star_remix.ui:749
msgid ""
"Sets a value above which the stretch is modified to preserve contrast in the "
"highlights / stars. This can be set to quite a low value in star "
"recomposition mode to prevent bloat of brighter stars while boosting the "
"brightness of fainter ones."
msgstr ""
"设置一个值，超过该值将应用不同的拉伸，以保护高光/星点中的对比度。在星点重混合"
"模式下，这可以设置为相当低的值，用来在防止亮星肥大的同时，提高暗星的亮度。"

#: src/gui/uifiles/dialog_star_remix.ui:784
#: src/gui/uifiles/dialog_star_remix.ui:1422
#: src/gui/uifiles/histogram_dialog.ui:1339
msgid "Black Point (BP)"
msgstr "黑点（BP）"

#: src/gui/uifiles/dialog_star_remix.ui:795
#: src/gui/uifiles/dialog_star_remix.ui:821
#: src/gui/uifiles/dialog_star_remix.ui:1433
#: src/gui/uifiles/dialog_star_remix.ui:1459
msgid ""
"Black point adjustment. This is a constant value that is subtracted from the "
"image after the initial hyperbolic stretch. BP adjustment may result in "
"clipping the shadows."
msgstr ""
"黑点调节。这是一个常量值，在初始双曲拉伸后从图像中减去。BP调节可能会导致阴影"
"切除。"

#: src/gui/uifiles/dialog_star_remix.ui:899
msgid ""
"Expands to show a mini histogram and transfer function display for the "
"background image."
msgstr "展开以显示背景图像的迷你直方图和变换函数。"

#: src/gui/uifiles/dialog_star_remix.ui:902
msgid "Background Histogram"
msgstr "背景直方图"

#: src/gui/uifiles/dialog_star_remix.ui:1057
#: src/gui/uifiles/dialog_star_remix.ui:1082
#: src/gui/uifiles/histogram_dialog.ui:982
msgid ""
"Independently controls the contrast added (the slope of the stretch) at SP, "
"thus adjusting the amount of stretch applied to the rest of the image. It "
"does not change the shape of the stretch, just the amount, and should be "
"used in tandem with b to control the distribution of contrast and "
"brightness. When this is set to zero, the stretch will be the identity "
"transform, but any ordered black point adjustment will still occur."
msgstr ""
"在拐点处额外增加对比度（拉伸的斜率），从而带动其余部分的拉伸量。它不会改变拐"
"点的位置，只是增加斜率，并且应与b一起使用以控制对比度和亮度的分布。当此值设置"
"为零时，拉伸将是恒等变换，但黑点调节（如果请求了）仍会发生。"

#: src/gui/uifiles/dialog_star_remix.ui:1128
#: src/gui/uifiles/dialog_star_remix.ui:1152
#: src/gui/uifiles/histogram_dialog.ui:1051
msgid ""
"Controls how tightly the stretch is focused by changing the form of the "
"transform itself. For concentrated stretches (e.g. initial stretch on linear "
"data) a large positive value of b will focus the stretch within a histogram "
"peak while defocusing the stretch away from the peak (such as bright stars). "
"For adjustment of nonlinear images lower or negative values will distribute "
"contrast and brightness more evenly. As a general rule, the value of b will "
"decrease as a stretch sequence nears completion, although larger values "
"(with small D) can still be used for precise placement of additional "
"contrast."
msgstr ""
"通过修改变换本身的算法来控制拉伸力度的分布。对于数据密集的拉伸（例如线性数据"
"的初始拉伸），大的正数b将使拉伸力度集中在直方图的峰值上，而越远离峰值力度越小"
"（例如明亮的星点）。对于非线性图像的调整，较小或负值的b将使对比度和亮度分布更"
"均匀。一般地，尽管较大的b值（配合较小的D）可以用于精准加强对比度，但b的值会随"
"着拉伸操作接近完成而越来越小。"

#: src/gui/uifiles/dialog_star_remix.ui:1198
#: src/gui/uifiles/dialog_star_remix.ui:1244
#: src/gui/uifiles/histogram_dialog.ui:1120
msgid ""
"Sets the symmetry point around which the stretch is focused - contrast will "
"be distributed symmetrically around SP. This should generally be placed "
"within a histogram peak so that the stretch will widen and lower the peak by "
"adding the most contrast in the stretch at that point. The stretch will move "
"pixel values away from SP. This parameter must be greater than or equal to "
"LP and less than or equal to HP."
msgstr ""
"设置拉伸强度最大的拐点 - 对比度将围绕拐点对称分布。拐点通常应放置在直方图峰值"
"上，以便在该点上拉伸出最大的对比度，使峰值变得扁平。拉伸会使得像素值远离拐"
"点。此参数必须大于等于阴影保护点且小于等于高光保护点。"

#: src/gui/uifiles/dialog_star_remix.ui:1218
#: src/gui/uifiles/histogram_dialog.ui:1141
msgid ""
"This dropper allows you to set the background stretch symmetry point  based "
"on the average value of  the current selection. This helps in picking out "
"faint detail above the dark background."
msgstr ""
"此滴管允许您根据当前选区的平均值设置背景拉伸拐点。这有助于凸显出深色背景上的"
"微弱细节。"

#: src/gui/uifiles/dialog_star_remix.ui:1361
#: src/gui/uifiles/dialog_star_remix.ui:1387
msgid ""
"Sets a value above which the stretch is modified to preserve contrast in the "
"highlights / stars. This is done by performing a linear stretch of the data "
"above HP by reserving contrast from the rest of the image. Moving HP towards "
"SP inreases both the scope and the amount of this contrast reservation, the "
"net effect is to push the overall stretch to lower brightness levels while "
"keeping the contrast and definition in the highlights. This parameter must "
"be less than or equal to 1 and not less than SP. This parameter is generally "
"of limited use for starless backgrounds but is very effective on the star "
"mask for preventing star bloat."
msgstr ""
"设置一个值，超过该值将应用不同的拉伸，以保护高光/星点中的对比度。在高光保护点"
"以上的值将改用线性拉伸，其余部分不变。高光保护点越靠近拐点，保护的范围就越"
"大、效果就越强。最终效果是削弱高光部分的拉伸强度，以保护高光部分的反差和细"
"节。此参数必须小于等于1，且不小于拐点。此参数通常对无星图像没什么用，但在纯星"
"图像上非常有效，可防止星点肥大。"

#: src/gui/uifiles/dialog_star_remix.ui:1499
msgid "Background Stretch Parameters"
msgstr "背景拉伸参数"

#: src/gui/uifiles/dialog_star_remix.ui:1515
msgid "Star Stretch Parameters"
msgstr "星点拉伸参数"

#: src/gui/uifiles/dialog_star_remix.ui:1552
msgid "Resets stretch parameters for the star image"
msgstr "重置有星图像的拉伸参数"

#: src/gui/uifiles/dialog_star_remix.ui:1567
msgid ""
"Applies current stretch to the star image and resets the stretch parameters."
msgstr "将当前拉伸应用于有星图像并重置拉伸参数。"

#: src/gui/uifiles/dialog_star_remix.ui:1600
msgid "Resets stretch parameters for the starless image"
msgstr "重置无星图像的拉伸参数"

#: src/gui/uifiles/dialog_star_remix.ui:1615
msgid ""
"Applies current stretch to the starless image and resets the stretch "
"parameters."
msgstr "将当前拉伸应用于无星图像并重置拉伸参数。"

#: src/gui/uifiles/epf_dialog.ui:58
msgid "Edge Preserving Filters"
msgstr "边缘保护滤镜"

#: src/gui/uifiles/epf_dialog.ui:143
msgid "Filter Type"
msgstr "滤镜类型"

#: src/gui/uifiles/epf_dialog.ui:155
msgid ""
"Choose filter type. See the documentation for an explanation of the "
"differences."
msgstr "选择滤镜类型。每个类型的区别详见说明文档。"

#: src/gui/uifiles/epf_dialog.ui:158
msgid "Bilateral filter"
msgstr "双边滤波"

#: src/gui/uifiles/epf_dialog.ui:159
msgid "Guided filter"
msgstr "导向滤波"

#: src/gui/uifiles/epf_dialog.ui:188
msgid "Guide Image"
msgstr "引导图像"

#: src/gui/uifiles/epf_dialog.ui:199
msgid ""
"Select guide image. No need to select a file if the \"self guided\" check "
"box is checked.\n"
"WARNING: using guide images that are not based on the original image is "
"likely to produce bad results."
msgstr ""
"选择引导图像。如果勾选了“自引导”复选框，则无需选择文件。\n"
"警告：使用不基于原始图像的引导图像可能会产生不良结果。"

#: src/gui/uifiles/epf_dialog.ui:211
msgid "self guided"
msgstr "自引导"

#: src/gui/uifiles/epf_dialog.ui:216
msgid "Check this to use the current image as the guided filter guide image"
msgstr "选中此项可将当前图像用作导向滤波的引导图像"

#: src/gui/uifiles/epf_dialog.ui:243 src/gui/uifiles/epf_dialog.ui:307
msgid ""
"If set to 0, the diameter will automatically be set based on the spatial "
"sigma parameter"
msgstr "如果为0，直径将根据空间sigma参数自动设置"

#: src/gui/uifiles/epf_dialog.ui:245
msgid "Diameter"
msgstr "直径"

#: src/gui/uifiles/epf_dialog.ui:257
msgid ""
"This sets the diameter the edge preserving filter applies over. If it is "
"zero, the spatial extent is set automatically based on the spatial sigma "
"value, otherwise the spatial extent of the filter is set to exactly this "
"value regardless of sigma (spatial)"
msgstr ""
"这将设置边缘保护滤波器的直径。如果为零，空间范围会根据空间sigma值自动设置；否"
"则滤波器的空间范围将设置为该值，而忽略空间sigma值"

#: src/gui/uifiles/epf_dialog.ui:283
msgid ""
"This affects the diameter the filter applies over. If it is zero, the "
"spatial extent is set by the spatial sigma value."
msgstr "这会影响滤波器的直径。如果为零，则空间范围由空间sigma值设置。"

#: src/gui/uifiles/epf_dialog.ui:309
msgid "Sigma (spatial)"
msgstr "空间sigma值"

#: src/gui/uifiles/epf_dialog.ui:320
msgid ""
"Sets the range of spatial distance between pixels over which the filter "
"operates. A larger sigma means the filter takes into account pixels over a "
"wider area of the image. Note the interaction with the diameter setting."
msgstr ""
"设置滤波器操作的像素之间的空间范围。更大的sigma意味着滤波器会影响更大区域的像"
"素。注意与直径设置的相互作用。"

#: src/gui/uifiles/epf_dialog.ui:366
msgid "Sigma (intensity)"
msgstr "亮度sigma值"

#: src/gui/uifiles/epf_dialog.ui:378
msgid ""
"This value affects the range of pixel value similarity the edge preserving "
"filter aplies over.\n"
"If your stars look huge and defocused, start by reducing this value. "
"Depending on your data you may need to make substantial adjustments here, "
"for example setting the value to below 1.0."
msgstr ""
"该值影响边缘保护滤波器应用的像素值相似性范围。\n"
"如果你的星星看起来很大而且散焦，可以尝试减小此值。此项可能需要根据数据进行大"
"幅调整，例如将值设置为1.0以下。"

#: src/gui/uifiles/epf_dialog.ui:425 src/gui/uifiles/epf_dialog.ui:442
msgid ""
"Modulation parameter set in the [0, 1] range.\n"
"When this parameter is equal to 1, no modulation is applied.\n"
"If the parameters is 0, no filter is applied at all."
msgstr ""
"调制参数设置在[0,1]范围内。\n"
"如果参数为1，则纯为处理后的图。\n"
"如果参数为0，则纯为处理前的图。"

#: src/gui/uifiles/epf_dialog.ui:475
msgid ""
"Edge preserving filters can be slow on large images, so preview is not "
"active by default. It is strongly recommended to select a Region of Interest "
"(ROI) before activating the edge preserving filter preview."
msgstr ""
"边缘保护滤波器在大图上可能很慢，因此默认不启用预览。强烈建议在激活预览之前选"
"择一个感兴趣区域（ROI）。"

#: src/gui/uifiles/extract_channel_dialog.ui:35 src/gui/uifiles/siril.ui:1386
#: src/gui/uifiles/siril.ui:1697
msgid "Channel Extraction"
msgstr "通道提取"

#: src/gui/uifiles/extract_channel_dialog.ui:107
msgid "File name for the first FITS file to save."
msgstr "第一个要保存的FITS文件名。"

#: src/gui/uifiles/extract_channel_dialog.ui:122
msgid "File name for the second FITS file to save."
msgstr "第二个要保存的FITS文件名。"

#: src/gui/uifiles/extract_channel_dialog.ui:137
msgid "File name for the third FITS file to save."
msgstr "第三个要保存的FITS文件名。"

#. RGB
#: src/gui/uifiles/extract_channel_dialog.ui:153 src/gui/colors.c:337
msgid "Red: "
msgstr "红色: "

#: src/gui/uifiles/extract_channel_dialog.ui:165 src/gui/colors.c:338
msgid "Green: "
msgstr "绿色: "

#: src/gui/uifiles/extract_channel_dialog.ui:177 src/gui/colors.c:339
msgid "Blue: "
msgstr "蓝色: "

#: src/gui/uifiles/extract_channel_dialog.ui:188
msgid "Select the color space corresponding to the three extracted images"
msgstr "选择与三个所提取的图像对应的色彩空间"

#: src/gui/uifiles/extract_channel_dialog.ui:193 src/gui/uifiles/siril.ui:3541
#: src/core/command.c:6309 src/core/command.c:6313
msgid "RGB"
msgstr "RGB"

#: src/gui/uifiles/extract_channel_dialog.ui:194 src/core/command.c:6300
msgid "HSL"
msgstr "HSL"

#: src/gui/uifiles/extract_channel_dialog.ui:195 src/core/command.c:6303
msgid "HSV"
msgstr "HSV"

#: src/gui/uifiles/extract_channel_dialog.ui:196
msgid "CIE L*a*b*"
msgstr "CIE L*a*b*"

#: src/gui/uifiles/extract_channel_dialog.ui:210
msgid "Color Space:"
msgstr "色彩空间:"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:42
msgid "Wavelets Layers Extraction"
msgstr "小波图层提取"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:78
msgid "Apply wavelet extraction."
msgstr "执行小波提取。"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:108
msgid ""
"Number of wavelet layers. You can choose up to 9 layers for wavelets "
"computing."
msgstr "小波图层数量。您最多可以选择9个图层。"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:129
msgid "Type of algorithm"
msgstr "算法类型"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:134
#: src/gui/uifiles/settings_window.ui:3652
#: src/gui/uifiles/settings_window.ui:3721 src/gui/uifiles/siril.ui:563
#: src/gui/uifiles/siril.ui:10001 src/gui/uifiles/wavelets_dialog.ui:184
msgid "Linear"
msgstr "线性"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:135
#: src/gui/uifiles/wavelets_dialog.ui:185
msgid "BSpline"
msgstr "B样条函数"

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:148
msgid "Nb. of Layers: "
msgstr "图层数: "

#: src/gui/uifiles/extract_wavelet_layers_dialog.ui:160
#: src/gui/uifiles/resample_dialog.ui:176
#: src/gui/uifiles/rotation_dialog.ui:185
msgid "Interpolation: "
msgstr "插值: "

#: src/gui/uifiles/file_information_dialog.ui:34
#: src/io/siril_pythoncommands.c:1142
msgid "Information"
msgstr "信息"

#: src/gui/uifiles/file_information_dialog.ui:72
msgid ""
"Information related to the image, extracted from the file if available, from "
"the preferences otherwise.\n"
"Modified data can be saved in a FITS file."
msgstr ""
"与图像相关的信息，从文件中提取（如果可用），否则从偏好设置中获取。\n"
"修改后的数据可被保存于 FITS 文件中。"

#: src/gui/uifiles/file_information_dialog.ui:98
msgid "Pixel size (micron): "
msgstr "像素尺寸（微米）: "

#: src/gui/uifiles/file_information_dialog.ui:109
msgid ""
"If the focal length is not automatically loaded, using file's header, you "
"can update the field by yourself."
msgstr "如果无法从文件头中读取焦距，你可以在此手工输入。"

#: src/gui/uifiles/file_information_dialog.ui:127
msgid ""
"If the Pixel X size is not automatically loaded, using file's header, you "
"can update the field by yourself."
msgstr "如果无法从文件头中读取像素宽度X，你可以在此手工输入。"

#: src/gui/uifiles/file_information_dialog.ui:145
msgid "Focal length (mm): "
msgstr "焦距(毫米): "

#: src/gui/uifiles/file_information_dialog.ui:156
msgid ""
"If the Pixel Y size is not automatically loaded, using file's header, you "
"can update the field by yourself."
msgstr "如果无法从文件头中读取像素高度Y，你可以在此手工输入。"

#: src/gui/uifiles/file_information_dialog.ui:175
msgid ""
"Clear all the fields. If you save your image after, the header will not "
"contain any data about the focal length or sensor size."
msgstr ""
"清除所有字段。如果在此之后保存图像，则文件头将不包含有关焦距或传感器尺寸的任"
"何数据。"

#: src/gui/uifiles/file_information_dialog.ui:189
msgid "Computed sampling (arcsec/pixel):"
msgstr "计算所得采样（角秒/像素）："

#: src/gui/uifiles/file_information_dialog.ui:202
msgid "Binning: "
msgstr "像素合并: "

#: src/gui/uifiles/file_information_dialog.ui:213
msgid ""
"If the binning is not automatically loaded, using file's header, you can "
"update this combo box."
msgstr "如果像素合并无法从文件头中读取，你可以在此手工输入。"

#: src/gui/uifiles/file_information_dialog.ui:231
msgid "Real pixel size"
msgstr "实际像素尺寸"

#: src/gui/uifiles/file_information_dialog.ui:235
msgid ""
"Check this button if binning is not taken into account in the pixel size "
"value. In this case, the binning value will be used to compute the "
"sampling.\n"
"WARNING: checking this stores it as a preference, also available in the FITS "
"option preferences section."
msgstr ""
"如果在像素尺寸值中未考虑像素合并，请选中此项。在此情形下，合并值将用于计算采"
"样。\n"
"警告：选中此选项会将其存储为偏好设置，也可在 FITS 偏好设置部分中找到。"

#: src/gui/uifiles/file_information_dialog.ui:258
msgid "Save as default values"
msgstr "保存为缺省值"

#: src/gui/uifiles/file_information_dialog.ui:262
msgid ""
"Save focal length and pixel size as default values in the settings to be "
"used for images that do not contain these metadata"
msgstr "将焦距和像素尺寸保存为设置中的缺省值，以用于不包含这些元数据的图像"

#: src/gui/uifiles/histogram_dialog.ui:138 src/gui/histogram.c:1420
msgid "Histogram Transformation"
msgstr "直方图变换"

#: src/gui/uifiles/histogram_dialog.ui:193
msgid "Apply histogram transformation"
msgstr "应用直方图变换"

#: src/gui/uifiles/histogram_dialog.ui:245
msgid "Horizontal Zoom"
msgstr "水平缩放"

#: src/gui/uifiles/histogram_dialog.ui:265
msgid "Reset zooms to 1."
msgstr "重置缩放比例为1。"

#: src/gui/uifiles/histogram_dialog.ui:288
msgid ""
"Show the histogram with a logarithmic scale. Does not affect the transfer "
"function display.\n"
msgstr "用对数刻度显示直方图。不影响变换函数显示。\n"

#: src/gui/uifiles/histogram_dialog.ui:362
msgid "Toggles whether the stretch applies to the red channel"
msgstr "切换拉伸是否应用于红色通道"

#: src/gui/uifiles/histogram_dialog.ui:380
msgid "Toggles whether the stretch applies to the green channel"
msgstr "切换拉伸是否应用于绿色通道"

#: src/gui/uifiles/histogram_dialog.ui:398
msgid "Toggles whether the stretch applies to the blue channel"
msgstr "切换拉伸是否应用于蓝色通道"

#: src/gui/uifiles/histogram_dialog.ui:425
msgid "Show grids"
msgstr "显示网格"

#: src/gui/uifiles/histogram_dialog.ui:442
msgid "Show transfer curve plus the line y=x"
msgstr "显示变换曲线加上线 y=x"

#: src/gui/uifiles/histogram_dialog.ui:459
msgid "Show pre-stretch histogram"
msgstr "显示拉伸前直方图"

#: src/gui/uifiles/histogram_dialog.ui:486
msgid ""
"Preview autostretch algorithm on the image. Due to peculiarities of colour "
"management, once this is clicked the sliders and value entry widgets will "
"become insensitive until either Reset or Apply is clicked. Further tweaks "
"can be made by clicking Apply and then making a second stretch,"
msgstr ""

#: src/gui/uifiles/histogram_dialog.ui:519
msgid "Highlights: "
msgstr "高光: "

#: src/gui/uifiles/histogram_dialog.ui:530
msgid "Highlights clipping"
msgstr "高光修剪"

#: src/gui/uifiles/histogram_dialog.ui:549
msgid "Shadows: "
msgstr "阴影: "

#: src/gui/uifiles/histogram_dialog.ui:561
msgid "Midtones: "
msgstr "中间调: "

#: src/gui/uifiles/histogram_dialog.ui:572
msgid "Midtones balance"
msgstr "中间调平衡"

#: src/gui/uifiles/histogram_dialog.ui:590
msgid "Shadows clipping"
msgstr "阴影修剪"

#: src/gui/uifiles/histogram_dialog.ui:718
msgid "Prefix of the image names resulting from the mtf process."
msgstr "MTF处理后的目标文件名前缀。"

#: src/gui/uifiles/histogram_dialog.ui:748
msgid "Clip mode:"
msgstr "修剪模式："

#: src/gui/uifiles/histogram_dialog.ui:795
msgid "Toggle preview on / off"
msgstr "预览切换开/关"

#: src/gui/uifiles/histogram_dialog.ui:857
msgid ""
"Select type of stretch. Linear performs a simple linear stretch to a new "
"black point. Generalised hyperbolic stretch performs a hyperbolic stretch "
"with parameters for stretch strength, local intensity, symmetry point, and "
"shadow and highlight preservation regions. Modified arcsinh stretch performs "
"an arcsinh stretch with additional parameters for symmetry point, lowlight "
"and highlight preservation. The inverse hyperbolic and arcsinh stretches are "
"also available, useful for working in negative space."
msgstr ""
"选择拉伸类型。线性执行简单的线性拉伸到新的黑点。广义双曲拉伸使用拉伸强度、局"
"部强度、拐点以及阴影和高光保护区域等参数执行双曲线拉伸。改良反双曲正弦拉伸使"
"用拐点、低光和高光保护等附加参数执行反双曲正弦拉伸。这两个拉伸的逆变换可用于"
"反相的图像。"

#: src/gui/uifiles/histogram_dialog.ui:865
msgid "Linear stretch (BP shift)"
msgstr "线性拉伸（黑点偏移）"

#: src/gui/uifiles/histogram_dialog.ui:907
msgid ""
"Set the stretch model for colour stretches. The options are: evenly weighted "
"luminance, which calculates the stretch based on a luminance value weighting "
"the R, G and B channels equally; human weighted luminance, which stretches "
"based on a luminance value weighting the R, G and B channels according to "
"the relative sensitivity of the human eye; independent channel values, which "
"applies the stretch independently to each channel of the pixel; and "
"saturation, which applies the stretch to the S component in HSL space. In "
"saturation mode the saturation histogram curve is shown in yellow.\n"
"Note: human-weighted luminance is not allowed if less than 3 colour channels "
"are selected as it doesn't make sense."
msgstr ""
"为彩色拉伸设置拉伸模型。选项包括：均等加权明度，基于 R、G 和 B 通道均等加权所"
"得的明度值计算拉伸；人眼加权明度，根据人眼对R、G和B通道的相对灵敏度进行加权所"
"得的明度值计算拉伸；和独立通道值，它将拉伸独立应用于像素的各个通道；饱和度，"
"将拉伸应用于 HSL 空间中的 S 分量。在饱和度模式下，饱和度直方图曲线以黄色显"
"示。\n"
"注意：如果选择的色彩通道少于 3 个，则不允许使用人眼加权明度，因为这没有意义。"

#: src/gui/uifiles/histogram_dialog.ui:915
msgid "Saturation stretch"
msgstr "饱和度拉伸"

#: src/gui/uifiles/histogram_dialog.ui:944
msgid "Stretch Parameters"
msgstr "拉伸参数"

#: src/gui/uifiles/histogram_dialog.ui:1280
msgid ""
"Sets a value above which the stretch is modified to preserve contrast in the "
"highlights / stars. This is done by performing a linear stretch of the data "
"above HP by reserving contrast from the rest of the image. Moving HP towards "
"SP inreases both the scope and the amount of this contrast reservation, the "
"net effect is to push the overall stretch to lower brightness levels while "
"keeping the contrast and definition in the highlights. This parameter must "
"be less than or equal to 1 and not less than SP."
msgstr ""
"设置一个值，超过该值将应用不同的拉伸，以保护高光/星点中的对比度。在高光保护点"
"以上的值将改用线性拉伸，其余部分不变。高光保护点越靠近拐点，保护的范围就越"
"大、效果就越强。最终效果是削弱高光部分的拉伸强度，以保护高光部分的反差和细"
"节。此参数必须小于等于1，且不小于拐点。"

#: src/gui/uifiles/histogram_dialog.ui:1350
msgid ""
"Black point adjustment. This is a constant value that is subtracted from the "
"image. NOTE: altering BP can clip pixels in which case this transformation "
"is non-reversible."
msgstr ""
"黑点调节。这是从图像中减去的常量值。注意：更改 BP 可能会切除像素，在这种情况"
"下，此变换是不可逆的。"

#: src/gui/uifiles/icc_dialog.ui:33 src/gui/uifiles/settings_window.ui:4103
#: src/gui/uifiles/settings_window.ui:4920 src/core/icc_profile.c:1311
#: src/core/icc_profile.c:1313
msgid "Color Management"
msgstr "色彩管理"

#: src/gui/uifiles/icc_dialog.ui:65 src/gui/uifiles/s_pcc_dialog.ui:906
#: src/gui/uifiles/siril.ui:7968 src/gui/uifiles/spcc_details.ui:24
msgid "Plot"
msgstr "图表"

#: src/gui/uifiles/icc_dialog.ui:69
msgid ""
"Plot the current ICC profile in a 1931 chromatcity diagram, alongside sRGB "
"for reference"
msgstr "在 1931 年色度图中绘制当前 ICC 色彩特性文件，并附上 sRGB 以供参考"

#: src/gui/uifiles/icc_dialog.ui:80
msgid "Export"
msgstr "导出"

#: src/gui/uifiles/icc_dialog.ui:84
msgid ""
"Export the profile currently assigned to the image to the working directory. "
"It will be saved with the filename {imagename}.icc"
msgstr ""
"将当前分配给图像的ICC色彩特性文件导出到工作目录。它将以文件名 "
"{imagename}.icc 保存"

#: src/gui/uifiles/icc_dialog.ui:95 src/gui/uifiles/siril.ui:3718
msgid "Remove"
msgstr "移除"

#: src/gui/uifiles/icc_dialog.ui:99
msgid "Remove the ICC profile from the image and stop color managing it"
msgstr "从图像中删除 ICC 色彩特性文件并停止对其进行色彩管理"

#: src/gui/uifiles/icc_dialog.ui:110 src/core/icc_profile.c:1311
msgid "Assign"
msgstr "指定"

#: src/gui/uifiles/icc_dialog.ui:114
msgid ""
"Assigns the selected ICC profile to the current image without performing any "
"color space transform. This is useful if the image has an incorrect ICC "
"profile."
msgstr ""
"将选定的 ICC 色彩特性文件指定给当前图像，而不执行任何色彩空间转换。如果图像"
"的 ICC 色彩特性文件不正确，这非常有用。"

#: src/gui/uifiles/icc_dialog.ui:128 src/gui/uifiles/siril.ui:3870
#: src/core/icc_profile.c:1313
msgid "Convert"
msgstr "转换"

#: src/gui/uifiles/icc_dialog.ui:132
msgid ""
"Converts the image to a different color space. This can be useful for "
"exporting an image to sRGB for WWW use, for example."
msgstr ""
"将图像转换为不同的色彩空间。例如，这对于将图像导出为 sRGB 以供 WWW 使用非常有"
"用。"

#: src/gui/uifiles/icc_dialog.ui:178
msgid "<b><i>Current ICC profile</i></b>"
msgstr "<b><i>当前 ICC 色彩特性文件</i></b>"

#: src/gui/uifiles/icc_dialog.ui:228
msgid "<b><i>Target ICC profile</i></b>"
msgstr "<b><i>目标 ICC 色彩特性文件</i></b>"

#: src/gui/uifiles/icc_dialog.ui:254 src/gui/uifiles/icc_dialog.ui:308
#: src/gui/uifiles/spcc_details.ui:96
msgid "Manufacturer"
msgstr "制造商"

#: src/gui/uifiles/icc_dialog.ui:267 src/gui/uifiles/icc_dialog.ui:321
msgid "Copyright"
msgstr "版权信息"

#: src/gui/uifiles/icc_dialog.ui:332
msgid "\n"
msgstr "\n"

#: src/gui/uifiles/icc_dialog.ui:360
msgid "Built-in profile"
msgstr "内置ICC色彩特性文件"

#: src/gui/uifiles/icc_dialog.ui:371
msgid ""
"Select a built-in ICC profile. This tool is only for converting the profile "
"of an image, not its type, so you cannot convert a RGB image to a Gray "
"profile or vice versa."
msgstr ""
"选择内置 ICC 色彩特性文件。此工具仅用于转换图像的色彩配置，而不是特性文件，因"
"此您无法将 RGB 图像转换为灰度特性文件，反之亦然。"

#: src/gui/uifiles/icc_dialog.ui:374
msgid "None selected"
msgstr "未选择"

#: src/gui/uifiles/icc_dialog.ui:375
msgid "sRGB (linear TRC)"
msgstr "sRGB（线性TRC）"

#: src/gui/uifiles/icc_dialog.ui:376
msgid "sRGB (standard sRGB TRC)"
msgstr "sRGB（标准 sRGB TRC）"

#: src/gui/uifiles/icc_dialog.ui:377
msgid "Rec2020 (linear TRC)"
msgstr "Rec2020（线性 TRC）"

#: src/gui/uifiles/icc_dialog.ui:378
msgid "Rec2020 (standard Rec709 TRC)"
msgstr "Rec2020（标准 Rec709 TRC）"

#: src/gui/uifiles/icc_dialog.ui:379
msgid "Gray (linear TRC)"
msgstr "灰度（线性 TRC）"

#: src/gui/uifiles/icc_dialog.ui:380
msgid "Gray (sRGB TRC)"
msgstr "灰都 (sRGB TRC)"

#: src/gui/uifiles/icc_dialog.ui:381
msgid "Gray (Rec709 TRC)"
msgstr "灰度 (Rec709 TRC)"

#: src/gui/uifiles/icc_dialog.ui:394
msgid "Load profile from file"
msgstr "从文件载入配置"

#: src/gui/uifiles/icc_dialog.ui:424
msgid "<b>Color Management Operations</b>"
msgstr "<b>色彩管理操作</b>"

#: src/gui/uifiles/icc_gamut_dialog.ui:32
#: src/gui/uifiles/settings_window.ui:4164
msgid "Gamut visualisation"
msgstr "色域可视化"

#: src/gui/uifiles/icc_gamut_dialog.ui:76
msgid ""
"This image shows a comparison of the various working gamuts available in "
"Siril. (Note P3 is not available in Siril: it is shown for reference, and "
"you can provide a P3 ICC profile if desired.)\n"
"The CIE1931 xy space represents all the colors visible to human eyesight.\n"
"sRGB is a standard for web publication and corresponds to the gamut of most "
"monitors.\n"
"Other color spaces offer larger gamuts covering more of the CIE1931 space. "
"Rec2020 has the largest gamut that does not include imaginary colors; "
"ProPhoto RGB has an even larger gamut especially in the green / blue region, "
"but does include some imaginary colors.\n"
"Printed photographs can offer richer, deeper colors if produced from a color "
"space with a larger gamut. Specialist monitors are also available with "
"larger gamuts than sRGB, and you will probably want to use a gamut at least "
"as large as your monitor can display."
msgstr ""
"此图比较了 Siril 中可用的各种工作色域。（注意：P3 在 Siril 中不可用，仅供参"
"考。如有需要，您可以提供 P3 的 ICC 色彩特性文件。）\n"
"CIE1931 xy 空间代表人眼可见的所有色彩。\n"
"sRGB 是网络发布的标准，也是大多数显示器的色域。\n"
"其他色彩空间提供更大的色域，覆盖更多的 CIE1931 空间。 Rec.2020 是不包含虚构颜"
"色的最大色域；ProPhoto RGB 的色域更大，尤其是在蓝绿色区域，但包含了一些虚构的"
"颜色。\n"
"如果在色域更大的色彩空间中生产，打印的照片就可以提供更丰富、更深的色彩。专业"
"显示器会提供比 sRGB 更大的色域。通常希望显示器的色域不小于工作色域。"

#: src/gui/uifiles/icc_gamut_dialog.ui:93
msgid ""
"By Myndex - Own work, CC BY-SA 4.0, <a href=\"https://commons.wikimedia.org/"
"w/index.php?curid=116654642\">https://commons.wikimedia.org/w/index.php?"
"curid=116654642</a>"
msgstr ""
"作者：Myndex 自己的作品，CC BY-SA 4.0，<a href=\"https://"
"commons.wikimedia.org/w/index.php?curid=116654642\">https://"
"commons.wikimedia.org/w /index.php?curid=116654642</a>"

#: src/gui/uifiles/keywords_dialog.ui:27
msgid "FITS Header"
msgstr "FITS 文件头"

#: src/gui/uifiles/keywords_dialog.ui:42
msgid "Copy Selection"
msgstr "复制所选"

#: src/gui/uifiles/keywords_dialog.ui:47
msgid "Copy selected keywords to clipboard."
msgstr "复制选定的关键字到剪贴板。"

#: src/gui/uifiles/keywords_dialog.ui:107
msgid "Keyword"
msgstr "关键字"

#: src/gui/uifiles/keywords_dialog.ui:126
msgid "Value"
msgstr "值"

#: src/gui/uifiles/keywords_dialog.ui:144 src/gui/uifiles/spcc_details.ui:223
msgid "Comment"
msgstr "注释"

#: src/gui/uifiles/keywords_dialog.ui:163
msgid "Dtype"
msgstr "Dtype"

#: src/gui/uifiles/keywords_dialog.ui:177
msgid "Protected"
msgstr "已保护"

#: src/gui/uifiles/keywords_dialog.ui:208
msgid "Add a new keyword in the FITS header."
msgstr "在FITS文件头中加入一个新的关键字。"

#: src/gui/uifiles/keywords_dialog.ui:229
msgid "Delete keyword in the FITS header."
msgstr "在FITS文件头中删除关键字。"

#: src/gui/uifiles/keywords_dialog.ui:250
msgid ""
"In <span foreground=\"salmon\">salmon</span>, these are protected keywords, "
"which cannot be modified."
msgstr ""
"在<span foreground=\"salmon\">salmon</span>中，这些是受保护的关键字，无法修"
"改。"

#: src/gui/uifiles/keywords_dialog.ui:272
msgid "Header Editor"
msgstr "文件头编辑器"

#: src/gui/uifiles/keywords_dialog.ui:305
msgid "Saved Header"
msgstr "已保存的文件头"

#: src/gui/uifiles/linearmatch_dialog.ui:46 src/gui/linear_match.c:83
msgid "Linear Match"
msgstr "线性匹配"

#: src/gui/uifiles/linearmatch_dialog.ui:66
msgid "Close the dialog."
msgstr "关闭此窗口。"

#: src/gui/uifiles/linearmatch_dialog.ui:81
msgid "Computes a linear function between a reference image and a target."
msgstr "参考帧与目标之间的线性函数。"

#: src/gui/uifiles/linearmatch_dialog.ui:115
msgid "Reference: "
msgstr "参考帧: "

#: src/gui/uifiles/linearmatch_dialog.ui:127
msgid "Choose the reference image. This image must have same dimensions."
msgstr "选择参考帧。该图像必须拥有相同的尺寸。"

#: src/gui/uifiles/linearmatch_dialog.ui:129
msgid "Choose Reference Image"
msgstr "选择参考帧"

#: src/gui/uifiles/linearmatch_dialog.ui:153
msgid "Reject low"
msgstr "像素剔除下限"

#: src/gui/uifiles/linearmatch_dialog.ui:165
#: src/gui/uifiles/linearmatch_dialog.ui:190
#: src/gui/uifiles/linearmatch_dialog.ui:224
#: src/gui/uifiles/linearmatch_dialog.ui:250
msgid ""
"The algorithm will ignore all reference pixels whose values are outside of "
"the [low, high] range."
msgstr "数值在上下限范围之外的像素将被算法所忽略。"

#: src/gui/uifiles/linearmatch_dialog.ui:212
msgid "Reject high"
msgstr "像素剔除上限"

#: src/gui/uifiles/livestacking_player.ui:33
msgid "Live Stacking"
msgstr "动态叠加"

#: src/gui/uifiles/livestacking_player.ui:93
msgid "debayer"
msgstr "解拜耳"

#: src/gui/uifiles/livestacking_player.ui:98
msgid "for now only detected in files and automatically enabled"
msgstr "目前仅在文件中侦测并且自动开启"

#: src/gui/uifiles/livestacking_player.ui:111
msgid "shift-only registration"
msgstr "仅平移对齐"

#: src/gui/uifiles/livestacking_player.ui:115
msgid ""
"Only shift images instead of using rotation on registration. This should be "
"unchecked for alt-az or heavily drifting mounts. This makes one image "
"processing much faster."
msgstr ""
"仅平移图像，而不是在对齐时使用旋转。对于地平式经纬仪或严重漂移的赤道仪，应取"
"消选中此选项。这降使图像处理速度更快。"

#: src/gui/uifiles/livestacking_player.ui:126
msgid "remove gradient"
msgstr "去除渐变"

#: src/gui/uifiles/livestacking_player.ui:130
msgid "Apply a linear background gradient removal on calibrated input frames."
msgstr "在已校准的输入帧上应用线性背景渐变去除。"

#: src/gui/uifiles/livestacking_player.ui:141
msgid "use 32 bits"
msgstr "使用32位"

#: src/gui/uifiles/livestacking_player.ui:145
msgid ""
"Use 32 bits for image processing. This is slower and generally useless in "
"terms of quality for live stacking."
msgstr ""
"使用 32 位精度进行图像处理。速度较慢，而且对实时叠加的品质提升通常无用。"

#: src/gui/uifiles/livestacking_player.ui:219
msgid "waiting for input files"
msgstr "等待输入文件"

#: src/gui/uifiles/livestacking_player.ui:228 src/gui/uifiles/siril.ui:9329
msgid "Stacking"
msgstr "叠加"

#: src/gui/uifiles/livestacking_player.ui:297
msgid "Master-dark and cosmetic correction"
msgstr "主暗场帧和坏点修正"

#: src/gui/uifiles/livestacking_player.ui:309
msgid "Master-flat"
msgstr "主平场帧"

#: src/gui/uifiles/livestacking_player.ui:321
msgid "Stacking with weighted mean"
msgstr "使用加权平均叠加"

#: src/gui/uifiles/livestacking_player.ui:370
msgid "Configuration"
msgstr "配置"

#: src/gui/uifiles/livestacking_player.ui:396 src/livestacking/gui.c:144
msgid "Idle"
msgstr "空闲"

#: src/gui/uifiles/merge_cfa_dialog.ui:34
msgid "Merge CFA Elements"
msgstr "合并CFA单元"

#: src/gui/uifiles/merge_cfa_dialog.ui:121
msgid "CFA0"
msgstr "CFA0"

#: src/gui/uifiles/merge_cfa_dialog.ui:132
msgid "CFA1"
msgstr "CFA1"

#: src/gui/uifiles/merge_cfa_dialog.ui:143
msgid "CFA2"
msgstr "CFA2"

#: src/gui/uifiles/merge_cfa_dialog.ui:154
msgid "CFA3"
msgstr "CFA3"

#: src/gui/uifiles/merge_cfa_dialog.ui:166
msgid ""
"Select the image containing the CFA0 Bayer subpattern. If this has been "
"produced using Siril's Split CFA function it will have the CFA0 prefix."
msgstr ""
"选择包含 CFA0 拜耳子滤镜的图像。如果这是使用 Siril 的 Split CFA 函数生成的，"
"它将具有 CFA0 前缀。"

#: src/gui/uifiles/merge_cfa_dialog.ui:181
msgid ""
"Select the image containing the CFA1 Bayer subpattern. If this has been "
"produced using Siril's Split CFA function it will have the CFA1 prefix."
msgstr ""
"选择包含 CFA1 拜耳子滤镜的图像。如果这是使用 Siril 的 Split CFA 函数生成的，"
"它将具有 CFA1 前缀。"

#: src/gui/uifiles/merge_cfa_dialog.ui:196
msgid ""
"Select the image containing the CFA2 Bayer subpattern. If this has been "
"produced using Siril's Split CFA function it will have the CFA2 prefix."
msgstr ""
"选择包含 CFA2 拜耳子滤镜的图像。如果这是使用 Siril 的 Split CFA 函数生成的，"
"它将具有 CFA2 前缀。"

#: src/gui/uifiles/merge_cfa_dialog.ui:211
msgid ""
"Select the image containing the CFA3 Bayer subpattern. If this has been "
"produced using Siril's Split CFA function it will have the CFA3 prefix."
msgstr ""
"选择包含 CFA3 拜耳子滤镜的图像。如果这是使用 Siril 的 Split CFA 函数生成的，"
"它将具有 CFA3 前缀。"

#: src/gui/uifiles/merge_cfa_dialog.ui:229
msgid "Input Files"
msgstr "输入文件"

#: src/gui/uifiles/merge_cfa_dialog.ui:258
msgid ""
"Sets the Bayer pattern header to be applied to the result. This must match "
"the Bayer pattern of the image that the original Bayer subchannels were "
"split from."
msgstr ""
"设置将被写入文件头的拜耳阵列模式。这必须与原始拜耳子滤镜从中分离出的图像的拜"
"耳阵列模式相匹配。"

#: src/gui/uifiles/merge_cfa_dialog.ui:262
msgid "RGGB"
msgstr "RGGB"

#: src/gui/uifiles/merge_cfa_dialog.ui:263
msgid "BGGR"
msgstr "BGGR"

#: src/gui/uifiles/merge_cfa_dialog.ui:264
msgid "GBRG"
msgstr "GBRG"

#: src/gui/uifiles/merge_cfa_dialog.ui:265
msgid "GRBG"
msgstr "GRBG"

#: src/gui/uifiles/merge_cfa_dialog.ui:275
msgid "Bayer Pattern"
msgstr "拜耳阵列模式"

#: src/gui/uifiles/merge_cfa_dialog.ui:294
msgid ""
"Merges separated CFA images for a sequence. You should have the sequence for "
"CFA0 loaded to start with, and ensure filenames are consistent across images "
"for all CFA channels."
msgstr ""
"合并序列中分离的 CFA 图像。您应该首先载入 CFA0 的序列，并确保文件名在所有 "
"CFA 通道的图像中保持一致。"

#: src/gui/uifiles/merge_cfa_dialog.ui:326
msgid "CFA marker string"
msgstr "CFA标记字符串"

#: src/gui/uifiles/merge_cfa_dialog.ui:337
msgid "Sequence output prefix"
msgstr "序列输出前缀"

#: src/gui/uifiles/merge_cfa_dialog.ui:348
msgid ""
"Identifier prefix used to denote CFA number in the separate CFA channel "
"images. This should be set to whatever sequence prefix was used when the "
"split_cfa process was run (default: CFA)."
msgstr ""
"标识符前缀，用于在单独的CFA通道图像中表示CFA编号。这应设置为运行split_cfa进程"
"时使用的序列前缀（默认值：CFA）。"

#: src/gui/uifiles/merge_cfa_dialog.ui:365
msgid "Prefix of the image names resulting from the merge CFA process."
msgstr "合并 CFA 过程生成的图像文件名前缀。"

#: src/gui/uifiles/merge_cfa_dialog.ui:407
msgid ""
"You must have one of the CFA sequences selected in the main window sequence "
"tab. Siril will autodetect which CFA channel it corresponds to from the CFA "
"marker string. All 4 sequences must have the same name format and CFA marker "
"string, differing only by the number following the string (e.g. CFA0, CFA1, "
"CFA2 and CFA3).\n"
"\n"
"Each image in the sequence will only be processed if the corresponding "
"images for the other 3 CFA channels can be found. Both G1 and G2 files are "
"required. Note this means that if you discard an image containing one CFA "
"channel of an image between split_cfa and merge_cfa, merge_cfa will be "
"unable to merge the remaining CFA channels for that image. All sequence "
"filtering should be done either before split_cfa or after merge_cfa.\n"
"\n"
"Note that CFA merge does not work for X-Trans files."
msgstr ""
"必须在主窗口的序列选项卡中选择一个CFA序列。Siril将根据CFA标记字符串自动检测其"
"对应的CFA通道。所有4个序列必须具有相同的名称格式和CFA标记字符串，仅字符串后的"
"编号不同（例如CFA0、CFA1、CFA2和CFA3）。\n"
"\n"
"只有当能找到其他3个CFA通道对应的图像时，才会处理序列中的每张图像。必须同时存"
"在G1和G2文件。注意：如果在split_cfa和merge_cfa操作之间删除了包含某个图像的一"
"个CFA通道的文件，merge_cfa将无法合并该图像剩余的CFA通道。所有序列筛选操作应在"
"split_cfa之前或merge_cfa之后进行。\n"
"\n"
"注意：CFA合并功能不适用于X-Trans格式文件。"

#: src/gui/uifiles/merge_cfa_dialog.ui:430
msgid "Sequences"
msgstr "序列"

#: src/gui/uifiles/mouse_actions.ui:14
msgid "Mouse Action Preferences"
msgstr "鼠标动作偏好设置"

#: src/gui/uifiles/mouse_actions.ui:116
msgid "Add an extra mouse action"
msgstr "添加额外的鼠标动作"

#: src/gui/uifiles/mouse_actions.ui:131
msgid "Remove the selected mouse action"
msgstr "删除选定的鼠标动作"

#: src/gui/uifiles/mouse_actions.ui:144 src/gui/mouse_action_preferences.c:725
msgid "Mouse button / scroll check"
msgstr "鼠标按键/滚轮检查"

#: src/gui/uifiles/mouse_actions.ui:161
msgid ""
"Click this area to check mouse button numbering and scroll direction, to "
"ensure you set the correct number for mouse actions"
msgstr ""
"点击此区域可检查鼠标按键的编号和滚轮方向，以确保为鼠标动作设置正确的编号"

#: src/gui/uifiles/mouse_actions.ui:181
msgid "Mouse Click Actions"
msgstr "鼠标单击动作"

#: src/gui/uifiles/mouse_actions.ui:232
msgid "Add a scroll action"
msgstr "添加滚动动作"

#: src/gui/uifiles/mouse_actions.ui:247
msgid "Remove a scroll action"
msgstr "删除滚动动作"

#: src/gui/uifiles/mouse_actions.ui:260 src/gui/uifiles/settings_window.ui:5359
#: src/gui/uifiles/siril.ui:6329
msgid " "
msgstr " "

#: src/gui/uifiles/mouse_actions.ui:277
msgid "Scroll speed limit"
msgstr "滚动速度上限"

#: src/gui/uifiles/mouse_actions.ui:292
msgid ""
"Set a scroll speed limit. Not required for most mice, but if you have an "
"issue where the scroll wheel carries out its action (eg zoom) far too fast, "
"you can limit the action step size using this control. Try starting with 1.0 "
"and working down from there. 0.0 means unlimited."
msgstr ""
"设置滚动速度上限。大多数鼠标无需设置。但如果滚轮动作（如缩放）太快，可以以此"
"限制滚轮的步长。试着从1.0开始递减。0.0表示无限制。"

#: src/gui/uifiles/mouse_actions.ui:316
msgid "Scroll Actions"
msgstr "滚动动作"

#: src/gui/uifiles/pixelmath.ui:81 src/gui/uifiles/seqlist_dialog.ui:56
msgid "Sequence List"
msgstr "序列列表"

#: src/gui/uifiles/pixelmath.ui:123 src/gui/uifiles/pixelmath.ui:190
#: src/gui/uifiles/pixelmath.ui:257
msgid "Save expression in presets"
msgstr "将表达式保存在预设中"

#: src/gui/uifiles/pixelmath.ui:145 src/pixelMath/pixel_math_runner.c:351
msgid "RGB/K"
msgstr "RGB/K"

#: src/gui/uifiles/pixelmath.ui:212 src/gui/cut.c:732
msgid "G"
msgstr "G"

#: src/gui/uifiles/pixelmath.ui:279 src/gui/cut.c:734
msgid "B"
msgstr "B"

#: src/gui/uifiles/pixelmath.ui:313
msgid "Use single RGB/K expression"
msgstr "使用单一的RGB/K表达式"

#: src/gui/uifiles/pixelmath.ui:317
msgid ""
"Unchecking this option will give you an RGB image where each output channel "
"is expressed by a formula."
msgstr "取消此选项，你将得到一幅每个输出通道都为一个公式结果的RGB图像。"

#: src/gui/uifiles/pixelmath.ui:371
msgid "Variable"
msgstr "变量"

#: src/gui/uifiles/pixelmath.ui:391
msgid "Chan."
msgstr "通道。"

#: src/gui/uifiles/pixelmath.ui:402
msgid "Path"
msgstr "路径"

#: src/gui/uifiles/pixelmath.ui:417
msgid "Width"
msgstr "宽"

#: src/gui/uifiles/pixelmath.ui:431
msgid "Height"
msgstr "高"

#: src/gui/uifiles/pixelmath.ui:473
msgid "Function"
msgstr "函数"

#: src/gui/uifiles/pixelmath.ui:488
msgid "index"
msgstr "指标"

#: src/gui/uifiles/pixelmath.ui:532
msgid "Operator"
msgstr "运算符"

#: src/gui/uifiles/pixelmath.ui:547
msgid "column"
msgstr "列"

#: src/gui/uifiles/pixelmath.ui:575
msgid "Images"
msgstr "图像"

#: src/gui/uifiles/pixelmath.ui:610
msgid ""
"Comma separated value parameters. The parameter thus defined can be used in "
"the expressions.\n"
"For example, if you set parameters with the expression <i>factor=0.8, K=0.2,"
"</i>, all the occurences of <i>factor</i> and <i>K</i> in the formula above "
"will be replaced by 0.8 and 0.2 respectively.\n"
"\n"
"<i>Ha * factor + OIII * K</i> would therefore evaluate to <i>Ha * 0.8 + OIII "
"* 0.2</i>"
msgstr ""
"逗号分隔的参数值。以此方式定义的参数可用于表达式。\n"
"例如设定变量 <i>factor=0.8, K=0.2</i>，表达式中所有的<i>factor</i>和<i>K</i>"
"将被分别替换为0.8和0.2。\n"
"\n"
"<i>Ha * factor + OIII * K</i> 等价于 <i>Ha * 0.8 + OIII * 0.2</i>"

#: src/gui/uifiles/pixelmath.ui:623
msgid "Parameters"
msgstr "参数"

#: src/gui/uifiles/pixelmath.ui:649
msgid "Rescale result"
msgstr "重新缩放结果"

#: src/gui/uifiles/pixelmath.ui:653
msgid ""
"Check this option to rescale the pixel values of the resulting image to the "
"specified output range (see the lower range and upper range parameters below)"
msgstr ""
"选中此选项可将生成图像的像素值重新缩放到指定的输出范围（参见下面的下限和上限"
"参数）"

#: src/gui/uifiles/pixelmath.ui:668
msgid ""
"When the rescale option is enabled, this is the lower bound of the output "
"rescaling range."
msgstr "启用重新缩放选项后，这是输出重新缩放范围的下限。"

#: src/gui/uifiles/pixelmath.ui:687
msgid ""
"When the rescale option is enabled, this is the upper bound of the output "
"rescaling range."
msgstr "启用重新缩放选项后，这是输出重新缩放范围的上限。"

#: src/gui/uifiles/pixelmath.ui:724 src/gui/uifiles/siril.ui:7752
msgid "Output"
msgstr "输出"

#: src/gui/uifiles/pixelmath.ui:751
msgid ""
"Preset list. You can delete an item or the entire list by selecting what you "
"want and pressing the delete key."
msgstr "预设列表。您可以通过选择所需内容并按删除键来删除项目或整个列表。"

#: src/gui/uifiles/pixelmath.ui:784
msgid "Presets"
msgstr "预设"

#: src/gui/uifiles/pixelmath.ui:823
msgid "Apply formula in the text area"
msgstr "执行文本框中的公式"

#: src/gui/uifiles/pixelmath.ui:848
msgid "Pixel Math"
msgstr "像素数学"

#: src/gui/uifiles/pixelmath.ui:861
msgid "Add an image as a variable"
msgstr "添加一个图像作为变量"

#: src/gui/uifiles/pixelmath.ui:882
msgid "Remove selected image"
msgstr "移除选中的图像"

#: src/gui/uifiles/python_scratchpad.ui:72
msgid "Previous Result"
msgstr "先前生成的结果"

#: src/gui/uifiles/python_scratchpad.ui:94
msgid "Next Result"
msgstr "下一个结果"

#: src/gui/uifiles/python_scratchpad.ui:124
msgid "unsaved"
msgstr "未保存"

#: src/gui/uifiles/python_scratchpad.ui:148
msgid "_File"
msgstr "文件"

#: src/gui/uifiles/python_scratchpad.ui:158
msgid "Clear the current script"
msgstr "清除当前脚本"

#: src/gui/uifiles/python_scratchpad.ui:160
msgid "_New"
msgstr "新建"

#: src/gui/uifiles/python_scratchpad.ui:169
msgid "Open a script from a file"
msgstr "从文件中打开一个脚本"

#: src/gui/uifiles/python_scratchpad.ui:171 src/gui/dialogs.c:254
#: src/gui/python_gui.c:793 src/pixelMath/pixel_math_runner.c:1279
msgid "_Open"
msgstr "打开"

#: src/gui/uifiles/python_scratchpad.ui:180
msgid "_Recent Files"
msgstr "最近文件"

#: src/gui/uifiles/python_scratchpad.ui:200
msgid "Save the current script"
msgstr "保存当前脚本"

#: src/gui/uifiles/python_scratchpad.ui:202 src/gui/dialogs.c:268
#: src/gui/python_gui.c:870
msgid "_Save"
msgstr "_保存"

#: src/gui/uifiles/python_scratchpad.ui:211
msgid "Save the current script (choose filename)"
msgstr "保存当前脚本（选择文件名）"

#: src/gui/uifiles/python_scratchpad.ui:213
msgid "_Save As"
msgstr "另存为"

#: src/gui/uifiles/python_scratchpad.ui:222
msgid "Close the script editor"
msgstr "关闭脚本编辑器"

#: src/gui/uifiles/python_scratchpad.ui:236
msgid "_Edit"
msgstr "_编辑"

#: src/gui/uifiles/python_scratchpad.ui:246
#: src/gui/uifiles/python_scratchpad.ui:248 src/gui/uifiles/siril.ui:742
msgid "Undo"
msgstr "撤销"

#: src/gui/uifiles/python_scratchpad.ui:256
#: src/gui/uifiles/python_scratchpad.ui:258 src/gui/uifiles/siril.ui:751
msgid "Redo"
msgstr "恢复"

#: src/gui/uifiles/python_scratchpad.ui:266
#: src/gui/uifiles/python_scratchpad.ui:268
msgid "Cut"
msgstr "剪切"

#: src/gui/uifiles/python_scratchpad.ui:276
#: src/gui/uifiles/python_scratchpad.ui:278
msgid "Copy"
msgstr "复制"

#: src/gui/uifiles/python_scratchpad.ui:286
#: src/gui/uifiles/python_scratchpad.ui:288
msgid "Paste"
msgstr "粘贴"

#: src/gui/uifiles/python_scratchpad.ui:317
msgid "_Script"
msgstr "脚本"

#: src/gui/uifiles/python_scratchpad.ui:327
msgid "Run the script"
msgstr "运行脚本"

#: src/gui/uifiles/python_scratchpad.ui:329
msgid "Run"
msgstr "运行"

#: src/gui/uifiles/python_scratchpad.ui:339
msgid ""
"Set scripting language to Python. Ensure you have the correct scripting "
"language set before executing a script from the editor."
msgstr ""
"将脚本语言设置为Python。在编辑器中执行脚本之前，请确保设置了正确的脚本语言。"

#: src/gui/uifiles/python_scratchpad.ui:340
msgid "Python scripts"
msgstr "Python脚本"

#: src/gui/uifiles/python_scratchpad.ui:350
msgid ""
"Set scripting language to Siril Script File. Ensure you have the correct "
"scripting language set before executing a script from the editor."
msgstr ""
"将脚本语言设置为Siril脚本文件。在编辑器中执行脚本之前，请确保设置了正确的脚本"
"语言。"

#: src/gui/uifiles/python_scratchpad.ui:351 src/gui/script_menu.c:337
msgid "Siril Script Files"
msgstr "Siril脚本文件"

#: src/gui/uifiles/python_scratchpad.ui:361
msgid ""
"When active, any arguments entered in the args entry will be passed to the "
"script when it is run.\n"
"This also ensures SirilInterface is invoked in CLI mode "
"(SirilInterface.is_cli() will return True)"
msgstr ""
"启用后，args条目中输入的任何参数都将在脚本运行时传递给脚本。\n"
"这也确保了在CLI模式下Siril界面被invoke调用（SirilInterface.is_cl()将返回"
"True）"

#: src/gui/uifiles/python_scratchpad.ui:363
msgid "Enable test arguments"
msgstr "启用测试参数"

#: src/gui/uifiles/python_scratchpad.ui:371
msgid ""
"When active, the python interpreter will display a modal dialog showing the "
"python process as soon as the SirilInterface is initialized, to allow for "
"connecting a python debugger to the process before continuing."
msgstr ""
"启用后，python解释器将在SirilInterface初始化后立即显示一个模式对话框，显示"
"python进程，以便在继续之前将python调试器连接到进程。"

#: src/gui/uifiles/python_scratchpad.ui:372
msgid "Enable python debug mode"
msgstr "启用Python debug模式"

#: src/gui/uifiles/python_scratchpad.ui:384
msgid "_Preferences"
msgstr "偏好设置"

#: src/gui/uifiles/python_scratchpad.ui:394
msgid "Enable syntax highlighting"
msgstr "启用语法高亮"

#: src/gui/uifiles/python_scratchpad.ui:395
msgid "Highlight syntax"
msgstr "语法高亮"

#: src/gui/uifiles/python_scratchpad.ui:404
#: src/gui/uifiles/python_scratchpad.ui:405
msgid "Enable right margin indicator"
msgstr "启用右边界指示器"

#: src/gui/uifiles/python_scratchpad.ui:414
msgid ""
"Set the position of the right margin indicator in the editor. This visual "
"guide helps maintain consistent line lengths and improve code readability."
msgstr ""
"在编辑器中设置右边界参考线的位置。该参考线有助于限制统一的行长，从而提升代码"
"可读性。"

#: src/gui/uifiles/python_scratchpad.ui:416
msgid "Set right margin position"
msgstr "设置右边界位置"

#: src/gui/uifiles/python_scratchpad.ui:423
msgid ""
"When enabled, positioning the cursor on a bracket will show the matching "
"bracket"
msgstr "启用后，光标在括号上时将显示匹配的括号"

#: src/gui/uifiles/python_scratchpad.ui:424
msgid "Enable bracket matching"
msgstr "启用括号匹配"

#: src/gui/uifiles/python_scratchpad.ui:433
msgid "Enable line numbers in the left margin"
msgstr "在左边显示行号"

#: src/gui/uifiles/python_scratchpad.ui:434
msgid "Show line numbers"
msgstr "显示行号"

#: src/gui/uifiles/python_scratchpad.ui:443
msgid "Show line markers in the left margin"
msgstr "在左边显示行标记"

#: src/gui/uifiles/python_scratchpad.ui:444
msgid "Show line markers"
msgstr "显示行标记"

#: src/gui/uifiles/python_scratchpad.ui:453
msgid "Highlight the current line in the editor"
msgstr "在编辑器中高亮当前行"

#: src/gui/uifiles/python_scratchpad.ui:454
msgid "Highlight current line"
msgstr "高亮当前行"

#: src/gui/uifiles/python_scratchpad.ui:463
#: src/gui/uifiles/python_scratchpad.ui:464
msgid "Enable auto-indentation"
msgstr "启用自动缩进"

#: src/gui/uifiles/python_scratchpad.ui:473
msgid "When a block of lines is selected, tab increases the indent level"
msgstr "当选择一组行时，制表符会增加缩进级别"

#: src/gui/uifiles/python_scratchpad.ui:474
msgid "Indent on tab"
msgstr "按tab键缩进"

#: src/gui/uifiles/python_scratchpad.ui:483
#: src/gui/uifiles/python_scratchpad.ui:484
msgid "Enable smart backspace"
msgstr "启用智能退格"

#: src/gui/uifiles/python_scratchpad.ui:493
msgid ""
"When Smart Home / End is enabled the Home and End keys will go to the first "
"and last non-whitespace character on the line respectively"
msgstr ""
"启用智能Home/End后，Home和End键将分别转到该行的第一个和最后一个非空白字符"

#: src/gui/uifiles/python_scratchpad.ui:494
msgid "Smart Home / End"
msgstr "智能Home/End键"

#: src/gui/uifiles/python_scratchpad.ui:503
msgid "Show space and tab characters in the editor view"
msgstr "在编辑器视图中显示空格和制表符"

#: src/gui/uifiles/python_scratchpad.ui:504
msgid "Show spaces and tabs"
msgstr "显示空格和制表符"

#: src/gui/uifiles/python_scratchpad.ui:512
msgid "Show newline characters in the editor view"
msgstr "在编辑器视图中显示换行符"

#: src/gui/uifiles/python_scratchpad.ui:513
msgid "Show newlines"
msgstr "显示换行符"

#: src/gui/uifiles/python_scratchpad.ui:521
msgid "Show minimap in the editor view"
msgstr "在编辑器视图中显示小地图"

#: src/gui/uifiles/python_scratchpad.ui:522
msgid "Show minimap"
msgstr "显示小地图"

#: src/gui/uifiles/python_scratchpad.ui:534
msgid "_Help"
msgstr "_帮助"

#: src/gui/uifiles/python_scratchpad.ui:544
#, fuzzy
msgid "Open Python API reference documentation"
msgstr "Python API 参考"

#: src/gui/uifiles/python_scratchpad.ui:546
msgid "Python API reference"
msgstr "Python API 参考"

#: src/gui/uifiles/python_scratchpad.ui:553
#, fuzzy
msgid "Open Siril command reference documentation"
msgstr "Siril 命令参考"

#: src/gui/uifiles/python_scratchpad.ui:555
msgid "Siril Command Reference"
msgstr "Siril 命令参考"

#: src/gui/uifiles/python_scratchpad.ui:573
msgid "Script type"
msgstr "脚本类型"

#: src/gui/uifiles/python_scratchpad.ui:642
msgid "Arguments:"
msgstr "参数："

#: src/gui/uifiles/python_scratchpad.ui:654
msgid ""
"This entry can be used to set arguments to run the script with, in order to "
"allow testing of how it will behave when called with the <b>pyscript</b> "
"command with arguments. Note that arguments  cannot be provided when a "
"script is run from the Scripts menu, so scripts should not be solely reliant "
"on arguments for input."
msgstr ""
"此条目可用于设置运行脚本的参数，以便测试使用带参数的<b>pyscript</b>命令调用时"
"的行为。请注意，当从“脚本”菜单运行脚本时，无法提供参数，因此脚本不应依赖于参"
"数。"

#: src/gui/uifiles/resample_dialog.ui:63
msgid "Resample"
msgstr "重采样（缩放）"

#: src/gui/uifiles/resample_dialog.ui:135
msgid "X scale"
msgstr "X轴缩放"

#: src/gui/uifiles/resample_dialog.ui:147
msgid "Y scale"
msgstr "Y轴缩放"

#: src/gui/uifiles/resample_dialog.ui:156
msgid "Preserve Aspect Ratio"
msgstr "锁定高宽比"

#: src/gui/uifiles/resample_dialog.ui:187
msgid "Type of algorithm used for resampling"
msgstr "重采样（缩放）算法"

#: src/gui/uifiles/resample_dialog.ui:193
#: src/gui/uifiles/rotation_dialog.ui:203 src/gui/uifiles/siril.ui:7057
msgid "Nearest Neighbor"
msgstr "最近邻"

#: src/gui/uifiles/resample_dialog.ui:194
#: src/gui/uifiles/rotation_dialog.ui:204 src/gui/uifiles/siril.ui:7058
#: src/algos/geometry.c:300 src/algos/geometry.c:396
msgid "Bilinear"
msgstr "双线性"

#: src/gui/uifiles/resample_dialog.ui:195
#: src/gui/uifiles/rotation_dialog.ui:205 src/gui/uifiles/siril.ui:7059
#: src/algos/geometry.c:304 src/algos/geometry.c:402
msgid "Bicubic"
msgstr "双三次插值"

#: src/gui/uifiles/resample_dialog.ui:196
#: src/gui/uifiles/rotation_dialog.ui:206 src/gui/uifiles/siril.ui:7060
#: src/algos/geometry.c:302 src/algos/geometry.c:399
msgid "Pixel Area Relation"
msgstr "像素区域关联法"

#: src/gui/uifiles/resample_dialog.ui:197
#: src/gui/uifiles/rotation_dialog.ui:207 src/gui/uifiles/siril.ui:7061
msgid "Lanczos-4"
msgstr "Lanczos-4"

#: src/gui/uifiles/resample_dialog.ui:278
msgid "%"
msgstr "%"

#: src/gui/uifiles/resample_dialog.ui:289
msgid "pixels"
msgstr "像素"

#: src/gui/uifiles/resample_dialog.ui:308
#: src/gui/uifiles/rotation_dialog.ui:226 src/gui/uifiles/siril.ui:7073
msgid "Interpolation clamping"
msgstr "插值钳定"

#: src/gui/uifiles/resample_dialog.ui:312
#: src/gui/uifiles/rotation_dialog.ui:230
msgid ""
"Apply a clamping factor to Bicubic and Lanczos-4 interpolation in order to "
"prevent ringing artefacts"
msgstr "对双三次和 Lanczos-4 插值应用钳定，以防止振铃伪影"

#: src/gui/uifiles/rgradient_dialog.ui:45
msgid "Rotational Gradient"
msgstr "旋转渐变"

#: src/gui/uifiles/rgradient_dialog.ui:79
msgid "The rotational gradient will be applied."
msgstr "执行旋转渐变。"

#: src/gui/uifiles/rgradient_dialog.ui:108
msgid "Radial shift"
msgstr "辐射向偏移"

#: src/gui/uifiles/rgradient_dialog.ui:142
msgid "Radial shift used to compute rotational gradient."
msgstr "用于计算旋转渐变的辐射向偏移。"

#: src/gui/uifiles/rgradient_dialog.ui:165
msgid "Rotational shift"
msgstr "旋转向偏移"

#: src/gui/uifiles/rgradient_dialog.ui:199
msgid "Rotational shift used to compute rotational gradient."
msgstr "用于计算旋转渐变的旋转向偏移。"

#: src/gui/uifiles/rgradient_dialog.ui:219
msgid "You should specify a selection around the object you want to analyze."
msgstr "请在要分析的对象周围框选一个区域。"

#: src/gui/uifiles/rgradient_dialog.ui:240
msgid "X centre:"
msgstr "原点坐标X:"

#: src/gui/uifiles/rgradient_dialog.ui:252
msgid "X coordinate of the center of polar coordinates."
msgstr "极坐标原点的X轴坐标。"

#: src/gui/uifiles/rgradient_dialog.ui:271
msgid "Y centre:"
msgstr "原点坐标Y:"

#: src/gui/uifiles/rgradient_dialog.ui:283
msgid "Y coordinate of the center of polar coordinates."
msgstr "极坐标原点的Y轴坐标。"

#: src/gui/uifiles/rotation_dialog.ui:41 src/gui/uifiles/siril.ui:2137
msgid "Rotate&Crop"
msgstr "旋转与裁切"

#: src/gui/uifiles/rotation_dialog.ui:104
msgid "Angle (°)"
msgstr "角度(°)"

#: src/gui/uifiles/rotation_dialog.ui:116
msgid "Angle in degrees. Rotation center is the center of the image."
msgstr "旋转的角度。旋转中心为图像中心。"

#: src/gui/uifiles/rotation_dialog.ui:160 src/gui/uifiles/siril.ui:994
#: src/gui/uifiles/siril.ui:1005 src/gui/menu_gray_geometry.c:61
msgid "Crop"
msgstr "裁切"

#: src/gui/uifiles/rotation_dialog.ui:164
msgid "Checking this box will crop the output image."
msgstr "勾选此处将会裁切输出的图像。"

#: src/gui/uifiles/rotation_dialog.ui:197
msgid "Type of algorithm used for rotation"
msgstr "旋转所用的算法"

#: src/gui/uifiles/s_pcc_dialog.ui:59
msgid "Checking Gaia archive status..."
msgstr "正在检查Gaia星表状态..."

#: src/gui/uifiles/s_pcc_dialog.ui:122
msgid "Status: "
msgstr "状态: "

#: src/gui/uifiles/s_pcc_dialog.ui:126
msgid "Click to update Gaia archive status check"
msgstr "点击以更新Gaia星表状态检查"

#: src/gui/uifiles/s_pcc_dialog.ui:160
msgid "Start the photometric color calibration algorithm."
msgstr "开始测光法色彩校准。"

#: src/gui/uifiles/s_pcc_dialog.ui:222
msgid "White Point Reference:"
msgstr "白点参考："

#: src/gui/uifiles/s_pcc_dialog.ui:234
msgid "Mono Sensor:"
msgstr "单色传感器："

#: src/gui/uifiles/s_pcc_dialog.ui:246
msgid "OSC Sensor:"
msgstr "OSC传感器："

#: src/gui/uifiles/s_pcc_dialog.ui:258
msgid "Red Filter:"
msgstr "红色滤镜："

#: src/gui/uifiles/s_pcc_dialog.ui:270
msgid "Green Filter:"
msgstr "绿色滤镜："

#: src/gui/uifiles/s_pcc_dialog.ui:282
msgid "OSC Filter:"
msgstr "OSC滤镜："

#: src/gui/uifiles/s_pcc_dialog.ui:294
msgid "Blue Filter:"
msgstr "蓝色滤镜："

#: src/gui/uifiles/s_pcc_dialog.ui:305
msgid "Select an OSC sensor"
msgstr "选择OSC传感器"

#: src/gui/uifiles/s_pcc_dialog.ui:318
msgid "Select a mono sensor"
msgstr "选择单色传感器"

#: src/gui/uifiles/s_pcc_dialog.ui:331
msgid "Select an OSC filter (e.g. a broadband light pollution filter)"
msgstr "选择 OSC 滤镜（例如宽带光害滤镜）"

#: src/gui/uifiles/s_pcc_dialog.ui:344
msgid "Select a red filter used with composited mono images"
msgstr "选择与合成单色图像一起使用的红色滤镜"

#: src/gui/uifiles/s_pcc_dialog.ui:357
msgid "Select a green filter used with composited mono images"
msgstr "选择与合成单色图像一起使用的绿色滤镜"

#: src/gui/uifiles/s_pcc_dialog.ui:370
msgid "Select a blue filter used with composited mono images"
msgstr "选择与合成单色图像一起使用的蓝色滤镜"

#: src/gui/uifiles/s_pcc_dialog.ui:381 src/gui/uifiles/s_pcc_dialog.ui:395
#: src/gui/uifiles/s_pcc_dialog.ui:409 src/gui/uifiles/s_pcc_dialog.ui:423
#: src/gui/uifiles/s_pcc_dialog.ui:437 src/gui/uifiles/s_pcc_dialog.ui:451
#: src/gui/uifiles/s_pcc_dialog.ui:477 src/gui/uifiles/s_pcc_dialog.ui:529
msgid "Details"
msgstr "详情"

#: src/gui/uifiles/s_pcc_dialog.ui:385
msgid "Show details of the selected OSC sensor"
msgstr "显示所选 OSC 传感器的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:399
msgid "Show details of the selected mono sensor"
msgstr "显示所选单色传感器的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:413
msgid "Show details of the selected OSC filter"
msgstr "显示所选 OSC 滤镜的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:427
msgid "Show details of the selected red filter"
msgstr "显示所选红色滤镜的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:441
msgid "Show details of the selected green filter"
msgstr "显示所选绿色滤镜的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:455
msgid "Show details of the selected blue filter"
msgstr "显示所选蓝色滤镜的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:468
msgid "DSLR Low Pass Filter:"
msgstr "DSLR 低通滤镜："

#: src/gui/uifiles/s_pcc_dialog.ui:481
msgid "Show details of the selected LPF"
msgstr "显示所选低通滤镜的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:493
msgid ""
"For unmodified DSLRs, select the LPF most closely matching your model (many "
"Canon LPFs are almost identical so there may not be an exact match for your "
"model). For modified DSLRs, select the replacement LPF (if there isn't an "
"exact match the Baader BCF is probably close)."
msgstr ""
"对于未经修改的 DSLR，请选择与您的型号最匹配的低通滤镜（许多佳能低通滤镜几乎相"
"同，因此可能与您的型号不完全匹配）。对于修改后的 DSLR，请选择替换低通滤镜（如"
"果没有完全匹配，Baader BCF 可能接近）。"

#: src/gui/uifiles/s_pcc_dialog.ui:506
msgid "Select white balance reference"
msgstr "选择白平衡参考"

#: src/gui/uifiles/s_pcc_dialog.ui:515
msgid "Plot all"
msgstr "绘制全部"

#: src/gui/uifiles/s_pcc_dialog.ui:519
msgid ""
"Plot the selected sensor QE, filter responses and white reference relative "
"photon count as a function of wavelength"
msgstr "绘制所选传感器 QE、滤镜响应和白点参考相对光子计数与波长的函数关系"

#: src/gui/uifiles/s_pcc_dialog.ui:533
msgid "Show details of the selected white reference"
msgstr "显示所选白点参考的详细信息"

#: src/gui/uifiles/s_pcc_dialog.ui:553
msgid "Blue:"
msgstr "蓝色:"

#: src/gui/uifiles/s_pcc_dialog.ui:565
msgid "Green:"
msgstr "绿色:"

#: src/gui/uifiles/s_pcc_dialog.ui:577
msgid "Red:"
msgstr "红色:"

#: src/gui/uifiles/s_pcc_dialog.ui:588
msgid ""
"Nominal passband wavelength in nm\n"
"Common wavelengths: S II - 672 nm; Ha - 656.46 nm; O III - 500 nm; Hb - "
"486.1 nm"
msgstr ""
"标称通带波长（nm）\n"
"常用波长：S II - 672 nm; Ha - 656.46 nm; O III - 500 nm; Hb - 486.1 nm"

#: src/gui/uifiles/s_pcc_dialog.ui:601
msgid "Filter bandwidth in nm"
msgstr "滤镜带宽（nm）"

#: src/gui/uifiles/s_pcc_dialog.ui:602
msgid "Bandwidth"
msgstr "带宽"

#: src/gui/uifiles/s_pcc_dialog.ui:613
msgid "Enter the nominal wavelength of the red channel narrowband filter"
msgstr "输入红色通道窄带滤镜的标称波长"

#: src/gui/uifiles/s_pcc_dialog.ui:629
msgid "Enter the nominal wavelength of the blue channel narrowband filter"
msgstr "输入蓝色通道窄带滤镜的标称波长"

#: src/gui/uifiles/s_pcc_dialog.ui:645
msgid "Enter the nominal wavelength of the green channel narrowband filter"
msgstr "输入绿色通道窄带滤镜的标称波长"

#: src/gui/uifiles/s_pcc_dialog.ui:661
msgid "Enter the nominal bandwidth of the red channel narrowband filter"
msgstr "输入红色通道窄带滤镜的标称带宽"

#: src/gui/uifiles/s_pcc_dialog.ui:677
msgid "Enter the nominal bandwidth of the green channel narrowband filter"
msgstr "输入绿色通道窄带滤镜的标称带宽"

#: src/gui/uifiles/s_pcc_dialog.ui:693
msgid "Enter the nominal bandwidth of the blue channel narrowband filter"
msgstr "输入蓝色通道窄带滤镜的标称带宽"

#: src/gui/uifiles/s_pcc_dialog.ui:717
msgid "Plot fits"
msgstr "图表拟合"

#: src/gui/uifiles/s_pcc_dialog.ui:721
msgid ""
"Plot SPCC linear fits for catalog to image R/G and B/G ratios. In narrowband "
"mode, plots of degenerate ratios will not be shown."
msgstr ""
"为星表与图像的R/G、B/G比值绘制SPCC线性拟合图。在窄带模式下，简并比率图将不予"
"显示。"

#: src/gui/uifiles/s_pcc_dialog.ui:736
msgid "Sensor Type:"
msgstr "传感器类型："

#: src/gui/uifiles/s_pcc_dialog.ui:766 src/gui/photometric_cc.c:1063
msgid "mono"
msgstr "单色"

#: src/gui/uifiles/s_pcc_dialog.ui:783
msgid "Narrowband mode"
msgstr "窄带模式"

#: src/gui/uifiles/s_pcc_dialog.ui:787
msgid ""
"Set narrowband mode. This is suitable for composited narrowband images such "
"as HOO as well as for OSC images taken with dual narrowband filters etc."
msgstr ""
"设置窄带模式。这适用于合成窄带图像，例如 HOO 以及使用双窄带滤镜等拍摄的 OSC "
"图像。"

#: src/gui/uifiles/s_pcc_dialog.ui:798
msgid "Atmospheric corrections"
msgstr "大气修正"

#: src/gui/uifiles/s_pcc_dialog.ui:802
msgid ""
"Apply an atmosphere model to account for wavelength-dependent atmospheric "
"extinction."
msgstr "应用一个大气模型来修正与波长相关的大气消光。"

#: src/gui/uifiles/s_pcc_dialog.ui:828
msgid "Observer height / m:"
msgstr "天文台海拔（米）："

#: src/gui/uifiles/s_pcc_dialog.ui:839
msgid "Observer's height (altitude) above sea level."
msgstr "天文台的海拔。"

#: src/gui/uifiles/s_pcc_dialog.ui:855
msgid "Atmospheric pressure / hPa:"
msgstr "气压（hPa）："

#: src/gui/uifiles/s_pcc_dialog.ui:866
msgid ""
"Atmospheric pressure in hPa. If the \"sea level\" check box is checked this "
"is taken to be sea level pressure, otherwise it is taken to be local "
"pressure at the observer's height."
msgstr ""
"气压（单位是hPa）。如果勾选了“海平面”则为海平面气压，否则为天文台所在海拔的气"
"压。"

#: src/gui/uifiles/s_pcc_dialog.ui:879 src/gui/photometric_cc.c:1537
msgid "sea level"
msgstr "海平面"

#: src/gui/uifiles/s_pcc_dialog.ui:897
msgid "Airmass:"
msgstr "大气光学质量："

#: src/gui/uifiles/s_pcc_dialog.ui:910
msgid "Plot atmosphere model"
msgstr "绘制大气模型"

#: src/gui/uifiles/s_pcc_dialog.ui:940
msgid "Atmospheric Parameters"
msgstr "大气参数"

#: src/gui/uifiles/s_pcc_dialog.ui:960
msgid "SPCC Parameters"
msgstr "SPCC 参数"

#: src/gui/uifiles/s_pcc_dialog.ui:992
msgid ""
"Choose the online catalogue against one want to compare the image and "
"compute photometry.\n"
"* NOMAD is a simple merge of data from the Hipparcos, Tycho-2, UCAC2, Yellow-"
"Blue 6, and USNO-B catalogs for astrometry and optical photometry, "
"supplemented by 2MASS near-infrared. The almost 100 GB dataset contains "
"astrometric and photometric data for about 1.1 billion stars.\n"
"* APASS, the AAVSO Photometric All Sky Survey, is performing an all-sky "
"photometric survey. This survey is conducted in eight filters: Johnson B and "
"V, plus Sloan u', g′, r′, i′, z_s and Z. It is valid from about 7th "
"magnitude to about 17th magnitude for over 37 million stars.\n"
"* Gaia Data Release 3 was released on 13 June 2022. Photometry is given for "
"around 1.46 billion sources, with a limiting magnitude of G = 21. It uses "
"different filters from Johnson B and V, however it provides measures of "
"source effective temperature based on the source's spectrum, and Siril uses "
"this Teff for PCC."
msgstr ""
"选择以下在线星表用于图像解析。\n"
"* NOMAD星表是对Hipparcos、Tycho-2、UCAC2、Yellow-Blue 6和USNO-B星表中天体测量"
"与光学测光数据的简单合并，并辅以2MASS近红外数据。这个近100GB的数据集包含了约"
"11亿颗恒星的天体测量与测光数据。\n"
"* APASS（AAVSO测光全天巡天）正在开展全天区测光巡天。该巡天使用八种滤光片："
"Johnson B 和 V滤光片、斯隆u'、g′、r′、i′、z_s滤光片以及Z滤光片。有效覆盖超过"
"3700万颗恒星，星等范围约为7等到17等。\n"
"* Gaia DR 3 （Gaia第三次数据发布）于2022年6月13日发布。为约14.6亿个天体提供测"
"光数据，极限星等达G=21。虽然使用的滤光片与Johnson B 和 V系统不同，但能基于天"
"体光谱提供有效温度测量，Siril软件正是利用该有效温度值进行PCC（光度颜色校准）"
"处理。"

#: src/gui/uifiles/s_pcc_dialog.ui:999 src/io/siril_catalogues.c:270
msgid "APASS"
msgstr "APASS"

#: src/gui/uifiles/s_pcc_dialog.ui:1000
msgid "GAIA DR3"
msgstr "GAIA DR3"

#: src/gui/uifiles/s_pcc_dialog.ui:1014
msgid "Photometric Star Catalogue: "
msgstr "在线星表（测光用）: "

#: src/gui/uifiles/s_pcc_dialog.ui:1053
msgid ""
"Choose the catalogue to use for spectrophotometric colour calibration.\n"
"* Gaia DR3 archive is an online service providing direct access to the Gaia "
"DR3 catalogue.\n"
"* Local Gaia DR3 xp_sampled catalogue is an optimized local catalogue "
"designed for SPCC.\n"
"Gaia DR3 contains sampled spectra for c. 30 million stars down to magnitude "
"17.6."
msgstr ""
"选择用于分光光度色彩校准的星表。\n"
"Gaia DR3 在线星表：提供直接访问 Gaia DR3 星表的在线服务。\n"
"本地 Gaia DR3 xp_sampled 星表：专为 SPCC 优化的本地星表。\n"
"Gaia DR3 包含约 3000 万颗恒星的采样光谱数据，星等暗至 17.6 等。"

#: src/gui/uifiles/s_pcc_dialog.ui:1060
#, fuzzy
msgid "Gaia DR3 (local catalogue)"
msgstr "（本地星表）"

#: src/gui/uifiles/s_pcc_dialog.ui:1090
msgid ""
"The NOMAD catalogue can be installed locally to not rely on an Internet "
"connection for this operation."
msgstr "NOMAD星表可以本地安装，不依赖于互联网连接进行此操作。"

#: src/gui/uifiles/s_pcc_dialog.ui:1143
msgid "Tolerance / σ"
msgstr "容差 / σ"

#: src/gui/uifiles/s_pcc_dialog.ui:1155
msgid ""
"Include background samples this many σ above the median. Default is 2.00"
msgstr "包括高于中值这么多 σ 的背景样本。默认值为 2.00"

#: src/gui/uifiles/s_pcc_dialog.ui:1173
msgid "Include background samples this many σ below the median. Default is 2.8"
msgstr "包括低于中值这么多 σ 的背景样本。默认值为 2.8"

#: src/gui/uifiles/s_pcc_dialog.ui:1196
msgid "Automatic detection"
msgstr "自动侦测"

#: src/gui/uifiles/s_pcc_dialog.ui:1200
msgid ""
"Uncheck this button if you want to select the background reference by "
"yourself. It can be useful when nebulae cover a large portion of the image."
msgstr ""
"取消此选项用于手动选择参考背景。当星云几乎布满整个图像时可以使用该功能。"

#: src/gui/uifiles/s_pcc_dialog.ui:1360
msgid "Background Reference"
msgstr "参考背景"

#: src/gui/uifiles/satu_dialog.ui:47
msgid "Color saturation"
msgstr "色彩饱和度"

#: src/gui/uifiles/satu_dialog.ui:128
msgid "Hue:"
msgstr "色调:"

#: src/gui/uifiles/satu_dialog.ui:143
msgid "Pink-Red / Red-Orange"
msgstr "粉-红 / 红-橙"

#: src/gui/uifiles/satu_dialog.ui:144
msgid "Orange-Brown / Yellow"
msgstr "橙-棕 / 黄"

#: src/gui/uifiles/satu_dialog.ui:145
msgid "Yellow-Green / Green-Cyan"
msgstr "黄-绿 / 绿-青"

#: src/gui/uifiles/satu_dialog.ui:146
msgid "Cyan"
msgstr "青色"

#: src/gui/uifiles/satu_dialog.ui:147
msgid "Cyan-Blue / Blue-Magenta"
msgstr "青-蓝 / 蓝-品红"

#: src/gui/uifiles/satu_dialog.ui:148
msgid "Magenta / Pink"
msgstr "品红 / 粉"

#: src/gui/uifiles/satu_dialog.ui:149
msgid "Global"
msgstr "总体"

#: src/gui/uifiles/satu_dialog.ui:210
msgid ""
"Value of 0 means no change, negative reduces the color saturation, positive "
"increases it."
msgstr "0值为无变化，负值降低饱和度，正值增加饱和度。"

#: src/gui/uifiles/satu_dialog.ui:232
msgid "Background factor"
msgstr "背景因子"

#: src/gui/uifiles/satu_dialog.ui:268
msgid ""
"This is the factor multiplied by the background value. Lower is the value, "
"stronger is the saturation effect. While a high value will preserve the "
"background."
msgstr "用于计算背景的乘法因子。该值越小饱和效应越高，越大则背景保留越多。"

#: src/gui/uifiles/savepopup.ui:87 src/gui/uifiles/siril.ui:10722
#: src/io/sequence.c:2140
msgid "Save"
msgstr "保存"

#: src/gui/uifiles/savepopup.ui:96
msgid ""
"Note: when embedding ICC profiles libjxl will check if it recognises the "
"profile. If it does, it will set a reference value rather than store the "
"entire profile. This means that when you re-open the file the ICC profile "
"description may be different, although it will be functionally equivalent."
msgstr ""
"注意：嵌入 ICC 色彩特性文件时，libjxl 将检查它是否识别该特性文件。如果是，它"
"将设置一个参考值而不存储整个特性文件。这意味着当您重新打开文件时，ICC 色彩特"
"性文件说明可能会有所不同，尽管它在功能上是等效的。"

#: src/gui/uifiles/savepopup.ui:128
msgid "root name of the converted images (the &apos;dest&apos; in dest1.fit)"
msgstr "转换后的文件名前缀（例如 dest1.fit 中的 &apos;dest&apos; ）"

#: src/gui/uifiles/savepopup.ui:129
msgid "root name of the converted images (the 'dest' in dest1.fit)"
msgstr "转换后的文件名前缀（例如dest1.fit中的“dest”）"

#: src/gui/uifiles/savepopup.ui:143
msgid "<b>Filename</b>"
msgstr "<b>文件名</b>"

#: src/gui/uifiles/savepopup.ui:193 src/gui/uifiles/savepopup.ui:659
msgid "8-bit unsigned integer"
msgstr "8位无符号整数"

#: src/gui/uifiles/savepopup.ui:209 src/gui/uifiles/savepopup.ui:676
#: src/gui/uifiles/settings_window.ui:694
msgid "16-bit unsigned integer"
msgstr "16位无符号整数"

#: src/gui/uifiles/savepopup.ui:225 src/gui/uifiles/savepopup.ui:709
#: src/gui/uifiles/settings_window.ui:695
msgid "32-bit floating point"
msgstr "32位浮点数"

#: src/gui/uifiles/savepopup.ui:245
msgid "<b>Sample Format</b>"
msgstr "<b>采样格式</b>"

#: src/gui/uifiles/savepopup.ui:289 src/gui/uifiles/savepopup.ui:293
msgid "Deflate compression"
msgstr "无损压缩"

#: src/gui/uifiles/savepopup.ui:310 src/gui/uifiles/savepopup.ui:609
#: src/gui/uifiles/savepopup.ui:954
msgid "<b>Compression</b>"
msgstr "<b>压缩</b>"

#: src/gui/uifiles/savepopup.ui:340
msgid "<b>ICC Profile</b>"
msgstr "<b>ICC色彩特性文件</b>"

#: src/gui/uifiles/savepopup.ui:367
msgid "<b>Embedded Data</b>"
msgstr "<b>嵌入数据</b>"

#: src/gui/uifiles/savepopup.ui:424
msgid "<b>Image Description</b>"
msgstr "<b>图像描述</b>"

#: src/gui/uifiles/savepopup.ui:468
msgid "<b>Image Copyright</b>"
msgstr "<b>图像版权</b>"

#: src/gui/uifiles/savepopup.ui:492
msgid "ASTRO-TIFF"
msgstr "ASTRO-TIFF"

#: src/gui/uifiles/savepopup.ui:493
msgid "Standard TIFF"
msgstr "标准TIFF"

#: src/gui/uifiles/savepopup.ui:509
msgid "TIFF"
msgstr "TIFF"

#: src/gui/uifiles/savepopup.ui:554 src/gui/uifiles/savepopup.ui:869
msgid "100"
msgstr "100"

#: src/gui/uifiles/savepopup.ui:569 src/gui/uifiles/savepopup.ui:884
msgid "Quality: "
msgstr "品质: "

#: src/gui/uifiles/savepopup.ui:578
msgid "Estimate size"
msgstr "估算文件体积"

#: src/gui/uifiles/savepopup.ui:582
msgid "Computes the size of the compressed file"
msgstr "计算压缩后的文件体积"

#: src/gui/uifiles/savepopup.ui:630
msgid "JPEG"
msgstr "JPEG"

#: src/gui/uifiles/savepopup.ui:663 src/gui/uifiles/savepopup.ui:696
#: src/gui/uifiles/savepopup.ui:713
msgid "Not available"
msgstr "不可用"

#: src/gui/uifiles/savepopup.ui:692
msgid "16-bit signed integer"
msgstr "16位符号整数"

#: src/gui/uifiles/savepopup.ui:730
msgid "Sample Format"
msgstr "采样格式"

#: src/gui/uifiles/savepopup.ui:760
msgid "Save MIPS-HI and MIPS-LO values"
msgstr "保存MIPS-HI和MIPS-LO值"

#: src/gui/uifiles/savepopup.ui:777
msgid "Save CHECKSUM and DATASUM keywords"
msgstr "保存CHECKSUM和DATASUM关键字"

#: src/gui/uifiles/savepopup.ui:797
msgid "Embedded Data"
msgstr "嵌入数据"

#: src/gui/uifiles/savepopup.ui:819
msgid "FITS"
msgstr "FITS"

#: src/gui/uifiles/savepopup.ui:865
msgid ""
"Quality. Setting quality = 100 gives lossless compression (note that this "
"can be quite slow). Other quality values work in the same way as JPEG "
"quality, but there is no direct read-across (the same quality value will not "
"give exactly the same visual quality or file size as it would for a JPEG "
"file).\n"
"\n"
"NOTE: lossy compression gives bad results when saving linear data owing to "
"the very high dynamic range, however lossless compression offers a smaller "
"filesize than TIFF compression at the expense of being slower and not "
"providing the metadata that is available with TIFF."
msgstr ""
"质量。设置quality = 100可提供无损压缩（注意：这可能非常慢）。其他质量值的工作"
"方式与 JPEG 质量相同，但无法直接读取（相同的质量值不会提供与 JPEG 文件完全相"
"同的视觉质量或文件大小）。\n"
"\n"
"注意：由于动态范围非常高，有损压缩在保存线性数据时会产生不良结果，但是无损压"
"缩提供的文件大小比 TIFF 压缩更小，但代价是速度较慢且不提供 TIFF 可用的元数"
"据。"

#: src/gui/uifiles/savepopup.ui:895
msgid "Effort:"
msgstr "力度："

#: src/gui/uifiles/savepopup.ui:919
msgid ""
"Effort represents the work done by the encoder to optimize the output. 7 is "
"the default: values higher than this are not recommended as they become very "
"slow and may not result in an improvement in file size."
msgstr ""
"力度表示编码器为优化输出所做的工作。 7 是默认值：不建议使用高于此值的值，因为"
"它们会变得非常慢，并且可能不会导致文件大小的改善。"

#: src/gui/uifiles/savepopup.ui:933
msgid "8 bit output"
msgstr "8位输出"

#: src/gui/uifiles/savepopup.ui:937
msgid ""
"If checked, output will be 8 bit. If unchecked, the image will be saved in "
"its native bit depth (32 bit images will be stored as 32 bit; 16 bit images "
"will be stored as 16 bit unless they originated as 8 bit images)"
msgstr ""
"如果选中，输出将为 8 位。如果未选中，图像将以原始位深保存（32 位图像将存储为 "
"32 位；16 位图像将存储为 16 位，除非它们最初是 8 位图像）"

#: src/gui/uifiles/savepopup.ui:975
msgid "JPEG XL"
msgstr "JPEG XL"

#: src/gui/uifiles/seqlist_dialog.ui:72
msgid ""
"List of images in the sequence, with their state and quality information. "
"Quality is FWHM when PSF registration is used, so lower is better, and "
"gradient estimator for DFT registration, higher is better. X and Y columns "
"are the translation relative to the reference image."
msgstr ""
"列出序列中图像的状态和品质信息。PSF对齐时使用FWHM，故越小越好；DFT对齐时使用"
"渐变梯度，故越大越好。X和Y两列为该图像相对于参考帧的平移。"

#: src/gui/uifiles/seqlist_dialog.ui:109
msgid "File"
msgstr "文件"

#: src/gui/uifiles/seqlist_dialog.ui:124
msgid "X"
msgstr "X"

#: src/gui/uifiles/seqlist_dialog.ui:137
msgid "Y"
msgstr "Y"

#: src/gui/uifiles/seqlist_dialog.ui:150
#: src/gui/uifiles/settings_window.ui:5271
msgid "Sel"
msgstr "选中"

#: src/gui/uifiles/seqlist_dialog.ui:165 src/gui/uifiles/siril.ui:7821
#: src/gui/uifiles/siril.ui:7856 src/gui/plot.c:133 src/gui/plot.c:1666
#: src/gui/plot.c:1694 src/gui/sequence_list.c:513
msgid "Quality"
msgstr "品质"

#: src/gui/uifiles/seqlist_dialog.ui:210 src/gui/sequence_list.c:152
msgid "Frame List"
msgstr "帧"

#: src/gui/uifiles/seqlist_dialog.ui:216
msgid "Select the channel you want to display."
msgstr "选择所显示的通道。"

#: src/gui/uifiles/seqlist_dialog.ui:231
msgid "Excludes all images of the sequence from the processing schedule"
msgstr "将序列里的图像全部排除在批量处理之外"

#: src/gui/uifiles/seqlist_dialog.ui:252
msgid "Includes all images of the sequence in the processing schedule"
msgstr "将序列里的图像全部包含在批量处理之内"

#: src/gui/uifiles/seqlist_dialog.ui:273
msgid ""
"Includes/excludes selected images of the sequence from the processing "
"schedule"
msgstr "在处理清单中纳入/排除选中的图像"

#: src/gui/uifiles/seqlist_dialog.ui:295
msgid ""
"When toggled, the outline of the reference image as transformed with "
"registration data is drawn on each image to review image position wrt. "
"reference."
msgstr ""
"启用时，会根据对齐数据，将变换后的参考帧的轮廓绘制在每个图像上，以便检查图像"
"相对于参考图像的位置。"

#: src/gui/uifiles/seqlist_dialog.ui:319
msgid "Reference image"
msgstr "参考帧"

#: src/gui/uifiles/seqlist_dialog.ui:323
msgid ""
"If set, the current image will be the reference image for registration.\n"
"Only one image can be the reference image in a sequence, setting it will "
"unset the image previously set as reference.\n"
"If not set manually, the first image of the sequence is taken as reference."
msgstr ""
"如果被选择，当前图像即为对齐时的参考帧。\n"
"一个序列中只能有一幅图像作为参考帧，新设置的参考帧会覆盖之前的设置。\n"
"如果没有被手动指定，则序列里第一幅图像即为参考帧。"

#: src/gui/uifiles/seqlist_dialog.ui:339
msgid "Enter the number of the image you want to reach."
msgstr "请输入图像数量。"

#: src/gui/uifiles/settings_window.ui:223 src/gui/uifiles/siril.ui:474
msgid "Preferences"
msgstr "偏好设置"

#: src/gui/uifiles/settings_window.ui:326
msgid "FITS/SER debayer"
msgstr "FITS/SER解拜耳"

#: src/gui/uifiles/settings_window.ui:356
msgid "Bayer information from file's header if available"
msgstr "使用文件头中的拜耳滤镜排列信息"

#: src/gui/uifiles/settings_window.ui:360
msgid ""
"If this box is checked, Siril will automatically apply the Bayer pattern "
"found in the file's header as well as X and Y Bayer offsets. If the result "
"looks wrong uncheck this box and choose manually your pattern in the Debayer "
"box below.\n"
"If unchecked, the Bayer pattern given below will be used instead. Warning: "
"to allow SER files converted from films to be demosaiced, monochrome SER "
"will be forced as CFA with the configured pattern."
msgstr ""
"勾选此项，Siril会自动应用文件头中的拜耳阵列模式和XY轴偏置。如果结果看上去不"
"妥，关闭本选项，在下面的解拜耳框中手动选择拜耳阵列模式。\n"
"不选此项，下面设定的拜耳阵列模式将被使用。警告：若SER视频文件转换为彩色，单色"
"SER将被强制以CFA格式处理。"

#: src/gui/uifiles/settings_window.ui:375
#, fuzzy
msgid ""
"Due to algorithm constraints more complex demosaicing algorithms cannot be "
"used in the rejection stacking. Our tests also showed that there is no gain "
"in quality when many images are used, while processing time increases 20-"
"fold."
msgstr ""
"由于计算的复杂性，去马赛克算法不能被用于像素剔除的叠加。我们的测试结果显示，"
"当所处理图像数量很大时，结果并没有明显的品质提升，反而会增加约20倍的处理时"
"间。"

#: src/gui/uifiles/settings_window.ui:377
msgid ""
"Warning: For SER on-the-fly demosaicing, the RCD algorithm is always used."
msgstr "警告：对于SER动态去马赛克，RCD算法将一直被使用。"

#: src/gui/uifiles/settings_window.ui:395
#: src/gui/uifiles/settings_window.ui:408
msgid "Select your camera's Bayer pattern."
msgstr "选择相机的拜耳阵列模式。"

#: src/gui/uifiles/settings_window.ui:397
msgid "Bayer/mosaic pattern: "
msgstr "拜耳阵列/马赛克排列模式: "

#: src/gui/uifiles/settings_window.ui:427
msgid "Select an interpolation method to perform demosaicing."
msgstr "选择一种去马赛克的插值算法。"

#: src/gui/uifiles/settings_window.ui:429
msgid "Debayer interpolation: "
msgstr "解拜耳插值算法: "

#: src/gui/uifiles/settings_window.ui:440
msgid ""
"Select an interpolation method to perform demosaicing.\n"
"\n"
"* <b>Fast Debayer</b> is the fastest algorithm available in Siril. However, "
"other algorithms listed below are often quite better.\n"
"* <b>VNG4</b>, Threshold-Based Variable Number of Gradients, works on a 5x5 "
"pixel neighborhood around each source pixel. It is a very good algorithm for "
"flat areas of the image (like sky background) but produces artifacts in high "
"contrast areas (like stars).\n"
"* <b>AHD</b>, Adaptive Homogeneity-Directed, is another well known debayer "
"algorithm. However it usually shows artefacts in the background and bad star "
"shapes.\n"
"* <b>AMaZE</b>, Aliasing Minimization and Zipper Elimination, is an "
"algorithm that gives good results specially on low noise captures.\n"
"* <b>DCB</b>, Double Corrected Bilinear, a more recent algorithm, can show "
"some artifacts in the background like AHD.\n"
"* <b>HPHD</b>, Heterogeneity-Projection Hard-Decision, is an old algorithm "
"giving some nice results but that is quite slow.\n"
"* <b>IGV</b> and <b>LMMSE</b> are very good when working with very noisy "
"images. However, IGV tends to lose some chromatic information, while LMMSE "
"is one of the most computational expensive demosaicers and needs a lot of "
"memory.\n"
"* <b>RCD</b>, Ratio Corrected Demosaicing, intends to smooth the colour "
"correction errors that are common in many other interpolation methods. It "
"does an excellent job for round edges, for example stars, and is therefore "
"the default algorithm used in Siril.\n"
"\n"
"For the XTRANS sensor, a special algorithm called <b>Markesteijn</b> is used "
"regardless of the method selected in the preferences."
msgstr ""
"选择一种去马赛克的插值算法。 \n"
"\n"
"* <b>Fast Debayer</b> 是 Siril 中可用的最快算法。但是，下面列出的其他算法通常"
"要好得多。 \n"
"* <b>VNG4</b> 基于阈值的可变梯度数，在源像素周围5x5的范围中对相邻像素采样。它"
"对于图像中的平坦区域（比如天空背景）效果很好，但是在高对比区域（比如星点）会"
"产生伪影。 \n"
"* <b>AHD</b> 自适应均匀定向，另外一种著名的解拜耳算法。然而它通常会在背景中产"
"生伪色和造成奇怪的星点。 \n"
"* <b>AMaZE</b> 混叠最小化和拉链效应去除，用于低噪声图像会得到很好的效果。 \n"
"* <b>DCB</b> 双线性矫正，一种较晚近的算法，跟AHD一样会在背景中产生些许伪"
"影。 \n"
"* <b>HPHD</b> 异质性投影硬决策，一种效果不错的老算法，但是非常慢。 \n"
"* <b>IGV</b> and <b>LMMSE</b> 对高噪声图像效果很好。不过IGV会丢失部分色彩信"
"息，而LMMSE是最耗费计算资源（需要巨量内存）的算法之一。 \n"
"* <b>RCD</b> 比例纠正去马赛克，相较于其他算法更加着重于平滑色彩修正误差。它处"
"理圆形边缘（比如星点）效果优良，因此成为Siril的缺省算法。 \n"
"\n"
"对于XTRANS传感器，一种名为<b>Markesteijn</b>的特殊算法将被使用而无视上述任何"
"选择。"

#: src/gui/uifiles/settings_window.ui:455
msgid "Fast Debayer"
msgstr "快速解拜耳"

#: src/gui/uifiles/settings_window.ui:456
msgid "VNG4"
msgstr "VNG4"

#: src/gui/uifiles/settings_window.ui:457
msgid "AHD"
msgstr "AHD"

#: src/gui/uifiles/settings_window.ui:458
msgid "AMaZE"
msgstr "AMaZE"

#: src/gui/uifiles/settings_window.ui:459
msgid "DCB"
msgstr "DCB"

#: src/gui/uifiles/settings_window.ui:460
msgid "HPHD"
msgstr "HPHD"

#: src/gui/uifiles/settings_window.ui:461
msgid "IGV"
msgstr "IGV"

#: src/gui/uifiles/settings_window.ui:462
msgid "LMMSE"
msgstr "LMMSE"

#: src/gui/uifiles/settings_window.ui:463
msgid "RCD"
msgstr "RCD"

#: src/gui/uifiles/settings_window.ui:476
msgid "X offset:"
msgstr "X轴偏置:"

#: src/gui/uifiles/settings_window.ui:488
msgid "Y offset:"
msgstr "Y轴偏置:"

#: src/gui/uifiles/settings_window.ui:499
msgid "X offset of Bayer array."
msgstr "拜耳阵列在X轴的偏置。"

#: src/gui/uifiles/settings_window.ui:514
msgid "Y offset of Bayer array."
msgstr "拜耳阵列在Y轴的偏置。"

#: src/gui/uifiles/settings_window.ui:529
#: src/gui/uifiles/settings_window.ui:543
msgid ""
"Number of passes for the X-Trans\n"
"Markesteijn demosaicing algorithm, 1 is the default, 3 may be slightly "
"better but slower."
msgstr ""
"X-Trans的通过次数 \n"
"Markesteijn 去马赛克算法，1 是缺省算法，3 可能稍微好一点但速度更慢。"

#: src/gui/uifiles/settings_window.ui:532
msgid "X-Trans demosaicing quality"
msgstr "X-Trans 去马赛克品质"

#: src/gui/uifiles/settings_window.ui:561
#, fuzzy
msgid "Row-order preference:"
msgstr "打开偏好设置"

#: src/gui/uifiles/settings_window.ui:572
msgid ""
"Siril read FITS data in the bottom-up orientation but a lot of capture "
"software do not meet this specification. Most of them now write a ROWORDER "
"key in the images metadata to indicate how data was stored.\n"
"Pick in this list your preferred option. The first two will first try to "
"read ROWORDER from the header then use a fallback solution. The last two "
"options force either Top-Down or Bottom-Up.\n"
"This setting is ignored with SER files which are always assumed Top-Down as "
"per their standard."
msgstr ""

#: src/gui/uifiles/settings_window.ui:578
msgid "Header then Top-Down"
msgstr ""

#: src/gui/uifiles/settings_window.ui:579
msgid "Header then Bottom-Up"
msgstr ""

#: src/gui/uifiles/settings_window.ui:580
#, fuzzy
msgid "Force Top-Down"
msgstr "强制自上而下解拜耳"

#: src/gui/uifiles/settings_window.ui:581
msgid "Force Bottom-Up"
msgstr ""

#: src/gui/uifiles/settings_window.ui:597 src/gui/uifiles/siril.ui:3952
#: src/gui/open_dialog.c:191
msgid "Debayer"
msgstr "解拜耳"

#: src/gui/uifiles/settings_window.ui:614
msgid "FITS/SER Debayer"
msgstr "FITS/SER解拜耳"

#: src/gui/uifiles/settings_window.ui:627
msgid "FITS options"
msgstr "FITS选项"

#: src/gui/uifiles/settings_window.ui:658
msgid "Choose the type of extension used by Siril. By default it is .fit."
msgstr "选择Siril所使用的文件扩展名。缺省值为 .fit."

#: src/gui/uifiles/settings_window.ui:663
msgid ".fit"
msgstr ".fit"

#: src/gui/uifiles/settings_window.ui:664
msgid ".fits"
msgstr ".fits"

#: src/gui/uifiles/settings_window.ui:665
msgid ".fts"
msgstr ".fts"

#: src/gui/uifiles/settings_window.ui:678
msgid "Extension:"
msgstr "扩展名类型:"

#: src/gui/uifiles/settings_window.ui:689
msgid ""
"Choose the type of FITS that will be used by default. 32-bit floating point "
"is the format giving the best precision, however it takes twice as much disk "
"space than unsigned 16-bit integers. All processing tool will work with the "
"chosen format except the RGB compositing tool that always will convert "
"images in 32-bit."
msgstr ""
"选择FITS文件的缺省类型。32位浮点数是精度最高的类型，可是它比16位无符号整数型"
"需要两倍的磁盘空间。RGB合成工具总是会将图像转换为32位，其余的处理工具都会在所"
"选定的类型下工作。"

#: src/gui/uifiles/settings_window.ui:708
msgid "Default Type:"
msgstr "缺省类型:"

#: src/gui/uifiles/settings_window.ui:717
msgid "Allow FITS cubes to have images of different sizes"
msgstr "允许 FITS 矩阵具有不同尺寸的图像"

#: src/gui/uifiles/settings_window.ui:721
msgid ""
"This can be useful to open scientific FITS files that were not created by "
"Siril and that contain multiple images of different dimensions, which would "
"otherwise considered as invalid Siril FITSEQ files."
msgstr ""
"这对于打开不是由Siril创建的科学FITS文件很有用，并且包含多个不同尺寸的图像，否"
"则将被视为无效的Siril FITSEQ文件。"

#: src/gui/uifiles/settings_window.ui:739
msgid "<b>FITS Format</b>"
msgstr "<b>FITS 格式</b>"

#: src/gui/uifiles/settings_window.ui:766
msgid "Enable Aladin compatibility (CTYPE3 = 'RGB ')"
msgstr "启用Aladin兼容性 (CTYPE3 = ‘RGB ‘)"

#: src/gui/uifiles/settings_window.ui:770
msgid ""
"Aladin considers a 3D FITS cube as a RGB image (Red, Blue and Green "
"components) if the FITS keyword CTYPE3 = 'RGB ' is specified in the header. "
"In this case any BITPIX value are supported. Without the FITS keyword CTYPE3 "
"= 'RGB ' set, only FITS cube with 3 frames sharing the same dimension and "
"with a BITPIX=8 will be automatically detected as RGB FITS."
msgstr ""
"如果FITS文件头中含有关键字CTYPE3 = 'RGB '，Aladin把一个3D立方体FITS看作为一个"
"RGB图像（红绿蓝合成）。此时任何BITPIX可被支持。如果FITES文件头中没有关键字"
"CTYPE3 = 'RGB '，只有立方体FITS中的3个帧拥有相同的尺寸并且BITPIX=8时才会被自"
"动检测为RGB文件。"

#: src/gui/uifiles/settings_window.ui:782
msgid "Update pixel size of binned image"
msgstr "像素尺寸不包含像素合并（bin）的系数"

#: src/gui/uifiles/settings_window.ui:786
msgid ""
"Used for image sampling computation, pixel size can be given in two "
"different ways: the real pixel size is given but has to be multiplied by the "
"binning (checked), the already multiplied pixel size is given (unchecked).\n"
"It depends on the acquistion software used to create the FITS."
msgstr ""
"文件头中的像素尺寸（用于计算图像采样）有两种不同的来源：如果选中，则表示像素"
"尺寸信息即为物理像素尺寸，没有与像素合并（bin）的系数相乘；如果不选中，则表示"
"像素尺寸信息已经与像素合并（bin）的系数相乘。\n"
"这取决于创建 FITS 所使用的软件。"

#: src/gui/uifiles/settings_window.ui:800
msgid "Embed ICC profiles in saved FITS files"
msgstr "图像中嵌入sRGB式ICC色彩特性文件"

#: src/gui/uifiles/settings_window.ui:804
msgid ""
"Embed ICC profiles in FITS files. This should generally be left on, unless "
"you need interoperability with a program that fails to handle FITS with "
"embedded ICC profiles (none are currently known)."
msgstr ""
"将 ICC 色彩特性文件嵌入 FITS 文件中。通常应将其保留，除非您需要与无法处理带有"
"嵌入式 ICC 色彩特性文件的 FITS 程序进行互操作（目前尚不清楚）。"

#: src/gui/uifiles/settings_window.ui:817
msgid "Verify file checksums in FITS header (DATASUM and CHECKSUM)"
msgstr "验证文件头中的校验和（DATASUM和CHECKSUM）"

#: src/gui/uifiles/settings_window.ui:821
msgid ""
"Verify file checksums if they exist. The verification occurs each time the "
"file is read, which may significantly impact Siril's performance when using "
"a sequence."
msgstr ""
"如果存在，验证文件的校验和。每次读取文件时都会进行验证，这在处理序列时可能会"
"显著影响Siril的性能。"

#: src/gui/uifiles/settings_window.ui:839
msgid "<b>FITS Header</b>"
msgstr "<b>FITS 文件头</b>"

#: src/gui/uifiles/settings_window.ui:884
msgid "Enabled"
msgstr "已启用"

#: src/gui/uifiles/settings_window.ui:903
msgid ""
"While floating-point format images may be losslessly compressed (using gzip, "
"since Rice only compresses integer arrays), these images often do not "
"compress very well because the pixel values are too noisy; the less "
"significant bits in the mantissa of the pixel values effectively contain "
"incompressible random bit patterns. In order to achieve higher compression, "
"one needs to remove some of this noise, but without losing the useful "
"information content. If it is too large, one undersamples the pixel values "
"resulting in a loss of information in the image. If it is too small, "
"however, it preserves too much of the noise (or even amplifies the noise) in "
"the pixel values, resulting in poor compression."
msgstr ""
"虽然允许无损压缩浮点格式的图像（使用gzip，因为Rice只压缩整数数组），但是由于"
"像素值的噪声过高，并且像素值小数部分的实际有效位很少，还包含不可压缩的随机图"
"案，所以这些图像通常不太压缩得动。为了得到更高的压缩率，需要部分除去这些噪"
"声，但不能损失有用的信息。如该值太大，像素值会被欠采样，造成信息损失。如果该"
"值太小，将保留过多的噪声（甚至会放大噪声），造成很低的压缩率。"

#: src/gui/uifiles/settings_window.ui:925
msgid ""
"Select an algorithm method for FITS compression:\n"
"\n"
"* <b>Rice</b>: The Rice algorithm is simple and very fast\n"
"* <b>GZIP 1</b>: The gzip algorithm is used to compress and uncompress the "
"image pixels. Gzip is the compression algorithm used in the free GNU "
"software utility of the same name.\n"
"* <b>GZIP 2</b>: The bytes in the array of image pixel values are shuffled "
"into decreasing order of significance before being compressed with the gzip "
"algorithm. This is usually especially effective when compressing floating-"
"point arrays."
msgstr ""
"选择一种FITS压缩算法：\n"
"\n"
"* <b>Rice</b>: 一种简单而快速的算法。\n"
"* <b>GZIP 1</b>: gzip算法用于压缩和解压像素值。gzip是同名的免费GNU工具软件中"
"使用的压缩算法。\n"
"* <b>GZIP 2</b>: 进行gzip算法之前，按显著性降序对图像像素值重排。通常对于压缩"
"一组浮点数据尤为有效。"

#: src/gui/uifiles/settings_window.ui:937
msgid "GZIP1"
msgstr "GZIP1"

#: src/gui/uifiles/settings_window.ui:938
msgid "GZIP2"
msgstr "GZIP2"

#: src/gui/uifiles/settings_window.ui:952
msgid "Method"
msgstr "方法"

#: src/gui/uifiles/settings_window.ui:966
msgid "Quantization level"
msgstr "量化程度"

#: src/gui/uifiles/settings_window.ui:979
msgid "Tile dimensions"
msgstr "格子尺寸"

#: src/gui/uifiles/settings_window.ui:992
msgid "HCompress scale factor"
msgstr "HCompress标度因子"

#: src/gui/uifiles/settings_window.ui:1005
msgid ""
"The integer scale parameter determines the amount of compression. Scale = 0 "
"or 1 leads to lossless compression. If the scale factor is greater than 1 "
"then the compression is lossy. For astronomical images, lossless compression "
"is generally rather ineffective because the images have a good deal of "
"noise, which is inherently incompressible. However, if some of this noise is "
"discarded then the images compress very well. The scale factor determines "
"how much of the noise is discarded. Setting scale to 2 times sigma, the RMS "
"noise in the image, usually results in compression by about a factor of 10 "
"(i.e. the compressed image requires about 1.5 bits/pixel), while producing a "
"decompressed image that is nearly indistinguishable from the original."
msgstr ""
"决定压缩率的整数标度因子。取值0或者1会产生无损压缩，大于1则产生有损压缩。无损"
"压缩对于天文图像通常没有效果，因为图像中有大量无法被压缩的噪声。倘若有部分噪"
"声被丢弃则图像会被很好的压缩。该标度因子决定有多少噪声被丢弃。将因子设定为2倍"
"sigma，即图像中的RMS噪声，通常会需要设定该值为10左右（比如压缩后的图像需要约"
"1.5bits/像素），在解压缩时会得到一个几乎跟原件一致的图像。"

#: src/gui/uifiles/settings_window.ui:1097
msgid "<b>FITS Compression</b>"
msgstr "<b>FITS 压缩</b>"

#: src/gui/uifiles/settings_window.ui:1112
msgid "FITS Options"
msgstr "FITS选项"

#: src/gui/uifiles/settings_window.ui:1136
#: src/gui/uifiles/settings_window.ui:1964 src/gui/uifiles/siril.ui:2389
#: src/gui/uifiles/siril.ui:2716
msgid "Astrometry"
msgstr "天体测量"

#: src/gui/uifiles/settings_window.ui:1196 src/gui/uifiles/siril.ui:10928
msgid "Catalogue"
msgstr "星表"

#: src/gui/uifiles/settings_window.ui:1226
msgid ""
"Preferred <a href=\"https://minorplanetcenter.net/iau/lists/"
"ObsCodesF.html\">IAU Observatory Code</a>"
msgstr ""
"首选的<a href=\"https://minorplanetcenter.net/iau/lists/ObsCodesF.html\">IAU"
"天文台编号</a>"

#: src/gui/uifiles/settings_window.ui:1237
msgid ""
"Purge Solar Sys\n"
"user Catalog"
msgstr ""
"清除太阳系\n"
"用户星表"

#: src/gui/uifiles/settings_window.ui:1242
msgid ""
"Purge the SOLAR SYSTEM user catalog by deleting the file. The operation "
"cannot be undone"
msgstr "通过删除文件来清除太阳系用户星表。操作无法撤消"

#: src/gui/uifiles/settings_window.ui:1254
msgid ""
"Purge Deep Sky\n"
"user Catalog"
msgstr ""
"清除深空\n"
"用户星表"

#: src/gui/uifiles/settings_window.ui:1259
msgid ""
"Purge the DEEP SKY user catalog by deleting the file. The operation cannot "
"be undone"
msgstr "通过删除文件来清除深空用户星表。该操作无法撤销"

#: src/gui/uifiles/settings_window.ui:1301
msgid "Annotations"
msgstr "标注"

#: src/gui/uifiles/settings_window.ui:1325
msgid ""
"Choose the position of the compass being displayed with the celestial grid."
msgstr "选择罗盘在天球坐标上所显示的位置。"

#: src/gui/uifiles/settings_window.ui:1331
msgid "Center"
msgstr "中心"

#: src/gui/uifiles/settings_window.ui:1332
msgid "Top-left"
msgstr "左上"

#: src/gui/uifiles/settings_window.ui:1333
msgid "Top-right"
msgstr "右上"

#: src/gui/uifiles/settings_window.ui:1334
msgid "Bottom-left"
msgstr "左下"

#: src/gui/uifiles/settings_window.ui:1335
msgid "Bottom-right"
msgstr "右下"

#: src/gui/uifiles/settings_window.ui:1345
msgid "Compass"
msgstr "罗盘"

#: src/gui/uifiles/settings_window.ui:1369
msgid ""
"<b>Formalism 1</b>: It encodes Mij in so called PCi_j keywords and scale "
"factor Si are the values of the CDELTi keywords from the FITS header. It is "
"obvious that the value of CDELT should not be 0.0.\n"
"\n"
"<b>Formalism 2</b>: If the matrix and scaling are combined we get for the "
"intermediate WORLD COORDINATE Xi:\n"
"\n"
"               Xi = Sigma_j=1^N (Si*Mij)(Pj-Rj)\n"
"\n"
"FITS keywords CDi_j encodes the product Si*Mij. The units of xi are given by "
"FITS keyword CTYPEi."
msgstr ""
"<b>形式 1</b>: 将Mij编码为PCi_j关键字，缩放因子Si为FITS文件头中的CDELTi关键"
"字。 这很明显CDELT的值不能为0.0。\n"
"\n"
"<b>形式 2</b>: 如果将矩阵和缩放比例合并，我们会得到中间值 WORLD COORDINATE "
"Xi:\n"
"\n"
"               Xi = Sigma_j=1^N (Si*Mij)(Pj-Rj)\n"
"\n"
"FITS关键字CDi_j为Si*Mij乘积的编码。Xi的单位由FITS关键字CTYPEi给出。"

#: src/gui/uifiles/settings_window.ui:1380
msgid "Formalism 2 (CD keywords)"
msgstr "形式 2 (CD keywords)"

#: src/gui/uifiles/settings_window.ui:1381
msgid "Formalism 1 (PC keywords)"
msgstr "形式 1 (PC keywords)"

#: src/gui/uifiles/settings_window.ui:1391
msgid "World Coordinate System"
msgstr "通用坐标系统"

#: src/gui/uifiles/settings_window.ui:1423
msgid ""
"These four catalogues from KStars are used for plate solving and "
"astrometry.\n"
"\n"
"<b>namedstars.dat</b>: the brightest stars, all of them have names."
msgstr ""
"这四个来自 KStars 的星表用于解析和天体测量。\n"
"\n"
"<b>namedstars.dat</b>：亮星，都拥有名称。"

#: src/gui/uifiles/settings_window.ui:1439
msgid ""
"These four catalogues from KStars are used for plate solving and "
"astrometry.\n"
"\n"
"<b>unnamedstars.dat</b>: also bright stars, but down to magnitude 8"
msgstr ""
"这四个来自 KStars 的星表用于解析和天体测量。\n"
"\n"
"<b>unnamedstars.dat</b>：8等以下的亮星"

#: src/gui/uifiles/settings_window.ui:1455
msgid ""
"Specify the location of the namedstars.dat star catalogue on your system."
msgstr "给出 namedstars.dat 星表在您系统中的位置。"

#: src/gui/uifiles/settings_window.ui:1467
msgid ""
"Specify the location of the unnamedstars.dat star catalogue on your system."
msgstr "给出 unnamedstars.dat 星表在您系统中的位置。"

#: src/gui/uifiles/settings_window.ui:1479
msgid ""
"Specify the location of the deepstars.dat star catalogue on your system."
msgstr "给出 deepstars.dat 星表在您系统中的位置。"

#: src/gui/uifiles/settings_window.ui:1491
msgid ""
"These four catalogues from KStars are used for plate solving and "
"astrometry.\n"
"\n"
"<b>deepstars.dat</b>: fainter stars extracted from The Tycho-2 Catalogue of "
"the 2.5 Million Brightest Stars, down to magnitude 12.5"
msgstr ""
"这四个来自 KStars 的星表用于解析和天体测量。\n"
"\n"
"<b>deepstars.dat</b>：从Tycho-2星表中提取的250万颗最亮恒星星表，低至12.5等"

#: src/gui/uifiles/settings_window.ui:1507
msgid ""
"Specify the location of the USNO-NOMAD-1e8.dat star catalogue on your system."
msgstr "给出 USNO-NOMAD-1e8.dat 星表在您系统中的位置。"

#: src/gui/uifiles/settings_window.ui:1519
msgid ""
"These four catalogues from KStars are used for plate solving and "
"astrometry.\n"
"\n"
"<b>USNO-NOMAD-1e8.dat</b>: an extract of the huge NOMAD catalogue limited to "
"B-V photometric information and star proper motion in a compact binary form, "
"down to magnitude 18."
msgstr ""
"这四个来自 KStars 的星表用于解析和天体测量。\n"
"\n"
"<b>USNO-NOMAD-1e8.dat</b>: 从巨大的NOMAD星表的摘录仅限于B-V光度学信息和恒星自"
"运动，以紧凑的二进制格式，低至18等。"

#: src/gui/uifiles/settings_window.ui:1535
msgid "Gaia astrometric extract:"
msgstr "Gaia 天体测量提取结果："

#: src/gui/uifiles/settings_window.ui:1547
msgid "Gaia photometric extract:"
msgstr "Gaia测光提取得到："

#: src/gui/uifiles/settings_window.ui:1558
msgid ""
"Specify the folder where the Gaia photometric catalogue is stored. Because "
"of its size this catalogue is divided into chunks, so you need only select "
"the folder."
msgstr ""
"指定存储Gaia测光星表的文件夹。由于文件较大，该星表会被分块存储，因此您只需选"
"择文件夹。"

#: src/gui/uifiles/settings_window.ui:1560
msgid "gaia_photometric.dat"
msgstr "gaia_photometric.dat"

#: src/gui/uifiles/settings_window.ui:1571
msgid ""
"Specify the location of the Siril astrometric extract of the Gaia DR3 "
"catalogue, used for plate solving"
msgstr "指定基于Gaia DR3星表的Siril天体测量结果的位置，以用于解析"

#: src/gui/uifiles/settings_window.ui:1572
msgid "gaia_astrometric.dat"
msgstr "gaia_astrometric.dat"

#: src/gui/uifiles/settings_window.ui:1587
msgid ""
"<b>Local Star Catalogues</b> (<a href=\"https://siril.readthedocs.io/en/"
"stable/astrometry/platesolving.html#using-local-catalogues\">more info</a>)"
msgstr ""
"<b>本地星表</b> (<a href=\"https://siril.readthedocs.io/en/stable/astrometry/"
"platesolving.html#using-local-catalogues\">更多信息</a>)"

#: src/gui/uifiles/settings_window.ui:1614
msgid "Update default focal length and pixel size from the result"
msgstr "根据结果更新默认焦距和像素尺寸"

#: src/gui/uifiles/settings_window.ui:1618
msgid ""
"When an astrometric solution is found, the computed focal length and input "
"pixel size are stored in the settings as default values for images that "
"don't have the corresponding metadata."
msgstr ""
"找到天体测量的解之后，计算出的焦距和输入像素尺寸将被设为默认值，用于没有相应"
"元数据的图像。"

#: src/gui/uifiles/settings_window.ui:1638
msgid "Sampling tolerance (%):"
msgstr "采样容差（%）："

#: src/gui/uifiles/settings_window.ui:1650
msgid "Percent below and above the expected sampling to allow."
msgstr "允许的低于和高于预期采样的百分比。"

#: src/gui/uifiles/settings_window.ui:1680
msgid "Default degree of the polynomial correction:"
msgstr "多项式修正的默认阶数："

#: src/gui/uifiles/settings_window.ui:1692
msgid ""
"Astrometry solvers can use a polynomial correction (SIP) to work with "
"optical aberrations, this is the default order of the polynomial model. Set "
"to 1 to disable it."
msgstr ""
"天体测量解析器可使用多项式校正（SIP）处理光学像差，该值表示多项式模型的默认阶"
"数。设置为1以禁用此功能。"

#: src/gui/uifiles/settings_window.ui:1695
msgid "3"
msgstr "3"

#: src/gui/uifiles/settings_window.ui:1723
msgid "Target radius (degrees)"
msgstr "目标半径（度）"

#: src/gui/uifiles/settings_window.ui:1735
msgid ""
"Allowed search radius around the target coordinates for the solve (degrees). "
"Unused for blind (no target passed) solves."
msgstr "解析的目标坐标周围搜索半径（度）。盲解析（未输入目标坐标时）不可用。"

#: src/gui/uifiles/settings_window.ui:1738
msgid "10.00"
msgstr "10.00"

#: src/gui/uifiles/settings_window.ui:1768
msgid "Maximum seconds to try solving. 0 to disable it"
msgstr "尝试解析的最大秒数。 0 禁用它"

#: src/gui/uifiles/settings_window.ui:1780
msgid ""
"Allowed time for the solve for each catalog file. It can be used as the "
"total solve time only if solve-field is configured to do so in its "
"configuration file."
msgstr ""
"每个星表文件的所允许解析时间。仅当 solve-field 在其配置文件中配置为总解析时间"
"时，它才能用作总解析时间。"

#: src/gui/uifiles/settings_window.ui:1783
msgid "30"
msgstr "30"

#: src/gui/uifiles/settings_window.ui:1809
msgid "General Platesolving"
msgstr "常规解析"

#: src/gui/uifiles/settings_window.ui:1840
msgid "Do not delete .xyls FITS tables"
msgstr "不要删除 .xyls FITS 表"

#: src/gui/uifiles/settings_window.ui:1844
msgid ""
"The list of stars is passed to solve-field as a FITS table, check this to "
"keep the file in the working directory."
msgstr ""
"星点列表会作为 FITS 表输入到解析框中，勾选此选项以将文件保留在工作目录中。"

#: src/gui/uifiles/settings_window.ui:1854
msgid "Do not delete .wcs result files"
msgstr "不要删除 .wcs 结果文件"

#: src/gui/uifiles/settings_window.ui:1858
msgid ""
"The results from solve-field are stored in a FITS header with a file name "
"ending in .wcs. Check this to not remove this file."
msgstr ""
"solve-field 的结果存储在文件名以 .wcs 结尾的 FITS 文件头中。勾选此选项以不删"
"除该文件。"

#: src/gui/uifiles/settings_window.ui:1871
msgid "Location of local astrometry.net solver"
msgstr "本地 astrometry.net 解析器的位置"

#: src/gui/uifiles/settings_window.ui:1882
msgid ""
"Select astrometry.net location.\n"
"On UNIX-based systems, it is generally in the PATH variable and not "
"necessary.\n"
"On Windows, you must point to the location of cygwin_ansvr folder only if "
"not installed in %LOCALAPPDATA%."
msgstr ""
"选择 astrometry.net 位置。\n"
"在基于 UNIX 的系统上，它通常位于 PATH 变量中，不是必需的。\n"
"在 Windows 上，仅当未安装于 %LOCALAPPDATA% 时，必须指向 cygwin_ansvr 文件夹的"
"位置。"

#: src/gui/uifiles/settings_window.ui:1889
msgid "Select astrometry.net installation directory"
msgstr "选择 astrometry.net 安装目录"

#: src/gui/uifiles/settings_window.ui:1898
msgid "Show solve-field output"
msgstr "显示 solve-field 输出"

#: src/gui/uifiles/settings_window.ui:1902
msgid ""
"Show the output of solve-field, the astrometry.net local solver, in the main "
"Siril log."
msgstr "在主 Siril 日志中显示 solve-field（astrometry.net 本地解析器）的输出。"

#: src/gui/uifiles/settings_window.ui:1944
msgid "Astrometry.net Platesolving"
msgstr "Astrometry.net 解析"

#: src/gui/uifiles/settings_window.ui:1978
#: src/gui/uifiles/settings_window.ui:2663
msgid "Pre-processing"
msgstr "预处理"

#: src/gui/uifiles/settings_window.ui:2007
#: src/gui/uifiles/settings_window.ui:2022
#: src/gui/uifiles/settings_window.ui:2037
#: src/gui/uifiles/settings_window.ui:2237
#: src/gui/uifiles/settings_window.ui:2316
msgid "Use it as default"
msgstr "作为缺省"

#: src/gui/uifiles/settings_window.ui:2011
#: src/gui/uifiles/settings_window.ui:2026
#: src/gui/uifiles/settings_window.ui:2041
msgid "Use the chosen master as default file in the Calibration tab"
msgstr "在“校准”标签中使用选定的主文件作为缺省文件"

#: src/gui/uifiles/settings_window.ui:2055
msgid "Master-flat:"
msgstr "主平场帧："

#: src/gui/uifiles/settings_window.ui:2067
msgid "Master-bias:"
msgstr "主偏置帧:"

#: src/gui/uifiles/settings_window.ui:2079
msgid "Master-dark:"
msgstr "主暗场帧："

#: src/gui/uifiles/settings_window.ui:2090
msgid ""
"Instead of an image, you can also specify a uniform level to be subtracted, "
"starting with an \"=\" sign, such as =256 or =64*$OFFSET"
msgstr ""
"除了使用偏置帧以外，您也可以指定一个用于被扣除的统一值。以\"=\"开头，比如 "
"=256 或者 =64*$OFFSET"

#: src/gui/uifiles/settings_window.ui:2104
msgid ""
"Choose a master-bias that can be used as generic master-bias by clicking on "
"the button \"Use it as default\""
msgstr "选择一张主偏置帧，单击“作为缺省”按钮以将其作为缺省主偏置帧"

#: src/gui/uifiles/settings_window.ui:2126
msgid ""
"Choose a master-dark that can be used as generic master-dark by clicking on "
"the button \"Use it as default\"."
msgstr "选择一张主暗场帧，单击“作为缺省”按钮以将其作为缺省主暗场帧。"

#: src/gui/uifiles/settings_window.ui:2148
msgid ""
"Choose a master-flat that can be used as generic master-flat by clicking on "
"the button \"Use it as default\"."
msgstr "选择一张主平场帧，单击“作为缺省”按钮以将其作为缺省主平场帧。"

#: src/gui/uifiles/settings_window.ui:2194
msgid "Master-distortion:"
msgstr "总和畸变："

#: src/gui/uifiles/settings_window.ui:2218
msgid ""
"Choose a master-distortion that can be used as generic master-distortion by "
"clicking on the button \"Use it as default\"."
msgstr "选择一张总和畸变，单击“作为缺省”按钮以将其作为缺省总和畸变。"

#: src/gui/uifiles/settings_window.ui:2241
msgid "Use the chosen master as default file in the Astrometry dialog"
msgstr "将选定的文件作为天体测量对话框的默认文件"

#: src/gui/uifiles/settings_window.ui:2258
msgid "Dark/Bias/Flat/Distortion Libraries"
msgstr "暗场/偏置/平场/畸变库"

#: src/gui/uifiles/settings_window.ui:2288
msgid "Default name:"
msgstr "缺省名称:"

#: src/gui/uifiles/settings_window.ui:2300
msgid ""
"The default name to be used to name stacking result.\n"
"This can be an expression that uses the keyword $seqname$ which will be "
"parsed as the current sequence name at the end of stacking operation.\n"
"Example: $seqname$stacked would produce \"r_pp_light_stacked\" for a "
"sequence named \"r_pp_light_\" (this is the default behavior is nothing is "
"specicified).\n"
"If sequence name does not have the suffix \"_\", it is automatically added"
msgstr ""
"用于命名叠加结果的缺省名称。\n"
"这可以是使用关键字 $seqname$ 的表达式，该关键字将在叠加操作结束时赋值为当前序"
"列名称。\n"
"示例：$seqname$stacked 将导致名为“r_pp_light_”的序列生"
"成“r_pp_light_stacked”（若没有指定任何内容，这将是缺省行为）。\n"
"如果序列名称没有后缀“_”，则自动添加"

#: src/gui/uifiles/settings_window.ui:2320
msgid "Use this name as default in the Stacking tab"
msgstr "在“叠加”标签中使用此名称作为缺省名"

#: src/gui/uifiles/settings_window.ui:2338
msgid "Stacking default"
msgstr "叠加缺省名"

#: src/gui/uifiles/settings_window.ui:2355
msgid ""
"If your X-Trans model is not recognized, you can also enter the coordinate "
"values ​​of the AF square and the sample. For more information you can contact "
"us on our forum."
msgstr ""
"如果无法识别 X-Trans 模式，您还可以输入 AF 正方形和样本的坐标值。欲了解更多信"
"息，您可以在我们的论坛上与我们联系。"

#: src/gui/uifiles/settings_window.ui:2376
msgid "AF pixels:"
msgstr "AF 像素:"

#: src/gui/uifiles/settings_window.ui:2396
#: src/gui/uifiles/settings_window.ui:2532
msgid "x:"
msgstr "x:"

#: src/gui/uifiles/settings_window.ui:2408
#: src/gui/uifiles/settings_window.ui:2544
msgid "w:"
msgstr "w:"

#: src/gui/uifiles/settings_window.ui:2420
#: src/gui/uifiles/settings_window.ui:2556
msgid "h:"
msgstr "h:"

#: src/gui/uifiles/settings_window.ui:2432
#: src/gui/uifiles/settings_window.ui:2568
msgid "y:"
msgstr "y:"

#: src/gui/uifiles/settings_window.ui:2512
msgid "Sample pixels:"
msgstr "样本像素:"

#: src/gui/uifiles/settings_window.ui:2646
msgid "Fix Xtrans files"
msgstr "Fix Xtrans 文件"

#: src/gui/uifiles/settings_window.ui:2677
#: src/gui/uifiles/settings_window.ui:3195 src/gui/uifiles/siril.ui:2569
#: src/gui/uifiles/siril.ui:2644 src/gui/uifiles/siril.ui:2730
msgid "Photometry"
msgstr "测光"

#: src/gui/uifiles/settings_window.ui:2709
msgid "Inner radius: "
msgstr "内半径: "

#: src/gui/uifiles/settings_window.ui:2721
msgid "Outer radius:"
msgstr "外半径："

#: src/gui/uifiles/settings_window.ui:2732
msgid ""
"Inner radius of the annulus used to measure local background. Default value "
"is 20.00."
msgstr "用于测量局部背景的环形内半径。缺省值为20.00。"

#: src/gui/uifiles/settings_window.ui:2752
msgid ""
"Outer radius of the annulus used to measure local background. Default value "
"is 30.00."
msgstr "用于测量局部背景的环形外半径。缺省值为30.00。"

#: src/gui/uifiles/settings_window.ui:2776
msgid "Background Annulus"
msgstr "背景环形域"

#: src/gui/uifiles/settings_window.ui:2810
msgid "Aperture radius:"
msgstr "孔径圆形半径："

#: src/gui/uifiles/settings_window.ui:2821
msgid "Aperture radius where the flux is measured."
msgstr "测量光通量用的孔径圆形半径。"

#: src/gui/uifiles/settings_window.ui:2839
msgid "Automatic with a Radius/half-FWHM ratio of:"
msgstr "自动，半径/半FWHM 比率为："

#: src/gui/uifiles/settings_window.ui:2843
msgid ""
"Check this option to have Siril automatically calculate the aperture radius "
"with the specified radius/half-FWHM ratio. When unchecked, you can set a "
"fixed radius value in the box below."
msgstr ""
"勾选此选项可让 Siril 自动计算具有指定半径/半FWHM 比率的孔径半径。取消勾选时，"
"您可以在下面的框中设置固定半径值。"

#: src/gui/uifiles/settings_window.ui:2858
msgid "Radius/half-FWHM ratio"
msgstr "半径/半FWHM 比率"

#: src/gui/uifiles/settings_window.ui:2882
msgid "Flux Aperture"
msgstr "光通量孔径"

#: src/gui/uifiles/settings_window.ui:2918
msgid "Min. pixel value:"
msgstr "最小像素值:"

#: src/gui/uifiles/settings_window.ui:2930
msgid "Max. pixel value:"
msgstr "最大像素值:"

#: src/gui/uifiles/settings_window.ui:2941
msgid "Bad pixels have value equal to or less than."
msgstr "小于等于此值视为坏像素点。"

#: src/gui/uifiles/settings_window.ui:2959
msgid "Overexposed pixels have value equal to or greater than."
msgstr "大于等于此值视为过曝像素点。"

#: src/gui/uifiles/settings_window.ui:2982
msgid "Pixel Value Range"
msgstr "像素取值范围"

#: src/gui/uifiles/settings_window.ui:3015
msgid "A/D converter gain in electrons per ADU. Default value is 2.300."
msgstr "A/D转换的增益，单位为电子/ADU。缺省值为2.300。"

#: src/gui/uifiles/settings_window.ui:3036
msgid "ADC gain:"
msgstr "ADC增益："

#: src/gui/uifiles/settings_window.ui:3051
msgid "Camera"
msgstr "相机"

#: src/gui/uifiles/settings_window.ui:3085
msgid "siril-spcc-database repository:"
msgstr "Siril-spcc-数据库仓库："

#: src/gui/uifiles/settings_window.ui:3094
msgid "Enable repository"
msgstr "启用仓库"

#: src/gui/uifiles/settings_window.ui:3098
msgid ""
"Enable the git repository. This provides the filter and sensor data required "
"to use SPCC.\n"
"It is strongly recommended to leave this enabled. If you choose not to use "
"the repository, you will need to download the .json files manually and "
"unpack them into the repository path shown below in order to use SPCC."
msgstr ""
"启用 git 仓库。这提供了使用 SPCC 所需的滤镜和传感器数据。\n"
"强烈建议启用此功能。如果您选择不使用仓库，则需要手动下载 .json 文件并将其解压"
"到如下所示的仓库路径中才能使用 SPCC。"

#: src/gui/uifiles/settings_window.ui:3114
msgid "Repository path:"
msgstr "仓库路径："

#: src/gui/uifiles/settings_window.ui:3125
msgid ""
"If you disable the repository, any SPCC data json files you need must be "
"placed in this directory."
msgstr "如果禁用仓库，则您需要的任何 SPCC 数据 json 文件都必须放置在此目录中。"

#: src/gui/uifiles/settings_window.ui:3137
msgid "Sync at startup"
msgstr "启动时同步"

#: src/gui/uifiles/settings_window.ui:3141
msgid "Synchronise the repository at Siril startup."
msgstr "在 Siril 启动时同步仓库。"

#: src/gui/uifiles/settings_window.ui:3153
msgid "Manual sync"
msgstr "手动同步"

#: src/gui/uifiles/settings_window.ui:3157
msgid "Manually synchronise the repository"
msgstr "手动同步仓库"

#: src/gui/uifiles/settings_window.ui:3179
msgid "Spectrophotometric Calibration"
msgstr "分光光度色彩校准"

#: src/gui/uifiles/settings_window.ui:3209
#: src/gui/uifiles/settings_window.ui:3320
msgid "Analysis Tools"
msgstr "分析工具"

#: src/gui/uifiles/settings_window.ui:3241
msgid ""
"Defines the size of the panel used for the mosaic. This size is expressed in "
"pixels. The higher you set the value, the more stars you will see, but at a "
"lower resolution."
msgstr ""
"定义马赛克每一块的尺寸。此尺寸以像素表示。设置的值越高，您看到的星点就越多，"
"但分辨率越低。"

#: src/gui/uifiles/settings_window.ui:3260
msgid "Panel size (px):"
msgstr "面板尺寸（像素）："

#: src/gui/uifiles/settings_window.ui:3272
msgid "Window size (px):"
msgstr "窗口尺寸（像素）："

#: src/gui/uifiles/settings_window.ui:3283
msgid "Defines the size of the window."
msgstr "定义窗口尺寸。"

#: src/gui/uifiles/settings_window.ui:3305
msgid "<b>Aberration Inspector</b>"
msgstr "<b>像差检查器</b>"

#: src/gui/uifiles/settings_window.ui:3334
#: src/gui/uifiles/settings_window.ui:4079
msgid "User Interface"
msgstr "用户界面"

#: src/gui/uifiles/settings_window.ui:3370
#: src/gui/uifiles/settings_window.ui:3446
msgid ""
"Change the theme of the interface. This feature may not work on all "
"architectures."
msgstr "更改界面主题风格。该功能不保证在所有的平台上都奏效。"

#: src/gui/uifiles/settings_window.ui:3374 src/core/siril_language.c:157
msgid "System Language"
msgstr "系统语言"

#: src/gui/uifiles/settings_window.ui:3384
msgid "Language (restart required)"
msgstr "语言（需要重启）"

#: src/gui/uifiles/settings_window.ui:3416
msgid ""
"Set the scale of the fonts. 90 is the smallest scale you can have while the "
"maximum is at 150."
msgstr "设置字体缩放比例，最小90最大150。"

#: src/gui/uifiles/settings_window.ui:3435
msgid "Font scale:"
msgstr "字体缩放:"

#: src/gui/uifiles/settings_window.ui:3449
msgid "Dark theme"
msgstr "暗色主题"

#: src/gui/uifiles/settings_window.ui:3450
msgid "Light theme"
msgstr "亮色主题"

#: src/gui/uifiles/settings_window.ui:3462
msgid "Symbolic icons"
msgstr "简约图标"

#: src/gui/uifiles/settings_window.ui:3485
msgid "Look and Feel (restart required)"
msgstr "外观（需要重启）"

#: src/gui/uifiles/settings_window.ui:3506
msgid "Remember window size and position"
msgstr "记住窗口尺寸和位置"

#: src/gui/uifiles/settings_window.ui:3510
msgid ""
"Remember position and size of image displaying windows. This feature may not "
"work on all architectures."
msgstr "记住已打开窗口的位置和尺寸。该功能不保证在所有的平台上都奏效。"

#: src/gui/uifiles/settings_window.ui:3523
msgid "Windows"
msgstr "窗口"

#: src/gui/uifiles/settings_window.ui:3553
msgid "Show thumbnails in file chooser"
msgstr "文件选择窗显示缩略图"

#: src/gui/uifiles/settings_window.ui:3557
msgid ""
"Show preview, if possible, in the file chooser dialog box when opening an "
"unique file."
msgstr "打开文件时在文件选择窗显示预览（如果可用）。"

#: src/gui/uifiles/settings_window.ui:3574
msgid "Size of thumbnails:"
msgstr "缩略图尺寸:"

#: src/gui/uifiles/settings_window.ui:3587
msgid "Small (128x128)"
msgstr "小 (128x128)"

#: src/gui/uifiles/settings_window.ui:3588
msgid "Normal (256x256)"
msgstr "中 (256x256)"

#: src/gui/uifiles/settings_window.ui:3589
msgid "Large (512x512)"
msgstr ""

#: src/gui/uifiles/settings_window.ui:3605
msgid "Image Thumbnails"
msgstr "缩略图"

#: src/gui/uifiles/settings_window.ui:3639
msgid "Default screen transfer function:"
msgstr "缺省屏幕变换函数："

#: src/gui/uifiles/settings_window.ui:3653
#: src/gui/uifiles/settings_window.ui:3722 src/gui/uifiles/siril.ui:574
msgid "Logarithm"
msgstr "对数"

#: src/gui/uifiles/settings_window.ui:3654 src/gui/uifiles/siril.ui:585
msgid "Square root"
msgstr "方根"

#: src/gui/uifiles/settings_window.ui:3655 src/gui/uifiles/siril.ui:596
msgid "Squared"
msgstr "平方"

#: src/gui/uifiles/settings_window.ui:3656 src/gui/uifiles/siril.ui:607
msgid "Asinh"
msgstr "反双曲正弦"

#: src/gui/uifiles/settings_window.ui:3657
msgid "Autostretch"
msgstr "自动拉伸"

#: src/gui/uifiles/settings_window.ui:3658 src/gui/uifiles/siril.ui:639
msgid "Histogram"
msgstr "直方图"

#: src/gui/uifiles/settings_window.ui:3674
msgid "Image Display"
msgstr "图像显示"

#: src/gui/uifiles/settings_window.ui:3708
msgid "Default display mode:"
msgstr "缺省显示模式："

#: src/gui/uifiles/settings_window.ui:3738
msgid "Histogram Display"
msgstr "直方图显示"

#: src/gui/uifiles/settings_window.ui:3772
msgid "Type of selection:"
msgstr "选择类型："

#: src/gui/uifiles/settings_window.ui:3783
msgid ""
"Sets the method of selecting a ROI.\n"
"<b>Manual</b> requires the ROI to be selected and cleared manually using the "
"right mouse button menu.\n"
"<b>Automatic</b> automatically synchronises the ROI with the current "
"selection, and clears it when the selection is cleared."
msgstr ""
"设置选择 ROI 的方法。\n"
"<b>手动</b>需要使用鼠标右键菜单手动选择和清除 ROI。\n"
"<b>自动</b>自动将 ROI 与当前选择同步，并在清除选择时清除 ROI。"

#: src/gui/uifiles/settings_window.ui:3788
msgid "Manual"
msgstr "手动"

#: src/gui/uifiles/settings_window.ui:3789
msgid "Automatic from selection"
msgstr "自动选择"

#: src/gui/uifiles/settings_window.ui:3805
msgid "Region of Interest"
msgstr "感兴趣区域（ROI）"

#: src/gui/uifiles/settings_window.ui:3838
msgid "Middle button double click"
msgstr "双击中键"

#: src/gui/uifiles/settings_window.ui:3851
msgid "Zoom to fit"
msgstr "缩放到适合"

#: src/gui/uifiles/settings_window.ui:3852
msgid "Zoom 100% centred on mouse"
msgstr "以鼠标为中心缩放 100%"

#: src/gui/uifiles/settings_window.ui:3853
msgid "Zoom toggles between fit and 100%"
msgstr "缩放在适合和 100% 之间切换"

#: src/gui/uifiles/settings_window.ui:3863
msgid "Configure mouse button actions"
msgstr "配置鼠标按键动作"

#: src/gui/uifiles/settings_window.ui:3867
msgid "Open the mouse action configuration dialog"
msgstr "打开鼠标动作配置对话框"

#: src/gui/uifiles/settings_window.ui:3886
msgid "Mouse Behaviour"
msgstr "鼠标行为"

#: src/gui/uifiles/settings_window.ui:3933
msgid "Background extraction samples:"
msgstr "背景提取的样本："

#: src/gui/uifiles/settings_window.ui:3945
msgid "Standard annotations:"
msgstr "标准标注："

#: src/gui/uifiles/settings_window.ui:3957
msgid "Deep Sky Object (user) annotations:"
msgstr "深空天体（用户）标注："

#: src/gui/uifiles/settings_window.ui:3969
msgid "Solar System Object (user) annotations:"
msgstr "太阳系天体（用户）标注："

#: src/gui/uifiles/settings_window.ui:3981
msgid "Temporary Object (user) annotations:"
msgstr "临时天体（用户）标注："

#: src/gui/uifiles/settings_window.ui:4052
msgid "Overlay Colors"
msgstr "覆盖色彩"

#: src/gui/uifiles/settings_window.ui:4119
msgid "This section contains options relating to working color spaces"
msgstr "本节包含与工作色彩空间相关的选项"

#: src/gui/uifiles/settings_window.ui:4135
msgid ""
"This selects the family of RGB profiles that will be used throughout most of "
"the workflow. For a discussion of which gamut to pick, see the Color "
"Management section of the manual."
msgstr ""
"该选择将在大部分工作流程中使用 RGB 特性文件系列。有关选择哪个色域的讨论，请参"
"阅手册的色彩管理部分。"

#: src/gui/uifiles/settings_window.ui:4137
msgid "Preferred Color Space:"
msgstr "首选的色彩空间:"

#: src/gui/uifiles/settings_window.ui:4148
msgid ""
"This sets your preferred family of color spaces for use as working color "
"spaces: it comprises a RGB color profile and a matching Gray color profile. "
"This preference is used by the auto conversion / assignment options and can "
"also be used by the file export options."
msgstr ""
"这将设置您首选的色彩空间以用作工作色彩空间：它包含 RGB 色彩特性文件和匹配的灰"
"度色彩特性文件。此首选项由自动转换/分配选项使用，也可由文件导出选项使用。"

#: src/gui/uifiles/settings_window.ui:4151
#: src/gui/uifiles/settings_window.ui:4520
#: src/gui/uifiles/settings_window.ui:4600 src/core/icc_profile.c:1575
msgid "sRGB"
msgstr "sRGB"

#: src/gui/uifiles/settings_window.ui:4152
msgid "Rec2020"
msgstr "Rec2020"

#: src/gui/uifiles/settings_window.ui:4153
msgid "From files"
msgstr "来自文件"

#: src/gui/uifiles/settings_window.ui:4168
msgid ""
"Show the CIE1931 xy space and a representation of various color gamuts "
"within it."
msgstr "显示 CIE1931 xy 空间以及其中各种色域的表示。"

#: src/gui/uifiles/settings_window.ui:4180
msgid ""
"Use these opions together with the \"From files\" option for Preferred Color "
"Spaces above."
msgstr "将这些选项与上述首选色彩空间的“来自文件”选项一起使用。"

#: src/gui/uifiles/settings_window.ui:4183
msgid "External color profiles:"
msgstr "外部色彩特性文件："

#: src/gui/uifiles/settings_window.ui:4195
msgid ""
"This should be an ICC profile in your preferred gamut with the color space's "
"native nonlinear tone response curve."
msgstr ""
"这应该是您首选色域中的 ICC 色彩特性文件，具有色彩空间的原生非线性色调响应曲"
"线。"

#: src/gui/uifiles/settings_window.ui:4197
msgid "RGB ICC profile"
msgstr "RGB ICC色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4208
msgid ""
"This should be a Gray ICC profile with a tone response curve that matches "
"that of the nonlinear TRC profile you set above."
msgstr ""
"这应该是一个灰度 ICC 色彩特性文件，其色调响应曲线与您上面设置的非线性 TRC 特"
"性文件的曲线相匹配。"

#: src/gui/uifiles/settings_window.ui:4210
msgid "Gray ICC profile"
msgstr "灰度 ICC 色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4222
msgid ""
"Use this together with the \"From files\" option above. This should be a RGB "
"ICC profile in your preferred color gamut (e.g. ProPhoto, ClayRGB, ACEScg "
"etc.)"
msgstr ""
"将此选项与上面的“来自文件”选项一起使用。这应该是您首选色域中的 RGB ICC 色彩特"
"性文件（例如 ProPhoto、ClayRGB、ACEScg 等）"

#: src/gui/uifiles/settings_window.ui:4236
msgid ""
"Use this together with the \"From files\" option above. This should be a "
"Gray (mono) ICC profile with a tone response curve that matches that of the "
"RGB profile you set above."
msgstr ""
"将此选项与上面的“来自文件”选项一起使用。这应该是一个灰度（单色）ICC 色彩特性"
"文件，其色调响应曲线与您上面设置的 RGB 特性文件相匹配。"

#: src/gui/uifiles/settings_window.ui:4253
msgid "Working Color Spaces"
msgstr "工作色彩空间"

#: src/gui/uifiles/settings_window.ui:4286
msgid "Custom monitor profile:"
msgstr "自定义显示器特性文件："

#: src/gui/uifiles/settings_window.ui:4298
msgid ""
"To use a custom monitor ICC profile, set it here. If no custom profile is "
"set, sRGB with D65 white point and gamma = 2.2 will be used."
msgstr ""
"要使用自定义显示器 ICC 色彩特性文件，请在此处进行设置。如果未设置自定义特性文"
"件，则将使用具有 D65 白点和 gamma = 2.2 的 sRGB。"

#: src/gui/uifiles/settings_window.ui:4311
msgid ""
"Specify an output device profile for soft proofing purposes. If this is not "
"set or is inactive, the monitor profile (or sRGB by default) will be used as "
"the soft proofing target."
msgstr ""
"指定用于软打样目的的输出设备特性文件。如果未设置或未启用状态，则显示器特性文"
"件（默认情况下为 sRGB）将用作软打样目标。"

#: src/gui/uifiles/settings_window.ui:4325
msgid "Output device proofing profile:"
msgstr "输出设备打样特性文件："

#: src/gui/uifiles/settings_window.ui:4338
msgid "Rendering intent:"
msgstr "渲染意图："

#: src/gui/uifiles/settings_window.ui:4349
msgid "Select the display intent. The default is perceptual rendering."
msgstr "选择颜色渲染显示意图。默认值是可感知。"

#: src/gui/uifiles/settings_window.ui:4352
#: src/gui/uifiles/settings_window.ui:4550
msgid "Perceptual"
msgstr "可感知"

#: src/gui/uifiles/settings_window.ui:4353
#: src/gui/uifiles/settings_window.ui:4551
msgid "Relative Colorimetric"
msgstr "相对比色"

#: src/gui/uifiles/settings_window.ui:4354
#: src/gui/uifiles/settings_window.ui:4552
msgid "Saturation"
msgstr "维持饱和度"

#: src/gui/uifiles/settings_window.ui:4355
#: src/gui/uifiles/settings_window.ui:4553
msgid "Absolute Colorimetric"
msgstr "绝对比色"

#: src/gui/uifiles/settings_window.ui:4366
msgid "Black point compensation"
msgstr "黑点补偿"

#: src/gui/uifiles/settings_window.ui:4370
msgid ""
"Enable BPC for rendering. This is not normally required but may be useful if "
"an image has a malformed source profile."
msgstr ""
"启用黑点补偿进行渲染。通常不必这么做，但如果图像具有格式错误的源色彩特性文"
"件，这可能会很有用。"

#: src/gui/uifiles/settings_window.ui:4389
msgid "Clear the profile and revert to the default"
msgstr "清除特性文件并恢复为默认值"

#: src/gui/uifiles/settings_window.ui:4400
#: src/gui/uifiles/settings_window.ui:4441
msgid "active"
msgstr "启用"

#: src/gui/uifiles/settings_window.ui:4404
msgid ""
"Whether or not to use the custom monitor profile. This will take effect when "
"Apply is clicked. The setting is ignored if no custom monitor profile is set."
msgstr ""
"是否使用自定义显示器色彩特性文件。单击“应用”后，这将生效。如果未设置自定义显"
"示器特性文件，则该设置将被忽略。"

#: src/gui/uifiles/settings_window.ui:4430
msgid "Clear the profile: soft proofing will be unavailable"
msgstr "清除色彩特性文件：软打样将不可用"

#: src/gui/uifiles/settings_window.ui:4445
msgid ""
"Whether or not to use the custom soft proofing profile. This will take "
"effect when Apply is clicked. The setting is ignored if no custom monitor "
"profile is set."
msgstr ""
"是否使用自定义软打样色彩特性文件。单击“应用”后，这将生效。如果未设置自定义显"
"示器特性文件，则该设置将被忽略。"

#: src/gui/uifiles/settings_window.ui:4469
msgid "Custom Profiles"
msgstr "自定义色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4486
msgid ""
"This section contains settings affecting how color spaces are applied to "
"saved files\n"
"\n"
"These options do not affect the profiles saved in FITS files, which is "
"configured in FITS Options"
msgstr ""
"此部分包含影响色彩空间如何应用于已保存文件的设置\n"
"\n"
"这些选项不会影响保存在 FITS 文件中的特性文件，这些特性文件是在 FITS 选项中配"
"置的"

#: src/gui/uifiles/settings_window.ui:4505
msgid "Export high bit depth images using:"
msgstr "使用以下方法导出高位深图像："

#: src/gui/uifiles/settings_window.ui:4516
msgid ""
"Selects which color space to export >8bpp bit depth images to. The ICC color "
"profile will be embedded in the file.\n"
"Note: if the format does not support ICC profile embedding, images will "
"always be exported as sRGB."
msgstr ""
"选择用于导出大于 8bpp 位深图像的色彩空间。 ICC 色彩特性文件将嵌入到文件中。\n"
"注意：如果格式不支持 ICC 色彩特性文件嵌入，则图像将始终导出为 sRGB。"

#: src/gui/uifiles/settings_window.ui:4521
#: src/gui/uifiles/settings_window.ui:4601
msgid "Working gamut"
msgstr "工作色域"

#: src/gui/uifiles/settings_window.ui:4522
#: src/gui/uifiles/settings_window.ui:4602
msgid "Image's current ICC profile"
msgstr "图像当前的 ICC 色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4536
msgid "Conversion and export intent:"
msgstr "转换和导出意图："

#: src/gui/uifiles/settings_window.ui:4547
msgid "Select the color management intent for conversion / export"
msgstr "选择转换/导出的色彩管理意图"

#: src/gui/uifiles/settings_window.ui:4564
msgid "Treat non color-managed files as sRGB for export to supported formats"
msgstr "将无色彩管理的文件视为 sRGB 以导出为支持的格式"

#: src/gui/uifiles/settings_window.ui:4568
msgid ""
"For files with no assigned color profile, when exporting to TIFF / PNG / "
"JPG, embed a sRGB (or Gray with sRGB TRC) ICC profile. This does not give a "
"true color managed workflow and is not guaranteed to give consistent color "
"reproduction when opening the exported files in other applications.\n"
"If this option is unchecked, no ICC profile will be embedded."
msgstr ""
"对于没有指定色彩特性的文件，在导出为 TIFF / PNG / JPG 时，嵌入 sRGB（或带有 "
"sRGB TRC 的灰度）ICC 色彩特性文件。这不能提供真正的色彩管理工作流程，并且不能"
"保证在其他应用程序中打开导出的文件时提供一致的色彩再现。\n"
"如果未选中此选项，则不会嵌入 ICC 色彩特性文件。"

#: src/gui/uifiles/settings_window.ui:4585
msgid "Export 8-bit images using:"
msgstr "导出 8 位图像时使用："

#: src/gui/uifiles/settings_window.ui:4596
msgid ""
"Selects which color space to export 8-bit images to, if the format supports "
"ICC profiles. The ICC color profile will be embedded in the file.\n"
"Note: if the format does not support ICC profile embedding, images will "
"always be exported as sRGB."
msgstr ""
"如果格式支持 ICC 色彩特性文件，则选择用于导出 8 位图像的色彩空间。 ICC 色彩特"
"性将嵌入到文件中。\n"
"注意：如果格式不支持 ICC 色彩特性文件嵌入，则图像将始终导出为 sRGB。"

#: src/gui/uifiles/settings_window.ui:4619
msgid "File Import / Export Options"
msgstr "文件导入/导出选项"

#: src/gui/uifiles/settings_window.ui:4653
msgid "Auto assign working color space:"
msgstr "自动分配工作色彩空间："

#: src/gui/uifiles/settings_window.ui:4666
msgid "Convert other color profiles to the working profile?"
msgstr "将其他色彩特性文件转换为工作中的特性文件？"

#: src/gui/uifiles/settings_window.ui:4677
msgid ""
"This option sets the behaviour if an image is loaded and it already contains "
"an ICC profile."
msgstr "此选项设置加载图像且图像已包含 ICC 色彩特性文件时的行为。"

#: src/gui/uifiles/settings_window.ui:4680
#: src/gui/uifiles/settings_window.ui:4734
msgid "Never"
msgstr "从不"

#: src/gui/uifiles/settings_window.ui:4681
msgid "Ask every time"
msgstr "每次询问"

#: src/gui/uifiles/settings_window.ui:4682
msgid "Always"
msgstr "总是"

#: src/gui/uifiles/settings_window.ui:4692
msgid "On load"
msgstr "加载"

#: src/gui/uifiles/settings_window.ui:4706
msgid "On stacking"
msgstr "叠加"

#: src/gui/uifiles/settings_window.ui:4720
msgid "On stretching"
msgstr "拉伸"

#: src/gui/uifiles/settings_window.ui:4749
msgid "Output of RGB composition / PixelMath"
msgstr "输出RGB合成 / PixelMath"

#: src/gui/uifiles/settings_window.ui:4763
msgid "Pedantically assign linear ICC profiles"
msgstr "学术式地分配线性 ICC 色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4767
msgid ""
"When assigning an ICC image to:\n"
"* a loaded image that doesn't show stretches in HISTORY\n"
"* a newly composed image\n"
"* a newly stacked image\n"
"assign a linear ICC profile. This is technically correct but generally "
"unnecessary."
msgstr ""
"将 ICC 图像分配给：\n"
"* 加载中的图像在历史记录中不显示拉伸\n"
"* 新合成的图像\n"
"* 新叠加的图像\n"
"分配线性 ICC 色彩特性文件。这在技术上是正确的，但通常是不必要的。"

#: src/gui/uifiles/settings_window.ui:4788
msgid "Auto Conversion / Assignment Options"
msgstr "自动转换/分配选项"

#: src/gui/uifiles/settings_window.ui:4824
#: src/gui/uifiles/settings_window.ui:4855
msgid "Color Matching Functions"
msgstr "颜色匹配函数"

#: src/gui/uifiles/settings_window.ui:4837
msgid "CIE 1931 2 degree standard observer"
msgstr "CIE 1931 标准观察者（2度视场）"

#: src/gui/uifiles/settings_window.ui:4838
msgid "CIE 1964 10 degree supplementary standard observer"
msgstr "CIE 1964 标准观察者（10度补充视场）"

#: src/gui/uifiles/settings_window.ui:4881
msgid "Export built-in profiles"
msgstr "导出内置色彩特性文件"

#: src/gui/uifiles/settings_window.ui:4885
msgid ""
"Export the built-in profiles to the working directory. Elle Stone's profiles "
"are distributed with the CC BY-SA-3.0 licence. As they are built into the "
"Siril binary, this export function serves to comply with the \"share-alike\" "
"provision of the licence."
msgstr ""
"将内置色彩特性文件导出到工作目录。 Elle Stone 的个人资料是通过 CC BY-SA-3.0 "
"许可证分发的。由于它们内置于 Siril 二进制文件中，因此此导出功能旨在遵守许可证"
"的“相同方式共享”条款。"

#: src/gui/uifiles/settings_window.ui:4902
msgid "<b>Built-in Profiles</b>"
msgstr "<b>内置色彩特性文件</b>"

#: src/gui/uifiles/settings_window.ui:4943
#: src/gui/uifiles/settings_window.ui:5395 src/gui/uifiles/siril.ui:10614
msgid "Scripts"
msgstr "脚本"

#: src/gui/uifiles/settings_window.ui:4974
msgid ""
"The paths written in this text box will be checked in order to load scripts "
"that have been put inside. Write a path per line with as many lines you "
"want. However you have to keep in mind that more paths are checked the "
"longer is the startup."
msgstr ""
"该文本窗口中的路径用于载入脚本文件。每行存放一个路径，行数不限。注意：路径越"
"多，启动时间越长。"

#: src/gui/uifiles/settings_window.ui:4987
msgid "<b>Scripts Storage Directories</b>"
msgstr "<b>脚本存放目录</b>"

#: src/gui/uifiles/settings_window.ui:5004
msgid "Rescans the scripts folders and updates scripts menu."
msgstr "重新扫描脚本目录以更新脚本菜单。"

#: src/gui/uifiles/settings_window.ui:5035
msgid "Show warning before script execution"
msgstr "脚本运行前显示警告"

#: src/gui/uifiles/settings_window.ui:5051
msgid "\"Requires\" command is mandatory in scripts"
msgstr "强制脚本中需有“Requires”命令"

#: src/gui/uifiles/settings_window.ui:5055
msgid ""
"If this option is checked, scripts cannot be executed without the "
"\"requires\" command. That ensures the compatibility between scripts and "
"Siril.\n"
"\n"
"<span foreground=\"red\"><b>WARNING: uncheck this option only if you know "
"what you are doing!</b></span>"
msgstr ""
"如果勾选此项，不含“requires”命令的脚本无法执行。这样可以确保脚本和Siril的兼容"
"性。\n"
"\n"
"<span foreground=\"red\"><b>警告：只在你明确知道你在干什么的情况才可以改变此"
"设置！</b></span>"

#: src/gui/uifiles/settings_window.ui:5076
#: src/gui/uifiles/settings_window.ui:6022
msgid "Warning Dialogs"
msgstr "警告对话框"

#: src/gui/uifiles/settings_window.ui:5104
msgid "Enable use of the siril-scripts online repository"
msgstr "启用 Siril-scripts 在线仓库的使用"

#: src/gui/uifiles/settings_window.ui:5108
msgid ""
"Siril will fetch and update scripts from the official siril-scripts "
"repository. These will be available offline and specific scripts can be "
"selected for adding to the Scripts menu.\n"
"\n"
"<b>Note:</b>\n"
"Activating the repository will take place immediately, so that you can "
"select scripts once the list populates. Deactivating the repository will "
"only take place when the Apply button is clicked, in the usual way."
msgstr ""
"Siril 将从官方 Siril-scripts 仓库获取并更新脚本。这些将可以离线使用，并且可以"
"选择特定脚本来添加到“脚本”菜单中。\n"
"\n"
"<b>注：</b>\n"
"激活仓库将立即发生，以便您可以在列表填充后选择脚本。仅当以通常的方式单击“应"
"用”按钮时才会停用仓库。"

#: src/gui/uifiles/settings_window.ui:5130
msgid "Automatic updates"
msgstr "自动更新"

#: src/gui/uifiles/settings_window.ui:5134
msgid "Automatically update the repository at startup."
msgstr "启动时自动更新仓库。"

#: src/gui/uifiles/settings_window.ui:5146
msgid "Manual update"
msgstr "手动更新"

#: src/gui/uifiles/settings_window.ui:5151
msgid ""
"Update the scripts repository now. If there are any pending changes, the "
"commit messages will be shown and you will be asked to confirm applying the "
"changes."
msgstr ""
"立即更新脚本仓库。如果有任何待处理的更改，将显示提交消息，并要求您确认应用更"
"改。"

#: src/gui/uifiles/settings_window.ui:5179
msgid ""
"Type here to filter the list of scripts. The search matches any part of the "
"script name. Filtering is case-insensitive and updates instantly as you type."
msgstr ""

#: src/gui/uifiles/settings_window.ui:5207
#, fuzzy
msgid ""
"List of available scripts. Selected scripts will be made available via the "
"Scripts menu. Double-click a row to open the script in the Script Editor. "
"(This can be used to make and save local changes to a script.)\n"
"To open an older revision (e.g. to get an older version after a bad script "
"update) right click on a row."
msgstr ""
"可用脚本列表。所选脚本将通过脚本菜单提供。双击某行可在脚本编辑器中打开相应脚"
"本。（此操作用于对脚本进行局部修改并保存。）"

#: src/gui/uifiles/settings_window.ui:5224
msgid "Category"
msgstr "类别"

#: src/gui/uifiles/settings_window.ui:5240
msgid "Script"
msgstr "脚本"

#: src/gui/uifiles/settings_window.ui:5256
msgid "Type"
msgstr "类型"

#: src/gui/uifiles/settings_window.ui:5307
msgid "<b>Siril Scripts Repository</b>"
msgstr "<b>Siril 脚本仓库</b>"

#: src/gui/uifiles/settings_window.ui:5340
msgid "Reset python venv"
msgstr "重置python虚拟环境"

#: src/gui/uifiles/settings_window.ui:5344
msgid ""
"<b>WARNING!!</b> <i>This will kill all running python scripts and reset the "
"virtual environment \"venv\" directory to an as-new state. Any modules that "
"have been installed by scripts will require re-installation.</i>\n"
"\n"
"This is normally not necessary but is provided as a last resort to restore "
"the venv to a pristine state as an aid to troubleshooting."
msgstr ""
"<b>警告！！</b> <i>这将终止所有正在运行的Python脚本，并将虚拟环境目录"
"\"venv\"重置为全新状态。由脚本安装的所有模块都将需要重新安装。</i>\n"
"\n"
"通常不必这么做。这是在故障排除时的最后手段，以将venv恢复到原始状态。"

#: src/gui/uifiles/settings_window.ui:5375
msgid "Python Interface"
msgstr "Python界面"

#: src/gui/uifiles/settings_window.ui:5409
#: src/gui/uifiles/settings_window.ui:5851
msgid "Performances"
msgstr "性能"

#: src/gui/uifiles/settings_window.ui:5440
msgid "Ratio of available"
msgstr "可用比例"

#: src/gui/uifiles/settings_window.ui:5444
msgid ""
"Siril will limit itself to a ratio of the amount of free physical memory and "
"will decrease the size of work tasks if needed.\n"
"A value above 1 means that some memory paged on a configured storage will be "
"used and that the overall process will be slower and the system will likely "
"be unresponsive during some operations.\n"
"If you don't have paged memory configured on some storage, a value of 1 or "
"above will likely result in a crash of siril or of the operating system."
msgstr ""
"Siril将会根据此比例限制自身的物理内存使用上限，并且根据需要降低并行工作线"
"程。\n"
"大于1的比例设定意味着磁盘虚拟内存文件的使用，因此整体运行速度会受到影响，并且"
"系统可能会出现卡顿。\n"
"如果操作系统未设置磁盘虚拟内存文件，大于等于1的设定会造成Siril或是操作系统的"
"崩溃。"

#: src/gui/uifiles/settings_window.ui:5460
msgid "Fixed amount (GB)"
msgstr "固定值（GB）"

#: src/gui/uifiles/settings_window.ui:5464
msgid ""
"Siril will limit itself to a fixed amount of memory and will decrease the "
"size of work tasks if needed.\n"
"Configuring a memory amount larger than what is available on your system may "
"result in a crash of siril or of the operating system."
msgstr ""
"Siril将会根据此固定大小限制自身的内存使用上限，并且根据需要减少并行工作线"
"程。\n"
"设置大于系统可用内存的值可能会造成Siril或是操作系统的崩溃。"

#: src/gui/uifiles/settings_window.ui:5480
msgid ""
"Sets a new ratio of free memory on memory used for stacking. Value should be "
"between 0.05 and 2, depending on other activities of the machine. A higher "
"ratio should allow siril to stack faster, but setting the ratio of memory "
"used for stacking above 1 will require the use of on-disk memory, which is "
"very slow and unrecommended"
msgstr ""
"设置叠加所使用的可用内存比例。可以设定的范围为0.05到2，取决于系统中的其他活动"
"情况。设定较高的比例可以使得siril叠加运行得更快。但是当内存比例高于1时，磁盘"
"上的虚拟内存文件将被使用，会造成极大的速度影响，因此不被推荐"

#: src/gui/uifiles/settings_window.ui:5525
msgid "<b>Memory management</b>"
msgstr "<b>内存管理</b>"

#: src/gui/uifiles/settings_window.ui:5558
msgid "Default bit depth for HD AutoStretch"
msgstr "高分辨率自动拉伸的缺省位深"

#: src/gui/uifiles/settings_window.ui:5574
msgid ""
"Sets default bit depth for the HD AutoStretch display mode. Higher bit "
"depths require exponentially more memory for the LUT and take longer to "
"recalculate it, but do a much better job of smoothing quantization artefacts "
"in displaying images with very narrow histogram peaks. The default bit depth "
"will apply from the next viewer mode change, and can be applied now using "
"the button to the right."
msgstr ""
"设置高分辨率自动拉伸显示模式的缺省位深。更高的位深需要成倍增加的LUT内存，并且"
"需要更长的时间来重新计算它，但在显示具有非常窄直方图峰值的图像时，可以更好地"
"平滑量化伪影。默认位深将从下一次查看器模式更改开始应用，现在可以使用右侧的按"
"钮应用。"

#: src/gui/uifiles/settings_window.ui:5591
msgid "Apply bit depth"
msgstr "应用位深"

#: src/gui/uifiles/settings_window.ui:5595
msgid "Set the selected HD AutoStretch bit depth now"
msgstr "立即设置选定的高分辨率自动拉伸位深"

#: src/gui/uifiles/settings_window.ui:5618
msgid "HD AutoStretch"
msgstr "高分辨率自动拉伸"

#: src/gui/uifiles/settings_window.ui:5649
msgid "Multithreaded FFTW"
msgstr "多线程FFTW"

#: src/gui/uifiles/settings_window.ui:5653
msgid ""
"If selected, FFTW will use multiple threads. This is usually a speedup on "
"large images, but will increase initial planning time the first time FFTW "
"operates on an image of a given size."
msgstr ""
"如果选中，FFTW将使用多个线程。这通常可以加速大图像的处理，但在FFTW首次对给定"
"尺寸的图像进行操作时会增加初始规划时间。"

#: src/gui/uifiles/settings_window.ui:5668 src/core/settings.c:383
msgid "FFTW planning strategy"
msgstr "FFTW规划策略"

#: src/gui/uifiles/settings_window.ui:5679
msgid ""
"Sets the FFTW planning strategy. FFTW generates and stores wisdom to help it "
"optimise FFT calculations of given sizes. For each successive level of "
"planning strategy, more work will be done to find the optimum calculation "
"strategy the first time an unknown FFT size is encountered. The first-time "
"calculation will be progressively slower, but the wisdom is stored and will "
"make subsequent runs faster. For most users the default Estimate strategy is "
"fine. If all your images are usually exactly the same size, you may wish to "
"try Measure or Patient. Exhaustive is probably too slow for use with large "
"images. Note that the initial plan for a given size and planning level takes "
"longer to generate if you have selected multithreaded FFTW.\n"
"\n"
"This setting is used in Deconvolution, but is ignored by the Fourier "
"Transform function which always uses Estimate, as the overhead generated by "
"the other strategies is not worth it for a single Fourier Transform."
msgstr ""
"设置FFTW的规划策略。FFTW会生成并存储预优化方案以优化特定尺寸的傅里叶变换计"
"算。随着规划策略等级逐级提升，系统在首次遇到未知FFT尺寸时，将投入更多计算资源"
"来寻找最优策略。首次计算耗时明显更长，但生成的预优化方案可大幅提升后续运算速"
"度。对大多数用户而言，默认的“估算”策略已足够；若需处理大量尺寸完全相同的图"
"像，可尝试“度量”或“耐心”策略；“穷举”策略因耗时过长，通常不适用于大尺寸图像。"
"注意：启用FFTW多线程时，特定尺寸和规划等级的初始方案的生成耗时将进一步延"
"长。\n"
"\n"
"该设置应用于反卷积运算，而不是傅里叶变换函数。后者始终采用“估算”策略，因为其"
"他策略产生的计算开销对单次傅里叶变换而言得不偿失。"

#: src/gui/uifiles/settings_window.ui:5684 src/gui/uifiles/siril.ui:5044
#: src/gui/uifiles/siril.ui:6915
msgid "Estimate"
msgstr "估算"

#: src/gui/uifiles/settings_window.ui:5685
msgid "Measure"
msgstr "度量"

#: src/gui/uifiles/settings_window.ui:5686
msgid "Patient"
msgstr "耐心"

#: src/gui/uifiles/settings_window.ui:5687
msgid "Exhaustive"
msgstr "穷举"

#: src/gui/uifiles/settings_window.ui:5700
msgid "FFTW planning time limit (seconds)"
msgstr "FFTW 规划时间限制（秒）"

#: src/gui/uifiles/settings_window.ui:5711
msgid ""
"Instructs FFTW to spend at most this amount of seconds planning a FFT. In "
"practice this may be exceeded slightly if the time limit is reached when "
"FFTW is in the middle of an uninterruptible operation. If set to 0, a "
"minimum planning level of Estimate will always be completed."
msgstr ""
"通知 FFTW 最多花费此秒数来规划 FFT。在实践中，如果在FFTW处于不间断操作的过程"
"中达到时间限制，则可能会略微超过此限制。如果设置为 0，将始终完成“估算”的最低"
"计划级别。"

#: src/gui/uifiles/settings_window.ui:5726
msgid "Minimum PSF size to use FFT convolutions"
msgstr "用于 FFT 卷积的最小 PSF 尺寸"

#: src/gui/uifiles/settings_window.ui:5737
msgid ""
"Siril can calculate convolutions either by summing over the kernel at every "
"pixel or by using Fourier Transforms. The former becomes very inefficient "
"for large kernel sizes, while the latter involves some setup time. Therefore "
"Fourier Transforms are faster for larger kernels, summing is faster for "
"smaller kernels. The exact crossover point will depend on your hardware and "
"is therefore configurable. This parameter sets the minimum size for which "
"Fourier Transforms will be used."
msgstr ""
"Siril 可以通过对每个像素的内核求和或使用傅里叶变换来计算卷积。前者对于大内核"
"尺寸会非常低效，而后者需要一些设置时间。因此，傅里叶变换对于较大的内核更快，"
"对于较小的内核求和更快。确切的交叉点将取决于您的硬件，因此是可配置的。此参数"
"设置将使用傅里叶变换的最小内核尺寸。"

#: src/gui/uifiles/settings_window.ui:5753
msgid "Maximum slice size for sliced image operations"
msgstr "图像分区操作时的最大分区尺寸"

#: src/gui/uifiles/settings_window.ui:5764
msgid ""
"Sets the maximum slice size for image operations that can use sliced "
"processing. The primary purpose of this is to constrain typical slices to a "
"limited range of sizes in order to utilise a limited range of FFTW3 wisdom "
"more effectively. It is always safe to leave this at the default setting."
msgstr ""
"设置图像操作中切片处理时的最大切片尺寸。此选项的主要目的是将普通切片限制在有"
"限的尺寸范围内，以便更有效地利用有限范围内的FFTW3预优化方案。保持默认设置始终"
"是安全的选择。"

#: src/gui/uifiles/settings_window.ui:5767
msgid "Unlimited"
msgstr "无限制"

#: src/gui/uifiles/settings_window.ui:5793
msgid "<b>FFTW Options</b>"
msgstr "<b>FFTW 选项</b>"

#: src/gui/uifiles/settings_window.ui:5815
#, fuzzy
msgid "Drizzle"
msgstr "Drizzle 比例"

#: src/gui/uifiles/settings_window.ui:5827
msgid "High resolution Drizzle weight files"
msgstr ""

#: src/gui/uifiles/settings_window.ui:5831
msgid ""
"By default, Drizzle uses 8-bit weight files. This is good enough for many "
"purposes and is relatively economical with storage requirements.\n"
"Checking this box provides enhanced precision: drizzle weights will be saved "
"with the same bit depth as the drizzled sequence, meaning that the weights "
"files will take up as much space as an extra copy of the drizzled sequence.\n"
"Weight files are saved in the drizztmp subfolder of the working directory "
"and can be deleted when stacking is finished: if a sequence is re-drizzled, "
"any existing drizzle weights will be overwritten."
msgstr ""

#: src/gui/uifiles/settings_window.ui:5865
#: src/gui/uifiles/settings_window.ui:6308
msgid "Miscellaneous"
msgstr "杂项"

#: src/gui/uifiles/settings_window.ui:5893
msgid ""
"Select an existing directory. Make sure you have write permissions and "
"enough spaces."
msgstr "选择一个已存在的目录，该目录须要具有写权限和足够的空间。"

#: src/gui/uifiles/settings_window.ui:5896
msgid "Select Swap Directory"
msgstr "选择Swap目录"

#: src/gui/uifiles/settings_window.ui:5909
msgid "available mem"
msgstr "可用内存"

#: src/gui/uifiles/settings_window.ui:5921
msgid "Restore to Default"
msgstr "恢复为缺省值"

#: src/gui/uifiles/settings_window.ui:5925
msgid "Restore the default swap storage directory"
msgstr "恢复为缺省的swap存储目录"

#: src/gui/uifiles/settings_window.ui:5944
msgid "<b>Swap Storage Directory</b>"
msgstr "<b>Swap存储目录</b>"

#: src/gui/uifiles/settings_window.ui:5971
msgid "Don't ask before quitting"
msgstr "退出前不询问"

#: src/gui/uifiles/settings_window.ui:5986
msgid "Don't ask before saving when display is not linear"
msgstr "当显示不是线性时，保存前不要询问"

#: src/gui/uifiles/settings_window.ui:6001
msgid "Don't explain about ROI processing in related dialogs"
msgstr "不要在相关对话框中解释ROI处理"

#: src/gui/uifiles/settings_window.ui:6005
msgid ""
"Suppress info dialog explaining about ROI processing when opening an "
"appropriate dialog"
msgstr "打开适当的对话框时禁止解释有关 ROI 处理信息对话框"

#: src/gui/uifiles/settings_window.ui:6044
msgid "Play introduction"
msgstr "显示简介"

#: src/gui/uifiles/settings_window.ui:6058
msgid "Introduction Tips"
msgstr "简介"

#: src/gui/uifiles/settings_window.ui:6090
msgid ""
"Select StarNet executable. Works with all StarNet command-line versions.\n"
"\n"
"For old StarNet++ v1 installations that used separate executables to process "
"mono and RGB files, the executables <b>must</b> retain their original names "
"<b>mono_starnet++</b> and <b>rgb_starnet++</b> (with <b>.exe</b> if using "
"Windows), and they must both be in the same directory. You can select either "
"executable: Siril will automatically find the other one if it exists."
msgstr ""
"选择 StarNet 可执行文件。适用于所有 StarNet 命令行版本。\n"
"\n"
"对于使用单独的可执行文件来处理单色和 RGB 文件的旧 StarNet++ v1 安装，可执行文"
"件<b>必须</b>保留其原始名称 <b>mono_starnet++</b> 和 <b>rgb_starnet++</b>（如"
"果使用 Windows，则使用 <b>.exe</b>），并且它们必须位于同一目录中。您可以选择"
"任一可执行文件：Siril 将自动查找另一个可执行文件（如果存在）。"

#: src/gui/uifiles/settings_window.ui:6098
msgid "Select StarNet executable"
msgstr "选择 StarNet 可执行文件"

#: src/gui/uifiles/settings_window.ui:6112
msgid "Must point to a valid StarNet executable."
msgstr "必须指向有效的 StarNet 可执行文件。"

#: src/gui/uifiles/settings_window.ui:6126
msgid ""
"Select StarNet weights file. This <b>only</b> works with the new Torch-based "
"StarNet versions. It is optional: if left blank, the weights file <b>must</"
"b> be in the same directory as the StarNet executable."
msgstr ""
"选择 StarNet 权重文件。这<b>仅</b>适用于新的 Torch-based StarNet 版本。它是可"
"选的：如果留空，则权重文件<b>必须</b>与 StarNet 可执行文件位于同一目录中。"

#: src/gui/uifiles/settings_window.ui:6132
msgid "Select StarNet weights file"
msgstr "选择 StarNet 权重文件"

#: src/gui/uifiles/settings_window.ui:6149
msgid ""
"Clears the neural net weights location. When cleared, the weights file "
"<b>must</b> be in the same directory as the StarNet executable."
msgstr ""
"清除神经网络权重位置。清除后，权重文件<b>必须</b>与 StarNet 可执行文件位于同"
"一目录中。"

#: src/gui/uifiles/settings_window.ui:6164
msgid ""
"May point to a StarNet neural net weights file.\n"
"Torch-based StarNet versions only."
msgstr ""
"可以指向 StarNet 神经网络权重文件。\n"
"仅用于 Torch-based StarNet 版本。"

#: src/gui/uifiles/settings_window.ui:6199
msgid "Must point to a valid GraXpert executable."
msgstr "必须指向有效的 GraXpert 可执行文件。"

#: src/gui/uifiles/settings_window.ui:6218
msgid "Software Location"
msgstr "软件位置"

#: src/gui/uifiles/settings_window.ui:6241
msgid "Copyright when saving image as TIFF"
msgstr "保存TIFF图像时嵌入版权信息"

#: src/gui/uifiles/settings_window.ui:6253
msgid "Copyright TIFF"
msgstr "TIFF版权信息"

#: src/gui/uifiles/settings_window.ui:6275
msgid "Check update at startup"
msgstr "启动时检查更新"

#: src/gui/uifiles/settings_window.ui:6291
msgid "Update"
msgstr "更新"

#: src/gui/uifiles/siril.ui:296
msgid "Clear all curves displayed in photometry."
msgstr "清除所有测光曲线。"

#: src/gui/uifiles/siril.ui:297
msgid "Clear all"
msgstr "清除"

#: src/gui/uifiles/siril.ui:312
msgid "Clear the last curve added in photometry."
msgstr "清除最后添加的测光曲线。"

#: src/gui/uifiles/siril.ui:313
msgid "Clear latest"
msgstr "清除最后项"

#: src/gui/uifiles/siril.ui:335
msgid "Julian Date"
msgstr "儒略日"

#: src/gui/uifiles/siril.ui:357
msgid "Nothing to change"
msgstr "没有变更"

#: src/gui/uifiles/siril.ui:367
msgid "arcsec"
msgstr "角秒"

#: src/gui/uifiles/siril.ui:499
msgid "Siril Manual"
msgstr "Siril 手册"

#: src/gui/uifiles/siril.ui:513
msgid "Check For Updates"
msgstr "检查更新"

#: src/gui/uifiles/siril.ui:527
msgid "Keyboard Shortcuts"
msgstr "快捷键"

#: src/gui/uifiles/siril.ui:541 src/gui/about_dialog.c:70
msgid "About Siril"
msgstr "关于 Siril"

#: src/gui/uifiles/siril.ui:618
msgid "AutoStretch"
msgstr "自动拉伸"

#: src/gui/uifiles/siril.ui:630
msgid "High definition"
msgstr "高清晰度"

#: src/gui/uifiles/siril.ui:654
msgid "Exclude frame %d"
msgstr "排除帧 %d"

#: src/gui/uifiles/siril.ui:663 src/gui/uifiles/siril.ui:672
msgid "Show frame %d"
msgstr "显示帧 %d"

#: src/gui/uifiles/siril.ui:688 src/gui/uifiles/siril.ui:7611
#: src/gui/plot.c:933 src/gui/plot.c:934
msgid "Registration"
msgstr "对齐"

#: src/gui/uifiles/siril.ui:718 src/gui/uifiles/siril.ui:797
msgid "Selection"
msgstr "选择"

#: src/gui/uifiles/siril.ui:766
msgid "PSF"
msgstr "点扩散函数（PSF）"

#: src/gui/uifiles/siril.ui:773
msgid ""
"Will use registration data if any are available on the registration layer, "
"otherwise if the checkbox 'follow star movement' is checked in the "
"registration tab, it will run with this option."
msgstr ""
"如果该图层已进行对齐，则对齐数据会被使用，另外如果对齐页面里的“跟随星点移动”"
"选择框被选择，本功能会被执行。"

#: src/gui/uifiles/siril.ui:775
msgid "PSF for the Sequence"
msgstr "序列的PSF"

#: src/gui/uifiles/siril.ui:783
msgid "Pick a Star"
msgstr "选择一颗星"

#: src/gui/uifiles/siril.ui:807
msgid "Free aspect ratio"
msgstr "自由长宽比"

#: src/gui/uifiles/siril.ui:808 src/gui/uifiles/siril.ui:4461
msgid "Free ratio"
msgstr "自由比值"

#: src/gui/uifiles/siril.ui:819
msgid "Preserve the original aspect ratio of the image"
msgstr "保持原始图像的长宽比"

#: src/gui/uifiles/siril.ui:820 src/gui/uifiles/siril.ui:4460
msgid "Preserve ratio"
msgstr "保持长宽比"

#: src/gui/uifiles/siril.ui:837 src/gui/uifiles/siril.ui:849
#: src/gui/uifiles/siril.ui:861 src/gui/uifiles/siril.ui:873
#: src/gui/uifiles/siril.ui:885 src/gui/uifiles/siril.ui:897
#: src/gui/uifiles/siril.ui:909
msgid "Aspect ratio of the selection"
msgstr "选区的长宽比"

#: src/gui/uifiles/siril.ui:927
msgid "Select the whole image and reset ratio"
msgstr "选取整个图像并且重置长宽比"

#: src/gui/uifiles/siril.ui:928
msgid "Select All"
msgstr "全选"

#: src/gui/uifiles/siril.ui:943
msgid "No guides on the selection"
msgstr "选区内不显示参考线"

#: src/gui/uifiles/siril.ui:944
msgid "No guides"
msgstr "无参考线"

#: src/gui/uifiles/siril.ui:954
msgid "Center line guides on the selection"
msgstr "选区内显示十字参考线"

#: src/gui/uifiles/siril.ui:955
msgid "Center lines"
msgstr "参考线居中"

#: src/gui/uifiles/siril.ui:966
msgid "3 thirds grid guides on the selection"
msgstr "选区内显示3x3网格参考线"

#: src/gui/uifiles/siril.ui:967
msgid "Rule of thirds"
msgstr "三分构图法"

#: src/gui/uifiles/siril.ui:978
msgid "5 fifhts grid guides on the selection"
msgstr "选区内显示5x5网格参考线"

#: src/gui/uifiles/siril.ui:979
msgid "Rule of fifths"
msgstr "五分构图法"

#: src/gui/uifiles/siril.ui:1014
msgid "Rotate & Crop"
msgstr "旋转与裁剪"

#: src/gui/uifiles/siril.ui:1022
msgid "Crop Sequence..."
msgstr "裁减整个序列..."

#: src/gui/uifiles/siril.ui:1034
msgid "ROI"
msgstr "局部图像"

#: src/gui/uifiles/siril.ui:1045
msgid "Set ROI to selection"
msgstr "设置所选区为局部图像"

#: src/gui/uifiles/siril.ui:1053
msgid "Clear ROI"
msgstr "清除局部图像"

#: src/gui/uifiles/siril.ui:1070
msgid "RGB align"
msgstr "RGB 对齐"

#: src/gui/uifiles/siril.ui:1081
msgid "2-pass global star alignment (deep-sky)"
msgstr "两段式全局星点对齐（深空）"

#: src/gui/uifiles/siril.ui:1090
msgid "KOMBAT alignment (planetary/deep-sky)"
msgstr "COMBAT 对齐（行星/深空）"

#: src/gui/uifiles/siril.ui:1130
msgid ""
"Open a new Siril Plot window to show data.\n"
"\n"
"<b>WARNING</b>: if the data do not have a valid photometry, they will not be "
"displayed, contrary of what you can see in the plot tab."
msgstr ""
"打开新的 Siril 图表窗口以显示数据。\n"
"\n"
"<b>警告</b>：如果数据没有有效的测光，它们将不会显示，这与您在图标选项卡中看到"
"的相反。"

#: src/gui/uifiles/siril.ui:1133
msgid "Show valid data in Siril Plot"
msgstr "在 Siril 图表中显示有效数据"

#: src/gui/uifiles/siril.ui:1147
msgid "Export displayed plot to a CSV file."
msgstr "将显示的图表导出为CSV文件。"

#: src/gui/uifiles/siril.ui:1148
msgid "Export to CSV"
msgstr "导出为CSV"

#: src/gui/uifiles/siril.ui:1172 src/gui/callbacks.c:1129
msgid "16 bits"
msgstr "16位"

#: src/gui/uifiles/siril.ui:1180 src/gui/uifiles/siril.ui:10686
#: src/gui/callbacks.c:1129
msgid "32 bits"
msgstr "32位"

#: src/gui/uifiles/siril.ui:1201
msgid "Stretches"
msgstr "拉伸"

#: src/gui/uifiles/siril.ui:1240
msgid "Open the color saturation dialog"
msgstr "打开色彩饱和度对话窗"

#: src/gui/uifiles/siril.ui:1242
msgid "Color Saturation..."
msgstr "色彩饱和度..."

#: src/gui/uifiles/siril.ui:1255
msgid "Open the subtractive chromatic noise reduction dialog"
msgstr "打开除去绿色噪声（SCNR）对话框"

#: src/gui/uifiles/siril.ui:1257
msgid "Remove Green Noise..."
msgstr "除去绿色噪声…"

#: src/gui/uifiles/siril.ui:1270
msgid "Compute the inverse of the image"
msgstr "计算图像的反相"

#: src/gui/uifiles/siril.ui:1272 src/gui/colors.c:317
msgid "Negative Transformation"
msgstr "反相"

#: src/gui/uifiles/siril.ui:1296
msgid "Filters"
msgstr "滤镜"

#: src/gui/uifiles/siril.ui:1321 src/gui/uifiles/siril.ui:1769
msgid "Star Processing"
msgstr "星点加工"

#: src/gui/uifiles/siril.ui:1346 src/gui/uifiles/siril.ui:2089
msgid "Geometry"
msgstr "几何调整"

#: src/gui/uifiles/siril.ui:1371
msgid "Open the background extraction dialog"
msgstr "打开背景提取对话框"

#: src/gui/uifiles/siril.ui:1373
msgid "Background Extraction..."
msgstr "背景提取…"

#: src/gui/uifiles/siril.ui:1400
msgid "Open the linear match dialog"
msgstr "打开线性匹配对话框"

#: src/gui/uifiles/siril.ui:1402
msgid "Linear Match..."
msgstr "线性匹配…"

#: src/gui/uifiles/siril.ui:1426 src/gui/uifiles/siril.ui:1638
msgid "Composition"
msgstr "合成"

#: src/gui/uifiles/siril.ui:1440
msgid "Open the pixel math dialog"
msgstr "打开像素数学对话框"

#: src/gui/uifiles/siril.ui:1442
msgid "Pixel Math..."
msgstr "像素数学…"

#: src/gui/uifiles/siril.ui:1468 src/gui/uifiles/siril.ui:1558
#: src/gui/uifiles/siril.ui:1637 src/gui/uifiles/siril.ui:1696
#: src/gui/uifiles/siril.ui:1768 src/gui/uifiles/siril.ui:1893
#: src/gui/uifiles/siril.ui:2088
msgid "Go back to main menu"
msgstr "返回主菜单"

#: src/gui/uifiles/siril.ui:1469
msgid "Stretches Processing"
msgstr "拉伸处理"

#: src/gui/uifiles/siril.ui:1485
msgid "Open the inverse hyperbolic sine dialog"
msgstr "打开逆双曲正弦对话框"

#: src/gui/uifiles/siril.ui:1487
msgid "Asinh Transformation..."
msgstr "反双曲正弦变换…"

#: src/gui/uifiles/siril.ui:1500
msgid "Open the curves transform dialog"
msgstr "打开曲线变换对话框"

#: src/gui/uifiles/siril.ui:1502
msgid "Curves Transformation..."
msgstr "曲线变换..."

#: src/gui/uifiles/siril.ui:1515
msgid "Open the hystogram transform dialog"
msgstr "打开直方图变换对话框"

#: src/gui/uifiles/siril.ui:1517
msgid "Histogram Transformation..."
msgstr "直方图变换…"

#: src/gui/uifiles/siril.ui:1530
msgid "Open the generalized hyperbolic transform dialog"
msgstr "打开广义双曲变换对话框"

#: src/gui/uifiles/siril.ui:1532
msgid "Generalised Hyperbolic Stretch Transformations..."
msgstr "广义双曲拉伸变换..."

#: src/gui/uifiles/siril.ui:1575
msgid "Open the manual color calibration dialog"
msgstr "打开手动色彩校准对话窗"

#: src/gui/uifiles/siril.ui:1577
msgid "Color Calibration..."
msgstr "色彩校准..."

#: src/gui/uifiles/siril.ui:1590
msgid ""
"Open the photometric color calibration dialog.\n"
"\n"
"<b>WARNING: image must be platesolved before.</b>"
msgstr ""
"开启测光法色彩校准对话窗。\n"
"\n"
"<b>警告：必须先对图像进行解析。</b>"

#: src/gui/uifiles/siril.ui:1594
msgid "Photometric Color Calibration..."
msgstr "测光法色彩校准..."

#: src/gui/uifiles/siril.ui:1607
msgid ""
"Open the spectrophotometric color calibration dialog.\n"
"\n"
"<b>WARNING: image must be platesolved before.</b>"
msgstr ""
"开启分光光度色彩校准对话窗。\n"
"\n"
"<b>警告：必须先对图像进行解析。</b>"

#: src/gui/uifiles/siril.ui:1611
msgid "Spectrophotometric Color Calibration..."
msgstr "分光光度色彩校准..."

#: src/gui/uifiles/siril.ui:1654
msgid "Open the RGB compositing tool dialog"
msgstr "打开RGB合成工具对话窗"

#: src/gui/uifiles/siril.ui:1656
msgid "RGB Compositing..."
msgstr "RGB合成…"

#: src/gui/uifiles/siril.ui:1670
msgid "Merge CFA Channels..."
msgstr "合并CFA通道…"

#: src/gui/uifiles/siril.ui:1714
msgid "Split Channels..."
msgstr "拆分通道…"

#: src/gui/uifiles/siril.ui:1728
msgid "Split CFA Channels..."
msgstr "拆分CFA通道…"

#: src/gui/uifiles/siril.ui:1742
msgid "Wavelet Layers..."
msgstr "小波图层…"

#: src/gui/uifiles/siril.ui:1785
msgid "Run Starnet++"
msgstr "运行Starnet++"

#: src/gui/uifiles/siril.ui:1787
msgid "StarNet Star Removal..."
msgstr "StarNet 星点移除..."

#: src/gui/uifiles/siril.ui:1800
msgid ""
"Blends a starless image and star mask, each with separate stretches applied"
msgstr "对无星图像和纯星图像分别应用单独的拉伸，然后混合"

#: src/gui/uifiles/siril.ui:1802
msgid "Star Recomposition..."
msgstr "星点重混合..."

#: src/gui/uifiles/siril.ui:1815
msgid ""
"Desaturates clipped star profiles and rescales output to not exceed the "
"maximum 16-bit or 32-bit pixel range. Should be applied <i>before</i> "
"<b>stretching</b> to achieve the best result."
msgstr ""
"对溢出的星点进行去饱和，并重新缩放输出，使其不超过最大 16 位或 32 位像素范"
"围。<i>先于</i><b>拉伸</b>使用以达到最佳效果。"

#: src/gui/uifiles/siril.ui:1817
msgid "Desaturate Stars"
msgstr "星点去饱和"

#: src/gui/uifiles/siril.ui:1834
msgid ""
"Create synthetic Gaussian / Moffat star mask with perfect profiles for every "
"star detected by Siril's star finder routine, using parameters measured from "
"the original data. The star mask can be recombined with a starless image to "
"fix aberrations.\n"
"Star synthesis should be applied <i>before</i> <b>stretching</b>.\n"
"Star selection can be manually fine-tuned using the Dynamic PSF tool."
msgstr ""
"使用从原始数据中测量的参数，为Siril侦测到的每个星点创建形状完美的合成星点（高"
"斯或Moffat形）。合成星点可以与无星图像重新组合以修复像差。\n"
"星点合成应该<i>先于</i><b>拉伸操作</b>。\n"
"可以使用动态PSF工具手动精调星点的选取。"

#: src/gui/uifiles/siril.ui:1838
msgid "Full Resynthesis"
msgstr "完全再合成"

#: src/gui/uifiles/siril.ui:1851
msgid "Open Dynamic PSF dialog."
msgstr "打开动态PSF窗口。"

#: src/gui/uifiles/siril.ui:1894
msgid "Filters Processing"
msgstr "滤镜处理"

#: src/gui/uifiles/siril.ui:1910
msgid "Open the À Trou wavelet transform dialog"
msgstr "打开小波变换对话框"

#: src/gui/uifiles/siril.ui:1912
msgid "À trous Wavelets Transform..."
msgstr "小波变换（ATWT）…"

#: src/gui/uifiles/siril.ui:1925
msgid "Open the remove banding dialog"
msgstr "打开去条纹对话框"

#: src/gui/uifiles/siril.ui:1927
msgid "Banding Reduction..."
msgstr "除去条纹…"

#: src/gui/uifiles/siril.ui:1940
msgid "Open the contrast limited adaptive histogram Equalization dialog"
msgstr "打开有限对比度自适应均衡拉伸对话框"

#: src/gui/uifiles/siril.ui:1955
msgid "Open the cosmectic correction dialog"
msgstr "打开坏点修正对话框"

#: src/gui/uifiles/siril.ui:1957
msgid "Cosmetic Correction..."
msgstr "坏点修正..."

#: src/gui/uifiles/siril.ui:1970
msgid "Open the deconvolution dialog"
msgstr "打开反卷积对话窗"

#: src/gui/uifiles/siril.ui:1972
msgid "Deconvolution..."
msgstr "反卷积…"

#: src/gui/uifiles/siril.ui:1985
msgid "Open the edge preserving filters dialog"
msgstr "打开边缘保留滤镜对话框"

#: src/gui/uifiles/siril.ui:1987
msgid "Edge Preserving Filters..."
msgstr "边缘保留滤镜..."

#: src/gui/uifiles/siril.ui:2000
msgid "Open the fast Fourier transform dialog"
msgstr "打开傅立叶变换对话框"

#: src/gui/uifiles/siril.ui:2002
msgid "Fourier Transform..."
msgstr "傅立叶变换..."

#: src/gui/uifiles/siril.ui:2015
msgid "Open the median filter dialog"
msgstr "打开中位数滤波对话框"

#: src/gui/uifiles/siril.ui:2017
msgid "Median Filter..."
msgstr "中位数滤波..."

#: src/gui/uifiles/siril.ui:2030
msgid "Open the denoise dialog"
msgstr "打开降噪对话框"

#: src/gui/uifiles/siril.ui:2032
msgid "Noise Reduction..."
msgstr "降噪…"

#: src/gui/uifiles/siril.ui:2045
msgid "Open the rotational gradient dialog"
msgstr "打开旋转渐变对话框"

#: src/gui/uifiles/siril.ui:2047
msgid "Rotational Gradient..."
msgstr "旋转渐变…"

#: src/gui/uifiles/siril.ui:2060
msgid "Open the unpurple filter dialog"
msgstr "打开去紫边滤镜对话框"

#: src/gui/uifiles/siril.ui:2062
msgid "Unpurple Filter..."
msgstr "去紫边滤镜..."

#: src/gui/uifiles/siril.ui:2105
msgid "Rotate  image 90 degrees, clockwise"
msgstr "顺时针旋转图像90度"

#: src/gui/uifiles/siril.ui:2107 src/gui/uifiles/siril.ui:10262
msgid "Rotate 90 degrees, clockwise"
msgstr "顺时针旋转90度"

#: src/gui/uifiles/siril.ui:2120
msgid "Rotate image 90 degrees, counter-clockwise"
msgstr "逆时针旋转图像90度"

#: src/gui/uifiles/siril.ui:2122 src/gui/uifiles/siril.ui:10245
msgid "Rotate 90 degrees, counter-clockwise"
msgstr "逆时针旋转90度"

#: src/gui/uifiles/siril.ui:2135
msgid "Open the rotation dialog"
msgstr "打开旋转对话框"

#: src/gui/uifiles/siril.ui:2162
msgid "Horizontal Mirror"
msgstr "水平翻转"

#: src/gui/uifiles/siril.ui:2176
msgid "Vertical Mirror"
msgstr "垂直翻转"

#: src/gui/uifiles/siril.ui:2201
msgid "Binning..."
msgstr "像素合并..."

#: src/gui/uifiles/siril.ui:2215
msgid "Resample..."
msgstr "重采样（缩放）…"

#: src/gui/uifiles/siril.ui:2240
msgid "gamut"
msgstr "色域"

#: src/gui/uifiles/siril.ui:2244
msgid ""
"Show pixels that are out of gamut in the proofing profile in magenta. If an "
"output proofing profile is set, this will be used, otherwise the image will "
"be proofed against the monitor profile."
msgstr ""
"以洋红色显示按照打样色彩特性时超出色域的像素。如果设置了输出打样特性文件，则"
"将使用该特性文件，否则将根据显示器特性文件来打样。"

#: src/gui/uifiles/siril.ui:2256
msgid "cut"
msgstr "截除"

#: src/gui/uifiles/siril.ui:2261
msgid ""
"Instead of keeping pixels with values above the &quot;hi&quot; value white, "
"put them in black to see in which part of the image the threshold is "
"exceeded."
msgstr ""
"将数值超过&quot;高&quot;值的像素点显示成黑色而不是原本的白色，这样就能看到图"
"像中哪些部分已经溢出。"

#: src/gui/uifiles/siril.ui:2262
msgid ""
"Instead of keeping pixels with values above the \"hi\" value white, put them "
"in black to see in which part of the image the threshold is exceeded."
msgstr ""
"将数值超过“高”值的像素点显示成黑色而不是原本的白色，这样就能看到图像中哪些部"
"分已经溢出。"

#: src/gui/uifiles/siril.ui:2349
msgid "Save as unique file"
msgstr "保存为独一文件"

#: src/gui/uifiles/siril.ui:2358
msgid "Copy to clipboard"
msgstr "复制到剪贴板"

#: src/gui/uifiles/siril.ui:2406
msgid "Image Plate Solver..."
msgstr "图像解析…"

#: src/gui/uifiles/siril.ui:2420
msgid "Annotate..."
msgstr "标注..."

#: src/gui/uifiles/siril.ui:2446 src/gui/uifiles/siril.ui:2702
msgid "Image Analysis"
msgstr "图像分析"

#: src/gui/uifiles/siril.ui:2463
msgid "Statistics..."
msgstr "统计信息…"

#: src/gui/uifiles/siril.ui:2477
msgid "Noise Estimation"
msgstr "噪声评估"

#: src/gui/uifiles/siril.ui:2505
msgid "Show Tilt"
msgstr "显示倾斜"

#: src/gui/uifiles/siril.ui:2519
msgid "Show Distortions"
msgstr "显示畸变"

#: src/gui/uifiles/siril.ui:2544
msgid "Dynamic PSF..."
msgstr "动态 PSF..."

#: src/gui/uifiles/siril.ui:2585
msgid ""
"Generate a list of comparison stars (APASS, NOMAD) contained in the FOV.\n"
"Output is a csv file compatible with NINA Exoplanet"
msgstr ""
"生成视场中包含的参考星（AAVSO，APASS）列表。\n"
"输出为与NINA系外行星兼容的csv文件"

#: src/gui/uifiles/siril.ui:2588
msgid "Create Comparison Stars File ..."
msgstr "创建参考星文件..."

#: src/gui/uifiles/siril.ui:2601
msgid ""
"Process a light curve using a list of stars in the format produced by Siril "
"(Create Comparison Stars File) or by the NINA exoplanet plugin."
msgstr ""
"使用Siril创建的参考星列表文件或NINA系外行星插件生成的列表文件来处理光变曲线。"

#: src/gui/uifiles/siril.ui:2603
msgid "Automated Light Curve..."
msgstr "自动光变曲线..."

#: src/gui/uifiles/siril.ui:2616
msgid "This is the button for outputting photometric data."
msgstr "这是输出光度数据的按钮。"

#: src/gui/uifiles/siril.ui:2617
msgid "Create Output"
msgstr "创建输出"

#: src/gui/uifiles/siril.ui:2643
msgid "Save current plot to png file"
msgstr "保存当前图表为png文件"

#: src/gui/uifiles/siril.ui:2660
msgid "Build a light curve in the ETD text format"
msgstr "以 ETD 文本格式构建光变曲线"

#: src/gui/uifiles/siril.ui:2661
msgid "Light Curve (ETD format)"
msgstr "光变曲线（ETD 格式）"

#: src/gui/uifiles/siril.ui:2675
msgid "Build an output file in the AAVSO format"
msgstr "以AAVSO格式构建输出文件"

#: src/gui/uifiles/siril.ui:2676
msgid "AAVSO file format"
msgstr "AAVSO文件格式"

#: src/gui/uifiles/siril.ui:2756
msgid "Color Management..."
msgstr "色彩管理..."

#: src/gui/uifiles/siril.ui:2769
msgid "Open the CCM dialog"
msgstr "打开 CMM 对话框"

#: src/gui/uifiles/siril.ui:2771
msgid "Color Conversion Matrix..."
msgstr "色彩转换矩阵..."

#: src/gui/uifiles/siril.ui:2785
msgid "FITS Header..."
msgstr "FITS 文件头..."

#: src/gui/uifiles/siril.ui:2799
msgid "Image Information..."
msgstr "图像信息..."

#: src/gui/uifiles/siril.ui:2851
msgid "current red file"
msgstr "当前红色文件"

#: src/gui/uifiles/siril.ui:3016
msgid "current green file"
msgstr "当前绿色文件"

#: src/gui/uifiles/siril.ui:3185
msgid "current blue file"
msgstr "当前蓝色文件"

#: src/gui/uifiles/siril.ui:3647
msgid "Size"
msgstr "大小"

#: src/gui/uifiles/siril.ui:3661
msgid "Date"
msgstr "日期"

#: src/gui/uifiles/siril.ui:3700
msgid "Add files to convert"
msgstr "添加待转换的文件"

#: src/gui/uifiles/siril.ui:3702
msgid "Add"
msgstr "添加"

#: src/gui/uifiles/siril.ui:3716
msgid "Remove selected files"
msgstr "移除所选的文件"

#: src/gui/uifiles/siril.ui:3732
msgid "Remove all files from the list"
msgstr "移除列表里的所有文件"

#: src/gui/uifiles/siril.ui:3787
msgid ""
"Supported types depend on compile-time libraries availability. See "
"documentation.\n"
"RAW images are raw images from digital cameras, like CR2 files for Canon or "
"NEF for Nikon.\n"
"Films of any type can be converted as FITS or SER.\n"
"SER files are directly handled as a sequence, and are not yet available for "
"conversion."
msgstr ""
"支持的文件类型基于所安装的支持库，参见说明文档。\n"
"RAW为数码相机特有，例如佳能的CR2和尼康的NEF。\n"
"视频为任何可以被转换为FITS或者SER的格式。\n"
"SER为可直接操作的序列文件，并且尚不支持转换。"

#: src/gui/uifiles/siril.ui:3804
msgid "Supported file types:"
msgstr "支持文件类型:"

#: src/gui/uifiles/siril.ui:3823
msgid "Source"
msgstr "源文件"

#: src/gui/uifiles/siril.ui:3853
msgid ""
"Indicates the start indice of your converted files. This value must be "
"included in the [1, 65535] range."
msgstr "转换后文件的起始编号。该值必须在[1, 65535]范围内。"

#: src/gui/uifiles/siril.ui:3875
msgid ""
"Start conversion of all source files into the configured output files, FITS "
"or SER, with colour processing or not."
msgstr ""
"开始将所有源文件转换为指定的目标文件（启用或禁用彩色处理，格式为FITS或者"
"SER）。"

#: src/gui/uifiles/siril.ui:3892
msgid ""
"This sets the destination sequence type.\n"
"FITS images: one FITS file per image.\n"
"SER sequence: one SER file for the whole sequence (limited to 16 bits per "
"channel).\n"
"FITS sequence: one FITS file for the whole sequence.\n"
"\n"
"Note: FITS images will have no effect when the pre-processed sequence is SER "
"or FITS sequence file."
msgstr ""
"在此设置目标序列的类型。\n"
"FITS图像：每一帧生成一个FITS文件。\n"
"SER序列：整个序列保存为一个SER文件（每通道上限为16位）。\n"
"FITS序列：整个序列保存为一个FITS文件。\n"
"\n"
"注意：如果处理前的序列为SER文件或FITS序列文件，FITS图像无效。"

#: src/gui/uifiles/siril.ui:3901 src/gui/uifiles/siril.ui:4268
#: src/gui/uifiles/siril.ui:5341
msgid "FITS images"
msgstr "FITS图像"

#: src/gui/uifiles/siril.ui:3902 src/gui/uifiles/siril.ui:5342
msgid "SER sequence"
msgstr "SER序列"

#: src/gui/uifiles/siril.ui:3903 src/gui/uifiles/siril.ui:5343
msgid "FITS sequence"
msgstr "FITS序列"

#: src/gui/uifiles/siril.ui:3918
msgid "Multiple sequences"
msgstr "多重序列"

#: src/gui/uifiles/siril.ui:3921
msgid ""
"Tick this to create several sequence files instead of a single SER or FITS "
"file for all input elements. Use this if input elements (sequence files such "
"as films, SER or FITS cubes) don't share the same image size or must not be "
"processed together."
msgstr ""
"勾选此项可为输入的图像创建多个序列文件，而不是单个SER或FITS文件。如果输入的图"
"像（序列文件，如视频、SER或FITS块）尺寸不一致或不能一起处理，请使用此选项。"

#: src/gui/uifiles/siril.ui:3933
msgid "Symbolic Link"
msgstr "符号链接"

#: src/gui/uifiles/siril.ui:3937
msgid ""
"Create a symbolic link for FITS files instead of copying them. This is "
"useful to rename a sequence without duplicating files on the disk. This "
"option disables compression.\n"
"\n"
"<b>WARNING: on Windows, the symbolic link operations are only possible in "
"Development mode.</b>"
msgstr ""
"为 FITS 文件创建符号链接，而不是复制它们。这对于重命名序列而不复制磁盘上的文"
"件非常有用。此选项禁用压缩。\n"
"\n"
"<b>警告：在 Windows 上，符号链接功能仅在开发模式中使用。</b>"

#: src/gui/uifiles/siril.ui:3956
msgid ""
"Debayer single-channel images (CFA format) using the Bayer matrix layout "
"given in the settings. Also applies to image opening, not only conversion.\n"
"Only for RAW and FITS input images and SER films.\n"
"Colour image target also applies to the debayer result for conversion."
msgstr ""
"使用设置中定义的拜耳滤镜排列模式来解拜耳单通道图像(CFA格式)。不仅作用于转换，"
"也作用于打开的图像。\n"
"只针对RAW和FITS图像文件，还有SER视频。\n"
"彩色图像目标也适用于用于转换的解拜耳结果。"

#: src/gui/uifiles/siril.ui:3980
msgid ""
"Enter the base name of the sequence, for example NGC_6822-L. It will create "
"images in the form NGC_6822-L_00001.fit."
msgstr ""
"键入序列的文件名词根，例如NGC_6822-L。创建的文件名会从NGC_6822-L_00001.fit开"
"始。"

#: src/gui/uifiles/siril.ui:3997
msgid "Sequence name:"
msgstr "序列名称:"

#: src/gui/uifiles/siril.ui:4010
msgid "Destination"
msgstr "目标文件"

#: src/gui/uifiles/siril.ui:4033
msgid ""
"This conversion tab is used to import files and convert them into a format "
"with which Siril can work: FITS or SER."
msgstr "转换标签页用于导入文件，并将其转换为Siril可以操作的格式：FITS 或 SER。"

#: src/gui/uifiles/siril.ui:4036
msgid "Conversion"
msgstr "转换"

#: src/gui/uifiles/siril.ui:4095
msgid "Clean Sequence"
msgstr "清理序列"

#: src/gui/uifiles/siril.ui:4099
msgid ""
"This button clears selection, registration and/or statistics data stored in "
"the loaded sequence. You can specify to clear only registration, statistics "
"and/or selection with the button on the right.\n"
msgstr ""
"此按钮可清除存储已载入序列中的选择、对齐和/或统计数据。您可以使用右侧的按钮指"
"定仅清除对齐、统计信息和/或选择。\n"

#: src/gui/uifiles/siril.ui:4115
msgid ""
"You can specify to clear only registration, statistics and/or selection by "
"checking the option you want."
msgstr "您可以通过选中所需的选项来指定仅清除对齐、统计信息和/或选择。"

#: src/gui/uifiles/siril.ui:4153
msgid "Search sequences"
msgstr "查找序列"

#: src/gui/uifiles/siril.ui:4157
msgid ""
"Search current directory for sequences of FITS images, SER or film videos."
msgstr "在当前目录中搜索以FITS文件组成的序列，SER文件或者视频文件。"

#: src/gui/uifiles/siril.ui:4172
msgid "Open Frame List"
msgstr "打开帧列表"

#: src/gui/uifiles/siril.ui:4176 src/gui/uifiles/siril.ui:10323
msgid "Show/Hide list of images in the sequence with registration data"
msgstr "显示/隐藏序列中的文件以及相关数据"

#: src/gui/uifiles/siril.ui:4200
msgid "Sequence selection"
msgstr "序列选择"

#: src/gui/uifiles/siril.ui:4234
msgid "Base name:"
msgstr "文件名词根："

#: src/gui/uifiles/siril.ui:4247
msgid "Base name for the exported sequence"
msgstr "导出序列的文件名词根"

#: src/gui/uifiles/siril.ui:4262
msgid ""
"Export sequence format.\n"
"MP4 and WEBM replace GIF for Web publication, AVI is uncompressed 8 bits. To "
"create the 8 bit image for these 3 formats, a linear scale is created from "
"the low and high cut-off value cursors.\n"
"FITS images is a sequence of FITS files, one per image, FITS cube is a "
"sequence of images in a single FITS file.\n"
"For SER and TIFF, if input images are 32 bits, they are converted to 16, "
"with a loss of precision."
msgstr ""
"导出序列的格式。\n"
"MP4和WEBM代替GIF，用于网络分发；AVI为无压缩的8位模式。在导出为这三种格式的8位"
"图像时，软件将根据截断值滑块设定的高低阈值进行线性拉伸。\n"
"FITS图像是由众多FITS文件（帧）所组成的序列，FITS矩阵是将整个序列保存为单一的"
"FITS文件。\n"
"对于SER和TIFF，如果输入图像为32位，则会被转换为16位，从而导致一定的精度丢失。"

#: src/gui/uifiles/siril.ui:4269
msgid "FITS cube"
msgstr "FITS矩阵"

#: src/gui/uifiles/siril.ui:4306
msgid "Export sequence"
msgstr "导出序列"

#: src/gui/uifiles/siril.ui:4310
msgid ""
"Export the loaded sequence in the selected format. It can be used to store a "
"sequence in another format, make animated movies, or store a lighter version "
"of a sequence with less images. Images of the exported selection can be "
"cropped and selected with the same criteria as the stacking image selection."
msgstr ""
"按照所选定的格式导出当前序列。可用于将序列保存为另外的格式，制作动画，或者重"
"新筛选序列内容。可以裁切和选择导出的选定图像，判据与叠加选定图像时相同。"

#: src/gui/uifiles/siril.ui:4321
msgid "Normalize images"
msgstr "图像归一化"

#: src/gui/uifiles/siril.ui:4325
msgid ""
"Activate image normalisation for the export. This will make all images the "
"same brightness and is thus recommended for sequences with inconsistent "
"exposures or pixel values.\n"
"A first computation pass will be done on all images before exporting, it may "
"take some time, only the first export of a sequence.\n"
"\t\t\t"
msgstr ""
"导出时激活图像归一化。这将使所有图像具有相同的亮度，因此建议用于曝光或像素值"
"不一致的序列。\n"
"第一张图像的计算结果会被应用于剩下的所有图像，所以只有序列中的第一幅图像会消"
"耗一些时间来处理。\n"
"\t\t\t"

#: src/gui/uifiles/siril.ui:4342 src/io/sequence_export.c:788
msgid "Select area to crop"
msgstr "选择裁切区域"

#: src/gui/uifiles/siril.ui:4371
msgid "Image selection uses the same controls as for stacking:"
msgstr "使用图像叠加相同的条件来选择每一帧:"

#: src/gui/uifiles/siril.ui:4381
msgid "Go to the stacking tab"
msgstr "进入叠加标签页"

#: src/gui/uifiles/siril.ui:4409
msgid "Fps:"
msgstr "帧率："

#: src/gui/uifiles/siril.ui:4421
msgid "Frame rate"
msgstr "帧率"

#: src/gui/uifiles/siril.ui:4438
msgid "Resize"
msgstr "缩放"

#: src/gui/uifiles/siril.ui:4442
msgid ""
"Check this box if you want to resize exported sequence. Note that this will "
"degrade image quality."
msgstr "若要改变输出序列的图像尺寸，勾选此处。注意：这将影响图像质量。"

#: src/gui/uifiles/siril.ui:4462
msgid "Full HD"
msgstr "全高清"

#: src/gui/uifiles/siril.ui:4463
msgid "4K"
msgstr "4K"

#: src/gui/uifiles/siril.ui:4464
msgid "8K"
msgstr "8K"

#: src/gui/uifiles/siril.ui:4479
msgid "Width of output video"
msgstr "输出视频的宽度"

#: src/gui/uifiles/siril.ui:4513
msgid "Height of output video"
msgstr "输出视频的高度"

#: src/gui/uifiles/siril.ui:4540
msgid ""
"Film quality: lower value will use more compression and less bitrate, also "
"resulting in smaller file size. Values above 2 could be useful for fast-"
"moving images like bright time-lapses."
msgstr ""
"视频品质：低数值将导致更高压缩率和更低比特率，同时获得更小的文件尺寸。大于2的"
"值可能对于类似延迟摄影这样的快速移动视频有所帮助。"

#: src/gui/uifiles/siril.ui:4565
msgid "Sequence export"
msgstr "序列导出"

#: src/gui/uifiles/siril.ui:4591
msgid ""
"Images are manipulated in sequences. Siril can find sequences in CWD, and "
"you can filter images out."
msgstr ""
"Siril以序列的形式操作图像，Siril可以找到当前目录中的序列，并且用户可以筛选其"
"中的图像。"

#: src/gui/uifiles/siril.ui:4594 src/gui/callbacks.c:2382
msgid "Sequence"
msgstr "序列"

#. Flat is the kind of the picture used here. In french I've decided to not translate the word.
#: src/gui/uifiles/siril.ui:4634
msgid "Use flat"
msgstr "使用平场"

#: src/gui/uifiles/siril.ui:4638 src/gui/uifiles/siril.ui:4669
msgid ""
"All images in the sequence will be divided by the master flat image (each "
"pixel value)."
msgstr "序列中的所有图像将除以主平场帧（每个像素的值）。"

#: src/gui/uifiles/siril.ui:4653
msgid ""
"Enter the master flat file name here, or use the browse button.\n"
"All images in the sequence will be divided by the master flat image (each "
"pixel value)."
msgstr ""
"键入主平场帧的文件名，或者使用浏览按钮。\n"
"序列中的所有图像将除以主平场帧（每个像素的值）。"

#. Dark is the kind of the picture used here. In french I've decided to not translate the word.
#: src/gui/uifiles/siril.ui:4688
msgid "Use dark"
msgstr "使用暗场"

#: src/gui/uifiles/siril.ui:4692 src/gui/uifiles/siril.ui:4708
msgid "The dark master image will be removed from all images in the sequence."
msgstr "序列中的所有图像中将扣除（减去）主暗场帧。"

#: src/gui/uifiles/siril.ui:4729
msgid ""
"Enter the master dark file name here, or use the browse button.\n"
"The dark master image will be removed from all images in the sequence."
msgstr ""
"键入主暗场帧的文件名，或者使用浏览按钮。\n"
"序列中的所有图像中将扣除（减去）主暗场帧。"

#. Offset is the kind of the picture used here. In french I've decided to not translate the word.
#: src/gui/uifiles/siril.ui:4742
msgid "Use bias"
msgstr "使用偏置"

#: src/gui/uifiles/siril.ui:4746 src/gui/uifiles/siril.ui:4778
#: src/gui/uifiles/siril.ui:5752
msgid ""
"The bias/offset master image will be removed from all images in the sequence."
msgstr "序列中的所有图像中将扣除（减去）主偏置帧/偏置值。"

#: src/gui/uifiles/siril.ui:4761
msgid ""
"Enter the master bias/offset file name here, or use the browse button.\n"
"The bias/offset master image will be removed from all images in the "
"sequence.\n"
"Instead of an image, you can also specify a uniform level to be subtracted, "
"starting with an \"=\" sign, such as =256 or =64*$OFFSET"
msgstr ""
"键入主偏置帧/偏置值的文件名，或者使用浏览按钮。\n"
"序列中的所有图像中将扣除（减去）主偏置帧/偏置值。\n"
"如果不使用偏置帧，您也可以指定偏置值，被处理的图像将整体减去这个值。用\"=\"来"
"设定，比如 =256 或者 =64*$OFFSET"

#: src/gui/uifiles/siril.ui:4765
msgid "master-bias.fit"
msgstr "master-bias.fit"

#: src/gui/uifiles/siril.ui:4797
msgid "Equalize CFA"
msgstr "均衡CFA"

#: src/gui/uifiles/siril.ui:4801
msgid ""
"This option equalizes the mean intensity of RGB layers in a CFA flat image."
msgstr "该选项用以均衡CFA图像中RGB图层的平均亮度。"

#: src/gui/uifiles/siril.ui:4813
msgid "Auto evaluate normalisation value"
msgstr "自动估算归一化参数"

#: src/gui/uifiles/siril.ui:4817
msgid ""
"If this box is checked, Siril will auto-evaluate the normalisation value.\n"
"This value is the mean of the master flat calibrated with the master offset."
msgstr ""
"选定后，Siril会自动估算归一化参数。\n"
"这个参数是主平场帧被主偏置帧校准后的中间值。"

#: src/gui/uifiles/siril.ui:4835
msgid "Choose your own normalisation value."
msgstr "选择自定义的归一化参数。"

#: src/gui/uifiles/siril.ui:4852
msgid "Fix X-Trans AF artifact"
msgstr "修正X-Trans AF伪影"

#: src/gui/uifiles/siril.ui:4856
msgid ""
"This option helps to fix the Fujifilm X-Trans Auto Focus pixels. Indeed, "
"because of the phase detection auto focus system, the photosites used for "
"auto focus get a little less light than the surrounding photosites. The "
"camera compensates for this and increases the values from these specific "
"photosites giving a visible square in the middle of the dark/bias frames."
msgstr ""
"该选项用于修正Fujifilm X-Trans传感器的自动对焦像素，因为用于相位检测对焦的像"
"素，进光量会比周围像素小。相机本身会对此进行补偿，因而造成在暗场/偏置帧的中央"
"出现一些可见的方块。"

#: src/gui/uifiles/siril.ui:4871
msgid ""
"Dark subtraction can be optimized. Siril offers two ways of doing this.\n"
"- The first method automatically evaluates the coefficients to be applied so "
"that the noise of the resulting image (light image minus dark image) is "
"minimized.\n"
"- The second method takes into account exposure times if these have been "
"entered by the capture software.\n"
"\n"
"Dark optimization is useful when dark images have not been captured under "
"optimal conditions. It compensates for differences in temperature and/or "
"exposure time between dark and light images.\n"
"\n"
"<b>WARNING:</b> Do not apply dark optimization to the master-dark if the "
"master-bias has not been subtracted beforehand."
msgstr ""
"可选择优化扣暗场的操作，Siril 提供了两种方法来做到这一点。\n"
"- 第一种方法自动评估要应用的系数，以使所得图像（亮场减去暗场）的噪声最小"
"化。\n"
"- 第二种方法会考虑曝光时间，如果拍摄软件已输入。\n"
"\n"
"当未在最佳条件下拍摄暗场图像时，暗场优化非常有用。它会补偿暗场图像和亮场图像"
"之间的温度和/或曝光时间的差异。\n"
"\n"
"<b>警告：</b>如果先前制作主暗场帧时没有减去主偏置帧，则不要应用暗场优化。"

#: src/gui/uifiles/siril.ui:4880
msgid "No dark optimization"
msgstr "无暗场优化"

#: src/gui/uifiles/siril.ui:4881
msgid "Auto-evaluation"
msgstr "自动评估"

#: src/gui/uifiles/siril.ui:4882
msgid "Use Exposure"
msgstr "使用曝光"

#: src/gui/uifiles/siril.ui:4902
msgid "Image calibration"
msgstr "图像校准"

#: src/gui/uifiles/siril.ui:4928
msgid "Enable Cosmectic Correction"
msgstr "启用坏点修正"

#: src/gui/uifiles/siril.ui:4932
msgid ""
"Check if you want to apply a hot pixel removal.\n"
"Hot pixels are located on the master-dark."
msgstr ""
"勾选以启用热像素移除。\n"
"热像素由主暗场帧提供。"

#: src/gui/uifiles/siril.ui:4962
msgid "CFA data"
msgstr "CFA数据"

#: src/gui/uifiles/siril.ui:5008 src/gui/uifiles/siril.ui:5032
#: src/gui/uifiles/siril.ui:5062 src/gui/uifiles/siril.ui:5076
msgid ""
"How many times the standard deviation, the pixel value must differ to be "
"considered as defective."
msgstr "像素的数值被认为是“有缺陷的”所需要达到的标准背离次数。"

#: src/gui/uifiles/siril.ui:5048
msgid ""
"Click on this button to evaluate the number of deviant pixels. If values are "
"higher than 1% of the total of pixels, you will be encouraged to change "
"sigma values."
msgstr ""
"点此按钮评估离群的像素。如果离群的像素占总像素比例超过1%，建议更改sigma值。"

#: src/gui/uifiles/siril.ui:5099 src/gui/uifiles/siril.ui:5111
msgid "0 px"
msgstr "0 px"

#: src/gui/uifiles/siril.ui:5132
msgid "Master-dark"
msgstr "主暗场帧"

#: src/gui/uifiles/siril.ui:5141
msgid "Using Master-Dark"
msgstr "使用主暗场帧"

#: src/gui/uifiles/siril.ui:5167
msgid ""
"Enter the bad pixel map file name here, or use the browse button. This file "
"is generally created by the command <i>find_hot</i> applied on a dark frame "
"or a master-dark. The file is structured as follow:\n"
"\n"
"* The line <i>P x y type</i> will fix the pixel at coordinates (x, y), type "
"is an optional character (<i>C</i>or <i>H</i>) specifying to Siril if the "
"current pixel is cold or hot.\n"
"* The line <i>C x 0 type</i> will fix the bad column at coordinates <i>x</"
"i>.\n"
"* The line <i>L y 0 type</i> will fix the bad line at coordinates <i>y</i>."
msgstr ""
"输入坏像素图文件名，或者点击浏览按钮。该文件是通过在一张暗场帧或主暗场帧上使"
"用命令<i>find_hot</i> 来得到的。文件的结构是这样的：\n"
"\n"
"* 行 <i>P x y type</i> 用于修正坐标为（x, y）的像素，type为字符(<i>C</i>或"
"<i>H</i>)用于表示该像素为冷还是热点。\n"
"* 行 <i>C x 0 type</i> 用于修正<i>x</i>坐标处的坏列。\n"
"* 行 <i>L y 0 type</i> 用于修正<i>y</i>坐标处的坏行。"

#: src/gui/uifiles/siril.ui:5187
msgid ""
"Load the bad pixel map file. This file must be ended by the <i>*.lst</i> "
"extension."
msgstr "读取坏像素图文件。该文件的扩展名必须为<i>*.lst</i>。"

#: src/gui/uifiles/siril.ui:5214
msgid "Bad Pixel Map"
msgstr "坏像素图"

#: src/gui/uifiles/siril.ui:5223
msgid "Using Bad Pixel Map"
msgstr "使用坏像素图"

#: src/gui/uifiles/siril.ui:5240
msgid "Cosmetic correction"
msgstr "坏点修正"

#: src/gui/uifiles/siril.ui:5283
msgid "Prefix of the image names resulting from the calibration."
msgstr "校准结果的文件名前缀。"

#: src/gui/uifiles/siril.ui:5295
msgid "Start calibration"
msgstr "开始校准"

#: src/gui/uifiles/siril.ui:5300
msgid ""
"Pre-process sequence with the above master files, resulting sequence will be "
"in pp_<seq.name> or another prefix given aside.\n"
"Once completed, the sequence of pre-processed images is automatically loaded "
"as the current sequence.\n"
"The next action for DSLR images would be to debayer the preprocessed images, "
"go to the Conversion tab."
msgstr ""
"使用上述的主校准帧校准整个序列，生成的结果序列将以pp_<seq.name>或用户自定义的"
"方式命名。\n"
"完成后，预处理的结果序列会被自动载入为当前序列。\n"
"对于DSLR的照片来说，下一个步骤为解拜耳，请移步转换标签页。"

#: src/gui/uifiles/siril.ui:5316
msgid "Debayer before saving"
msgstr "保存前执行解拜耳"

#: src/gui/uifiles/siril.ui:5320
msgid ""
"Check this option if you want to apply a demosaicing algorithm to your FITS "
"images right after they were preprocessed. By doing this, you skip one "
"manual step which can take some time."
msgstr ""
"如果要在预处理后的FITS图像上应用去马赛克算法，请选中此选项。这样您可以跳过一"
"个需要花费时间的手动步骤。"

#: src/gui/uifiles/siril.ui:5334
msgid ""
"This sets the destination sequence type.\n"
"FITS images: one FITS file per image.\n"
"SER sequence: one SER file for the whole sequence (limited to 16 bits per "
"channel).\n"
"FITS sequence: one FITS file for the whole sequence."
msgstr ""
"用于设置目标序列类型。\n"
"FITS图像：每一帧生成一个FITS文件。\n"
"SER序列：整个序列保存为一个SER文件（每通道上限为16位）。\n"
"FITS序列：整个序列保存为一个FITS文件。"

#: src/gui/uifiles/siril.ui:5353
msgid "Calibrate all frames"
msgstr "校准所有帧"

#: src/gui/uifiles/siril.ui:5357
msgid "Force calibration of all frames even if marked as excluded."
msgstr "强制校准所有帧，即使标记为已排除。"

#: src/gui/uifiles/siril.ui:5371
msgid "Output sequence"
msgstr "输出序列"

#: src/gui/uifiles/siril.ui:5397
msgid "Calibration is an optional step to apply to a sequence of images."
msgstr "校准是一个针对图像序列的可选步骤。"

#: src/gui/uifiles/siril.ui:5399
msgid "Calibration"
msgstr "校准"

#: src/gui/uifiles/siril.ui:5470
msgid "Registration channel: "
msgstr "对齐通道: "

#: src/gui/uifiles/siril.ui:5482
msgid ""
"Layer on which the registration is done. It can only be done on one layer at "
"a time, so on monochrome images.\n"
"The (*) sign appearing after the layer's name means that registration data "
"is already available for this layer.\n"
"When processing images, registration data is taken from the default layer if "
"available (for RGB images: Green, else fallback to Blue then Red)."
msgstr ""
"对齐使用的通道。每次只在图像的一个通道上进行对齐，在单色图像上也是如此。\n"
"名字中有(*)标注的是已有对齐数据的通道。\n"
"处理图像时，会从可用的缺省通道所获取对齐数据（对于RGB图像：绿通道，如果没有就"
"从蓝通道，再到红通道）。"

#: src/gui/uifiles/siril.ui:5526
msgid "Match stars in selection"
msgstr "匹配选区内的星点"

#: src/gui/uifiles/siril.ui:5530
msgid ""
"Check this box if you want to perform the Global Star Alignment algorithm "
"within the selected area in the reference image. If no selection are done, "
"this option is ignored.\n"
"\n"
"<b>WARNING</b>: Make sure to draw a selection with a sufficient number of "
"stars."
msgstr ""
"勾选此项以在参考帧的选区范围内执行全局星点对齐算法。如果没有选区，本选项会被"
"忽略。\n"
"\n"
"<b>警告</b>：请确定选区内有足够的星点。"

#: src/gui/uifiles/siril.ui:5546
msgid "Minimum Star Pairs:"
msgstr "最小配对星点数:"

#: src/gui/uifiles/siril.ui:5557
msgid ""
"The minimum number of star pairs a given frame can have in relation with the "
"reference frame. If a given light frame has less star pairs, it will not be "
"registered."
msgstr ""
"当前帧和参考帧之间的最小配对星点数。如果小于该数，则该帧将不会被纳入对齐。"

#: src/gui/uifiles/siril.ui:5582
msgid "Maximum Stars Fitted:"
msgstr "最多星点匹配:"

#: src/gui/uifiles/siril.ui:5593
msgid ""
"The maximum number of stars to be searched for in each frame (default 2000). "
"The larger this value, the more stars will potentially be detected, "
"resulting in a longer detection but more accurate registration."
msgstr ""
"每帧中侦测星点的最大数量（缺省2000）。该值越大则可能侦测越多星点，会耗费更长"
"的时间并得到更加精确的对齐。"

#: src/gui/uifiles/siril.ui:5598
msgid "500"
msgstr "500"

#: src/gui/uifiles/siril.ui:5612
msgid ""
"<b>Shift</b> is a 2 degree-of-freedom (x/y shifts) rigid mapping, well-"
"suited for images with no distortion, no scaling and no field rotation. It "
"needs at least 1 pair of stars to be matched to define the transformation.\n"
"\n"
"<b>Similarity</b> is a 4 degree-of-freedom (one scale, one rotation and x/y "
"shifts) more rigid mapping than homography, well-suited for images with no "
"distortion. It needs at least 2 pairs of stars to be matched to define the "
"transformation.\n"
"\n"
"<b>Affine</b> is a 6 degree-of-freedom (two scales, one shear, one rotation "
"and x/y shifts) more rigid mapping than homography, well-suited for images "
"with little distortion. It needs at least 3 pairs of stars to be matched to "
"define the transformation.\n"
"\n"
"<b>Homography</b> is the default transformation which uses an 8-degree-of-"
"freedom transform to warp the images onto the reference frame. This is well-"
"suited for the general case and strongly recommended for wide-field images. "
"It needs at least 4 pairs of stars to be matched to define the "
"transformation.\n"
"\n"
"<b>WARNING</b>: The initial star matching uses triangle similarity "
"algorithm, in consequence the minimum of star pairs must be at least of 3 "
"for <b>Shift</b>, <b>Similarity</b> and <b>Affine</b> and of 4 for "
"<b>Homography</b>."
msgstr ""
"<b>平移</b>是2自由度（x/y偏移）的严格映射，适用于无畸变，无缩放，无场旋的情"
"况。需要至少1对匹配的星点。\n"
"\n"
"<b>同构</b>是4自由度（1自由度缩放，旋转和x/y偏移）的较严格映射，适用于无畸变"
"的情况。需要至少2对匹配的星点。\n"
"\n"
"<b>仿射</b>是6自由度（2自由度缩放，裁剪，旋转和x/y偏移）的较严格映射，适用于"
"较小畸变的情况。需要至少3对匹配的星点。\n"
"\n"
"<b>单应</b>是8自由度映射（缺省）。适用于大多数情况。广域图像尤其建议使用。需"
"要至少4对匹配的星点。\n"
"\n"
"<b>警告</b>：初始的星点匹配采用相似三角形算法，因此至少需要3对（<b>平移</b>、"
"<b>同构</b>和<b>仿射</b>）或4对（<b>单应</b>）匹配的星点来执行对齐。"

#: src/gui/uifiles/siril.ui:5623
msgid "Shift"
msgstr "平移"

#: src/gui/uifiles/siril.ui:5624
msgid "Similarity"
msgstr "同构"

#: src/gui/uifiles/siril.ui:5625
msgid "Affine"
msgstr "仿射"

#: src/gui/uifiles/siril.ui:5626
msgid "Homography"
msgstr "单应"

#: src/gui/uifiles/siril.ui:5640
msgid "Transformation:"
msgstr "变换："

#: src/gui/uifiles/siril.ui:5652
msgid "Hit this button for star detection settings"
msgstr "点此项以设置星点侦测属性"

#: src/gui/uifiles/siril.ui:5670
msgid "2pass registration"
msgstr "二次对齐"

#: src/gui/uifiles/siril.ui:5674
msgid ""
"When this box is checked, the transformed images are not saved as a newly "
"registered sequence. The transformation matrices are saved to the sequence "
"file. The registration data can then be inspected and some images "
"unselected, prior to applying the transformations using the Apply Existing "
"Registration method.\n"
"\n"
"When this box is unchecked, the global star registration will be calculated "
"and immediately applied using the output registration options selected below."
msgstr ""
"当勾选此框时，对齐后的图像不会保存为一个新的序列。转换矩阵将保存在序列文件"
"中。随后可以检查对齐数据并取消选择某些图像，最后使用“应用现有对齐”来应用对"
"齐。\n"
"\n"
"当未勾选此框时，将计算全局星点对齐，并立即应用下面选择的输出对齐选项。"

#: src/gui/uifiles/siril.ui:5698
msgid "Undistortion:"
msgstr "畸变消除："

#: src/gui/uifiles/siril.ui:5709
msgid ""
"To correct images for distortions, you can either select:\n"
"- distortion solution from current platesolved image\n"
"- distortion solution from an existing WCS file\n"
"- distortion solution from distortions masters"
msgstr ""
"有以下校准畸变的方法可供选择：\n"
"- 根据已解析的图像\n"
"- 根据一个WCS文件\n"
"- 根据总和畸变文件"

#: src/gui/uifiles/siril.ui:5716
msgid "From image"
msgstr "来自图像"

#: src/gui/uifiles/siril.ui:5717
msgid "From FITS/WCS file"
msgstr "来自 FITS/WCS 文件"

#: src/gui/uifiles/siril.ui:5718
msgid "From distortion masters"
msgstr "计算总和畸变"

#: src/gui/uifiles/siril.ui:5735
msgid ""
"Select a file to read distortion information from:\n"
"- a FITS file which has been platesolved with distortion.\n"
"- a wcs file which was written by a previous registration with distortions."
msgstr ""
"选择一个文件来读取畸变信息：\n"
"- 一个已经解析过畸变的FITS文件。\n"
"- 一个由先前的包含畸变的对齐写入的wcs文件。"

#: src/gui/uifiles/siril.ui:5844 src/gui/uifiles/siril.ui:5858
#: src/gui/uifiles/siril.ui:5992
msgid "Comet velocity in pixel per hour."
msgstr "彗星速率（像素/小时）。"

#: src/gui/uifiles/siril.ui:5846
msgid "Velocity: "
msgstr "速率: "

#: src/gui/uifiles/siril.ui:5877
msgid "Pick object in #1"
msgstr "选择目标于#1"

#: src/gui/uifiles/siril.ui:5881
msgid ""
"Select an area around the asteroid or the comet core in the first selected "
"image, then click on this button. The pixel coordinates of the object will "
"be computed and displayed."
msgstr ""
"在首图中选取小行星/彗核周围的一个区域，然后点击此按钮，自动计算并显示目标的像"
"素坐标。"

#: src/gui/uifiles/siril.ui:5891
msgid "Pick object in #2"
msgstr "选择目标于#2"

#: src/gui/uifiles/siril.ui:5895
msgid ""
"Select an area around the asteroid or the comet core in the last selected "
"image, then click on this button. The pixel coordinates of the object will "
"be computed and displayed."
msgstr ""
"在末图中选取小行星/彗核周围的一个区域，然后点击此按钮，自动计算并显示目标的像"
"素坐标。"

#: src/gui/uifiles/siril.ui:5907
msgid "Core X-coordinates of the first image."
msgstr "第一幅图像中内核的X坐标。"

#: src/gui/uifiles/siril.ui:5923
msgid "Core X-coordinates of the second image."
msgstr "第二幅图像中内核的X坐标。"

#: src/gui/uifiles/siril.ui:5939
msgid "Core Y-coordinates of the first image."
msgstr "第一幅图像中内核的Y坐标。"

#: src/gui/uifiles/siril.ui:5954
msgid "Core Y-coordinates of the second image."
msgstr "第二幅图像中内核的Y坐标。"

#: src/gui/uifiles/siril.ui:5994
msgid "Prefix: "
msgstr "前缀: "

#: src/gui/uifiles/siril.ui:6005
msgid ""
"Prefix of the sequence resulting from the registration. Only the seq file is "
"created, not new images."
msgstr "对齐结果的文件名前缀。仅创建seq文件，而不创建新图像。"

#: src/gui/uifiles/siril.ui:6061
msgid "Pick 1st star"
msgstr "选择第一颗星"

#: src/gui/uifiles/siril.ui:6079
msgid "Pick 2nd star"
msgstr "选择第二颗星"

#: src/gui/uifiles/siril.ui:6094
msgid "Pick 3rd star"
msgstr "选择第三颗星"

#: src/gui/uifiles/siril.ui:6118
msgid "Star #1:"
msgstr "第一颗星:"

#: src/gui/uifiles/siril.ui:6129
msgid "Star #2:"
msgstr "第二颗星:"

#: src/gui/uifiles/siril.ui:6140
msgid "Star #3:"
msgstr "第三颗星:"

#: src/gui/uifiles/siril.ui:6211
msgid "Follow star movement"
msgstr "跟随星点移动"

#: src/gui/uifiles/siril.ui:6215
msgid ""
"Use this option to use the position of the star(s) found in the previous "
"image as new centre for the current image registration. This allows the "
"selection area to be smaller, registration faster, and accounts for drift or "
"images with a large number of stars.\n"
"WARNING: enabling this option requires the registration to not be "
"parallelized, it will run on one CPU core only."
msgstr ""
"本选项用于将之前图像中找到的星点的位置作为当前图像的中心来对齐。这将允许更小"
"的选区，对齐更快，可用于处理有平移的图像或有大量星点的图像。\n"
"警告：开启本选项会要求对齐操作非并行，因此只能使用一个CPU核心来运行。"

#: src/gui/uifiles/siril.ui:6229
msgid "Shift only"
msgstr "仅平移"

#: src/gui/uifiles/siril.ui:6233
msgid ""
"Use this option to compute only shifts (so no rotation) even if more than "
"one star is selected. When only one star is selected, this is activated by "
"default."
msgstr ""
"使用此选项仅计算平移（因此不计算旋转），即使选择了多颗星也是如此。当仅选择一"
"颗星时，本选项被默认激活。"

#: src/gui/uifiles/siril.ui:6286
msgid ""
"Indicate relative distance (in percentage vs total image size) over which to "
"look for the alignment pattern.\n"
"\n"
"By default, the pattern is only searched on 25% of the total image size "
"around the zone where it has been located on reference frame.\n"
"\n"
"Higher values give more tolerance in alignment and smaller numbers lead to "
"faster computations."
msgstr ""
"指定用于寻找对齐模式的相对距离（占整个图像尺寸的百分比）。\n"
"\n"
"缺省设置下，只会在整个图像的25%范围内寻找参考帧里所存在的模式。\n"
"\n"
"设置更高的比例会获得更大的对齐宽容度，而更低的比例会获得更快的计算速度。"

#: src/gui/uifiles/siril.ui:6308
msgid "Size of alignment region(%):"
msgstr "对齐区域尺寸(%):"

#: src/gui/uifiles/siril.ui:6352
msgid "Registration method:"
msgstr "对齐方法:"

#: src/gui/uifiles/siril.ui:6385
msgid "Register all images from sequence"
msgstr "对齐序列中的全部图像"

#: src/gui/uifiles/siril.ui:6386
msgid "Register selected images only"
msgstr "仅对齐选中的图像"

#: src/gui/uifiles/siril.ui:6407
msgid "Registering 0 images of the 0 of the sequence"
msgstr "序列位置：0，对齐图像：0"

#: src/gui/uifiles/siril.ui:6425
msgid ""
"Select the set of images to be registered:\n"
"\n"
"<b>all</b>: all images of the sequence are used\n"
"\n"
"<b>selected</b>: only use image that have not been unselected from the "
"sequence\n"
"\n"
"<b>FWHM</b>: images with best computed FWHM (star-based registration only)\n"
"\n"
"<b>weighted FWHM</b>: this is an improvement of a simple FWHM. It allows to "
"exclude much more spurious images by using the number of stars detected "
"compared to the reference image (star-based registration only)\n"
"\n"
"<b>roundness</b>: images with best star roundness (star-based registration "
"only)\n"
"\n"
"<b>background</b>: images with lowest background values (star-based "
"registration only)\n"
"\n"
"<b>nb stars</b>: images with best number of stars detected (star-based "
"registration only)\n"
"\n"
"<b>quality</b>: images with best quality (planetary DFT or Kombat "
"registrations)"
msgstr ""
"选择将被用于对齐的图像子集：\n"
"\n"
"<b>全部</b>：序列中的全部图像都会被叠加\n"
"\n"
"<b>已选择</b>：只叠加序列中没有被排除掉的图像\n"
"\n"
"<b>FWHM</b>：FWHM最优图像（仅适用于星点对齐）\n"
"\n"
"<b>加权FWHM</b>：简单FWHM方法的升级，它通过比较当前帧跟参考帧的星点数量来排除"
"掉更多不良的帧（仅适用于星点对齐）\n"
"\n"
"<b>圆度</b>：圆度最优图像（仅适用于星点对齐）\n"
"\n"
"<b>背景</b>：背景值最低的图像（仅适用于星点对齐）\n"
"\n"
"<b>星数</b>：侦测到最多星点数的图像（仅适用于星点对齐）\n"
"\n"
"<b>品质</b>：品质最优图像 （行星DFT或者Kombat对齐）"

#: src/gui/uifiles/siril.ui:6444 src/gui/uifiles/siril.ui:6573
#: src/gui/uifiles/siril.ui:6713 src/gui/uifiles/siril.ui:8703
#: src/gui/uifiles/siril.ui:8832 src/gui/uifiles/siril.ui:8972
msgid "all"
msgstr "全部"

#: src/gui/uifiles/siril.ui:6445 src/gui/uifiles/siril.ui:6574
#: src/gui/uifiles/siril.ui:6714 src/gui/uifiles/siril.ui:8704
#: src/gui/uifiles/siril.ui:8833 src/gui/uifiles/siril.ui:8973
msgid "selected"
msgstr "已选择"

#: src/gui/uifiles/siril.ui:6446 src/gui/uifiles/siril.ui:6575
#: src/gui/uifiles/siril.ui:6715 src/gui/uifiles/siril.ui:7814
#: src/gui/uifiles/siril.ui:7851 src/gui/uifiles/siril.ui:8705
#: src/gui/uifiles/siril.ui:8834 src/gui/uifiles/siril.ui:8974
#: src/gui/plot.c:115 src/gui/plot.c:126 src/gui/sequence_list.c:504
#: src/gui/sequence_list.c:525 src/gui/sequence_list.c:535
#: src/gui/sequence_list.c:559
msgid "FWHM"
msgstr "FWHM"

#: src/gui/uifiles/siril.ui:6447 src/gui/uifiles/siril.ui:6576
#: src/gui/uifiles/siril.ui:6716 src/gui/uifiles/siril.ui:8706
#: src/gui/uifiles/siril.ui:8835 src/gui/uifiles/siril.ui:8975
msgid "weighted FWHM"
msgstr "加权FWHM"

#: src/gui/uifiles/siril.ui:6448 src/gui/uifiles/siril.ui:6577
#: src/gui/uifiles/siril.ui:6717 src/gui/uifiles/siril.ui:8707
#: src/gui/uifiles/siril.ui:8836 src/gui/uifiles/siril.ui:8976
msgid "roundness"
msgstr "圆度"

#: src/gui/uifiles/siril.ui:6449 src/gui/uifiles/siril.ui:6578
#: src/gui/uifiles/siril.ui:6718 src/gui/uifiles/siril.ui:8708
#: src/gui/uifiles/siril.ui:8837 src/gui/uifiles/siril.ui:8977
msgid "background"
msgstr "背景"

#: src/gui/uifiles/siril.ui:6450 src/gui/uifiles/siril.ui:6579
#: src/gui/uifiles/siril.ui:6719 src/gui/uifiles/siril.ui:8709
#: src/gui/uifiles/siril.ui:8838 src/gui/uifiles/siril.ui:8978
msgid "nb stars"
msgstr "星数"

#: src/gui/uifiles/siril.ui:6451 src/gui/uifiles/siril.ui:6580
#: src/gui/uifiles/siril.ui:6720 src/gui/uifiles/siril.ui:8710
#: src/gui/uifiles/siril.ui:8839 src/gui/uifiles/siril.ui:8979
msgid "quality"
msgstr "品质"

#: src/gui/uifiles/siril.ui:6465 src/gui/uifiles/siril.ui:6593
#: src/gui/uifiles/siril.ui:6733 src/gui/uifiles/siril.ui:8724
#: src/gui/uifiles/siril.ui:8852 src/gui/uifiles/siril.ui:8992
#: src/gui/registration.c:96 src/gui/stacking.c:47
msgid "Percents of the images of the sequence."
msgstr "序列里图像数量的百分比。"

#: src/gui/uifiles/siril.ui:6493 src/gui/uifiles/siril.ui:6621
#: src/gui/uifiles/siril.ui:6761 src/gui/uifiles/siril.ui:8752
#: src/gui/uifiles/siril.ui:8880 src/gui/uifiles/siril.ui:9020
msgid ""
"Choose between % and k-σ to keep given percentage of images or to compute "
"the allowable threshold using k-σ clipping."
msgstr ""
"在 % 和 k-σ 之间进行选择以保留给定百分比的图像或使用 k-σ 修剪计算允许的阈值。"

#: src/gui/uifiles/siril.ui:6524 src/gui/uifiles/siril.ui:6651
#: src/gui/uifiles/siril.ui:8783 src/gui/uifiles/siril.ui:8910
msgid "Add another filter"
msgstr "添加另外的筛选条件"

#: src/gui/uifiles/siril.ui:6554 src/gui/uifiles/siril.ui:6694
#: src/gui/uifiles/siril.ui:8684 src/gui/uifiles/siril.ui:8813
#: src/gui/uifiles/siril.ui:8953
msgid ""
"Select the set of images to be stacked:\n"
"\n"
"<b>all</b>: all images of the sequence are used in the stack\n"
"\n"
"<b>selected</b>: only use image that have not been unselected from the "
"sequence\n"
"\n"
"<b>FWHM</b>: images with best computed FWHM (star-based registration only)\n"
"\n"
"<b>weighted FWHM</b>: this is an improvement of a simple FWHM. It allows to "
"exclude much more spurious images by using the number of stars detected "
"compared to the reference image (star-based registration only)\n"
"\n"
"<b>roundness</b>: images with best star roundness (star-based registration "
"only)\n"
"\n"
"<b>background</b>: images with lowest background values (star-based "
"registration only)\n"
"\n"
"<b>nb stars</b>: images with best number of stars detected (star-based "
"registration only)\n"
"\n"
"<b>quality</b>: images with best quality (planetary DFT or Kombat "
"registrations)"
msgstr ""
"选择将被用于叠加的图像子集：\n"
"\n"
"<b>全部</b>：序列中的全部图像都会被叠加\n"
"\n"
"<b>已选择</b>：只叠加序列中没有被排除掉的图像\n"
"\n"
"<b>FWHM</b>：FWHM最优图像（仅适用于星点对齐）\n"
"\n"
"<b>加权FWHM</b>：简单FWHM方法的升级，它通过比较当前帧跟参考帧的星点数量来排除"
"掉更多不良的帧（仅适用于星点对齐）\n"
"\n"
"<b>圆度</b>：圆度最优图像（仅适用于星点对齐）\n"
"\n"
"<b>背景</b>：背景值最低的图像（仅适用于星点对齐）\n"
"\n"
"<b>星数</b>：侦测到最多星点数的图像（仅适用于星点对齐）\n"
"\n"
"<b>品质</b>：品质最优图像 （行星DFT或者Kombat对齐）"

#: src/gui/uifiles/siril.ui:6667 src/gui/uifiles/siril.ui:6794
#: src/gui/uifiles/siril.ui:8926 src/gui/uifiles/siril.ui:9053
msgid "Remove this filter"
msgstr "移除此筛选条件"

#: src/gui/uifiles/siril.ui:6826
msgid "Image selection:"
msgstr "图像选择："

#: src/gui/uifiles/siril.ui:6879
msgid ""
"Specifies the framing method to be used:\n"
"- \"current\" uses the current reference image\n"
"- \"maximum\" (bounding box) adds a black border around each image as "
"required so that no part of the image is cropped when registered.\n"
"- \"minimum\" (common area) crops each image to the area it has in common "
"with all images of the sequence.\n"
"- \"center of gravity\" determines the best framing position as the center "
"of gravity (cog) of all the images"
msgstr ""
"指定构图方式：\n"
"- \"当前\" 与当前参考帧相同\n"
"- \"最大化\"（并集）根据需要在每个图像周围添加黑色边框，在对齐时不会裁切图像"
"的任何部分。\n"
"- \"最小化\"（交集）将每个图像裁切到序列里所有图像共有的区域。\n"
"- \"重心\" 将全部图像的重心（cog）作为最佳构图位置"

#: src/gui/uifiles/siril.ui:6888
msgid "current"
msgstr "当前"

#: src/gui/uifiles/siril.ui:6889
msgid "maximum"
msgstr "最大"

#: src/gui/uifiles/siril.ui:6890
msgid "minimum"
msgstr "最小"

#: src/gui/uifiles/siril.ui:6891
msgid "center of gravity"
msgstr "重心"

#: src/gui/uifiles/siril.ui:6906
msgid "Framing method"
msgstr "构图方式"

#: src/gui/uifiles/siril.ui:6919
msgid "Estimates the final size and space used by the stacked image."
msgstr "估算叠加后图像的最终大小和空间。"

#: src/gui/uifiles/siril.ui:6963
msgid "Scaling:"
msgstr "比例："

#: src/gui/uifiles/siril.ui:6976
msgid ""
"Scaling of the output images. Use Estimate button to determine the final "
"image size."
msgstr "输出图像的缩放比例。使用“估算”按钮确定最终图像尺寸。"

#: src/gui/uifiles/siril.ui:7013
msgid ""
"Choose whether to use an interpolation algorithm or Drizzle to apply "
"registration"
msgstr "选择使用插值算法还是Drizzle来进行对齐"

#: src/gui/uifiles/siril.ui:7041
msgid "Algorithm: "
msgstr "算法: "

#: src/gui/uifiles/siril.ui:7052
msgid "Set the interpolation algorithm"
msgstr "设置插值算法"

#: src/gui/uifiles/siril.ui:7077
msgid ""
"Activates clamping of the Bicubic and Lancsoz4 interpolation algorithms\n"
"\n"
"The main issue with Lanczos and Bicubic interpolation algorithms is the "
"generation of strong undershot artifacts (ringing). These artifacts are "
"caused by the negative lobes of the interpolation functions falling on high "
"contrast edges and isolated bright pixels (like in the stars). This usually "
"only occurs with linear data.\n"
"\n"
"In current Siril implementations, we have included a clamping mechanism that "
"prevents negative interpolated values and ringing artifacts for most images."
msgstr ""
"启用双三次和Lanczos4插值算法的钳定功能\n"
"\n"
"Lanczos和双三次插值算法的主要问题在于会产生强烈的下冲伪影（振铃效应）。这些伪"
"影是由于插值函数的负瓣落在高对比度边缘和孤立亮像素（如星点）上所致。此现象通"
"常仅发生于线性数据中。\n"
"\n"
"在当前Siril的实现中，我们引入了钳定机制，该机制能有效防止大多数图像出现负值和"
"振铃伪影。"

#: src/gui/uifiles/siril.ui:7096
msgid "Use interpolation"
msgstr "使用插值"

#: src/gui/uifiles/siril.ui:7109
msgid "Include master flat in initial pixel weighting"
msgstr "在初始像素权重中包含主平场"

#: src/gui/uifiles/siril.ui:7113
msgid ""
"Check this to include the master flat in the initial pixel weighting. This "
"will result in pixels from less vignetted areas of input frames being "
"weighted more heavily than pixels from more vignetted areas, where they land "
"on the same output pixel. This is at best a minor gain.\n"
"\n"
"The master flat must be set in the Calibration tab."
msgstr ""
"检查此项以将主平场包含在初始像素权重中。这将导致来自输入帧的渐晕较少区域的像"
"素的权重高于来自渐晕较多区域的像素（它们落在相同的输出像素上）。这充其量只是"
"一个小小的收获。\n"
"\n"
"必须在“校准”选项卡中设置主平场。"

#: src/gui/uifiles/siril.ui:7129
msgid "Droplet Model"
msgstr "液滴模型"

#: src/gui/uifiles/siril.ui:7141
msgid "Pixel Fraction"
msgstr "像素分数"

#: src/gui/uifiles/siril.ui:7152
#, fuzzy
msgid ""
"Select the droplet model. See the documentation for details of when to use "
"each model."
msgstr "选择滤镜类型。每个类型的区别详见说明文档。"

#: src/gui/uifiles/siril.ui:7155
msgid "Square"
msgstr "平方"

#: src/gui/uifiles/siril.ui:7157
msgid "Point"
msgstr "点"

#: src/gui/uifiles/siril.ui:7158
msgid "Turbo"
msgstr "Turbo"

#: src/gui/uifiles/siril.ui:7159
msgid "Lanczos2"
msgstr "Lanczos2"

#: src/gui/uifiles/siril.ui:7160
msgid "Lanczos3"
msgstr "Lanczos3"

#: src/gui/uifiles/siril.ui:7172
msgid ""
"Sets the droplet size as a fraction of the input pixel size. Typically a "
"good value for this is the reciprocal of the drizzle scale."
msgstr ""
"将液滴大小设置为输入像素大小的分数。通常，一个很好的值是 drizzle 比例的倒数。"

#: src/gui/uifiles/siril.ui:7192
msgid "Use drizzle"
msgstr "使用Drizzle"

#: src/gui/uifiles/siril.ui:7212
msgid "Prefix:"
msgstr "前缀："

#: src/gui/uifiles/siril.ui:7226
msgid "Prefix of the image names resulting from the registration."
msgstr "对齐结果的文件名前缀。"

#: src/gui/uifiles/siril.ui:7256
msgid "Output registration:"
msgstr "输出对齐："

#: src/gui/uifiles/siril.ui:7271
msgid "Go register"
msgstr "去对齐"

#: src/gui/uifiles/siril.ui:7276
msgid ""
"Start the registration process. It will register images in the loaded "
"sequence using the selected method and reference layer (loaded in the 'Image "
"sequences' tab, current sequence name is at the bottom of the window too)."
msgstr ""
"开启对齐处理。将使用所选定的方法和参考图层来载入和对齐序列中的图像（在“图像序"
"列”标签页中载入，当前序列名称也会在窗口底部显示）。"

#: src/gui/uifiles/siril.ui:7295
msgid "Load a sequence first"
msgstr "请先载入序列"

#: src/gui/uifiles/siril.ui:7312
msgid "Automatic image registration"
msgstr "自动图像对齐"

#: src/gui/uifiles/siril.ui:7347
msgid "Display reference image"
msgstr "显示参考帧"

#: src/gui/uifiles/siril.ui:7352
msgid ""
"Display the reference image over the current image using a 50% "
"transparency.\n"
"To be enabled, the reference image must have been explicitly set and already "
"displayed once on the selected registration layer."
msgstr ""
"在当前图像之上以50%透明度显示参考帧。\n"
"若要开启本选项，参考帧必须已经设定好，并且至少已经在所选择的对齐图层上显示过"
"一次。"

#: src/gui/uifiles/siril.ui:7367
msgid "Set reference image first"
msgstr "请先选定参考帧"

#: src/gui/uifiles/siril.ui:7396
msgid ""
"Change this value, using mouse wheel or up and down arrows, to align the "
"image with the reference image on the X axis."
msgstr "使用鼠标滚轮或者上下方向键改变此数值，以在X轴上把当前帧向参考帧对齐。"

#: src/gui/uifiles/siril.ui:7397
msgid "X translation:"
msgstr "X 平移:"

#: src/gui/uifiles/siril.ui:7432
msgid ""
"Change this value, using mouse wheel or up and down arrows, to align the "
"image with the reference image on the Y axis."
msgstr "使用鼠标滚轮或者上下方向键改变此数值，以在Y轴上把当前帧向参考帧对齐。"

#: src/gui/uifiles/siril.ui:7433
msgid "Y translation:"
msgstr "Y 平移:"

#: src/gui/uifiles/siril.ui:7492
msgid "Set first preview"
msgstr "设置预览一"

#: src/gui/uifiles/siril.ui:7496 src/gui/uifiles/siril.ui:7538
msgid ""
"Allows a preview area to be displayed just below. After clicking on this "
"button, click on the image to position the preview area's centre"
msgstr ""
"在下方区域内显示预览。点击完本按钮后，请点击图像来指定某位置作为预览区域的中"
"心"

#: src/gui/uifiles/siril.ui:7534
msgid "Set second preview"
msgstr "设置预览二"

#: src/gui/uifiles/siril.ui:7582 src/compositing/compositing.c:2415
msgid "Manual registration"
msgstr "手动对齐"

#: src/gui/uifiles/siril.ui:7608
msgid ""
"Registration is basically aligning the images from a sequence to be able to "
"process them afterwards."
msgstr "对齐序列里的图像，使之可用于后续处理。"

#: src/gui/uifiles/siril.ui:7670
msgid "Modify x-axis units, or y-axis units if available."
msgstr "修改 x 轴单位或 y 轴单位（如果可用）。"

#: src/gui/uifiles/siril.ui:7682
msgid "Display"
msgstr "显示"

#: src/gui/uifiles/siril.ui:7717
msgid ""
"Purple curve: actual plot as configured with X and Y selectors.\n"
"Green curve: sorted values by order of decreasing quality.\n"
"Circle marker: the value for the reference frame.\n"
"Cross marker: the value for the currently loaded frame."
msgstr ""
"紫色曲线：以所设定的X和Y坐标的实际值绘制。\n"
"绿色曲线：按照品质降序排序的值。\n"
"圆圈标记：参考帧的值。\n"
"十字标记：当前载入帧的值。"

#: src/gui/uifiles/siril.ui:7721
msgid "Hovering for the legend"
msgstr "在说明上悬停"

#: src/gui/uifiles/siril.ui:7740
msgid ""
"This button opens a CSV export of the data, or a screenshot of the plot."
msgstr "此按钮可打开数据的 CSV 导出或图表的屏幕截图。"

#: src/gui/uifiles/siril.ui:7800
msgid "X:"
msgstr "X:"

#: src/gui/uifiles/siril.ui:7815 src/gui/uifiles/siril.ui:7852
#: src/gui/plot.c:116 src/gui/plot.c:127 src/gui/sequence_list.c:510
#: src/gui/sequence_list.c:532
msgid "Roundness"
msgstr "圆度"

#: src/gui/uifiles/siril.ui:7816 src/gui/uifiles/siril.ui:7853
#: src/gui/plot.c:128 src/gui/sequence_list.c:507
msgid "wFWHM"
msgstr "wFWHM"

#: src/gui/uifiles/siril.ui:7817 src/gui/uifiles/siril.ui:7854
#: src/gui/plot.c:119 src/gui/plot.c:129 src/gui/sequence_list.c:516
#: src/gui/sequence_list.c:544
msgid "Background"
msgstr "背景"

#: src/gui/uifiles/siril.ui:7818 src/gui/uifiles/siril.ui:7855
#: src/gui/plot.c:130
msgid "# Stars"
msgstr "# 星点"

#: src/gui/uifiles/siril.ui:7819 src/gui/uifiles/siril.ui:7857
#: src/gui/plot.c:120 src/gui/plot.c:131 src/gui/sequence_list.c:547
msgid "X Position"
msgstr "X 坐标"

#: src/gui/uifiles/siril.ui:7820 src/gui/uifiles/siril.ui:7858
#: src/gui/plot.c:121 src/gui/plot.c:132 src/gui/sequence_list.c:550
msgid "Y Position"
msgstr "Y 坐标"

#: src/gui/uifiles/siril.ui:7822 src/gui/plot.c:134
msgid "Frame"
msgstr "帧"

#: src/gui/uifiles/siril.ui:7836
msgid "Y:"
msgstr "Y:"

#: src/gui/uifiles/siril.ui:7848
msgid "Select which information to display from photometry data."
msgstr "选择将被显示的测光数据。"

#: src/gui/uifiles/siril.ui:7885
msgid "Select the source of graph information."
msgstr "选择曲线数据源。"

#: src/gui/uifiles/siril.ui:7888
msgid "Registration data"
msgstr "对齐数据"

#: src/gui/uifiles/siril.ui:7889
msgid "Photometry data"
msgstr "测光数据"

#: src/gui/uifiles/siril.ui:7904
msgid "Deletes photometric plots displayed in the graphics area."
msgstr "删除图形区域中显示的测光图表。"

#: src/gui/uifiles/siril.ui:7916
msgid "Clear plots"
msgstr "清除图表"

#: src/gui/uifiles/siril.ui:7967
msgid "Show all relevant graphs using registration and / or photometry data."
msgstr "显示所有对齐/测光相关数据的的图表。"

#: src/gui/uifiles/siril.ui:8021
msgid ""
"<b>Sum</b>: This is the simplest method.\n"
"Pixel values are added in an image normalized to 32-bit values.\n"
"It increases signal/noise ratio (SNR) as square root of number of images.\n"
"\n"
"<b>Average with rejection</b>: This method is used to reject deviant pixels "
"iteratively.\n"
"Seven methods have been implemented:\n"
"- Percentile Clipping\n"
"- Sigma Clipping\n"
"- MAD Clipping\n"
"- Median Sigma Clipping\n"
"- Winsorized Sigma Clipping\n"
"- Linear Fit Clipping\n"
"- Generalized Extreme Studentized Deviate Test\n"
"After pixel rejection, the mean of the stack is computed.\n"
"\n"
"<b>Median</b>: This method was mostly used for dark/flat/offset stacking "
"although now we recommend the use of average with rejection stacking.\n"
"The median value of the pixels in the stack is computed for each pixel.\n"
"\n"
"<b>Pixel maximum</b>: This case is mainly used to construct long exposure "
"star-trails images.\n"
"Pixels of the image are replaced by pixels at the same coordinates if "
"intensity is greater.\n"
"\n"
"<b>Pixel minimum</b>: This case could be useful to select the area to be "
"cropped after the stack operation.\n"
"Pixels of the image are replaced by pixels at the same coordinates if "
"intensity is lower."
msgstr ""
"<b>加法</b>：最简单的方式。\n"
"像素值以归一化的32位数进行累加。\n"
"所得图像的信噪比(SNR)增加为图像数量的平方根倍。\n"
"\n"
"<b>基于像素剔除的平均数</b>：该方式用于迭代式剔除离群的像素。\n"
"包含七种已实现的算法：\n"
"- 百分数排异\n"
"- Sigma排异\n"
"- 绝对中位差排异\n"
"- 中位数Sigma排异\n"
"- Winsorized Sigma排异\n"
"- 线性拟合排异\n"
"- 广义ESD检验排异\n"
"完成像素剔除之后才会计算平均数。\n"
"\n"
"<b>中位数</b>：该方式用于传统的暗/平/偏置场的叠加，不过我们现在建议使用含有像"
"素剔除的平均数叠加。\n"
"会逐个计算所有图像同一位置像素值的中位数。\n"
"\n"
"<b>像素最大值</b>：该方式主要用于制作长曝光的星轨图像。\n"
"所得图像每个像素的值是所有图像同一位置像素值的最大值。\n"
"\n"
"<b>像素最小值</b>：该方式可用于找到叠加后应该裁掉的区域。\n"
"所得图像每个像素的值是所有图像同一位置像素值的最小值。"

#: src/gui/uifiles/siril.ui:8046 src/stacking/sum.c:372
msgid "Sum stacking"
msgstr "加法叠加"

#: src/gui/uifiles/siril.ui:8047
msgid "Average stacking with rejection"
msgstr "含有像素剔除的平均数叠加"

#: src/gui/uifiles/siril.ui:8048
msgid "Median stacking"
msgstr "中位数叠加"

#: src/gui/uifiles/siril.ui:8049
msgid "Pixel maximum stacking"
msgstr "像素最大值叠加"

#: src/gui/uifiles/siril.ui:8050
msgid "Pixel minimum stacking"
msgstr "像素最小值叠加"

#: src/gui/uifiles/siril.ui:8061
msgid "Method:"
msgstr "方法:"

#: src/gui/uifiles/siril.ui:8096
msgid ""
"If one of these items is selected, a normalisation process will be applied "
"to all input images before stacking.\n"
"\n"
"- Normalisation matches the mean background of all input images, then, the "
"normalisation is processed by multiplication or addition. Keep in mind that "
"both processes generally lead to similar results but multiplicative "
"normalisation is prefered for image which will be used for multiplication or "
"division as flat-field.\n"
"\n"
"- Scale matches dispersion by weighting all input images. This tends to "
"improve the signal-to-noise ratio and therefore this is the option used by "
"default with the additive normalisation.\n"
"\n"
"<b>The offset and dark masters should not be processed with normalisation. "
"However, multiplicative normalisation must be used with flat-field frames.</"
"b>"
msgstr ""
"如果其中的一种被选中，所有图像在被叠加之前会被应用归一化处理。\n"
"\n"
"- 归一化，使用乘法或加法使所有输入图像的背景平均值相同。注意：加法和乘法带来"
"的结果可能看似没有区别，但是乘法归一化主要用于将被执行乘/除的图像，例如平场"
"帧。\n"
"\n"
"- 拉伸，通过加权使所有输入图像的弥散度相同。将有可能增加信噪比。因此该项是加"
"法归一化的缺省配置。\n"
"\n"
"<b>偏置和暗场帧不应使用归一化。而平场帧必须使用乘法归一化。</b>"

#: src/gui/uifiles/siril.ui:8105
msgid "No normalisation"
msgstr "无归一化"

#: src/gui/uifiles/siril.ui:8106
msgid "Additive"
msgstr "加法"

#: src/gui/uifiles/siril.ui:8108
msgid "Additive with scaling"
msgstr "加法带拉伸"

#: src/gui/uifiles/siril.ui:8109
msgid "Multiplicative with scaling"
msgstr "乘法带拉伸"

#: src/gui/uifiles/siril.ui:8121
msgid "Recompute"
msgstr "重新计算"

#: src/gui/uifiles/siril.ui:8125
msgid ""
"By default, Siril takes the normalisation coefficients from seq file if "
"already computed. However you can force Siril to recompute it before "
"stacking."
msgstr ""
"缺省下，Siril会从seq文件中读取已经计算好的归一化系数。不过用户可以强制Siril在"
"叠加前重新计算。"

#: src/gui/uifiles/siril.ui:8138
msgid "Faster normalisation"
msgstr "快速归一化"

#: src/gui/uifiles/siril.ui:8142
msgid ""
"By default, Siril uses IKSS estimators of location and scale to compute "
"normalisation. For long sequences, computing these estimators can be quite "
"intensive. For such cases, you can opt in for faster estimators (based on "
"median and median absolute deviation). While less resistant to outliers in "
"each image, they can still give a satisfactory result when compared to no "
"normalization at all."
msgstr ""
"缺省下，Siril使用IKSS来评估位置和拉伸量，用于计算归一化。对于长序列，计算量会"
"非常大。这种情况下，您可以选择快速归一化（基于中位数和绝对中位差）。当每幅图"
"像中的异常值较少的时候，仍然会得到令人满意的结果（相比于完全不做归一化）。"

#: src/gui/uifiles/siril.ui:8161
msgid "Normalisation:"
msgstr "归一化："

#: src/gui/uifiles/siril.ui:8252 src/gui/stacking.c:369
msgid "Sigma low: "
msgstr "Sigma下限: "

#: src/gui/uifiles/siril.ui:8286 src/gui/stacking.c:370
msgid "Sigma high: "
msgstr "Sigma上限: "

#: src/gui/uifiles/siril.ui:8297
msgid ""
"Seven rejection algorithms are available:\n"
"\n"
"<b>Percentile Clipping</b> is a one-step rejection algorithm ideal for small "
"sets of data (up to 6 images).\n"
"\n"
"<b>Sigma Clipping</b> is an iterative algorithm which will reject pixels "
"whose distance from median will be farthest than two given values in sigma "
"units.\n"
"\n"
"<b>MAD Clipping</b> is an iterative algorithm working as Sigma Clipping "
"except that the estimator used is the Median Absolute Deviation (MAD). This "
"is generally used for noisy infrared image processing.\n"
"\n"
"<b>Median Sigma Clipping</b> is the same algorithm except than the rejected "
"pixels are replaced by the median value.\n"
"\n"
"<b>Winsorized Sigma Clipping</b> is very similar to Sigma Clipping method "
"but it uses an algorithm based on Huber's work [1] [2].\n"
"\n"
"<b>Linear Fit Clipping</b> is an algorithm developed by Juan Conejero, main "
"developer of PixInsight [2]. It fits the best straight line (y=ax+b) of the "
"pixel stack and rejects outliers. This algorithm performs very well with "
"large stack and images containing sky gradients with differing spatial "
"distributions and orientations.\n"
"\n"
"The <b>Generalized Extreme Studentized Deviate Test</b> algorithm [3] is a "
"generalization of Grubbs Test that is used to detect one or more outliers in "
"a univariate data set that follows an approximately normal distribution. "
"This algorithm shows excellent performances with large dataset of more 50 "
"images.\n"
"\n"
"[1] Peter J. Huber and E. Ronchetti (2009), Robust Statistics, 2nd Ed., "
"Wiley\n"
"[2] Juan Conejero, ImageIntegration, Pixinsight Tutorial\n"
"[3] Rosner, Bernard (May 1983), Percentage Points for a Generalized ESD Many-"
"Outlier Procedure, Technometrics, 25(2), pp. 165-172"
msgstr ""
"七种可用的剔除算法。\n"
"\n"
"<b>百分数排异</b> 是一种单步操作的剔除算法，适用于小数量的数据（最多6张）。\n"
"\n"
"<b>Sigma排异</b> 是一种迭代式算法，会剔除那些距离中值大于给定的两个sigma值的"
"像素点。\n"
"\n"
"<b>绝对中位差排异</b> 是一种类似于Sigma Clipping的迭代算法，其评估方式基于绝"
"对中位差（MAD）。通常用于含有红外噪声的图像处理。\n"
"\n"
"<b>中位数Sigma排异</b> 是跟上面类似的算法，所应剔除的像素值会被中值替代。\n"
"\n"
"<b>Winsorized Sigma排异</b> 也是跟上面类似的算法，所应剔除的像素值却被临近值"
"所替代。该算法基于Hube的工作，参见 [1] [2].\n"
"\n"
"<b>线性拟合排异</b> 是PixInsight的主开发者Juan Conejero开发的 [2].。该算法基"
"于一条坐标上的斜线 (y=ax+b) 来计算离群值而用于像素剔除和叠加。该算法非常适用"
"于巨大数据量的叠加并且图像包含有不同方向和空间分布形式的天光。\n"
"\n"
"<b>广义ESD检验排异</b> 是广义的Grubbs Test算法[3]，用于检测近似正态分布的单变"
"量数据集中的若干离群值。该算法在超过50张图像的庞大集合中可体现出优秀的性"
"能。\n"
"\n"
"[1] Peter J. Huber and E. Ronchetti (2009), Robust Statistics, 2nd Ed., "
"Wiley\n"
"[2] Juan Conejero, ImageIntegration, Pixinsight Tutorial\n"
"[3] Rosner, Bernard (May 1983), Percentage Points for a Generalized ESD Many-"
"Outlier Procedure, Technometrics, 25(2), pp. 165-172"

#: src/gui/uifiles/siril.ui:8318
msgid "No rejection"
msgstr "无像素剔除"

#: src/gui/uifiles/siril.ui:8319
msgid "Percentile Clipping"
msgstr "百分数排异"

#: src/gui/uifiles/siril.ui:8320
msgid "Sigma Clipping"
msgstr "Sigma排异"

#: src/gui/uifiles/siril.ui:8321 src/stacking/stacking.c:197
msgid "MAD clipping"
msgstr "绝对中位差排异"

#: src/gui/uifiles/siril.ui:8322
msgid "Median Sigma Clipping"
msgstr "中位数Sigma排异"

#: src/gui/uifiles/siril.ui:8323
msgid "Winsorized Sigma Clipping"
msgstr "Winsorized Sigma排异"

#: src/gui/uifiles/siril.ui:8324
msgid "Linear Fit Clipping"
msgstr "线性拟合排异"

#: src/gui/uifiles/siril.ui:8325
msgid "Generalized Extreme Studentized Deviate Test"
msgstr "广义ESD检验"

#: src/gui/uifiles/siril.ui:8338
msgid ""
"Four methods of weighting are available:\n"
"\n"
"<b>Number of stars</b> weights individual frames based on number of stars "
"computed during registration step.\n"
"\n"
"<b>Weighted FWHM</b> weights individual frames based on wFWHM computed "
"during registration step.\n"
"\n"
"<b>Noise</b> weights individual frames based on background noise values.\n"
"\n"
"<b>Number of images</b> weights individual frames based on their integration "
"time."
msgstr ""
"有四种加权方法可供选择：\n"
"\n"
"<b>星点数量</b> 根据对齐步骤中计算的星点数对各帧进行加权。\n"
"\n"
"<b>加权FWHM</b> 根据对齐步骤中计算的 wFWHM 对各帧进行加权。\n"
"\n"
"<b>噪声</b> 根据背景噪声值对各帧进行加权。\n"
"\n"
"<b>图像数量</b> 根据各帧的积分时间对齐进行加权。"

#: src/gui/uifiles/siril.ui:8351 src/gui/plot.c:1672 src/gui/plot.c:1700
msgid "Number of stars"
msgstr "星点数量"

#: src/gui/uifiles/siril.ui:8352
msgid "Weighted FWHM"
msgstr "加权FWHM"

#: src/gui/uifiles/siril.ui:8353
msgid "Noise"
msgstr "噪声"

#: src/gui/uifiles/siril.ui:8354
msgid "Number of images"
msgstr "图像数量"

#: src/gui/uifiles/siril.ui:8368
msgid "Weighting:"
msgstr "权重："

#: src/gui/uifiles/siril.ui:8383
msgid "Create rejection maps"
msgstr "创建像素剔除图"

#: src/gui/uifiles/siril.ui:8387
msgid ""
"Compute and create rejection maps during stacking. These are images showing "
"how many images were rejected for each pixel of the result image, divided by "
"the number of stacked images."
msgstr ""
"在叠加期间计算和创建像素剔除图。这些图像显示结果图像的每个像素被剔除的图像数"
"除以已叠加的图像的数量。"

#: src/gui/uifiles/siril.ui:8399
msgid "Merge L+H"
msgstr "合并 L+H"

#: src/gui/uifiles/siril.ui:8404
msgid ""
"Create only one rejection map that will be the sum of the low and high maps"
msgstr "仅创建一个像素剔除图，该图将是被剔除的低值和高值的总和"

#: src/gui/uifiles/siril.ui:8435
msgid "Pixel rejection:"
msgstr "像素剔除："

#: src/gui/uifiles/siril.ui:8564
msgid "Borders feathering [pix]:"
msgstr "边界羽化（像素）："

#: src/gui/uifiles/siril.ui:8575
msgid ""
"Select here the number of pixels that will be faded out on the borders of "
"each image."
msgstr "在此选择将在每张图像边缘淡出(被羽化)的像素数量。"

#: src/gui/uifiles/siril.ui:8607
msgid "Normalization on overlaps"
msgstr "在重叠区域应用归一化"

#: src/gui/uifiles/siril.ui:8611
msgid ""
"By default, Siril computes the normalisation coefficients from each image. "
"Ticking this box computes them on overlapping regions instead."
msgstr ""
"默认情况下，Siril 会计算每张图像的归一化系数。勾选此框后，改为仅在重叠区域上"
"计算这些系数，以实现对齐。"

#: src/gui/uifiles/siril.ui:8630
msgid "Stack stitching:"
msgstr "叠加拼合："

#: src/gui/uifiles/siril.ui:8666
msgid "Stacking 0 images of the 0 of the sequence"
msgstr "序列位置：0，叠加图像：0"

#: src/gui/uifiles/siril.ui:9080
msgid "Image rejection:"
msgstr "图像剔除："

#: src/gui/uifiles/siril.ui:9099
msgid "Sequence stacking"
msgstr "序列叠加"

#: src/gui/uifiles/siril.ui:9133
msgid "Output Normalisation"
msgstr "输出归一化"

#: src/gui/uifiles/siril.ui:9136
msgid ""
"If you check this button, the final image will be normalized in the [0, 1] "
"range if you work in 32-bit format precision, or clipped in [0, 65535] "
"otherwise. This will work best if you also check Force 32b output, as it "
"will avoid clipping.\n"
"\n"
"WARNING: This option should not be checked for master stacking."
msgstr ""
"如果您选中此按钮，当以32位格式精度工作时，最终图像将归一化为[0,1]范围；如果在"
"16位，则将修剪到[0，65535]范围。勾选“强制32位输出”可以避免修剪，获得最好结"
"果。\n"
"\n"
"警告：叠加主校准帧时不要选择此项。"

#: src/gui/uifiles/siril.ui:9149
msgid "RGB equalization"
msgstr "RGB均衡"

#: src/gui/uifiles/siril.ui:9152
msgid ""
"If you check this button, the channels in the final image will be equalized "
"(color images only).\n"
"\n"
"WARNING: This option should not be checked for master stacking."
msgstr ""
"如果勾选此项，最终图像的各个通道会被均衡化（仅用于彩色图像）。\n"
"\n"
"警告：叠加主校准帧时不要选择此项。"

#: src/gui/uifiles/siril.ui:9165
msgid "Maximize framing"
msgstr "最大化构图"

#: src/gui/uifiles/siril.ui:9168
msgid ""
"If you check this button, the final image size will be enlarged to fit all "
"the selected frames of the sequence."
msgstr "如果选中此按钮，最终图像尺寸将被放大，以适合序列的所有选定帧。"

#: src/gui/uifiles/siril.ui:9180
msgid "Interpolation upscaling x2"
msgstr "插值放大 x2"

#: src/gui/uifiles/siril.ui:9183
msgid ""
"If you check this button, the final image size will be upscaled by a factor "
"of 2. This can be faster than real drizzle images obtained during "
"registration but will not produced images as sharp."
msgstr ""
"如果选中此按钮，最终图像尺寸将放大 2 倍。这比对齐期间得到的真正的 drizzle 图"
"像更快，但没那么清晰。"

#: src/gui/uifiles/siril.ui:9194
msgid "Force 32b output"
msgstr "强制32位输出"

#: src/gui/uifiles/siril.ui:9198
msgid ""
"If you check this button, the final image bitdepth will be forced to 32b "
"even if the input images are in 16b."
msgstr "如果勾选，结果图像会强制为32位深度。即使输入16位图像也一样。"

#. Must be short
#: src/gui/uifiles/siril.ui:9227
msgid "Save in:"
msgstr "保存于:"

#: src/gui/uifiles/siril.ui:9251
msgid "Overwrite"
msgstr "覆盖"

#: src/gui/uifiles/siril.ui:9255
msgid "Overwrite file without notice if it already exists."
msgstr "无提示覆盖已经存在的文件。"

#: src/gui/uifiles/siril.ui:9275
msgid "Start stacking"
msgstr "开始叠加"

#: src/gui/uifiles/siril.ui:9280
msgid ""
"Start stacking the current sequence of images, using the method and other "
"information provided above."
msgstr "开始叠加当前序列中的图像，应用上面所选择的方式和其他信息。"

#: src/gui/uifiles/siril.ui:9300
msgid "Stacking result"
msgstr "叠加结果"

#: src/gui/uifiles/siril.ui:9326
msgid ""
"Stacking of images, either summing, median, mean with rejection or pixel "
"minimum/maximum."
msgstr "图像叠加，支持加法，中位数，基于像素剔除的平均数，或最大/最小值。"

#: src/gui/uifiles/siril.ui:9364
msgid ""
"Siril output window, displays messages about what has been done and in "
"response to command inputs."
msgstr "Siril输出窗口，显示各种程序执行过程的信息，并且对输入的命令进行响应。"

#: src/gui/uifiles/siril.ui:9425
msgid "Export the log"
msgstr "导出日志"

#: src/gui/uifiles/siril.ui:9439 src/gui/progress_and_log.c:306
msgid "Clear the log"
msgstr "清除日志"

#: src/gui/uifiles/siril.ui:9476
msgid "This tab shows the Siril logs."
msgstr "该标签页显示Siril日志。"

#: src/gui/uifiles/siril.ui:9479
msgid "Console"
msgstr "控制台"

#: src/gui/uifiles/siril.ui:9516
msgid ""
"Input command. Typing \"help\" here will bring the list of supported "
"commands."
msgstr "输入命令。键入“help”以得到命令列表。"

#: src/gui/uifiles/siril.ui:9519
msgid "Type \"help\" for the list of supported commands"
msgstr "输入“help”以获得命令列表"

#: src/gui/uifiles/siril.ui:9534
msgid "Displays manual of the command written in the console."
msgstr "显示控制台命令的手册。"

#: src/gui/uifiles/siril.ui:9546
msgid "Stop"
msgstr "停止"

#: src/gui/uifiles/siril.ui:9550
msgid "Stop running processes"
msgstr "停止正在执行的处理"

#: src/gui/uifiles/siril.ui:9575
msgid "Command line"
msgstr "命令行"

#: src/gui/uifiles/siril.ui:9593 src/gui/progress_and_log.c:45
msgid "Ready."
msgstr "就绪。"

#: src/gui/uifiles/siril.ui:9626
msgid "Hide the control panel to show only the image panel (toggle)."
msgstr "隐藏控制面板，仅显示图像面板（切换）。"

#: src/gui/uifiles/siril.ui:9671
msgid "Click to Set the name of the item to clipboard (green-ed label)"
msgstr "单击以将项目的名称设置为剪贴板（绿色标签）"

#: src/gui/uifiles/siril.ui:9672
msgid "Sequence:"
msgstr "序列:"

#: src/gui/uifiles/siril.ui:9726
msgid "Image validation tools"
msgstr "图像验证工具"

#: src/gui/uifiles/siril.ui:9800
msgid "High value"
msgstr "高值"

#: src/gui/uifiles/siril.ui:9859
msgid "Low value"
msgstr "低值"

#: src/gui/uifiles/siril.ui:9909
msgid "Min/Max"
msgstr "最大/最小"

#: src/gui/uifiles/siril.ui:9926
msgid "MIPS-LO/HI"
msgstr "MIPS-低/高"

#: src/gui/uifiles/siril.ui:9943
msgid "User"
msgstr "自定义"

#: src/gui/uifiles/siril.ui:9987
msgid ""
"Display mode: this list presents all the visual modes available in Siril.\n"
"\n"
"<b>WARNING: only Linear mode shows the real pixel values (when vizualisation "
"sliders are at min and max positions). Other modes are only conveniant way "
"to display your data. Stretch your histogram before to work on an external "
"tool.</b>"
msgstr ""
"显示模式：列出Siril支持的所有显示模式。\n"
"\n"
"<b>警告：只有线性模式会显示真实的像素值（当滑块位于最大和最小的位置）。 其他模式只是显示数据的便捷方式。使用外部工具处理之前请先完成直方图拉伸。</b>"

#: src/gui/uifiles/siril.ui:10037
msgid ""
"Link/unlink channels in autostretch viewer mode.\n"
"Current state: linked."
msgstr ""
"在自动拉伸预览中绑定/解绑各通道。\n"
"当前状态：绑定。"

#: src/gui/uifiles/siril.ui:10063
msgid "Switch to normal and negative view"
msgstr "切换标准/反相视图"

#: src/gui/uifiles/siril.ui:10080
msgid "Switch to normal and rainbow colormap (false color rendering)"
msgstr "切换正常色彩和彩虹伪色（伪色映射）"

#: src/gui/uifiles/siril.ui:10106
msgid ""
"Left-click to show object names if WCS information is available. Right-click "
"to display a list of astro catalogs to choose from."
msgstr ""
"左键单击，当WCS信息存在时，显示天体名称。右键单击，显示一系列星表以供选择。"

#: src/gui/uifiles/siril.ui:10121
msgid "Show celestial grid if WCS information is available"
msgstr "当WCS信息可用时，显示坐标网格"

#: src/gui/uifiles/siril.ui:10135
msgid ""
"Switch to PSF/photometry mode. If a sequence is loaded, a right click on the "
"displayed image applies the PSF/Photometry on the whole sequence."
msgstr ""
"切换到 PSF/测光模式。如果已载入序列，则右键单击显示的图像会将PSF/测光模式应用"
"于整个序列。"

#: src/gui/uifiles/siril.ui:10149
msgid ""
"Make an intensity profile cut, showing a graph of the pixel value along a "
"line between two points"
msgstr "将沿着图像中一条线段的像素值绘制成一条曲线"

#: src/gui/uifiles/siril.ui:10173
msgid "Shrink the image"
msgstr "缩小图像"

#: src/gui/uifiles/siril.ui:10187
msgid "Enlarge the image"
msgstr "放大图像"

#: src/gui/uifiles/siril.ui:10201
msgid "Fit the image to the window"
msgstr "缩放至窗口尺寸"

#: src/gui/uifiles/siril.ui:10218
msgid "Show the image at its normal size"
msgstr "显示图像实际尺寸"

#: src/gui/uifiles/siril.ui:10279
msgid "Horizontal mirror"
msgstr "水平翻转"

#: src/gui/uifiles/siril.ui:10296
msgid "Vertical mirror"
msgstr "垂直翻转"

#: src/gui/uifiles/siril.ui:10365 src/gui/single_image.c:75
msgid "Open"
msgstr "打开"

#: src/gui/uifiles/siril.ui:10370
msgid "Open an image or a SER/AVI sequence"
msgstr "打开图像文件或 SER/AVI 序列"

#: src/gui/uifiles/siril.ui:10386
msgid "Open recent images (only FITS and SER files)"
msgstr "打开最近的文件（仅FITS和SER）"

#: src/gui/uifiles/siril.ui:10410
msgid "Change current working directory"
msgstr "更改当前工作目录"

#: src/gui/uifiles/siril.ui:10434
msgid "Start livestacking session"
msgstr "开始动态叠加"

#: src/gui/uifiles/siril.ui:10510
msgid ""
"Menu of the image processing tools. It contains all suitable functions for "
"image enhancement."
msgstr "图像处理工具菜单，包含所有可用于强化图像的功能。"

#: src/gui/uifiles/siril.ui:10521
msgid "Image Processing"
msgstr "图像处理"

#: src/gui/uifiles/siril.ui:10557
msgid ""
"Siril tools menu. It contains all the functions required for image analysis."
msgstr "Siril 工具菜单。它包含图像分析所需的所有功能。"

#: src/gui/uifiles/siril.ui:10568
msgid "Tools"
msgstr "工具"

#: src/gui/uifiles/siril.ui:10603
msgid ""
"Menu of the script files. This menu appears only when the script paths "
"defined in the preferences are set to the existing script folders."
msgstr ""
"脚本菜单。只有在偏好设置中定义的脚本路径设置为现有脚本文件夹时，才会显示此菜"
"单。"

#: src/gui/uifiles/siril.ui:10673
msgid "Bit-depth select button"
msgstr "位深选择按钮"

#: src/gui/uifiles/siril.ui:10727
msgid "Save the current FITS image"
msgstr "保存当前FITS文件"

#: src/gui/uifiles/siril.ui:10742
msgid "Save the current image in a different name"
msgstr "当前图像另存为"

#: src/gui/uifiles/siril.ui:10764
msgid "Take a snapshot of your displayed image."
msgstr "将当前所显示的图像制作为快照。"

#: src/gui/uifiles/siril.ui:10816
msgid ""
"Set number of threads manually.\n"
"WARNING: Reducing the number of allowed processors too much will degrade "
"performances."
msgstr ""
"手动设定线程数。\n"
"警告：降低该数值会影响程序的性能。"

#: src/gui/uifiles/siril.ui:10851
msgid "Displays the amount of used RAM memory by Siril."
msgstr "显示Siril所占用的内存大小。"

#: src/gui/uifiles/siril.ui:10872
msgid ""
"Displays the amount of disk space available on the file system containing "
"the working directory."
msgstr "显示当前工作目录所在的文件系统的可用磁盘空间。"

#. Must be short !!
#: src/gui/uifiles/siril.ui:10874
msgctxt "GUI"
msgid "Disk Space: N/A"
msgstr "磁盘空间：N/A"

#: src/gui/uifiles/spcc_details.ui:8 src/gui/uifiles/spcc_details.ui:254
msgid "SPCC Details"
msgstr "SPCC详情"

#: src/gui/uifiles/spcc_details.ui:28
msgid ""
"Plot the data (QE, transmittance or relative photon count) as a function of "
"wavelength"
msgstr "将数据（QE、透射率或相对光子计数）绘制为波长的函数"

#: src/gui/uifiles/spcc_details.ui:154
msgid "Data Source"
msgstr "数据源"

#: src/gui/uifiles/spcc_details.ui:167
msgid "Datafile version"
msgstr "数据文件版本"

#: src/gui/uifiles/spcc_details.ui:195
msgid "Number of samples"
msgstr "样本数量"

#: src/gui/uifiles/split_cfa_dialog.ui:35 src/algos/extraction.c:1130
msgid "Split CFA"
msgstr "拆分CFA"

#: src/gui/uifiles/split_cfa_dialog.ui:70
msgid "Apply Split CFA"
msgstr "执行拆分CFA"

#: src/gui/uifiles/split_cfa_dialog.ui:101
msgid "Prefix of the image names resulting from the split cfa process."
msgstr "拆分CFA后的目标文件名前缀。"

#: src/gui/uifiles/split_cfa_dialog.ui:145
msgid "Method: "
msgstr "方法: "

#: src/gui/uifiles/split_cfa_dialog.ui:156
msgid "Select the method you want to apply."
msgstr "请选择您想应用的方法。"

#: src/gui/uifiles/split_cfa_dialog.ui:159
msgid "Split CFA Channels"
msgstr "拆分CFA通道"

#: src/gui/uifiles/split_cfa_dialog.ui:160 src/algos/extraction.c:356
msgid "Extract Ha"
msgstr "提取Ha"

#: src/gui/uifiles/split_cfa_dialog.ui:161
msgid "Extract Ha/OIII"
msgstr "提取Ha/OIII"

#: src/gui/uifiles/split_cfa_dialog.ui:162 src/algos/extraction.c:198
msgid "Extract Green"
msgstr "提取绿色"

#: src/gui/uifiles/split_cfa_dialog.ui:177
msgid "Ha/OIII Resampling"
msgstr "Ha/OIII 重采样（缩放）"

#: src/gui/uifiles/split_cfa_dialog.ui:189
msgid ""
"How to handle the output of Extract Ha/OIII. No resampling produces full "
"resolution OIII image and a half resolution Ha image; upsample Ha upsamples "
"the Ha image by a factor of 2 to match the OIII image; downsample OIII "
"downsamples the OIII image by a factor of 2 to match the Ha image."
msgstr ""
"如何处理所提取的 Ha/OIII 的输出。无重采样（缩放）产生全分辨率OIII图像和半分辨"
"率Ha图像；放大 Ha 将 Ha 图像放大 2 倍，以匹配 OIII 图像；缩小 OIII 将 OIII 图"
"像缩小 2 倍，以匹配 Ha 图像。"

#: src/gui/uifiles/split_cfa_dialog.ui:192
msgid "No resampling"
msgstr "无重采样（缩放）"

#: src/gui/uifiles/split_cfa_dialog.ui:193
msgid "Upsample Ha"
msgstr "放大 Ha"

#: src/gui/uifiles/split_cfa_dialog.ui:194
msgid "Downsample OIII"
msgstr "缩小 OIII"

#: src/gui/uifiles/starnet_dialog.ui:43
msgid "StarNet Star Removal"
msgstr "StarNet星点移除"

#: src/gui/uifiles/starnet_dialog.ui:80
msgid "Apply StarNet"
msgstr "应用StarNet"

#: src/gui/uifiles/starnet_dialog.ui:111
msgid "Pre-stretch linear image"
msgstr "预拉伸线性图像"

#: src/gui/uifiles/starnet_dialog.ui:116
msgid ""
"If selected, an optimised Midtone Transfer Function (MTF) stretch is applied "
"to the image before running StarNet, and the inverse stretch is applied on "
"completion. This is necessary for using StarNet at the linear stage of "
"processing."
msgstr ""
"如果选中，则会在运行 StarNet 之前对图像应用优化的中间调变换函数 （MTF） 拉"
"伸，并在完成后应用逆拉伸。这对于在处理的线性阶段使用 StarNet 是必需的。"

#: src/gui/uifiles/starnet_dialog.ui:130
msgid "Generate star mask"
msgstr "生成纯星图像"

#: src/gui/uifiles/starnet_dialog.ui:135
msgid ""
"If selected, a star mask will be generated and saved in the working "
"directory. The star mask is calculated as the difference between the "
"original image and the starless image. The default is to produce a star mask."
msgstr ""
"如果选中，将生成纯星图像并将其保存在工作目录中。纯星图像为原始图像和无星图像"
"之差。缺省设置是生成纯星图像。"

#: src/gui/uifiles/starnet_dialog.ui:150
msgid "Use custom stride"
msgstr "使用自定义步长"

#: src/gui/uifiles/starnet_dialog.ui:155
msgid ""
"If selected, a custom value may be entererd for the StarNet stride "
"parameter. The default value is 256 and the StarNet developer recommends not "
"to change this."
msgstr ""
"选中以自定义 StarNet 步长。默认值为 256，StarNet 的开发者建议不要更改此值。"

#: src/gui/uifiles/starnet_dialog.ui:175
msgid "Stride"
msgstr "步长"

#: src/gui/uifiles/starnet_dialog.ui:187
msgid ""
"Sets the size of tiles passed to the StarNet neural network for processing. "
"It is strongly recommended to leave this at the default setting. Halving the "
"stride setting quadruples the processing time. If altered, stride must be an "
"even integer between 2-256."
msgstr ""
"设置传递给 StarNet 神经网络进行处理的图块的尺寸。强烈建议保持缺省值。步长减"
"半，处理时间会变为四倍。如果更改，步长必须是 2-256 之间的偶数。"

#: src/gui/uifiles/starnet_dialog.ui:210
msgid "Recompose stars on completion"
msgstr "重构星点完成"

#: src/gui/uifiles/starnet_dialog.ui:215
msgid ""
"If selected, on completion of the StarNet process the star recomposition "
"tool will open, providing an interface for independently stretching and "
"blending the background and the stars if star reduction, rather than total "
"removal, is desired.\n"
"This option has no effect if processing a sequence."
msgstr ""
"如果选中，在完成StarNet处理后，星点重混合工具将打开，用于分别拉伸背景和星点，"
"并调配其比例。这样就可以削弱星点，而不是完全移除星点。\n"
"如果处理序列，则该选项不起作用。"

#: src/gui/uifiles/starnet_dialog.ui:230
msgid "Upsample x2"
msgstr "放大 x2"

#: src/gui/uifiles/starnet_dialog.ui:235
msgid ""
"If selected, the image will be upsampled by a factor of 2 before running "
"StarNet. This improves performance on very tight stars but quadruples "
"processing time and may impair performance on very large stars. The image is "
"rescaled to the original size on completion."
msgstr ""
"如果选中，则在运行 StarNet 之前，图像将放大 2 倍。这提高了非常紧凑的星点的性"
"能，但处理时间增加了四倍，并且当星点很大时会损失非常大的性能。完成后，图像将"
"重新缩放为原始尺寸。"

#: src/gui/uifiles/starnet_dialog.ui:252
msgid ""
"Apply StarNet to all images in the current sequence. Starless and, if "
"selected, star mask, sequences will be generated."
msgstr ""
"对当前序列中的全部图像应用StarNet。将生成无星图像和纯星图像（如果选择）序列。"

#: src/gui/uifiles/starnet_dialog.ui:273
msgid "Sequence to open on completion"
msgstr "完成时打开的序列"

#: src/gui/uifiles/starnet_dialog.ui:287
msgid "Starless"
msgstr "无星图像"

#: src/gui/uifiles/starnet_dialog.ui:288
msgid "Star mask"
msgstr "纯星图像"

#: src/gui/uifiles/starnet_dialog.ui:289
msgid "Original"
msgstr "初始的"

#: src/gui/uifiles/stars_list_window.ui:84
msgid "Export list of stars to a file"
msgstr "将显示的图表导出为CSV文件"

#: src/gui/uifiles/stars_list_window.ui:90
#: src/gui/uifiles/stars_list_window.ui:906
msgid ""
"Detect stars in the current loaded image (not sequence image) and compute PSF"
msgstr "侦测当前载入图像（非序列中的图像）的星点，并计算其PSF"

#: src/gui/uifiles/stars_list_window.ui:96
#: src/gui/uifiles/stars_list_window.ui:920
msgid "Average PSF parameters for selected stars"
msgstr "所选择星点的平均PSF"

#: src/gui/uifiles/stars_list_window.ui:137
msgid "Dynamic PSF"
msgstr "动态PSF"

#: src/gui/uifiles/stars_list_window.ui:492
msgid "Center selected star"
msgstr "居中所选星点"

#: src/gui/uifiles/stars_list_window.ui:496
msgid ""
"If checked, a star selected from the list will be centered in the display. "
"The current zoom level will not be altered. This does not apply to stars "
"selected by clicking their PSF in the main display."
msgstr ""
"如果选中，从列表中选择的星点将居中显示。当前缩放级别不会更改。这不适用于通过"
"在主显示屏中单击PSF选择的星点。"

#: src/gui/uifiles/stars_list_window.ui:516
#: src/gui/uifiles/stars_list_window.ui:568
#: src/gui/uifiles/stars_list_window.ui:581
#: src/gui/uifiles/stars_list_window.ui:594
#: src/gui/uifiles/stars_list_window.ui:643
msgid ""
"Changes of these four values should be tested on one representative image "
"before using them for registration."
msgstr "在进行对齐操作之前，此四个值的改变需要在一幅有代表性的图像上进行测试。"

#: src/gui/uifiles/stars_list_window.ui:529
msgid ""
"Half-size in pixels of the search box. Only the brightest pixel will be used "
"in this box to fit a star."
msgstr "搜索框的半径（像素）。只有框中最亮的像素会被认定为星点。"

#: src/gui/uifiles/stars_list_window.ui:547
msgid ""
"Threshold value above the noise for star detection.\n"
"The median and standard deviation of the image are computed, then the "
"threshold is: median + [threshold] x stdev.\n"
"The default value for threshold is 1.00. Increasing this value will detect "
"less dim stars, which should be done only when images have a lot of signal "
"or low noise (high S/N)."
msgstr ""
"星点侦测的噪声阈值。\n"
"图像的中位数和标准背离值将被侦测，阈值则为：中位数＋[阈值]*标准背离值\n"
"缺省值为1.00。增加此值可以侦测到更加昏暗的星点，应仅用于高信噪比的图像。"

#: src/gui/uifiles/stars_list_window.ui:570
msgid "Radius: "
msgstr "半径: "

#: src/gui/uifiles/stars_list_window.ui:583
msgid "Threshold: "
msgstr "阈值: "

#: src/gui/uifiles/stars_list_window.ui:596
msgid "Roundness threshold:"
msgstr "圆度阈值："

#: src/gui/uifiles/stars_list_window.ui:607
msgid ""
"Threshold value of star roundnesses. Decrease this value if stars in the "
"images show small trails, conversely, increase it if they are very round to "
"avoid false positives.\n"
"The default value is 0.5, suitable for stars twice as big in one direction "
"as the other."
msgstr ""
"星点的圆度阈值。如果星点拖线则可以减小此值，相反的，当星点很圆时应增加该值以"
"消除（像素）伪正值。\n"
"缺省值为0.5，适用于星点长轴两倍于短轴的情况。"

#: src/gui/uifiles/stars_list_window.ui:625
msgid "Relax PSF checks"
msgstr "放宽 PSF 检查"

#: src/gui/uifiles/stars_list_window.ui:629
msgid ""
"When checked, this button deactivates some checks done at star detection "
"stage, to reject candidates initially detected based on some psf quality "
"metrics. This can be used to force detecting oddly shaped stars (bad "
"guiding, strong coma) but should be used as a last resort, if playing with "
"all other detection parameters fails."
msgstr ""
"选中后，此按钮会停用在星点侦测阶段完成的某些检查，以剔除原本基于某些 psf 品质"
"指标侦测到的候选星点。这可以用来强制侦测奇形怪状的星点（不良导星，强烈彗"
"差），但应当在使用其他侦测参数全部失败时才使用此按钮。"

#: src/gui/uifiles/stars_list_window.ui:645
msgid "Convergence:"
msgstr "收敛："

#: src/gui/uifiles/stars_list_window.ui:656
msgid ""
"Convergence criterion for PSF fitting.\n"
"Default value of 1 should work on most cases. However for images with strong "
"coma, it may be necessary to increase this value to allow for more iteration "
"steps.\n"
"This should normally be the case only for stacked images. Increasing this "
"value may signicantly impact star finding computation time."
msgstr ""
"PSF拟合的收敛判据。 \n"
"默认值 1 应该适用于大多数情况。但是，对于具有强烈彗差的图像，可能需要增加此值"
"以允许更多的迭代步骤。\n"
"通常，此功能只应用于叠加后的图像。增加此值可能会显著影响星点侦测计算时间。"

#: src/gui/uifiles/stars_list_window.ui:677
msgid "Profile type:"
msgstr "形状类型："

#: src/gui/uifiles/stars_list_window.ui:704
msgid "Minimum beta:"
msgstr "β 值下限："

#: src/gui/uifiles/stars_list_window.ui:714
msgid ""
"Minimum value for Moffat beta parameter. This can be used to avoid galaxies "
"being modelled as stars with excessively low beta."
msgstr "Moffat算法 β 参数的下限。这可以用来避免星系被建模为β值很低的星点。"

#: src/gui/uifiles/stars_list_window.ui:733
msgid "Resets all parameters to defaults."
msgstr "将所有参数重置为缺省值。"

#: src/gui/uifiles/stars_list_window.ui:754
msgid ""
"Maximum star amplitude threshold (stars with larger amplitudes will not be "
"detected)."
msgstr "星点振幅阈值上限（更大振幅的星点不会被侦测到）。"

#: src/gui/uifiles/stars_list_window.ui:774
msgid ""
"Mininum star amplitude threshold (stars with smaller amplitudes will not be "
"detected)."
msgstr "星点振幅阈值下限（更小振幅的星点不会被侦测到）。"

#: src/gui/uifiles/stars_list_window.ui:790
msgid "Amplitude range"
msgstr "振幅范围"

#: src/gui/uifiles/stars_list_window.ui:794
msgid ""
"Enable amplitude range (only stars with an amplitude in this range will be "
"kept from the detection).\n"
"Note: excluding saturated stars from the list will probably make "
"registration or astrometry fail."
msgstr ""
"启用振幅范围（只有振幅在此范围内的星点才会被侦测到）。\n"
"注意：从列表中排除饱和星点可能会使对齐或解析失败。"

#: src/gui/uifiles/stars_list_window.ui:806
msgid "Roundness range"
msgstr "圆度范围"

#: src/gui/uifiles/stars_list_window.ui:810
msgid ""
"Enable roundness upper bound.\n"
"Use only to display optical distortions or double stars, not for "
"registration or astrometry, this will break them."
msgstr ""
"启用圆度上限。\n"
"仅用于显示光学畸变或双星，不用于对齐或解析（这会破坏它们）。"

#: src/gui/uifiles/stars_list_window.ui:825
msgid ""
"Maximum roundness, use only to display optical distortions or double stars, "
"not for registration or astrometry, this will break them."
msgstr "圆度上限，仅用于显示光学失真或双星，不用于对齐或解析（这会破坏它们）。"

#: src/gui/uifiles/stars_list_window.ui:944
msgid "Export PSF parameters in an ASCII file"
msgstr "导出PSF数据到ASCII文件"

#: src/gui/uifiles/stars_list_window.ui:968
msgid "Add star to list from selection"
msgstr "将所选星点添加到列表中"

#: src/gui/uifiles/stars_list_window.ui:982
msgid "Remove selected star from the list"
msgstr "将所选星点从到列表中移除"

#: src/gui/uifiles/stars_list_window.ui:996
msgid ""
"Remove all stars from the list and clears the tilt overlay, if displayed"
msgstr "从列表中删除所有星点并清除倾斜叠加图层（如果显示）"

#: src/gui/uifiles/unpurple_dialog.ui:59
msgid "Unpurple Filter"
msgstr "去紫边滤镜"

#: src/gui/uifiles/unpurple_dialog.ui:147
msgid "Blue Adjustment"
msgstr "蓝色调整"

#: src/gui/uifiles/unpurple_dialog.ui:158
msgid ""
"Amount of blue channel adjustment set in the [0, 1] range.\n"
"When this parameter is equal to 1, no reduction is applied.\n"
"Reduce this value for stronger effect."
msgstr ""
"蓝色调整设置在[0,1]范围内。\n"
"如果参数为1，不会有任何调整。\n"
"值越小，效果越强烈。"

#: src/gui/uifiles/unpurple_dialog.ui:175
msgid ""
"Amount of blue channel adjustment set in the [0, 1] range.\n"
"When this parameter is equal to 1, no modulation is applied.\n"
"Reduce this value for stronger effect."
msgstr ""
"蓝色调整设置在[0,1]范围内。\n"
"如果参数为1，不会有任何调整。\n"
"值越小，效果越强烈。"

#: src/gui/uifiles/unpurple_dialog.ui:215
msgid "Threshold"
msgstr "阈值"

#: src/gui/uifiles/unpurple_dialog.ui:226
#: src/gui/uifiles/unpurple_dialog.ui:244
msgid ""
"When \"Use starmask\" is turned on, this affects the size of each star\n"
"in the star mask. When it's turned off, it affects the\n"
"background luminance level for pixels to be selected\n"
"Threshold for purple reduction set in the [0, 1] range."
msgstr ""
"启用“使用星点蒙版”时，这会影响\n"
"蒙版中每个星点的大小。禁用时，\n"
"它会影响选中像素的背景亮度水平\n"
"紫色减少阈值设置在[0,1]范围内。"

#: src/gui/uifiles/unpurple_dialog.ui:267
msgid "Use Starmask"
msgstr "使用星点蒙版"

#: src/gui/uifiles/wavelets_dialog.ui:77
msgid "Wavelets control"
msgstr "小波控制"

#: src/gui/uifiles/wavelets_dialog.ui:101
msgid "Reset changes"
msgstr "重置所有通道"

#: src/gui/uifiles/wavelets_dialog.ui:116
msgid "Cancel all changes applied"
msgstr "取消所有的更改"

#: src/gui/uifiles/wavelets_dialog.ui:179
msgid "Select an algorithm type to perform wavelets"
msgstr "选择一个小波算法"

#: src/gui/uifiles/wavelets_dialog.ui:198
msgid "Type:"
msgstr "类型:"

#: src/gui/uifiles/wavelets_dialog.ui:210
msgid "Nb of layers:"
msgstr "图层数:"

#: src/gui/uifiles/wavelets_dialog.ui:221
msgid "Number of wavelet layers that will be used"
msgstr "将使用的小波图层数量"

#: src/gui/uifiles/wavelets_dialog.ui:246
#: src/gui/uifiles/wavelets_dialog.ui:270
msgid "Compute wavelets"
msgstr "计算小波"

#: src/gui/uifiles/wavelets_dialog.ui:321
msgid "Layer 1"
msgstr "图层1"

#: src/gui/uifiles/wavelets_dialog.ui:391
msgid "Layer 2"
msgstr "图层2"

#: src/gui/uifiles/wavelets_dialog.ui:461
msgid "Layer 3"
msgstr "图层3"

#: src/gui/uifiles/wavelets_dialog.ui:531
msgid "Layer 4"
msgstr "图层4"

#: src/gui/uifiles/wavelets_dialog.ui:601
msgid "Layer 5"
msgstr "图层5"

#: src/gui/uifiles/wavelets_dialog.ui:671
msgid "Layer 6"
msgstr "图层6"

#: src/gui/uifiles/wavelets_dialog.ui:737
msgid "Adjust"
msgstr "调整"

#: src/gui/siril-shortcuts.ui:14
msgctxt "shortcut window"
msgid "Images / Videos"
msgstr "图像/视频"

#: src/gui/siril-shortcuts.ui:19
msgctxt "shortcut window"
msgid "Open an image / video"
msgstr "打开图像/视频"

#: src/gui/siril-shortcuts.ui:26
msgctxt "shortcut window"
msgid "Save the loaded image"
msgstr "保存载入的图像"

#: src/gui/siril-shortcuts.ui:33
msgctxt "shortcut window"
msgid "Save the image with a new filename"
msgstr "重命名保存当前图像"

#: src/gui/siril-shortcuts.ui:40
msgctxt "shortcut window"
msgid "Close the image / sequence"
msgstr "关闭图像/序列"

#: src/gui/siril-shortcuts.ui:47
msgctxt "shortcut window"
msgid "Zoom in"
msgstr "放大"

#: src/gui/siril-shortcuts.ui:54
msgctxt "shortcut window"
msgid "Zoom out"
msgstr "缩小"

#: src/gui/siril-shortcuts.ui:61
msgctxt "shortcut window"
msgid "Fit the image to the window"
msgstr "缩放至窗口尺寸"

#: src/gui/siril-shortcuts.ui:68
msgctxt "shortcut window"
msgid "Zoom to 100%"
msgstr "缩放至100%"

#: src/gui/siril-shortcuts.ui:76
msgctxt "shortcut window"
msgid "Undo and Redo"
msgstr "撤销和恢复"

#: src/gui/siril-shortcuts.ui:81
msgctxt "shortcut window"
msgid "Undo previous command"
msgstr "撤销上一个命令"

#: src/gui/siril-shortcuts.ui:88
msgctxt "shortcut window"
msgid "Redo previous command"
msgstr "重做上一个命令"

#: src/gui/siril-shortcuts.ui:96
msgctxt "shortcut window"
msgid "Image Processing"
msgstr "图像处理"

#: src/gui/siril-shortcuts.ui:101
msgctxt "shortcut window"
msgid "Negative transformation"
msgstr "反相"

#: src/gui/siril-shortcuts.ui:108
msgctxt "shortcut window"
msgid "Rotate 90 degrees, clockwise"
msgstr "顺时针旋转90度"

#: src/gui/siril-shortcuts.ui:115
msgctxt "shortcut window"
msgid "Rotate 90 degrees, counter-clockwise"
msgstr "逆时针旋转90度"

#: src/gui/siril-shortcuts.ui:122
msgctxt "shortcut window"
msgid "Horizontal mirror"
msgstr "水平翻转"

#: src/gui/siril-shortcuts.ui:129
msgctxt "shortcut window"
msgid "Vertical mirror"
msgstr "垂直翻转"

#: src/gui/siril-shortcuts.ui:137
msgctxt "shortcut window"
msgid "Tools"
msgstr "工具"

#: src/gui/siril-shortcuts.ui:142
msgctxt "shortcut window"
msgid "Open preferences"
msgstr "打开偏好设置"

#: src/gui/siril-shortcuts.ui:149
msgctxt "shortcut window"
msgid "Open application menu"
msgstr "打开应用程序菜单"

#: src/gui/siril-shortcuts.ui:156
msgctxt "shortcut window"
msgid "Show statistics"
msgstr "显示统计信息"

#: src/gui/siril-shortcuts.ui:163
msgctxt "shortcut window"
msgid "Open dynamic PSF window"
msgstr "打开动态PSF窗口"

#: src/gui/siril-shortcuts.ui:170
msgctxt "shortcut window"
msgid "Change working directory"
msgstr "更改工作目录"

#: src/gui/siril-shortcuts.ui:177
msgctxt "shortcut window"
msgid "Open plate solver dialog"
msgstr "打开解析对话框"

#: src/gui/siril-shortcuts.ui:184
msgctxt "shortcut window"
msgid "Open photometric color calibration dialog"
msgstr "打开测光法色彩校准对话窗"

#: src/gui/siril-shortcuts.ui:191
msgctxt "shortcut window"
msgid "Open spectrophotometric color calibration dialog"
msgstr "打开分光光度色彩校准对话框"

#: src/gui/siril-shortcuts.ui:198
msgctxt "shortcut window"
msgid "Open comparison stars dialog"
msgstr "打开参考星对话框"

#: src/gui/siril-shortcuts.ui:205
msgctxt "shortcut window"
msgid "Open light curve dialog"
msgstr "打开光变曲线对话框"

#: src/gui/siril-shortcuts.ui:212
msgctxt "shortcut window"
msgid "Open dialog for annotations"
msgstr "打开标注窗口"

#: src/gui/siril-shortcuts.ui:219
msgctxt "shortcut window"
msgid "Pick the star within the selection"
msgstr "在选区内选取星点"

#: src/gui/siril-shortcuts.ui:226
msgctxt "shortcut window"
msgid "Copy snapshot to clipboard"
msgstr "复制快照到剪贴板"

#: src/gui/siril-shortcuts.ui:233
msgctxt "shortcut window"
msgid "Toggle On/Off registration framing"
msgstr "启用/禁用对齐时构图"

#: src/gui/siril-shortcuts.ui:241
msgctxt "shortcut window"
msgid "Windows and Application"
msgstr "窗口和应用程序"

#: src/gui/siril-shortcuts.ui:246
msgctxt "shortcut window"
msgid "Fullscreen on / off"
msgstr "全屏切换开/关"

#: src/gui/siril-shortcuts.ui:253
msgctxt "shortcut window"
msgid "Hide / Show toolbar"
msgstr "隐藏/显示工具条"

#: src/gui/siril-shortcuts.ui:260
msgctxt "shortcut window"
msgid "Switch to the Conversion page"
msgstr "切换到转换页面"

#: src/gui/siril-shortcuts.ui:267
msgctxt "shortcut window"
msgid "Switch to the Sequence page"
msgstr "切换到序列页面"

#: src/gui/siril-shortcuts.ui:274
msgctxt "shortcut window"
msgid "Switch to the Pre-Processing page"
msgstr "切换到预处理页面"

#: src/gui/siril-shortcuts.ui:281
msgctxt "shortcut window"
msgid "Switch to the Registration page"
msgstr "切换到对齐页面"

#: src/gui/siril-shortcuts.ui:288
msgctxt "shortcut window"
msgid "Switch to the Plot page"
msgstr "切换到图表页面"

#: src/gui/siril-shortcuts.ui:295
msgctxt "shortcut window"
msgid "Switch to the Stacking page"
msgstr "切换到叠加页面"

#: src/gui/siril-shortcuts.ui:302
msgctxt "shortcut window"
msgid "Switch to the Output logs page"
msgstr "切换到日志页面"

#: src/gui/siril-shortcuts.ui:309
msgctxt "shortcut window"
msgid "Quit the application"
msgstr "退出程序"

#: src/algos/PSF.c:945
msgid "Excellent"
msgstr "优秀"

#: src/algos/PSF.c:946
msgid "Good"
msgstr "良好"

#: src/algos/PSF.c:947
msgid "Fair"
msgstr "一般"

#: src/algos/PSF.c:948
msgid "Poor"
msgstr "低劣"

#: src/algos/PSF.c:949
msgid "Bad"
msgstr "差"

#: src/algos/PSF.c:950
msgid "N/A"
msgstr "N/A"

#: src/algos/PSF.c:958
msgid "true reduced"
msgstr "真正减少"

#: src/algos/PSF.c:960
msgid "relative"
msgstr "相对"

#: src/algos/PSF.c:1009 src/algos/background_extraction.c:909
msgid "monochrome"
msgstr "单色"

#: src/algos/PSF.c:1011
#, c-format
msgid ", beta=%0.1f, %s channel"
msgstr "，beta=%0.1f，%s 通道"

#: src/algos/PSF.c:1014
#, c-format
msgid ", %s channel"
msgstr "，%s 通道"

#: src/algos/PSF.c:1016
#, c-format
msgid ""
"PSF %s Result (%s%s):\n"
"\n"
"Centroid Coordinates:\n"
"\t\t%s\n"
"\n"
"Full Width Half Maximum:\n"
"\t\tFWHMx=%.2f%s\n"
"\t\tFWHMy=%.2f%s\n"
"\t\tr=%.2f\n"
"Angle:\n"
"\t\t%0.2fdeg\n"
"\n"
"Background Value:\n"
"\t\tB=%.6f\n"
"\n"
"Maximal Intensity:\n"
"\t\tA=%.6f\n"
"\n"
"Magnitude (%s):\n"
"\t\tm=%.4f±%.4f\n"
"\n"
"Signal-to-noise ratio:\n"
"\t\tSNR=%.1fdB (%s)\n"
"\n"
"RMSE:\n"
"\t\tRMSE=%.3e"
msgstr ""
"PSF %s 拟合结果 （%s%s）：\n"
"\n"
"质心坐标：\n"
"\t\t%s\n"
"\n"
"半宽：\n"
"\t\tFWHMx=%.2f%s\n"
"\t\tFWHMy=%.2f%s\n"
"\t\tr=%.2f\n"
"偏角：\n"
"\t\t%0.2fdeg\n"
"\n"
"背景值：\n"
"\t\tB=%.6f\n"
"\n"
"峰值亮度：\n"
"\t\tA=%.6f\n"
"\n"
"星等 (%s)：\n"
"\t\tm=%.4f±%.4f\n"
"\n"
"信噪比：\n"
"\t\tSNR=%.1fdB (%s)\n"
"\n"
"RMSE：\n"
"\t\tRMSE=%.3e"

#: src/algos/PSF.c:1025
msgid "photometry"
msgstr "测光"

#: src/algos/PSF.c:1025
msgid "fit"
msgstr "拟合"

#: src/algos/astrometry_solver.c:343
msgid ""
"Could not invert the SIP distortion coefficients, try using a lower order or "
"a linear solution\n"
msgstr "无法反转 SIP 畸变系数，请尝试使用更低的阶数或线性的方程\n"

#: src/algos/astrometry_solver.c:493
#, c-format
msgid ""
"%s could not find distortion polynomials for the order specified (%d) and "
"returned a linear solution, try with a lower order or increase magnitude\n"
msgstr ""
"%s 无法找到指定阶数 (%d) 的失真多项式并返回线性解，请尝试使用较低阶数或增加幅"
"度\n"

#: src/algos/astrometry_solver.c:496
msgid ""
"Siril solver could not find a final solution at the updated center, solution "
"may be inaccurate\n"
msgstr "Siril 解析器无法在更新中心找到最终解，解析可能不准确\n"

#: src/algos/astrometry_solver.c:499
#, c-format
msgid "%s solve succeeded.\n"
msgstr "%s 解析成功。\n"

#: src/algos/astrometry_solver.c:502
msgid "The image could not be aligned with the reference stars\n"
msgstr "图像无法与参考星对齐\n"

#: src/algos/astrometry_solver.c:504
msgid "Cancelled\n"
msgstr "已取消\n"

#: src/algos/astrometry_solver.c:506
msgid "Not enough memory\n"
msgstr "内存不足\n"

#: src/algos/astrometry_solver.c:508
#, c-format
msgid "There are not enough stars picked in the image. least %d are needed\n"
msgstr "图像中没有足够数量的被选星点，至少需要 %d\n"

#: src/algos/astrometry_solver.c:511
msgid "Transformation matrix is invalid, solve failed\n"
msgstr "变换矩阵无效，解析失败\n"

#: src/algos/astrometry_solver.c:513
msgid "Reprojecting catalog failed\n"
msgstr "重投影星表失败\n"

#: src/algos/astrometry_solver.c:515
msgid "Updating trans failed\n"
msgstr "更新转换失败\n"

#: src/algos/astrometry_solver.c:517
#, c-format
msgid ""
"Siril near solver could not find a solution over the search radius (%.1f "
"deg)\n"
msgstr "Siril 临近解析无法在搜索半径 (%.1f deg) 上找到解\n"

#: src/algos/astrometry_solver.c:519
#, c-format
msgid "Siril near solver time-out after %ds\n"
msgstr "Siril 临近解析在%d秒后超时\n"

#: src/algos/astrometry_solver.c:521
msgid "Siril near solver encountered a problem when allocating threads\n"
msgstr "Siril 临近解析器在分配线程时遇到问题\n"

#: src/algos/astrometry_solver.c:523
msgid ""
"Local Astrometry.net encountered a problem while launching its process\n"
msgstr "本地 Astrometry.net 在启动进程时遇到问题\n"

#. center is less than 10" off from a pole
#: src/algos/astrometry_solver.c:555
msgid "Up position wrt. N is undetermined (too close to a Pole)\n"
msgstr "上端位置wrt. N无法确定（离天极太近）\n"

#: src/algos/astrometry_solver.c:575
msgid "Up is %+.2lf deg CounterclockWise wrt. N%s\n"
msgstr "向上 %+.2lf 度，逆时针方向 N%s\n"

#: src/algos/astrometry_solver.c:575
msgid " (flipped)"
msgstr " (翻转)"

#: src/algos/astrometry_solver.c:580
msgid "Resolution:%*.3lf arcsec/px\n"
msgstr "分辨率：%*.3lf 角秒/像素\n"

#: src/algos/astrometry_solver.c:582
msgid "Focal length:%*.2lf mm\n"
msgstr "焦距：%*.2lf mm\n"

#: src/algos/astrometry_solver.c:583
msgid "Pixel size:%*.2lf µm\n"
msgstr "像素尺寸：%*.2lf µm\n"

#: src/algos/astrometry_solver.c:586
#, c-format
msgid "Field of view:    %s x %s\n"
msgstr "视场:    %s x %s\n"

#: src/algos/astrometry_solver.c:587
#, c-format
msgid "Image center: alpha: %s, delta: %s\n"
msgstr "图像中心: alpha: %s, delta: %s\n"

#: src/algos/astrometry_solver.c:591
#, c-format
msgid "Was %.2f arcmin from initial value\n"
msgstr "与初始值相比为 %.2f 角分\n"

#: src/algos/astrometry_solver.c:862
#, c-format
msgid "Fetched %d stars from %s catalogue\n"
msgstr "%d 颗恒星已从星表 %s 中获取\n"

#: src/algos/astrometry_solver.c:889
#, c-format
msgid ""
"Plate solving image with astrometry.net for a field of view of %.2f degrees\n"
msgstr "使用 astrometry.net 解析 %.2f 度视野的图像\n"

#: src/algos/astrometry_solver.c:891 src/gui/photometric_cc.c:1537
msgid "local"
msgstr "局部"

#: src/algos/astrometry_solver.c:892
msgid "online"
msgstr "在线"

#: src/algos/astrometry_solver.c:893
#, c-format
msgid ""
"Plate solving image from %s %s for a field of view of %.2f degrees%s, using "
"a limit magnitude of %.2f\n"
msgstr "解析来自 %s %s 的图像，视场为%.2f度%s，极限星等为%.2f\n"

#: src/algos/astrometry_solver.c:898
msgid " (uncentered)"
msgstr " （不居中）"

#: src/algos/astrometry_solver.c:914
#, c-format
msgid "Down-sampling image for faster star detection by a factor %.2f\n"
msgstr "以系数 %.2f 降采样图像以更快的侦测星点\n"

#: src/algos/astrometry_solver.c:926
msgid "Failed to downsample image, aborting\n"
msgstr "图像缩小失败，异常中止\n"

#: src/algos/astrometry_solver.c:994
#, c-format
msgid "Using %d detected stars from image.\n"
msgstr "使用了 %d 个从图像中侦测到的星点。\n"

#: src/algos/astrometry_solver.c:1017
msgid "Initial solve failed\n"
msgstr "初始化解析失败\n"

#: src/algos/astrometry_solver.c:1018
#, c-format
msgid "Attempting a near solve with a radius of %3.1f degrees\n"
msgstr "尝试半径为 %3.1f 度的临近解析\n"

#: src/algos/astrometry_solver.c:1030
msgid "Plate Solve"
msgstr "图像解析"

#: src/algos/astrometry_solver.c:1055 src/gui/callbacks.c:1986
#, c-format
msgid "Saved focal length %.2f and pixel size %.2f as default values\n"
msgstr "将焦距%.2f和像素尺寸%.2f保存为缺省值\n"

#: src/algos/astrometry_solver.c:1066 src/algos/astrometry_solver.c:1069
#: src/algos/astrometry_solver.c:1074
msgid "Could not save distortion master file, skipping\n"
msgstr "无法保存总和畸变文件，已跳过\n"

#: src/algos/astrometry_solver.c:1073
msgid "Solution has no distortion\n"
msgstr "图像没有畸变\n"

#: src/algos/astrometry_solver.c:1081
msgid "Flipping image and updating astrometry data.\n"
msgstr "翻转图像并更新天体测量数据。\n"

#: src/algos/astrometry_solver.c:1114
#, c-format
msgid "Plate solving warning: %s"
msgstr "解析警告：%s"

#: src/algos/astrometry_solver.c:1116
#, c-format
msgid "Plate solving failed: %s"
msgstr "解析失败：%s"

#: src/algos/astrometry_solver.c:1225
msgid "Near solver started"
msgstr "临近解析开始"

#: src/algos/astrometry_solver.c:1305
msgid "Near solver done"
msgstr "临近解析完成"

#: src/algos/astrometry_solver.c:1314
msgid "Solving again at updated center\n"
msgstr "中心更新后再次临近解析\n"

#: src/algos/astrometry_solver.c:1605
#, c-format
msgid "Running asnet version %s\n"
msgstr "正在运行asnet，版本为%s\n"

#: src/algos/astrometry_solver.c:1643
#, c-format
msgid "Astrometry.net path (%s) incorrectly set in preferences\n"
msgstr "Astrometry.net的路径(%s)设置不正确\n"

#: src/algos/astrometry_solver.c:1668
msgid "solve-field was not found, set its path in the preferences\n"
msgstr "solve-field 未找到，请在偏好设置中设置其路径\n"

#: src/algos/astrometry_solver.c:1685
msgid "Failed to create the input data for solve-field\n"
msgstr "无法为 solve-field 创建输入数据\n"

#: src/algos/astrometry_solver.c:1748
#, c-format
msgid ""
"Astrometry.net solving with a search field at RA: %s, Dec: %s, within a %s "
"degrees radius for scales [%s, %s]\n"
msgstr ""
"Astrometry.net 进行解析基于RA：%s，Dec：%s，半径为%s度，缩放比例为[%s, "
"%s]。\n"

#: src/algos/astrometry_solver.c:1752
#, c-format
msgid ""
"Astrometry.net solving with a search field at RA: %s, Dec: %s, within a %s "
"degrees radius, blindly for scale\n"
msgstr "Astrometry.net 进行解析基于RA：%s，Dec：%s，半径为%s度，盲解缩放\n"

#: src/algos/astrometry_solver.c:1756
#, c-format
msgid "Astrometry.net solving blindly in position for scales [%s, %s]\n"
msgstr "Astrometry.net盲解比例尺范围为[%s, %s]。\n"

#: src/algos/astrometry_solver.c:1759
msgid "Astrometry.net solving blindly\n"
msgstr "Astrometry.net 盲解\n"

#: src/algos/astrometry_solver.c:1822
msgid "Warning: failed to add astrometry.net to child process list\n"
msgstr ""

#: src/algos/astrometry_solver.c:1856
msgid "No astrometric solution found\n"
msgstr "未找到天体测量的解\n"

#: src/algos/astrometry_solver.c:1889
#, c-format
msgid "Could not read the solution from solve-field (expected in file %s)\n"
msgstr "无法从 solve-field 读取解（应在文件 %s 中）\n"

#: src/algos/astrometry_solver.c:1930
msgid "Using the current selection to detect stars\n"
msgstr "使用当前选区来侦测星点\n"

#: src/algos/astrometry_solver.c:1975
msgid "Selection is not used in manual star selection mode\n"
msgstr "在手动选星模式下不使用选区\n"

#: src/algos/astrometry_solver.c:2032
msgid "Error: no reference stars available\n"
msgstr "错误：没有可用的参考星点\n"

#: src/algos/astrometry_solver.c:2049 src/registration/registration.c:94
#: src/registration/shift_methods.c:84 src/registration/shift_methods.c:364
msgid "Recomputing already existing registration for this layer\n"
msgstr "对该图层重新计算已经有的对齐数据\n"

#: src/algos/astrometry_solver.c:2064
#, c-format
msgid "Running sequence plate solving using the %s catalogue\n"
msgstr "使用 %s 星表运行序列解析\n"

#: src/algos/astrometry_solver.c:2076 src/algos/astrometry_solver.c:2183
#, c-format
msgid "Image %d already platesolved, skipping\n"
msgstr "图像 %d 已解析，跳过\n"

#: src/algos/astrometry_solver.c:2107
#, c-format
msgid ""
"Could not retrieve center coordinates from image %s metadata, using "
"reference image value instead\n"
msgstr "无法从图像%s的元数据中找到中心坐标，使用参考帧的值代替\n"

#: src/algos/astrometry_solver.c:2116
#, c-format
msgid ""
"Could not retrieve pixel size from image %s metadata or settings, using "
"reference image value instead\n"
msgstr "无法从图像%s的元数据中找到像素尺寸，使用参考帧的值代替\n"

#: src/algos/astrometry_solver.c:2127
#, c-format
msgid ""
"Could not retrieve focal length from image %s metadata or settings, using "
"reference image value instead\n"
msgstr "无法从图像%s的元数据中找到焦距，使用参考帧的值代替\n"

#: src/algos/astrometry_solver.c:2169
#, c-format
msgid "Image %d: no stars found\n"
msgstr "图像%d：没有找到星\n"

#: src/algos/astrometry_solver.c:2179 src/algos/astrometry_solver.c:2233
#, c-format
msgid "Could not copy WCS data, skipping image %d\n"
msgstr "无法拷贝WCS数据，跳过图像 %d\n"

#: src/algos/astrometry_solver.c:2206
#, c-format
msgid "Image %s did not solve\n"
msgstr "图像 %s 未解析\n"

#: src/algos/astrometry_solver.c:2220
#, c-format
msgid "Image %s platesolved and updated\n"
msgstr "图像 %s 解析完成并更新\n"

#: src/algos/astrometry_solver.c:2222
#, c-format
msgid "Image %s platesolved but could not be saved\n"
msgstr "图像 %s 已解析但无法保存\n"

#: src/algos/astrometry_solver.c:2247
#, c-format
msgid "%d images successfully platesolved out of %d included\n"
msgstr "已成功解析 %d 张图像（共有 %d 张）\n"

#: src/algos/astrometry_solver.c:2249
#, c-format
msgid "(%d were already solved and skipped)\n"
msgstr "（%d 已解析并被跳过）\n"

#: src/algos/astrometry_solver.c:2253
msgid "Computing astrometric registration...\n"
msgstr "计算天体测量对齐...\n"

#: src/algos/astrometry_solver.c:2255
msgid "Reference image was not platesolved, changing reference\n"
msgstr "参考帧未解析，更改参考帧\n"

#: src/algos/background_extraction.c:300
msgid ""
"There are not enough background samples. The background to be extracted "
"cannot be computed.\n"
msgstr "背景样本不足。无法进行背景提取。\n"

#: src/algos/background_extraction.c:834
#, c-format
msgid "Failed to generate background samples for image: %s\n"
msgstr "无法生成图像 %s 的背景样本\n"

#: src/algos/background_extraction.c:893 src/algos/background_extraction.c:1061
msgid "Not enough samples."
msgstr "没有足够的采样。"

#: src/algos/background_extraction.c:893
msgid "Insufficient samples"
msgstr "样本不足"

#: src/algos/background_extraction.c:910
#, c-format
msgid "Background extraction from %s channel.\n"
msgstr "背景提取于通道 %s。\n"

#: src/algos/background_extraction.c:916
#, c-format
msgid "Background with %s interpolation computed.\n"
msgstr "背景%s差值计算。\n"

#: src/algos/background_extraction.c:973 src/algos/background_extraction.c:1191
msgid "Error: unsupported CFA pattern for this operation.\n"
msgstr "错误：此操作不支持此CFA模式。\n"

#: src/algos/background_extraction.c:995 src/algos/background_extraction.c:1210
#, fuzzy
msgid "Error splitting into CFA subchannels, aborting...\n"
msgstr "将参数解析为 -scale= (%s) 时出错，异常中止...\n"

#: src/algos/background_extraction.c:1004 src/algos/colors.c:1098
#: src/algos/colors.c:1189 src/algos/noise.c:86 src/algos/photometric_cc.c:772
#: src/algos/star_finder.c:67 src/algos/statistics.c:762
#: src/core/preprocess.c:78 src/core/preprocess.c:349 src/core/siril.c:449
#: src/filters/banding.c:220 src/filters/banding.c:303
#: src/filters/cosmetic_correction.c:206 src/filters/cosmetic_correction.c:634
#: src/filters/saturation.c:207 src/filters/saturation.c:266
#: src/gui/histogram.c:1787 src/gui/remixer.c:1248 src/gui/remixer.c:1296
#: src/gui/statistics_list.c:229
msgid "Error: statistics computation failed.\n"
msgstr "错误：统计信息计算失败。\n"

#: src/algos/background_extraction.c:1012
msgid ""
"Subchannel with negative median detected: removing the gradient on negative "
"images is not supported\n"
msgstr "某个通道的中位数是负数：不支持在有负数的图像中消除背景渐变\n"

#: src/algos/background_extraction.c:1024
msgid "Failed to adapt background samples for CFA image\n"
msgstr "无法为CFA图像调整背景样本\n"

#: src/algos/background_extraction.c:1032
#: src/algos/background_extraction.c:1112
#: src/algos/background_extraction.c:1228
msgid "Out of memory - aborting"
msgstr "内存不足 - 异常中止"

#: src/algos/background_extraction.c:1086
#, c-format
msgid "Background with %s interpolation computed for CFA image.\n"
msgstr "为CFA图像计算了%s插值的背景。\n"

#: src/algos/background_extraction.c:1119
#: src/algos/background_extraction.c:1236
#, c-format
msgid "Failed to generate background samples for image %d: %s\n"
msgstr "无法为图像 %d 生成背景样本: %s\n"

#: src/algos/background_extraction.c:1185
msgid ""
"Warning: RBF background removal is not recommended for CFA images. Only "
"linear background removal is recommended.\n"
msgstr "警告：建议不要对CFA图像应用RBF背景去除，而是使用线性背景去除。\n"

#: src/algos/background_extraction.c:1187
msgid ""
"Warning: polynomial background removal order > 1 is not recommended for CFA "
"images. Only linear background removal is recommended.\n"
msgstr ""
"警告：建议不要对CFA图像应用次数>1的多项式背景去除，而是使用线性背景去除。\n"

#: src/algos/background_extraction.c:1337 src/algos/demosaicing.c:602
#: src/algos/extraction.c:1094 src/algos/star_finder.c:1147
#: src/algos/statistics.c:918 src/core/preprocess.c:283
#: src/core/processing.c:478 src/filters/banding.c:85
#: src/filters/cosmetic_correction.c:401 src/gui/cut.c:1365
#, c-format
msgid ""
"%s: not enough memory to do this operation (%s required per image, %s "
"considered available)\n"
msgstr "%s：没有足够的内存来执行（%s 每幅图像需要, %s 可用）\n"

#: src/algos/background_extraction.c:1373
msgid "Error reading reference metadata.\n"
msgstr "读取参考帧元数据时出错。\n"

#: src/algos/ccd-inspector.c:183 src/algos/ccd-inspector.c:252
#, c-format
msgid ""
"Stars: %d, Truncated mean[FWHM]: %.2f, Sensor tilt[FWHM]: %.2f (%.0f%%), Off-"
"axis aberration[FWHM]: %.2f\n"
msgstr ""
"星点: %d, 排异后的平均值[FWHM]: %.2f, 传感器倾斜[FWHM]: %.2f (%.0f%%), 离轴像"
"差[FWHM]: %.2f\n"

#: src/algos/ccd-inspector.c:276
msgid "Tilt evaluation"
msgstr "倾斜评估"

#: src/algos/colors.c:789
msgid "Siril cannot extract layers. Make sure your image is in RGB mode.\n"
msgstr "Siril无法提取图层，请确保你的图像为RGB模式。\n"

#: src/algos/colors.c:793 src/algos/colors.c:931
#, c-format
msgid "%s channel extraction: processing...\n"
msgstr "%s通道提取：处理中...\n"

#: src/algos/colors.c:819 src/algos/colors.c:957
#, c-format
msgid "%s: extract RGB channel"
msgstr "%s：提取RGB通道"

#: src/algos/colors.c:822 src/algos/colors.c:960
#, c-format
msgid "%s: extract HSL channel"
msgstr "%s：提取HSL通道"

#: src/algos/colors.c:839 src/algos/colors.c:976
#, c-format
msgid "%s: extract HSV channel"
msgstr "%s：提取 HSV 通道"

#: src/algos/colors.c:856 src/algos/colors.c:992
#, c-format
msgid "%s: extract LAB channel"
msgstr "%s：提取LAB通道"

#: src/algos/colors.c:861 src/algos/colors.c:997
msgid "Image is not color managed. Assuming sRGB.\n"
msgstr "图像未进行色彩管理。假设sRGB。\n"

#: src/algos/colors.c:880 src/algos/colors.c:1027
#, c-format
msgid "Channel extraction from 3-channel image with ICC profile:"
msgstr "使用 ICC 色彩特性文件从 3 通道图像中提取通道："

#: src/algos/colors.c:927
msgid "Siril cannot extract channels. Make sure your image is in RGB mode.\n"
msgstr "Siril无法提取通道，请确保你的图像为RGB模式。\n"

#: src/algos/colors.c:1023
msgid ""
"Note: L* channel is scaled to have values in the rang 0.0 - 1.0 to aid "
"editing in Siril. The CIE L*a*b* colorspace defines L* to have a range of "
"0.0 - 100.0, so if you need to use this as a true L* channel in other "
"software you will need to multiply the values by 100, for example using the "
"Siril command \"fmul 100\"\n"
msgstr ""
"注意：L* 同道缩放为范围为 0.0 - 1.0 中的值，以帮助在 Siril 中进行编辑。CIE "
"L*a*b* 色彩空间将 L* 定义为 0.0 - 100.0 的范围，因此，如果您需要在其他软件中"
"将其用作真正的 L* 同道，则需要将值乘以 100，例如使用 Siril 命令“fmul 100”\n"

#: src/algos/colors.c:1185 src/algos/photometric_cc.c:811
msgid "Background reference:\n"
msgstr "参考背景：\n"

#: src/algos/colors.c:1198
msgid "White reference:\n"
msgstr "参考白色：\n"

#: src/algos/colors.c:1213
msgid "Color calibration factors:\n"
msgstr "色彩校准因子:\n"

#: src/algos/colors.c:1308 src/core/command.c:2095
msgid "Color Conversion Matrices can only be applied to 3-channel images.\n"
msgstr "色彩转换矩阵只能应用于3通道图像。\n"

#: src/algos/colors.c:1329
msgid "Color Conversion Matrices"
msgstr "色彩转换矩阵"

#: src/algos/comparison_stars.c:133
#, c-format
msgid "Target star identified: %s\n"
msgstr "目标星已识别：%s\n"

#: src/algos/comparison_stars.c:135
msgid ""
"There was a problem finding the target star in the image, cannot continue "
"with the light curve\n"
msgstr "在图像中寻找目标恒星时出现问题，无法继续使用光变曲线\n"

#: src/algos/comparison_stars.c:143
#, c-format
msgid "star %s [%s] added as a reference star\n"
msgstr "星点 %s [%s] 添加为参考星\n"

#: src/algos/comparison_stars.c:145
#, c-format
msgid "Star %s ignored because it was too close to another\n"
msgstr "星 %s 被忽略，因为它离另一个太近\n"

#: src/algos/comparison_stars.c:147
#, c-format
msgid "Star %s could not be used because it's on the borders or outside\n"
msgstr "星%s不能使用，因为它位于边界或外面\n"

#: src/algos/comparison_stars.c:209
#, c-format
msgid "Creating csv output file %s\n"
msgstr "创建 csv 输出文件 %s\n"

#: src/algos/comparison_stars.c:227
msgid "Problem writing the comparison stars file\n"
msgstr "写入参考星文件时出现问题\n"

#: src/algos/comparison_stars.c:277
msgid "Not enough stars available\n"
msgstr "没有足够可用的星点\n"

#: src/algos/comparison_stars.c:281
msgid ""
"Filtering parameters: delta_Vmag: %1.2lf, delta_BV: %1.2lf, max e_Vmag: "
"%1.3lf\n"
msgstr "过滤参数：delta_Vmag: %1.2lf, delta_BV: %1.2lf, max e_Vmag: %1.3lf\n"

#: src/algos/comparison_stars.c:283
msgid "Target star: Vmag = %2.2lf, B-V = %+2.2lf\n"
msgstr "目标星：Vmag = %2.2lf, B-V = %+2.2lf\n"

#: src/algos/comparison_stars.c:327
#, c-format
msgid "-> %d stars matching those criteria were found in %s and discarded\n"
msgstr "-> 丢弃了 %d 颗在 %s 中符合这些条件的星\n"

#: src/algos/comparison_stars.c:340
msgid "Stars sorted by increasing distance (in arcmin) wrt. image center\n"
msgstr "星点按距离图象中心升序（以角分为单位）排序。\n"

#: src/algos/comparison_stars.c:350
#, c-format
msgid "e_Vmag and e_Bmag are photometric errors supplied from %s\n"
msgstr "e_Vmag 和 e_Bmag 是由 %s 提供的光度误差\n"

#: src/algos/comparison_stars.c:357
msgid ""
"Comp star %3d: %4.2lf, %+4.2lf, %+5.3lf, %+5.3lf, %4.3lf, %4.3lf, %5.2lf\n"
msgstr ""
"参考星 %3d: %4.2lf, %+4.2lf, %+5.3lf, %+5.3lf, %4.3lf, %4.3lf, %5.2lf\n"

#. and log results
#: src/algos/comparison_stars.c:373
#, c-format
msgid "%d comparison stars after sort.\n"
msgstr "排序后有 %d 个参考星。\n"

#: src/algos/comparison_stars.c:377
msgid "No csv output file to create\n"
msgstr "无CSV输出文件创建\n"

#. and retrieving its results
#. returns the nb of stars
#: src/algos/comparison_stars.c:417
#, c-format
msgid "No stars retrieved from the catalog %s\n"
msgstr "未能从星表 %s 中检索到星点\n"

#: src/algos/comparison_stars.c:424
#, c-format
msgid "-> %i %s stars found within the image from %s\n"
msgstr "->找到 %i %s 星点于来自 %s 的图像中\n"

#: src/algos/comparison_stars.c:425
msgid "variable"
msgstr "变量"

#: src/algos/comparison_stars.c:425
msgid "comparison"
msgstr "比较"

#: src/algos/comparison_stars.c:435
msgid "Comparison stars: processing...\n"
msgstr "参考星：处理中...\n"

#: src/algos/comparison_stars.c:440 src/core/command.c:9934
#: src/core/command.c:10646 src/core/command.c:10799 src/core/command.c:10819
#: src/io/siril_catalogues.c:1120 src/io/siril_catalogues.c:1169
msgid "This command only works on plate solved images\n"
msgstr "此命令仅适用于已解析的图像\n"

#: src/algos/comparison_stars.c:455
msgid "Target star photometric information not available.\n"
msgstr "目标恒星光度信息不可用。\n"

#: src/algos/comparison_stars.c:462
msgid "No variable star selected\n"
msgstr "无变星选择\n"

#: src/algos/comparison_stars.c:471
msgid "No comparison stars found in the image, aborting\n"
msgstr "无法在图像中找到参考星，异常中止\n"

#: src/algos/comparison_stars.c:519 src/algos/comparison_stars.c:521
msgid "stars within"
msgstr "之内的星点数"

#: src/algos/demosaicing.c:148
#, fuzzy
msgid "Invalid FITS file or pattern for debayering\n"
msgstr "shm_open之后的文件描述符无效\n"

#: src/algos/demosaicing.c:152
#, fuzzy, c-format
msgid "Invalid Bayer pattern for debayering: %d\n"
msgstr "拜耳阵列合并未保存"

#: src/algos/demosaicing.c:176
msgid ""
"FITS header does not contain a proper XTRANS pattern, demosaicing cannot be "
"done\n"
msgstr "FITS文件头不包含恰当的XTRANS模式，去马赛克无法完成\n"

#: src/algos/demosaicing.c:206
#, c-format
msgid "Invalid character in X-Trans filter pattern: %c\n"
msgstr "X-Trans滤镜中存在无效字符：%c\n"

#: src/algos/demosaicing.c:276
#, c-format
msgid "Filter Pattern: %s %s, Orientation: %s %s %s\n"
msgstr ""

#: src/algos/demosaicing.c:278 src/algos/demosaicing.c:280
msgid "from header"
msgstr ""

#: src/algos/demosaicing.c:278 src/algos/demosaicing.c:280
#, fuzzy
msgid "from settings"
msgstr "设置"

#: src/algos/demosaicing.c:279
msgid "top-down"
msgstr ""

#: src/algos/demosaicing.c:279
#, fuzzy
msgid "bottom-up"
msgstr "左下"

#: src/algos/demosaicing.c:281 src/core/command.c:3841
msgid "forced"
msgstr "强制"

#: src/algos/demosaicing.c:288
#, c-format
msgid ""
"Offsets: %d, %d not suitable for a Bayer pattern (%d), check your "
"preferences\n"
msgstr ""

#: src/algos/demosaicing.c:560
msgid "Cannot perform debayering on image with more than one channel\n"
msgstr "无法对多通道图像执行解拜耳\n"

#: src/algos/demosaicing.c:565
#, fuzzy
msgid "No pattern found to debayer\n"
msgstr "在文件头中无法找到拜耳阵列模式信息。\n"

#: src/algos/demosaicing.c:577
msgid "Cannot perform debayering\n"
msgstr "无法执行解拜耳\n"

#: src/algos/demosaicing.c:659
msgid "Could not load metadata\n"
msgstr "无法加载元数据\n"

#: src/algos/demosaicing.c:670
#, c-format
msgid "Image %d: error opening CFA1 file\n"
msgstr "图像 %d：打开 CFA1 文件时出错\n"

#: src/algos/demosaicing.c:675
#, c-format
msgid "Image %d: error opening CFA2 file\n"
msgstr "图像 %d：打开 CFA2 文件时出错\n"

#: src/algos/demosaicing.c:680
#, c-format
msgid "Image %d: error opening CFA3 file\n"
msgstr "图像 %d：打开 CFA3 文件时出错\n"

#: src/algos/demosaicing.c:736
msgid "Merge CFA"
msgstr "合并CFA"

#: src/algos/demosaicing.c:775 src/gui/merge_cfa.c:357
msgid ""
"Input files are incompatible (all must be mono with the same size and bit "
"depth). Aborting...\n"
msgstr ""
"输入文件不兼容（所有文件都必须是具有相同尺寸和位深的单色图像）。异常中止...\n"

#: src/algos/demosaicing.c:777 src/gui/merge_cfa.c:359
msgid "X dimensions incompatible\n"
msgstr "X 尺寸不兼容\n"

#: src/algos/demosaicing.c:779 src/gui/merge_cfa.c:361
msgid "Y dimensions incompatible\n"
msgstr "Y 尺寸不兼容\n"

#: src/algos/demosaicing.c:781 src/gui/merge_cfa.c:363
msgid "Channels not all mono\n"
msgstr "通道并非全部为单色\n"

#: src/algos/demosaicing.c:783 src/gui/merge_cfa.c:365
msgid "Input files not all the same bit depth\n"
msgstr "输入文件并非相同位深\n"

#: src/algos/demosaicing.c:790
msgid "Error creating output image\n"
msgstr "创建输出图像时出错\n"

#: src/algos/extraction.c:79 src/algos/extraction.c:126
msgid "Extract_Green does not work on non-Bayer filter camera images!\n"
msgstr "Extract_Green无法在非拜耳阵列的图像上执行！\n"

#: src/algos/extraction.c:117 src/algos/extraction.c:164
#, c-format
msgid "%s: extract Green channel\n"
msgstr "%s：提取绿色通道\n"

#: src/algos/extraction.c:174
msgid "Extract Green: unsupported Bayer pattern.\n"
msgstr ""

#: src/algos/extraction.c:218 src/algos/extraction.c:274
msgid "Extract_Ha does not work on non-Bayer filter camera images!\n"
msgstr "Extract_Ha无法在非拜耳阵列的图像上执行！\n"

#. Mark this as no longer having a Bayer pattern
#: src/algos/extraction.c:265 src/algos/extraction.c:321
msgid "Ha channel"
msgstr "Ha 通道"

#: src/algos/extraction.c:332
#, fuzzy
msgid "Extract Ha: unsupported Bayer pattern.\n"
msgstr "检测到支持的拜耳阵列"

#: src/algos/extraction.c:386 src/algos/extraction.c:601
msgid "Image dimensions must be even. Trimming by 1 pixel.\n"
msgstr "图像尺寸必须是偶数。请修剪掉一个像素。\n"

#: src/algos/extraction.c:394 src/algos/extraction.c:609
msgid "Extract_HaOIII does not work on non-Bayer filter camera images!\n"
msgstr "Extract_HaOIII无法在非拜耳阵列的图像上执行！\n"

#. remve WCS data - even if not scaled, the centre will have moved by half a pixel
#. Mark this as no longer having a Bayer pattern
#: src/algos/extraction.c:576 src/algos/extraction.c:795
msgid "Ha channel\n"
msgstr "Ha 通道\n"

#. remve WCS data - not required unless OIII is scaled down, as the OIII center doesn't change
#. Mark this as no longer having a Bayer pattern
#: src/algos/extraction.c:584 src/algos/extraction.c:803
msgid "OIII channel\n"
msgstr "OIII 通道\n"

#: src/algos/extraction.c:813
msgid "Extract HaOIII: unsupported Bayer pattern.\n"
msgstr ""

#: src/algos/extraction.c:862
msgid "Extract Ha and OIII"
msgstr "提取 Ha 和 OIII"

#: src/algos/extraction.c:880 src/algos/extraction.c:948
msgid "Split CFA does not work on non-Bayer filter camera images!\n"
msgstr "拆分CFA无法在非拜耳阵列的图像上执行！\n"

#. Update history
#: src/algos/extraction.c:936 src/algos/extraction.c:1006
msgid "CFA0 Bayer channel\n"
msgstr "CFA0 拜尔通道\n"

#: src/algos/extraction.c:937 src/algos/extraction.c:1007
msgid "CFA1 Bayer channel\n"
msgstr "CFA1 拜尔通道\n"

#: src/algos/extraction.c:938 src/algos/extraction.c:1008
msgid "CFA2 Bayer channel\n"
msgstr "CFA2 拜尔通道\n"

#: src/algos/extraction.c:939 src/algos/extraction.c:1009
msgid "CFA3 Bayer channel\n"
msgstr "CFA3 拜尔通道\n"

#: src/algos/fitting.c:228 src/algos/fitting.c:281 src/core/arithm.c:350
#: src/core/arithm.c:463 src/core/arithm.c:550 src/filters/fft.c:516
#: src/gui/remixer.c:412 src/livestacking/livestacking.c:703
msgid "Images must have same dimensions.\n"
msgstr "图像必须具有相同的尺寸。\n"

#: src/algos/fitting.c:238 src/algos/fitting.c:288
msgid "Linear fit functions:\n"
msgstr "线性拟合函数：\n"

#: src/algos/fitting.c:263 src/algos/fitting.c:313
msgid "Error! Need at least 2 points...\n"
msgstr "错误！至少需要2个点...\n"

#: src/algos/fix_xtrans_af.c:189
#, c-format
msgid ""
"Fix X-Trans: Unknown camera %s, trying to read information from "
"preferences.\n"
msgstr "修正X-Trans：未知相机%s，尝试从偏好设置中读取信息。\n"

#: src/algos/fix_xtrans_af.c:192
msgid "Sample box cannot be bigger than the image.\n"
msgstr "采样框不可以比图像还大。\n"

#: src/algos/fix_xtrans_af.c:196
msgid "AF box cannot be bigger than the image.\n"
msgstr "AF框不能大于图像.\n"

#: src/algos/fix_xtrans_af.c:209
msgid "No information available in preferences.\n"
msgstr "偏好设置中无可用信息。\n"

#: src/algos/fix_xtrans_af.c:261
msgid "This CFA pattern cannot be handled by fix_xtrans_ac.\n"
msgstr "fix_xtrans_ac无法处理此CFA模式。\n"

#: src/algos/fix_xtrans_af.c:343
#, c-format
msgid "Failed to sample enough pixels for AF type %d.\n"
msgstr "无法对AF类型%d获取足够的像素采样。\n"

#: src/algos/geometry.c:269
#, c-format
msgid "Binning x%d: processing...\n"
msgstr "合并 x%d：处理中...\n"

#: src/algos/geometry.c:289
#, c-format
msgid "New image size: %dx%d pixels.\n"
msgstr "新图像尺寸: %dx%d 像素。\n"

#: src/algos/geometry.c:297 src/algos/geometry.c:392
msgid "Nearest-Neighbor"
msgstr "最近邻"

#: src/algos/geometry.c:306 src/algos/geometry.c:405
msgid "Lanczos4"
msgstr "Lanczos4"

#: src/algos/geometry.c:319
#, c-format
msgid "Resample (%s interpolation): processing...\n"
msgstr "%s 插值的重采样（缩放）：处理中...\n"

#: src/algos/geometry.c:359 src/algos/geometry.c:410
#, c-format
msgid "Rotation (%s interpolation, angle=%g): processing...\n"
msgstr "旋转（%s 差值，角度=%g）: 处理中…\n"

#: src/algos/geometry.c:360 src/algos/geometry.c:389
msgid "No"
msgstr "无"

#: src/algos/geometry.c:445 src/algos/geometry.c:479
msgid "Horizontal mirror: processing...\n"
msgstr "水平翻转：处理中...\n"

#: src/algos/geometry.c:538
msgid "Vertical mirror: processing...\n"
msgstr "垂直翻转：处理中...\n"

#: src/algos/geometry.c:649 src/algos/geometry.c:660
msgid "Rounding selection to match CFA pattern\n"
msgstr "略微调整选区大小以匹配CFA阵列\n"

#: src/algos/geometry.c:707 src/core/command.c:2161
#: src/gui/menu_gray_geometry.c:366 src/gui/menu_gray_geometry.c:381
#, c-format
msgid "Crop (x=%d, y=%d, w=%d, h=%d)"
msgstr "裁切（x=%d, y=%d, w=%d, h=%d）"

#: src/algos/geometry.c:759 src/registration/applyreg.c:873
#: src/registration/global.c:599 src/stacking/blending.c:116
#, c-format
msgid ""
"%s: not enough memory to do this operation (%s required per thread, %s "
"considered available)\n"
msgstr "%s: 没有足够的内存来执行操作（每线程需要%s，而仅%s可用)\n"

#: src/algos/geometry.c:817 src/compositing/compositing.c:2458
msgid "Crop Sequence"
msgstr "裁切整个序列"

#: src/algos/geometry.c:844
msgid "Scale Sequence"
msgstr "缩放整个序列"

#: src/algos/noise.c:57
msgid "Noise standard deviation: calculating...\n"
msgstr "噪声标准背离：计算中...\n"

#: src/algos/noise.c:73 src/algos/noise.c:77
#, c-format
msgid "Background noise value (channel: #%d): %0.3f (%.3e)\n"
msgstr "背景噪声值（通道：#%d）: %0.3f（%.3e）\n"

#: src/algos/photometric_cc.c:166
#, c-format
msgid ""
"White Balance summary\n"
"<span size=\"small\">%s SPCC Linear Fit: y = %f + %f·x, &#x03C3; = %f\n"
"White reference: %s\n"
"Number of stars: %d (removed %d outliers)\n"
"White balance factors: %.3f %.3f %.3f</span>"
msgstr ""
"白平衡概要\n"
"<span size=\"small\">%s SPCC 线性拟合：y = %f + %f·x, &#x03C3; =%f\n"
"白点参考：%s\n"
"星点数量：%d（移除了 %d 个异常值）\n"
"白平衡系数：%.3f %.3f %.3f</span>"

#: src/algos/photometric_cc.c:299 src/algos/photometric_cc.c:593
#, c-format
msgid "Applying aperture photometry to %d star.\n"
msgid_plural "Applying aperture photometry to %d stars.\n"
msgstr[0] "执行孔径测光于 %d 星点。\n"

#: src/algos/photometric_cc.c:443
msgid "Array mismatch after discarding photometrically invalid stars\n"
msgstr "丢弃光度无效的恒星后阵列不匹配\n"

#: src/algos/photometric_cc.c:448 src/algos/photometric_cc.c:713
#, c-format
msgid "%d star excluded from the calculation\n"
msgid_plural "%d stars excluded from the calculation\n"
msgstr[0] "%d星点被排除于运算。\n"

#: src/algos/photometric_cc.c:459
msgid "Error: insufficient photometrically valid stars\n"
msgstr "错误：光度有效的星点不足\n"

#: src/algos/photometric_cc.c:469 src/algos/photometric_cc.c:481
msgid ""
"Error: unable to compute a fit to the data. Check your sensor and filter "
"selections are correct.\n"
msgstr "错误：无法计算数据的拟合度。检查您的传感器和滤镜选择是否正确。\n"

#: src/algos/photometric_cc.c:485
msgid "SPCC Linear Fits\n"
msgstr "SPCC 线性拟合\n"

#: src/algos/photometric_cc.c:486
#, c-format
msgid "Image R/G = %f + %f * Catalog R/G (sigma: %f)\n"
msgstr "图像 R/G = %f + %f * 星表 R/G（sigma：%f）\n"

#: src/algos/photometric_cc.c:487
#, c-format
msgid "Image B/G = %f + %f * Catalog B/G (sigma: %f)\n"
msgstr "图像 B/G = %f + %f * 星表 B/G（sigma：%f）\n"

#: src/algos/photometric_cc.c:507
msgid "Catalog R/G (flux)"
msgstr "星表 R/G（光通量）"

#: src/algos/photometric_cc.c:512
msgid "Image R/G (flux)"
msgstr "图像 R/G（光通量）"

#: src/algos/photometric_cc.c:513
msgid "R/G"
msgstr "R/G"

#: src/algos/photometric_cc.c:514 src/algos/photometric_cc.c:540
msgid "Best fit"
msgstr "最佳拟合"

#: src/algos/photometric_cc.c:532
msgid "Catalog B/G (flux)"
msgstr "星表 B/G（光通量）"

#: src/algos/photometric_cc.c:537
msgid "Image B/G (flux)"
msgstr "图像 B/G（光通量）"

#: src/algos/photometric_cc.c:538
msgid "B/G"
msgstr "B/G"

#: src/algos/photometric_cc.c:560
msgid ""
"Error calculating white balance coefficients: kw contains negative values.\n"
msgstr "计算白平衡系数时出错：kw 包含负值。\n"

#: src/algos/photometric_cc.c:563 src/algos/photometric_cc.c:749
#, c-format
msgid "Found a solution for color calibration using %d stars. Factors:\n"
msgstr "找到了使用 %d 星进行色彩校准的解决方案。因子：\n"

#: src/algos/photometric_cc.c:569 src/algos/photometric_cc.c:754
msgid ""
"The photometric color calibration has found a solution which may not be "
"perfect because it did not rely on many stars\n"
msgstr "测光法色彩校准找到了一个可能不完美的解决方案，因为它不依赖于很多星点\n"

#: src/algos/photometric_cc.c:571 src/algos/photometric_cc.c:756
msgid ""
"The photometric color calibration seems to have found an imprecise solution, "
"consider correcting the image gradient first\n"
msgstr "测光法色彩校准似乎不能精确校准，考虑先修正图像渐变\n"

#: src/algos/photometric_cc.c:614
msgid ""
"Image color space is nonlinear. It is recommended to apply photometric color "
"calibration to linear images.\n"
msgstr "图像色彩空间是非线性的。建议对线性图像应测光法色彩校准。\n"

#: src/algos/photometric_cc.c:634
msgid "Error: failed to set up colorspace transform.\n"
msgstr "错误：未能设置色彩空间变换。\n"

#: src/algos/photometric_cc.c:721
msgid "No valid stars found.\n"
msgstr "未能发现有效的星点。\n"

#. we cannot use compute_all_channels_statistics_single_image because of the area
#: src/algos/photometric_cc.c:768
#, c-format
msgid "Computing background reference with tolerance +%.2fσ / -%.2fσ.\n"
msgstr "计算背景参考容差 +%.2fσ / -%.2fσ。\n"

#. Check for NaN... If they are NaN the result image is junk
#: src/algos/photometric_cc.c:801
msgid "Error computing coefficients: aborting...\n"
msgstr "计算系数时出错：异常中止...\n"

#: src/algos/photometric_cc.c:807
msgid "White balance factors:\n"
msgstr "白平衡系数：\n"

#: src/algos/photometric_cc.c:844
msgid ""
"Found linear plate solve data. For better result you should redo "
"platesolving\n"
msgstr "找到线性解析数据。为了获得更好的结果，您应该重新进行解析\n"

#: src/algos/photometric_cc.c:848
msgid "Photometric color correction will do nothing for monochrome images\n"
msgstr "测光法色彩校正对单色图像无效\n"

#: src/algos/photometric_cc.c:859
msgid "failed to compute statistics on image, aborting\n"
msgstr "无法计算图像的统计信息，异常中止\n"

#: src/algos/photometric_cc.c:869
#, c-format
msgid "Photometry radii set to %.1f for inner and %.1f for outer\n"
msgstr "测光内半径设置为 %.1f，外半径设置为 %.1f\n"

#: src/algos/photometric_cc.c:872
msgid "Photometric color calibration in progress..."
msgstr "测光法色彩校准进行中…"

#: src/algos/photometric_cc.c:891
msgid "Photometric Color Calibration failed"
msgstr "测光法色彩校准失败"

#: src/algos/photometric_cc.c:908 src/algos/photometric_cc.c:926
msgid ""
"Cannot run the standalone photometric color calibration on this image "
"because it has no WCS data or it is not supported\n"
msgstr "无法对此图像运行独立的测光法色彩校准，因为它没有 WCS 数据或不受支持\n"

#: src/algos/photometric_cc.c:916
msgid "Error computing FWHM for photometry settings adjustment\n"
msgstr "计算用于测光设置调整的 FWHM 时出错\n"

#: src/algos/photometric_cc.c:943
#, c-format
msgid ""
"Getting stars from local catalogue %s for %s, with a radius of %.2f degrees "
"and limit magnitude %.2f\n"
msgstr "从 PCC 的本地星表中%s获取恒星%s，半径为%.2f度，极限星等为%.2f\n"

#: src/algos/photometric_cc.c:943 src/algos/photometric_cc.c:985
msgid "SPCC"
msgstr "SPCC"

#: src/algos/photometric_cc.c:943 src/algos/photometric_cc.c:985
msgid "PCC"
msgstr "PCC"

#: src/algos/photometric_cc.c:960
msgid "No valid catalog found.\n"
msgstr "未找到有效的星表。\n"

#: src/algos/photometric_cc.c:963
#, c-format
msgid ""
"Getting stars from online catalogue %s for PCC, with a radius of %.2f "
"degrees and limit magnitude %.2f\n"
msgstr "从 PCC 的在线星表 %s 获取恒星，半径为 %.2f 度，极限星等为 %.2f\n"

#: src/algos/photometric_cc.c:986
#, c-format
msgid "Photometric CC (algorithm: %s)"
msgstr "测光发色彩校准（算法：%s）"

#: src/algos/photometric_cc.c:993
msgid "Catalog error, no stars identified!\n"
msgstr "星表错误，无星点可识别！\n"

#: src/algos/photometric_cc.c:1002
msgid "Spectrophotometric Color Calibration succeeded.\n"
msgstr "分光光度色彩校准成功。\n"

#: src/algos/photometric_cc.c:1004
msgid "Photometric Color Calibration succeeded.\n"
msgstr "测光法色彩校准成功。\n"

#. Translator note: radii is plural for radius
#: src/algos/photometry.c:113
#, c-format
msgid ""
"Inner and outer radii are too small (%d required for inner). Please update "
"values in preferences or with setphot.\n"
msgstr "内/外半径太小（内半径需要%d）。请于偏好设置中重新设置。\n"

#: src/algos/photometry.c:135
msgid "An error occurred in your selection. Please make another selection.\n"
msgstr "当前选择产生了错误，请重新选择。\n"

#: src/algos/photometry.c:184
msgid ""
"Warning: There aren't enough pixels in the sky annulus. You need to make a "
"larger selection.\n"
msgstr "警告：环形区域的像素数量不足，请选取更大的区域，\n"

#: src/algos/photometry.c:241
msgid "no error"
msgstr "没有错误"

#: src/algos/photometry.c:243
msgid "memory allocation"
msgstr "内存分配"

#: src/algos/photometry.c:245
msgid "unsupported image type"
msgstr "不支持的文件类型"

#: src/algos/photometry.c:247
msgid "PSF fit failed"
msgstr "PSF拟合失败"

#: src/algos/photometry.c:249
msgid "not in area"
msgstr "不在区域"

#: src/algos/photometry.c:251
msgid "inner radius too small"
msgstr "内半径太小"

#: src/algos/photometry.c:253
msgid "aperture too small"
msgstr "孔径太小"

#: src/algos/photometry.c:255
msgid "not enough background"
msgstr "背景不够"

#: src/algos/photometry.c:257
msgid "statistics failed"
msgstr "统计失败"

#: src/algos/photometry.c:259
msgid "invalid measurement error"
msgstr "无效测量错误"

#: src/algos/photometry.c:261
msgid "pixel out of range"
msgstr "像素超出范围"

#: src/algos/photometry.c:263
msgid "area too small"
msgstr "区域太小"

#: src/algos/photometry.c:265
msgid "image is invalid"
msgstr "图像无效"

#: src/algos/photometry.c:267
msgid "flux ratio failed"
msgstr "通量比失败"

#: src/algos/photometry.c:269
msgid "unknown error"
msgstr "未知错误"

#: src/algos/photometry.c:340 src/io/aavso_extended.c:111
#: src/io/siril_plot.c:871
#, c-format
msgid "Could not create %s, aborting\n"
msgstr "无法创建 %s，异常中止\n"

#: src/algos/photometry.c:352 src/gui/plot.c:814 src/io/aavso_extended.c:126
#: src/io/siril_plot.c:722 src/io/siril_plot.c:751 src/io/siril_plot.c:883
#, c-format
msgid "%s has been saved.\n"
msgstr "%s 已保存。\n"

#: src/algos/photometry.c:373 src/io/aavso_extended.c:186
msgid "No photometry data found, error\n"
msgstr "未找测光数据，错误\n"

#: src/algos/photometry.c:393
msgid "There are not enough valid stars to make a photometric analysis.\n"
msgstr "没有足够有效的星点用于执行测光分析。\n"

#: src/algos/photometry.c:408
msgid ""
"The reference stars are not good enough, probably out of the configured "
"valid pixel range, cannot calibrate the light curve\n"
msgstr "参考恒星不够好，可能超出配置的有效像素范围，无法校准光变曲线\n"

#: src/algos/photometry.c:413
msgid ""
"Only one reference star was validated, this will not result in an accurate "
"light curve. Try to add more reference stars or check the configured valid "
"pixel range\n"
msgstr ""
"只验证了一颗参考星，这不会产生准确的光变曲线。尝试添加更多参考恒星或检查配置"
"的有效像素范围\n"

#: src/algos/photometry.c:414
#, c-format
msgid "Using %d stars to calibrate the light curve\n"
msgstr "使用 %d 颗星来校准光变曲线\n"

#: src/algos/photometry.c:498
msgid ""
"Error bars-- (%d images) median: %.2lfmmag, max: %.2lfmmag, min: %.2lfmmag\n"
msgstr ""
"误差线-（%d 图像）中位数：%.2lfmmag，最大值：%.2lfmmag，最小值：%.2lfmmag\n"

#: src/algos/photometry.c:503
msgid ""
"Variable star SNR-- (%d images) median: %.2lfdB, max: %.2lfdB, min: %.2lfdB\n"
msgstr ""
"变星信噪比--（%d图像）中值：%.2lfdB，最大值：%.2lfdB，最小值：%.2lfdB\n"

#: src/algos/photometry.c:513
#, c-format
msgid ""
"Calibrated data for %d points of the light curve, %d excluded because of "
"invalid photometry\n"
msgstr "光变曲线 %d 点的校准数据，由于测光无效，%d 被排除在外\n"

#: src/algos/photometry.c:518 src/algos/photometry.c:520
msgid "Light curve of star"
msgstr "恒星的光变曲线"

#: src/algos/photometry.c:534
msgid "V-C"
msgstr "V-C"

#: src/algos/photometry.c:605
msgid "Failed to analyse the variable star photometry\n"
msgstr "分析变星光度失败\n"

#: src/algos/photometry.c:609
#, c-format
msgid "Failed to analyse the photometry of reference star %d\n"
msgstr "分析参考星%d的光度失败\n"

#: src/algos/quality.c:352 src/algos/quality.c:403
#, c-format
msgid ""
"Not enough bright pixels detected for center of gravity computation (%d "
"found for %d minimum).\n"
msgstr ""
"没有侦测到足够多的明亮像素以用于计算图像重心（已找到%d而最少需要%d）。\n"

#: src/algos/reconstr.c:158 src/algos/reconstr.c:193
msgid ""
"Error: dimensions reported by wavelets file are negative, zero or "
"excessive.\n"
msgstr "错误：小波文件报告的尺寸为负数、零或过多。\n"

#: src/algos/reconstr.c:162 src/algos/reconstr.c:189
msgid "Error: number of plans reported by wavelets file is out of bounds.\n"
msgstr "错误：小波文件报告的计划数超出范围。\n"

#: src/algos/reconstr.c:219
msgid "Unknown transform\n"
msgstr "未知的转换\n"

#: src/algos/search_objects.c:59
msgid "SIMBAD server returned:\n"
msgstr "SIMBAD 服务器返回：\n"

#: src/algos/search_objects.c:62 src/algos/search_objects.c:138
#, c-format
msgid "%s\n"
msgstr "%s\n"

#: src/algos/search_objects.c:135 src/io/remote_catalogues.c:271
msgid "IMCCE server returned:\n"
msgstr "IMCCE服务器返回：\n"

#: src/algos/search_objects.c:156
#, c-format
msgid "Unsupported object type in response: %s\n"
msgstr "响应中不支持的天体类型: %s\n"

#: src/algos/search_objects.c:192 src/algos/search_objects.c:200
#, c-format
msgid "Could not parse the server response: %s\n"
msgstr "无法解析服务器响应：%s\n"

#: src/algos/search_objects.c:239
#, c-format
msgid "Found %s"
msgstr "找到%s"

#: src/algos/search_objects.c:241
#, c-format
msgid " (aka %s)"
msgstr " （或为%s）"

#: src/algos/search_objects.c:242
#, c-format
msgid " at coordinates: %s, %s\n"
msgstr " 于座标：%s,%s\n"

#: src/algos/search_objects.c:269
#, c-format
msgid "Object %s (exact match: %s) was found in the %s catalogue at: %s, %s\n"
msgstr "天体 %s （完全匹配：%s）在星表 %s 中被找到：%s, %s\n"

#: src/algos/search_objects.c:292
#, c-format
msgid "Object %s record was found but is not within the bounds of the image\n"
msgstr "找到天体 %s 的记录，但不在图像范围内\n"

#: src/algos/search_objects.c:298
#, c-format
msgid "Object %s not found or encountered an error processing it\n"
msgstr "找不到天体 %s 或处理它时遇到错误\n"

#: src/algos/search_objects.c:441 src/io/siril_catalogues.c:617
msgid ""
"Siril was compiled without networking support, cannot do this operation\n"
msgstr "Siril 是在没有网络支持的情况下编译的，无法执行此操作\n"

#: src/algos/search_objects.c:453
#, c-format
msgid "Searching %s in CDSESAME...\n"
msgstr "正在 CDSESAME 中搜索 %s...\n"

#: src/algos/search_objects.c:461
#, c-format
msgid "Searching %s in VIZIER...\n"
msgstr "正在 VIZIER 中搜索 %s...\n"

#: src/algos/search_objects.c:470
#, c-format
msgid "Searching %s in SIMBAD...\n"
msgstr "正在 SIMBAD 中搜索 %s...\n"

#. should have been caught before... just in case
#: src/algos/search_objects.c:475 src/io/remote_catalogues.c:247
msgid ""
"This command only works on images that have observation date information\n"
msgstr "此命令仅适用于具有观测日期信息的图像\n"

#: src/algos/search_objects.c:485
#, c-format
msgid "Searching for solar system object %s on observation date %s\n"
msgstr "搜索太阳系天体%s于观测日期%s\n"

#: src/algos/search_objects.c:488
msgid ""
"No topocentric data available. Set to geocentric, positions may be "
"inaccurate\n"
msgstr "没有可用的观测中心数据。设置为地心，位置可能不准确\n"

#: src/algos/search_objects.c:491
#, c-format
msgid "at lat: %f, long: %f, alt: %f\n"
msgstr "位于 lat: %f, long: %f, alt: %f\n"

#: src/algos/search_objects.c:503
#, c-format
msgid "Searching %s in SIMBAD\n"
msgstr "正在 SIMBAD 中搜索 %s\n"

#: src/algos/spcc.c:317
msgid ""
"Cannot make a source profile as the chromaticity primaries are not unique. "
"This will occur when carrying out SPCC on compositions such as HOO whre the "
"same data is assigned to multiple channels.\n"
msgstr ""
"无法创建源特性文件，因为色度原色不是唯一的。当对诸如 HOO 之类的组合执行 SPCC "
"时，会发生这种情况，其中相同的数据被分配给多个信道。\n"

#: src/algos/star_finder.c:195 src/algos/star_finder.c:198
#, c-format
msgid "Findstar: processing for channel %d...\n"
msgstr "星点侦测：处理通道%d中...\n"

#: src/algos/star_finder.c:209
msgid "Failed to copy the image for processing\n"
msgstr "拷贝图像失败\n"

#: src/algos/star_finder.c:215
msgid "Could not apply Gaussian filter, aborting\n"
msgstr "无法应用高斯滤波，异常中止\n"

#: src/algos/star_finder.c:238
msgid "Selection is larger than image\n"
msgstr "选区大于图像\n"

#: src/algos/star_finder.c:707
msgid ""
"More than half of PSF fits have failed - try increasing the convergence "
"criterion\n"
msgstr "超过半数的PSF拟合失败 - 尝试提高收敛判据\n"

#: src/algos/star_finder.c:912
#, c-format
msgid "Found %d stars with same settings in %s, skipping detection\n"
msgstr "找到了 %d 颗星以使用与 %s 中相同的参数，跳过侦测\n"

#: src/algos/star_finder.c:953
#, c-format
msgid "Cannot save star list %s: %s\n"
msgstr "无法保存星点列表%s: %s\n"

#: src/algos/star_finder.c:1008 src/core/command.c:7369
#, c-format
msgid "The file %s has been created.\n"
msgstr "文件%s已被创建。\n"

#: src/algos/star_finder.c:1327
msgid "FindStar"
msgstr "星点侦测"

#: src/algos/star_finder.c:1341 src/compositing/compositing.c:2264
#: src/io/sequence.c:2377 src/io/sequence.c:2395
#: src/registration/applyreg.c:342 src/registration/applyreg.c:1112
#: src/registration/applyreg.c:1293 src/registration/comet.c:138
#: src/registration/global.c:119
msgid "Could not load reference image\n"
msgstr "无法载入参考帧\n"

#: src/algos/star_finder.c:1388
msgid ""
"Undebayered CFA image. Detection is done on green pixels only, using "
"interpolation\n"
msgstr "CFA图像未解拜耳。仅在绿像素上插值并进行侦测。\n"

#: src/algos/star_finder.c:1446
#, c-format
msgid "Found %d %s profile stars in %s, channel #%d (FWHM %f)\n"
msgstr "找到 %d 个 %s 形星于 %s，通道 #%d（FWHM %f）\n"

#: src/algos/star_finder.c:1448
msgid "selection"
msgstr "选择"

#: src/algos/star_finder.c:1448
msgid "image"
msgstr "图像"

#: src/algos/statistics.c:240 src/algos/statistics_float.c:322
#, c-format
msgid "Failed to compute CFA statistics for channel %d\n"
msgstr "无法计算通道 %d 的 CFA 统计信息\n"

#: src/algos/statistics.c:270 src/algos/statistics_float.c:352
msgid "Failed to compute CFA statistics\n"
msgstr "无法计算 CFA 统计信息\n"

#: src/algos/statistics.c:735
msgid "Bad argument to stats option\n"
msgstr "stats选项的参数错误。\n"

#: src/algos/statistics.c:864
#, fuzzy, c-format
msgid "Failed to write seqstat data: %s"
msgstr "无法读取数据条目。\n"

#. Success path
#: src/algos/statistics.c:871
#, c-format
msgid "Statistic file %s was successfully created.\n"
msgstr "统计信息文件%s被成功创建。\n"

#: src/algos/statistics.c:879
#, fuzzy, c-format
msgid "Failed to close seqstat output stream: %s"
msgstr "无法创建输出文件: %s\n"

#: src/algos/statistics.c:997 src/registration/global.c:328
msgid ""
"It looks like your sequence contains a mix of monochrome and RGB images.\n"
msgstr "您的序列似乎混合了单色和RGB图像。\n"

#: src/algos/statistics.c:1023 src/algos/statistics.c:1093
msgid ""
"Threading statistics computation per channel, but enabling threading in "
"channels too is not supported.\n"
msgstr "分线程计算每通道统计信息，但是单一通道内启用多线程不被支持。\n"

#: src/algos/statistics.c:1225
msgid ""
"Error: statistics computation failed. Unable to check for out-of-range "
"values.\n"
msgstr "错误：统计信息计算失败。无法检查越界的值。\n"

#: src/algos/statistics_float.c:236
msgid "MAD is null. Statistics cannot be computed.\n"
msgstr "MAD为空，统计信息无法计算。\n"

#: src/algos/transform.c:244
msgid "wavelet_transform_data: bad plane number\n"
msgstr "小波变换数据：错误的平面数\n"

#: src/compositing/align_rgb.c:49
msgid "Global star registration (deep-sky)"
msgstr "全局星点对齐（深空）"

#: src/compositing/align_rgb.c:51
msgid "KOMBAT registration (planetary / deep-sky)"
msgstr "KOMBAT 对齐（行星/深空）"

#: src/compositing/align_rgb.c:143
msgid "Error in channels alignment."
msgstr "通道对齐错误。"

#: src/compositing/align_rgb.c:154 src/compositing/compositing.c:1332
#: src/compositing/compositing.c:1370
msgid "Error in layers alignment."
msgstr "图层对齐错误。"

#: src/compositing/align_rgb.c:156 src/compositing/compositing.c:1375
#: src/gui/registration.c:1234
msgid "Registration complete."
msgstr "对齐完成。"

#: src/compositing/compositing.c:149
msgid "FITS and TIFF files"
msgstr ""

#: src/compositing/compositing.c:246
msgid ""
"Warning: memory limit check determines that fewer than 3 images of this size "
"can be composited. RGB composition is not possible without freeing up more "
"memory.\n"
msgstr ""
"警告：内存限制检查确定可以合成的此大小的图像少于 3 个。如果不释放更多内存，就"
"不可能进行 RGB 合成。\n"

#: src/compositing/compositing.c:251
msgid ""
"Warning: memory limit check determines that fewer than 4 images of this size "
"can be composited. LRGB composition is not possible without freeing up more "
"memory.\n"
msgstr ""
"警告：内存限制检查确定可以合成的此大小的图像少于 4 个。如果不释放更多内存，就"
"不可能进行 LRGB 组合。\n"

#: src/compositing/compositing.c:256
#, c-format
msgid ""
"Based on the available memory and initial image dimensions, up to %d images "
"may be composited (the maximum can never exceed 8).\n"
msgstr ""
"根据可用内存和初始图像尺寸，最多可以合成 %d 个图像（最大值不能超过 8）。\n"

#: src/compositing/compositing.c:318
#, fuzzy
msgid "Invalid file type for compositing\n"
msgstr "shm_open之后的文件描述符无效\n"

#: src/compositing/compositing.c:635
msgid ""
"Disabling debayer-on-open setting: this must be unset in order to open "
"monochrome images in the compositing tool.\n"
msgstr ""
"已禁用debayer-on-open选项：在图像合成工具中打开单色图像时，必须禁用此项。\n"

#: src/compositing/compositing.c:748
msgid "Deep Sky (two-step global star registration)"
msgstr "深空（两步全局星点对齐）"

#: src/compositing/compositing.c:751
msgid "Planetary (DFT image pattern alignment)"
msgstr "行星（DFT图像模式对齐）"

#: src/compositing/compositing.c:754
msgid "Planetary (KOMBAT image pattern alignment)"
msgstr "行星（KOMBAT图像模式对齐）"

#: src/compositing/compositing.c:757
msgid "Manual alignment"
msgstr "手动对齐"

#: src/compositing/compositing.c:832
#, fuzzy
msgid "Select source image"
msgstr "选择图像"

#: src/compositing/compositing.c:872
msgid "Could not display image, unloading it\n"
msgstr "无法显示图像\n"

#: src/compositing/compositing.c:880
msgid "Unsaved compositing result"
msgstr "合成结果未保存"

#: src/compositing/compositing.c:882
msgid "Compositing result image"
msgstr "合成最终目标图像"

#: src/compositing/compositing.c:954
#, fuzzy
msgid "Error: layer not found\n"
msgstr "错误：图层超出范围。\n"

#: src/compositing/compositing.c:960 src/gui/epf.c:294 src/gui/merge_cfa.c:97
#: src/gui/merge_cfa.c:111 src/gui/merge_cfa.c:124 src/gui/merge_cfa.c:137
#: src/gui/remixer.c:1053 src/gui/remixer.c:1142
msgid "Error: image could not be loaded"
msgstr "错误：无法载入图像"

#: src/compositing/compositing.c:962
msgid ""
"The maximum number of images of this size has been reached based on "
"available memory limits."
msgstr "根据可用内存限制，已达到此大小的图像的最大数量。"

#: src/compositing/compositing.c:973 src/compositing/compositing.c:979
#: src/core/preprocess.c:1029 src/core/preprocess.c:1030
#, c-format
msgid "<span foreground=\"red\">ERROR</span>"
msgstr "<span foreground=\"red\">错误</span>"

#: src/compositing/compositing.c:975
msgid "Cannot load the file, See the log for more information."
msgstr "文件无法载入，请查询日志以获取更多信息。"

#: src/compositing/compositing.c:981
msgid "Only single channel images can be loaded"
msgstr "只有单通道图像可被载入"

#: src/compositing/compositing.c:1004
msgid ""
"ICC profile differs to that of the first image loaded. Converting this image "
"to match the first one loaded.\n"
msgstr ""
"ICC 色彩特性文件与载入的第一幅图像的特性文件不同。转换此图像以匹配载入的第一"
"幅图像。\n"

#: src/compositing/compositing.c:1008
msgid ""
"Input images have inconsistent ICC profiles. First image had no ICC profile. "
"All input layers will be treated as raw data.\n"
msgstr ""
"输入图像的 ICC 色彩特性文件不一致。第一幅图像没有 ICC 色彩特性文件。所有输入"
"图层都将被视为原始数据。\n"

#: src/compositing/compositing.c:1020
msgid "The first loaded image should have the greatest sizes for now\n"
msgstr "第一个载入的图像需要有最大的尺寸\n"

#: src/compositing/compositing.c:1021
#, c-format
msgid "NOT OK %ux%u"
msgstr "NOT OK %ux%u"

#: src/compositing/compositing.c:1024
msgid "The first loaded image should have the greatest sizes for now"
msgstr "第一个载入的图像需要具有最大的尺寸"

#: src/compositing/compositing.c:1027
#, c-format
msgid "Resizing the loaded image from %dx%d to %dx%d\n"
msgstr "将当前载入图像尺寸从 %dx%d 改变为 %dx%d\n"

#: src/compositing/compositing.c:1030
#, c-format
msgid "OK upscaled from %ux%u"
msgstr "将%ux%u放大完成"

#: src/compositing/compositing.c:1037
msgid "Image loaded, and upscaled"
msgstr "图像载入并放大完成"

#: src/compositing/compositing.c:1042
#, c-format
msgid "OK %ux%u"
msgstr "OK %ux%u"

#: src/compositing/compositing.c:1044
msgid "Image loaded"
msgstr "图像载入"

#: src/compositing/compositing.c:1086
#, fuzzy
msgid "Error: target_layer not specified\n"
msgstr "错误：未指定pts_per_row（每行的点数）\n"

#: src/compositing/compositing.c:1114
#, fuzzy
msgid "Error: Could not create file chooser dialog\n"
msgstr "错误：无法解析 -from 值。\n"

#: src/compositing/compositing.c:1179
msgid "You must at least load two layers before!\n"
msgstr "必须先期载入至少两个图层！\n"

#: src/compositing/compositing.c:1180 src/filters/wavelets.c:258
#: src/filters/wavelets.c:267 src/filters/wavelets.c:328 src/gui/colors.c:579
#: src/gui/nina_light_curve.c:263 src/gui/photometric_cc.c:1209
#: src/gui/script_menu.c:598 src/io/siril_pythoncommands.c:1136
msgid "Warning"
msgstr "警告"

#: src/compositing/compositing.c:1271
#, c-format
msgid "NOT OK: %ux%u"
msgstr "NOT OK: %ux%u"

#: src/compositing/compositing.c:1279
msgid ""
"The image sizes are not consistent. This may happen as the result of "
"previous alignment operations. Please reload the input images.\n"
msgstr "图像尺寸不一致。这可能是先前对齐操作的结果。请重新加载输入图像。\n"

#: src/compositing/compositing.c:1322
#, c-format
msgid "Starting registration using method: %s\n"
msgstr "开始对齐，使用方法：%s\n"

#: src/compositing/compositing.c:1349
msgid "Incomplete alignment"
msgstr "不完全对齐"

#: src/compositing/compositing.c:1350
msgid ""
"Some images did not align correctly. Proceed to see the partially aligned "
"result? (This may alter image dimensions in which case the images must be re-"
"loaded to retry alignment.)"
msgstr ""
"某些图像未正确对齐。继续查看部分对齐的结果？（这可能会改变图像尺寸，在这种情"
"况下，必须重新加载图像才能重试对齐。）"

#. Register button was pressed, we ask for confirmation
#: src/compositing/compositing.c:1353 src/gui/keywords_tree.c:196
#: src/gui/keywords_tree.c:602 src/gui/mouse_action_preferences.c:117
#: src/gui/preferences.c:1106 src/gui/python_gui.c:691 src/gui/python_gui.c:719
#: src/gui/python_gui.c:730 src/gui/python_gui.c:759 src/gui/python_gui.c:785
#: src/gui/python_gui.c:856 src/gui/utils.c:321
#: src/registration/applyreg.c:1363
msgid "Proceed"
msgstr "继续"

#: src/compositing/compositing.c:1362
msgid "Using Luminance channel as reference.\n"
msgstr "使用明度通道作为参考。\n"

#. DFT shift ad KOMBAT require a selection to be made
#: src/compositing/compositing.c:1477
msgid "An image area must be selected for align"
msgstr "必须选定一个区域用于对齐"

#: src/compositing/compositing.c:1483
msgid "At least 2 channels must be loaded for align"
msgstr "必须载入至少两个通道用于对齐"

#: src/compositing/compositing.c:1558
msgid ""
"Attention: channels are dated more than 24 hours apart. DATE_OBS set to the "
"earliest observation start date but for some purposes this field may be of "
"limited use (e.g. solar system objects may have moved significantly between "
"channels).\n"
msgstr ""
"注意：通道的日期间隔超过 24 小时。 DATE_OBS 设置为最早的观测开始日期，但出于"
"某些目的，该字段的用途可能有限（例如，太阳系天体可能在通道之间发生了显著移"
"动）。\n"

#: src/compositing/compositing.c:2037
msgid "No overflow with the current colours, redrawing only\n"
msgstr "当前色彩无溢出，仅执行重绘\n"

#: src/compositing/compositing.c:2040
msgid "Nothing to adjust, no overflow\n"
msgstr "无需要校准，无溢出\n"

#: src/compositing/compositing.c:2073
#, c-format
msgid "Readjusting layer %d to %g times bright\n"
msgstr "重新调整图层 %d 到 %g 倍亮\n"

#: src/compositing/compositing.c:2131
#, fuzzy
msgid "No images to reload.\n"
msgstr "图像未载入"

#: src/compositing/compositing.c:2148
msgid "All images reloaded successfully.\n"
msgstr "已成功重新加载所有图像。\n"

#. Tests if a valid sequence is loaded
#. Any file for processing?
#. Tests if the file is in the CWD
#. Is the current image properly plate solved
#. fail
#: src/compositing/compositing.c:2161 src/compositing/compositing.c:2187
#: src/core/icc_profile.c:1201 src/core/icc_profile.c:1211
#: src/core/icc_profile.c:1242 src/filters/fft.c:585 src/filters/fft.c:591
#: src/filters/fft.c:610 src/gui/PSF_list.c:303 src/gui/PSF_list.c:308
#: src/gui/PSF_list.c:313 src/gui/colors.c:469 src/gui/compstars.c:224
#: src/gui/compstars.c:293 src/gui/compstars.c:301 src/gui/compstars.c:308
#: src/gui/compstars.c:315 src/gui/dialogs.c:144 src/gui/git_gui.c:295
#: src/gui/git_gui.c:430 src/gui/icc_profile.c:299 src/gui/icc_profile.c:367
#: src/gui/icc_profile.c:543 src/gui/merge_cfa.c:216 src/gui/merge_cfa.c:248
#: src/gui/merge_cfa.c:259 src/gui/merge_cfa.c:270 src/gui/merge_cfa.c:281
#: src/gui/nina_light_curve.c:221 src/gui/nina_light_curve.c:226
#: src/gui/nina_light_curve.c:232 src/gui/nina_light_curve.c:241
#: src/gui/nina_light_curve.c:279 src/gui/open_dialog.c:414
#: src/gui/preferences.c:557 src/gui/preferences.c:576
#: src/gui/preferences.c:610 src/gui/save_dialog.c:466
#: src/gui/script_menu.c:285 src/io/siril_pythoncommands.c:1130
msgid "Error"
msgstr "错误"

#: src/compositing/compositing.c:2161
msgid "No layers loaded: no files to save"
msgstr "未加载图层：无保存文件"

#: src/compositing/compositing.c:2177
msgid "All layer images saved correctly.\n"
msgstr "所有图层图像均已正确保存。\n"

#: src/compositing/compositing.c:2180
msgid ""
"Error encountered in saving one or more files. Check previous log messages "
"for details.\n"
msgstr "保存一个或多个文件时遇到错误。有关详细信息，请查看以前的日志消息。\n"

#: src/compositing/compositing.c:2188
msgid "At least 2 images must be loaded to perform linear matching."
msgstr "必须加载至少2个图像才能执行线性匹配。"

#: src/compositing/compositing.c:2210
#, c-format
msgid "Unable to find linear match coefficients for layer %d. Skipping...\n"
msgstr "找不到图层 %d 的线性匹配系数。正在跳过...\n"

#: src/compositing/compositing.c:2214
msgid "Linear match layers"
msgstr "线性匹配图层"

#: src/compositing/compositing.c:2216
msgid "Linear match layers complete"
msgstr "线性匹配图层完成"

#: src/compositing/compositing.c:2218
#, c-format
msgid "Error: failed to match %d layers with the reference layer.\n"
msgstr "错误：无法将 %d 个图层与参考图层匹配。\n"

#: src/compositing/compositing.c:2270
msgid "Registering a sequence opened as CFA is a bad idea.\n"
msgstr "在CFA模式的序列上进行对齐是个坏主意。\n"

#: src/compositing/compositing.c:2272 src/registration/global.c:125
msgid "Reference Image:\n"
msgstr "参考帧:\n"

#: src/compositing/compositing.c:2382 src/registration/3stars.c:536
#: src/registration/global.c:486 src/registration/shift_methods.c:313
#: src/registration/shift_methods.c:501 src/registration/shift_methods.c:601
msgid "Registration finished.\n"
msgstr "对齐结束。\n"

#: src/compositing/compositing.c:2383 src/registration/applyreg.c:735
#: src/registration/global.c:487
#, c-format
msgid "%d image processed.\n"
msgid_plural "%d images processed.\n"
msgstr[0] "%d 图像已处理。\n"

#: src/compositing/compositing.c:2386 src/registration/3stars.c:537
#: src/registration/global.c:490 src/registration/global.c:1099
#, c-format
msgid "Total: %d failed, %d registered.\n"
msgstr "总计: %d 失败， %d 已对齐。\n"

#: src/compositing/compositing.c:2390 src/registration/global.c:501
msgid "Registration aborted.\n"
msgstr "对齐操作异常中止。\n"

#: src/compositing/compositing.c:2440
msgid "Error: internal RGB composition sequence does not exist\n"
msgstr "错误：内部RGB合成序列不存在\n"

#: src/core/OS_utils.c:359
msgid "Error while computing available free disk space.\n"
msgstr "计算可用磁盘空间错误。\n"

#: src/core/OS_utils.c:363
msgid "Error in requested space disk.\n"
msgstr "请求磁盘空间错误。\n"

#: src/core/OS_utils.c:374
#, c-format
msgid ""
"Compression enabled: There may no be enough free disk space to perform this "
"operation: %s available for %s needed (missing %s)\n"
msgstr ""
"已启用压缩：可能没有足够的可用磁盘空间来执行此操作：%s 可用于所需的 %s（缺少 "
"%s）\n"

#: src/core/OS_utils.c:377
msgid ""
"Compression enabled: There may not be enough free disk space to perform this "
"operation"
msgstr "已启用压缩：可能没有足够的磁盘空间可用来执行此操作"

#: src/core/OS_utils.c:379
#, c-format
msgid ""
"Compression enabled: It is likely that there is not enough free disk space "
"to perform this operation: %s available for %s needed (missing %s)\n"
msgstr ""
"已启用压缩：可能没有足够的可用磁盘空间来执行此操作：%s 可用于所需的 %s（缺少 "
"%s）\n"

#: src/core/OS_utils.c:382
msgid ""
"Compression enabled: It is likely that there is not enough free disk space "
"to perform this operation"
msgstr "已启用压缩：可能没有足够的可用磁盘空间来执行此操作"

#: src/core/OS_utils.c:386
#, c-format
msgid ""
"Not enough free disk space to perform this operation: %s available for %s "
"needed (missing %s)\n"
msgstr "没有足够的剩余磁盘空间来执行操作：可用 %s 而需要 %s （缺少 %s）\n"

#: src/core/OS_utils.c:389
msgid "Not enough disk space"
msgstr "没有足够的磁盘空间"

#: src/core/OS_utils.c:531
#, c-format
msgid "Using cgroups limit on memory: %s\n"
msgstr "对内存使用 cgroups 限制：%s\n"

#: src/core/OS_utils.c:548
#, c-format
msgid "Error reading from %s, disabling cgroups memory limits\n"
msgstr "从 %s 读取时出错，禁用 cgroups 内存限制\n"

#: src/core/OS_utils.c:621
#, c-format
msgid ""
"Questionable parallel processing detection - openmp reports %d %s, glib %d.\n"
msgstr "有问题的并行处理检测 - openmp 报告 %d %s，glib %d。\n"

#: src/core/OS_utils.c:622 src/core/OS_utils.c:637 src/core/command.c:9606
msgid "processor"
msgid_plural "processors"
msgstr[0] "处理器"

#: src/core/OS_utils.c:628
#, c-format
msgid "Using cgroups limit on the number of processors: %d\n"
msgstr "对处理器数量使用 cgroups 限制：%d\n"

#: src/core/OS_utils.c:635
#, c-format
msgid "Parallel processing enabled: using %d logical %s%s.\n"
msgstr "并行计算已启用：使用 %d 个逻辑%s%s。\n"

#: src/core/OS_utils.c:638
msgid ", nesting not supported"
msgstr "，嵌套不被支持"

#: src/core/OS_utils.c:641
msgid "Parallel processing disabled: using 1 logical processor.\n"
msgstr "并行计算关闭：使用1个逻辑处理器。\n"

#: src/core/OS_utils.c:830
msgid "Limiting processing to 1900 MiB allocations (32-bit system)\n"
msgstr "将处理限制为 1900 MiB 分配（32 位系统）\n"

#: src/core/OS_utils.c:1129
#, c-format
msgid "unreleased %s %s-%s for %s (%s %s)"
msgstr ""

#: src/core/OS_utils.c:1132
#, fuzzy, c-format
msgid "%s %s for %s (%s %s)"
msgstr "图像：%s\n"

#: src/core/OS_utils.c:1136
#, c-format
msgid "unreleased %s %s-%s for %s (%s)"
msgstr ""

#: src/core/OS_utils.c:1139
#, fuzzy, c-format
msgid "%s %s for %s (%s)"
msgstr "图像：%s\n"

#: src/core/arithm.c:187
msgid "Cannot divide by zero, aborting."
msgstr "除数不能为零，异常中止。"

#: src/core/arithm.c:529
msgid ""
"Image operations can only be kept 16 bits if first input images are 16 bits. "
"Aborting.\n"
msgstr "如果初始输入图像为16位，则图像操作只能保持16位。异常中止。\n"

#: src/core/arithm.c:554
msgid "Images must have same data type.\n"
msgstr "图像必须具有相同的数据类型。\n"

#: src/core/command.c:136
#, c-format
msgid "This command is deprecated: %s should be used instead.\n"
msgstr "此命令已弃用：应改用 %s。\n"

#: src/core/command.c:137
#, c-format
msgid "The %s option is deprecated: %s should be used instead.\n"
msgstr "%s 选项已弃用：应使用 %s。\n"

#: src/core/command.c:159
msgid ""
"Warning: sequence contains undebayered CFA images. Applying a sequence "
"function not intended for this kind of image. This is likely to give poor "
"results: check your intended workflow.\n"
msgstr ""
"警告：序列包含未去拜耳化的 CFA 图像。应用不适用于此类图像的序列函数。这可能会"
"产生较差的结果：检查您预期的工作流程。\n"

#: src/core/command.c:173
msgid ""
"Warning: an undebayered CFA image is loaded. Applying an image function not "
"intended for this kind of image. This is likely to give poor results: check "
"your intended workflow.\n"
msgstr ""
"警告：加载了未去拜耳的 CFA 图像。应用不适用于此类图像的图像函数。这可能会产生"
"较差的结果：检查您预期的工作流程。\n"

#: src/core/command.c:215
msgid "Currently loaded image has no FITS header\n"
msgstr "当前载入的图像没有FITS文件头\n"

#: src/core/command.c:217
msgid "=FITS header for currently loaded image=\n"
msgstr "=当前载入图像的FITS文件头=\n"

#: src/core/command.c:249 src/core/command.c:648 src/core/command.c:740
#: src/core/command.c:885 src/core/command.c:1447 src/core/command.c:1503
#: src/core/command.c:1658 src/core/command.c:1681 src/core/command.c:1771
#: src/core/command.c:3424 src/core/command.c:3474 src/core/command.c:3585
#: src/core/command.c:3759 src/core/command.c:4048 src/core/command.c:5406
#: src/core/command.c:5897 src/core/command.c:5962 src/core/command.c:6076
#: src/core/command.c:6652 src/core/command.c:6800 src/core/command.c:6856
#: src/core/command.c:6909 src/core/command.c:7087 src/core/command.c:7098
#: src/core/command.c:7133 src/core/command.c:7449 src/core/command.c:7621
#: src/core/command.c:8027 src/core/command.c:8490 src/core/command.c:9393
#: src/core/command.c:11508 src/core/command.c:11526
#, c-format
msgid "Unknown parameter %s, aborting.\n"
msgstr "位置参数 %s，异常中止。\n"

#: src/core/command.c:282 src/core/command.c:780 src/core/command.c:1046
#: src/core/command.c:1100 src/core/command.c:1130 src/core/command.c:1138
#: src/core/command.c:1186 src/core/command.c:1197 src/core/command.c:1206
#: src/core/command.c:1215 src/core/command.c:1865 src/core/command.c:1870
#: src/core/command.c:2680 src/core/command.c:3205 src/core/command.c:3212
#: src/core/command.c:3224 src/core/command.c:3232 src/core/command.c:3240
#: src/core/command.c:3329 src/core/command.c:4511 src/core/command.c:5532
#: src/core/command.c:5537 src/core/command.c:9462 src/core/command.c:10078
#: src/core/command.c:10086 src/core/command.c:10091 src/core/command.c:10404
#: src/core/command.c:10765 src/core/command.c:10970 src/core/command.c:11014
#: src/core/command.c:11033
#, c-format
msgid "Invalid argument %s, aborting.\n"
msgstr "无效参数 %s，异常中止。\n"

#: src/core/command.c:289
msgid "Background factor must be positive\n"
msgstr "背景因子必须为正值\n"

#: src/core/command.c:298
msgid "Hue range must be [0, 6]\n"
msgstr "Hue范围必须为 [0, 6]\n"

#: src/core/command.c:308
#, c-format
msgid ""
"Applying saturation enhancement of %d%%, from level %g times (median + "
"sigma).\n"
msgstr "应用饱和度增强于 %d%%，从强度%g倍（中位数+sigma）。\n"

#: src/core/command.c:412 src/core/command.c:414
#, c-format
msgid "NL-Bayes denoise (mod=%.3f"
msgstr "NL-Bayes降噪（mod=%.3f"

#: src/core/command.c:416 src/core/command.c:418
#, c-format
msgid ", DA3D enabled"
msgstr "，DA3D启用"

#: src/core/command.c:420 src/core/command.c:422
#, c-format
msgid ", SOS enabled (iters=%d, rho=%.3f)"
msgstr "，SOS启用（iters=%d, rho=%.3f）"

#: src/core/command.c:424 src/core/command.c:426
#, c-format
msgid ", VST enabled"
msgstr "，VST启用"

#: src/core/command.c:429 src/core/command.c:431
#, c-format
msgid ", CC enabled)"
msgstr "，CC启用）"

#: src/core/command.c:435
#, c-format
msgid ")"
msgstr "）"

#: src/core/command.c:447
#, c-format
msgid "Error, this can't happen!"
msgstr "错误，这不可能发生！"

#: src/core/command.c:457
msgid "Colour artefact suppression active.\n"
msgstr "启用彩色伪影抑制。\n"

#: src/core/command.c:460
msgid "Starting NL-Bayes denoising..."
msgstr "开始NL-Bayes降噪..."

#: src/core/command.c:507
msgid "NL-Bayes execution time"
msgstr "NL-Bayes执行时间"

#: src/core/command.c:547
msgid "Error: modulation must be > 0.0 and <= 1.0.\n"
msgstr "错误：调制必须> 0.0 且 <= 1.0。\n"

#: src/core/command.c:557
msgid "Error in rho parameter: must be strictly > 0 and < 1, aborting.\n"
msgstr "rho 参数错误：必须严格> 0 和 < 1，异常中止。\n"

#: src/core/command.c:570
msgid "Error: SOS iterations must be >= 1. Defaulting to 1.\n"
msgstr "错误：SOS 迭代必须为 >= 1。默认为 1。\n"

#: src/core/command.c:573
msgid ""
"Note: high number of SOS iterations. Processing time may be lengthy...\n"
msgstr "注意：SOS 迭代次数很多。处理时间可能很长...\n"

#: src/core/command.c:580
msgid ""
"Error: will not carry out DA3D or SOS iterations with Anscombe transform VST "
"selected. aborting.\n"
msgstr ""
"错误：在选择了Anscombe VST 的情况下，不会执行 DA3D 或 SOS 迭代。异常中止。\n"

#: src/core/command.c:585
msgid "Will apply generalised Anscombe variance stabilising transform.\n"
msgstr "将应用广义Anscombe方差稳定变换。\n"

#: src/core/command.c:587
msgid "Will carry out final stage DA3D denoising.\n"
msgstr "将进行最后阶段的DA3D降噪。\n"

#: src/core/command.c:589
msgid "Will not carry out both DA3D and SOS. SOS iterations set to 1.\n"
msgstr "不会同时执行DA3D和SOS。SOS 迭代设置为 1。\n"

#: src/core/command.c:605 src/core/command.c:675
msgid "Error: no StarNet executable set.\n"
msgstr "错误：没有 StarNet 可执行文件。\n"

#: src/core/command.c:609 src/core/command.c:679
#, c-format
msgid "Error: StarNet executable (%s) is not valid.\n"
msgstr "错误: StarNet 可执行文件 （%s） 无效。\n"

#: src/core/command.c:638 src/core/command.c:728
msgid ""
"Error in stride parameter: must be a positive even integer, max 512, "
"aborting.\n"
msgstr "步长参数错误：必须是正偶数，最大值为 512，异常中止。\n"

#: src/core/command.c:653 src/core/command.c:747 src/core/command.c:3765
#: src/core/command.c:3832
msgid "Error parsing arguments, aborting.\n"
msgstr "解析参数错误，异常中止。\n"

#: src/core/command.c:667 src/core/command.c:767
msgid ""
"starnet command unavailable as Siril has not been compiled with libtiff.\n"
msgstr "starnet 命令不可用，因为 Siril 尚未使用 libtiff 编译。\n"

#: src/core/command.c:704 src/core/command.c:1305 src/core/command.c:2419
msgid "Error: cannot open sequence\n"
msgstr "错误：无法打开序列\n"

#: src/core/command.c:817
msgid "Error: quality must be >= 0.0 and <= 100.0.\n"
msgstr "错误：质量必须 >= 0.0 且 <= 100.0。\n"

#: src/core/command.c:825
msgid "Error: effort must be an integer between 1 and 9.\n"
msgstr "错误：effort 必须是 1 到 9 之间的整数。\n"

#: src/core/command.c:942
msgid "Error, requires at least 4 arguments to specify the 4 files!\n"
msgstr "错误，需要至少 4 个参数来指定 4 个文件！\n"

#: src/core/command.c:948
msgid "Reconstructing RGGB Bayer matrix.\n"
msgstr "重构RGGB拜耳阵列。\n"

#: src/core/command.c:951
msgid "Reconstructing BGGR Bayer matrix.\n"
msgstr "重构BGGR拜耳阵列。\n"

#: src/core/command.c:954
msgid "Reconstructing GBRG Bayer matrix.\n"
msgstr "重构GBRG拜耳阵列。\n"

#: src/core/command.c:957
msgid "Reconstructing GRBG Bayer matrix.\n"
msgstr "重构GRBG拜耳阵列。\n"

#: src/core/command.c:959 src/core/command.c:6764
msgid "Invalid Bayer matrix specified!\n"
msgstr "指定的拜耳阵列无效！\n"

#: src/core/command.c:969
msgid "Error loading files!\n"
msgstr "载入文件出错！\n"

#: src/core/command.c:988 src/gui/merge_cfa.c:383
msgid "Unsaved Bayer pattern merge"
msgstr "拜耳阵列合并未保存"

#: src/core/command.c:989 src/gui/merge_cfa.c:384
msgid "Bayer pattern merge"
msgstr "拜耳阵列合并"

#: src/core/command.c:1018
msgid "Could not understand the requested operator\n"
msgstr "无法理解所请求的运算符\n"

#: src/core/command.c:1064
msgid "Multiplying by a coefficient less than or equal to 0 is not possible.\n"
msgstr "乘法的乘数小于或等于0是不允许的。\n"

#: src/core/command.c:1092
#, c-format
msgid "Entropy: %.3f\n"
msgstr "熵：%.3f\n"

#: src/core/command.c:1191
msgid "Warning: d > approx. 25 may result in lengthy execution times.\n"
msgstr "警告：d > 大约 25 可能会导致执行时间过长。\n"

#: src/core/command.c:1222
msgid "-si= value must be > 0.0 and <= 65535\n"
msgstr "-si= 的值必须 > 0.0 且 <= 65535\n"

#: src/core/command.c:1227
msgid "-d= value must be > 0.0 and <= 20.0\n"
msgstr "-d= 的值必须 > 0.0 且 <= 20.0\n"

#: src/core/command.c:1232
msgid "-ss= value must be > 0.0 and <= 32.0\n"
msgstr "-ss= 的值必须 > 0.0 且 <= 32.0\n"

#: src/core/command.c:1237
msgid ""
"Warning: spatial sigma > approx. 20 with auto diameter may result in lengthy "
"execution times.\n"
msgstr "警告：spatial sigma>约为 20 可能会导致执行时间过长。\n"

#: src/core/command.c:1240
msgid "-mod= value must be > 0.0 and <= 1.0\n"
msgstr "-mod= 的值必须 > 0.0 且 <= 1.0\n"

#: src/core/command.c:1250
msgid "Error: guide image could not be loaded\n"
msgstr "错误：无法载入引导图像\n"

#: src/core/command.c:1262
msgid "Error: guide image dimensions do not match\n"
msgstr "错误：引导图像尺寸不匹配\n"

#: src/core/command.c:1271
msgid ""
"Warning: d = 0.0 cannot be used to specify automatic diameter when using a "
"guided filter. Setting d to default value of 5.\n"
msgstr ""
"警告：使用导向滤波时，d = 0.0 不能用于指定自动直径。将 d 设置为默认值 5。\n"

#: src/core/command.c:1311
msgid "Reference image is undefined, the following would be used:\n"
msgstr "参考帧未定义，将使用以下内容：\n"

#: src/core/command.c:1319
#, c-format
msgid "Image %d: '%s'\n"
msgstr "图像%d：'%s'\n"

#: src/core/command.c:1321
#, c-format
msgid "Image %d\n"
msgstr "图像%d\n"

#: src/core/command.c:1324
msgid ""
"Warning: this image is excluded from the sequence main processing list\n"
msgstr "警告：此图像已从序列主处理列表中排除\n"

#: src/core/command.c:1348
msgid "Error: will not clear the PSF while a sequence is running.\n"
msgstr "错误：在序列运行时不会清除 PSF。\n"

#: src/core/command.c:1353
msgid "Deconvolution kernel cleared.\n"
msgstr "反卷积内核已清除。\n"

#: src/core/command.c:1357
msgid "Save PSF to file:\n"
msgstr "将 PSF 保存到文件：\n"

#: src/core/command.c:1362 src/core/command.c:1440 src/core/command.c:1496
#: src/core/command.c:1651
msgid ""
"Error: filename must have the extension \".fit\", \".fits\", \".fts\" or "
"\".tif\"\n"
msgstr "错误：文件名必须具有扩展名“.fit”、“.fits”、“.fts”或“.tif”\n"

#: src/core/command.c:1374 src/core/command.c:1462
#, c-format
msgid ""
"Error: image or sequence must be loaded to carry out %s PSF estimation, "
"aborting...\n"
msgstr "错误：必须载入图像或序列才能执行 %s PSF 估算，异常中止...\n"

#: src/core/command.c:1379
msgid "Blind kernel estimation:\n"
msgstr "盲内核估算：\n"

#: src/core/command.c:1385
msgid "ℓ0 descent prior method\n"
msgstr "ℓ0 descent 先验方法\n"

#: src/core/command.c:1389
msgid "spectral irregularity method\n"
msgstr "光谱不规则法\n"

#: src/core/command.c:1393
msgid "multiscale estimation\n"
msgstr "多尺度估算\n"

#: src/core/command.c:1402 src/core/command.c:1414 src/core/command.c:1545
#: src/core/command.c:1555 src/core/command.c:1565 src/core/command.c:1575
#: src/core/command.c:1585 src/core/command.c:1595 src/core/command.c:1605
#: src/core/command.c:1615 src/core/command.c:1625
#, c-format
msgid "Error in %s parameter: must be in %s, aborting.\n"
msgstr "%s 参数中的错误：必须在 %s 中，异常中止。\n"

#: src/core/command.c:1424 src/core/command.c:1480 src/core/command.c:1635
msgid ""
"Error in ks parameter: must be odd and between 3 and minimum of (image "
"height, image width), aborting.\n"
msgstr ""
"ks 参数错误：必须为奇数且介于 3 和最小值（图像高度、图像宽度）之间，异常中"
"止。\n"

#: src/core/command.c:1436 src/core/command.c:1492 src/core/command.c:1647
msgid "Error: no filename specified, aborting.\n"
msgstr "错误：未指定文件名，异常中止。\n"

#: src/core/command.c:1472
msgid "symmetric kernel\n"
msgstr "对称内核\n"

#: src/core/command.c:1518
msgid "Manual PSF generation:\n"
msgstr "手动生成 PSF：\n"

#: src/core/command.c:1525
msgid "Gaussian PSF\n"
msgstr "高斯点扩散函数（PSF）\n"

#: src/core/command.c:1529
msgid "Moffat PSF\n"
msgstr "Moffat点扩散函数（PSF）\n"

#: src/core/command.c:1533
msgid "Disc PSF\n"
msgstr "圆盘形点扩散函数（PSF）\n"

#: src/core/command.c:1537
msgid "Airy disc PSF\n"
msgstr "艾里斑点扩散函数（PSF）\n"

#: src/core/command.c:1669
msgid "Load PSF from file:\n"
msgstr "从文件载入 PSF：\n"

#: src/core/command.c:1672 src/core/command.c:1708
msgid "Error loading PSF.\n"
msgstr "载入 PSF 时出错。\n"

#: src/core/command.c:1718
msgid "Error in alpha parameter: must be between 0 and 1e5, aborting.\n"
msgstr "alpha 参数中的错误：必须介于 0 和 1e5 之间，异常中止。\n"

#: src/core/command.c:1730
msgid "Error in iterations parameter: must be between 1 and 1e5, aborting.\n"
msgstr "iterations 参数错误：必须介于 1 和 1e5 之间，异常中止。\n"

#: src/core/command.c:1742
msgid "Error in stop parameter: must be between 0 and 1, aborting.\n"
msgstr "stop 参数错误：必须介于 0 和 1 之间，异常中止。\n"

#: src/core/command.c:1755
msgid "Error in step size parameter: must be between 0 and 1, aborting.\n"
msgstr "步长参数错误：必须介于 0 和 1 之间，异常中止。\n"

#: src/core/command.c:1884 src/core/command.c:1944
msgid "The size of the key can't exceed 8 characters.\n"
msgstr "关键字长度不能超过8个字符。\n"

#: src/core/command.c:1970
msgid "Updating keywords...\n"
msgstr "正在更新关键字...\n"

#: src/core/command.c:2042 src/core/command.c:6025
msgid "There can be only one prefix argument"
msgstr "只能有一个前缀参数"

#: src/core/command.c:2048 src/core/command.c:2288 src/core/command.c:3399
#: src/core/command.c:3406 src/core/command.c:3413 src/core/command.c:3446
#: src/core/command.c:3553 src/core/command.c:3631 src/core/command.c:4791
#: src/core/command.c:4898 src/core/command.c:4936 src/core/command.c:5006
#: src/core/command.c:5363 src/core/command.c:5394 src/core/command.c:5663
#: src/core/command.c:5951 src/core/command.c:6031 src/core/command.c:6181
#: src/core/command.c:6528 src/core/command.c:6598 src/core/command.c:6639
#: src/core/command.c:6784 src/core/command.c:6842 src/core/command.c:6896
#: src/core/command.c:6947 src/core/command.c:7351 src/core/command.c:7431
#: src/core/command.c:7604 src/core/command.c:7767 src/core/command.c:7812
#: src/core/command.c:7822 src/core/command.c:7838 src/core/command.c:7853
#: src/core/command.c:7887 src/core/command.c:7895 src/core/command.c:8153
#: src/core/command.c:8171 src/core/command.c:8190 src/core/command.c:8209
#: src/core/command.c:8228 src/core/command.c:8246 src/core/command.c:8405
#: src/core/command.c:8415 src/core/command.c:8448 src/core/command.c:8642
#: src/core/command.c:9297 src/core/command.c:9337 src/core/command.c:10753
#, c-format
msgid "Missing argument to %s, aborting.\n"
msgstr "缺少参数%s，异常中止。\n"

#: src/core/command.c:2064
#, c-format
msgid "Invalid matrix element (%d, %d) %s, aborting.\n"
msgstr "矩阵元素（%d，%d）%s 无效，异常中止。\n"

#: src/core/command.c:2074
#, c-format
msgid "Invalid power %s, must be between 0.0 and 10.0: aborting.\n"
msgstr "无效幂 %s，必须介于 0.0 和 10.0 之间：异常中止。\n"

#: src/core/command.c:2080
#, c-format
msgid ""
"Applying CCM with coefficients %f, %f, %f, %f, %f, %f, %f, %f, %f and power "
"%f\n"
msgstr "应用带有系数 %f、%f、%f、%f、%f、%f、%f、%f、%f 和幂 %f 的 CCM\n"

#: src/core/command.c:2124
msgid ""
"It is impossible to crop the image when a filter with preview session is "
"active. Please consider to close the filter dialog first.\n"
msgstr "存在启用了预览的滤镜，无法裁切图像。请先关闭滤镜对话框。\n"

#: src/core/command.c:2138 src/core/command.c:4856
msgid "Crop: x and y must be positive values.\n"
msgstr "裁切：x 和 y 必须为正值。\n"

#: src/core/command.c:2144 src/core/command.c:4862
msgid "Crop: width and height must be greater than 0.\n"
msgstr "裁切：宽度和高度必须大于0。\n"

#: src/core/command.c:2148 src/core/command.c:4878
#, c-format
msgid "Crop: width and height, respectively, must be less than %d and %d.\n"
msgstr "裁切：宽度和高度必须分别小于 %d 和 %d。\n"

#: src/core/command.c:2153 src/core/command.c:4868
msgid "Crop: select a region or provide x, y, width, height\n"
msgstr "裁切：选择一个区域，或给出x，y，宽度，高度\n"

#: src/core/command.c:2216 src/core/command.c:5335 src/core/command.c:5348
#: src/core/command.c:5763 src/core/command.c:5781 src/core/command.c:5792
msgid "Wrong parameters.\n"
msgstr "参数错误。\n"

#: src/core/command.c:2279 src/core/command.c:3255
#, c-format
msgid "Error, unknown clip mode %s specified\n"
msgstr "错误：指定了未知的修剪模式%s\n"

#: src/core/command.c:2350
msgid "Error: BP must be specified between 0.0 and 1.0 using -BP=\n"
msgstr "错误：BP在0.0到1.0之间，现在是 -BP=\n"

#: src/core/command.c:2354
msgid "Error: BP must be >= 0.0 and <= 1.0.\n"
msgstr "错误：BP必须>=0.0且<=1.0。\n"

#: src/core/command.c:2364
msgid "Error: D must be specified between 0.0 and 1.0 using -D=\n"
msgstr "错误：D在0.0和1.0之间，现在-D=\n"

#: src/core/command.c:2370
msgid "Error: B must be >= 0.0 and <= 15.0.\n"
msgstr "错误：B必须>=0.0且<=15.0。\n"

#: src/core/command.c:2377
msgid "Error: D must be > 0.0 and <= 10.0.\n"
msgstr "错误：D必须>0.0且<=10.0。\n"

#: src/core/command.c:2381
msgid "Error: SP must be >= 0.0 and <= 1.0.\n"
msgstr "错误：SP必须>=0.0且<=1.0。\n"

#: src/core/command.c:2385
msgid "Error: LP must be >= 0.0 and <= SP.\n"
msgstr "错误：LP必须>=0.0且<=SP。\n"

#: src/core/command.c:2389
msgid "Error: HP must be >= SP and <= 1.0.\n"
msgstr "错误：HP必须>=SP且<=1.0。\n"

#: src/core/command.c:2394
msgid ""
"Error: saturation stretch requires that all channels must be selected.\n"
msgstr "错误：饱和度拉伸要求必须选择所有通道。\n"

#: src/core/command.c:2451
msgid "Error: cannot apply saturation stretch to mono images.\n"
msgstr "错误：无法对单色图像应用饱和度拉伸。\n"

#: src/core/command.c:2497
msgid "Error: cannot apply saturation stretch to a mono image.\n"
msgstr "错误：无法对单色图像应用饱和度拉伸。\n"

#: src/core/command.c:2569 src/core/command.c:9689 src/filters/wavelets.c:256
#: src/filters/wavelets.c:326
#, c-format
msgid "Wavelet: maximum number of plans for this image size is %d\n"
msgstr "Wavelet：此图像尺寸的最大计划数为%d\n"

#: src/core/command.c:2575 src/filters/wavelets.c:265
#, c-format
msgid "Wavelet: type must be %d or %d\n"
msgstr "Wavelet：类型必须为%d或%d\n"

#: src/core/command.c:2620
msgid "Low value must be in the [0, 1] range.\n"
msgstr "低值必须在 [0, 1] 区间。\n"

#: src/core/command.c:2625
msgid "High value must be in the [0, 1] range.\n"
msgstr "高值必须在 [0, 1] 区间。\n"

#: src/core/command.c:2656
msgid "Stretch must be greater than or equal to 1\n"
msgstr "拉伸必须大于等于1\n"

#: src/core/command.c:2674
#, c-format
msgid "Invalid clip mode %s, aborting.\n"
msgstr "无效修剪模式 %s，异常中止。\n"

#: src/core/command.c:2703
msgid "Clip limit must be > 0.\n"
msgstr "修剪上限必须大于0\n"

#: src/core/command.c:2710
msgid "Tile size must be > 0.\n"
msgstr "尺寸必须大于0\n"

#: src/core/command.c:2757
msgid "Cannot list files, set working directory first.\n"
msgstr "无法获得文件列表，请先设置工作目录！\n"

#: src/core/command.c:2763 src/core/command.c:2773 src/core/command.c:2834
msgid "Siril cannot open the directory.\n"
msgstr "Siril无法打开目录。\n"

#: src/core/command.c:2795
#, c-format
msgid "Link: %s\n"
msgstr "链接：%s\n"

#: src/core/command.c:2799 src/core/command.c:2849
#, c-format
msgid "Directory: %s\n"
msgstr "目录：%s\n"

#: src/core/command.c:2809 src/core/command.c:2816 src/core/command.c:2857
#: src/core/command.c:2863
#, c-format
msgid "Sequence: %s\n"
msgstr "序列：%s\n"

#: src/core/command.c:2812 src/core/command.c:2814 src/core/command.c:2859
#: src/core/command.c:2861
#, c-format
msgid "Image: %s\n"
msgstr "图像：%s\n"

#: src/core/command.c:2872 src/core/command.c:9593
msgid "********* END OF THE LIST *********\n"
msgstr "********* 列表完 *********\n"

#: src/core/command.c:2881
msgid "Merge: no working directory set.\n"
msgstr "合并：工作目录未设置。\n"

#: src/core/command.c:2886 src/core/command.c:7410 src/core/command.c:7569
#, c-format
msgid "Specified output name %s contains forbidden characters, aborting\n"
msgstr "输出名称“%s”含有非法字符，异常中止\n"

#: src/core/command.c:2906
#, c-format
msgid "Could not open sequence `%s' for merging\n"
msgstr "无法载入序列“%s”以用于合并\n"

#: src/core/command.c:2913
#, c-format
msgid "Sequence `%s' is invalid, could not merge\n"
msgstr "序列 '%s' 无效，无法合并\n"

#: src/core/command.c:2924
#, c-format
msgid ""
"All sequences must be the same format for merging. Sequence `%s' is "
"different\n"
msgstr "所有序列必须具有相同的格式以合并。序列 '%s' 不同\n"

#: src/core/command.c:2975 src/core/command.c:3014
#, c-format
msgid "Failed to create the output SER file `%s'\n"
msgstr "创建SER文件“%s”失败\n"

#: src/core/command.c:2986 src/core/command.c:3027
#, c-format
msgid "Failed to read frame %d from input sequence `%s'\n"
msgstr "载入第 %d 帧失败，输入序列为“%s”\n"

#: src/core/command.c:2994 src/core/command.c:3035
#, c-format
msgid "Failed to write frame %d in merged sequence\n"
msgstr "在合并序列中写入第 %d 帧失败\n"

#: src/core/command.c:3004 src/core/command.c:3045
msgid "Error while finalizing the merged sequence\n"
msgstr "完成合并序列时出错。\n"

#: src/core/command.c:3050
msgid "This type of sequence cannot be created by Siril, aborting the merge\n"
msgstr "Siril 无法创建这种类型的序列，合并异常中止\n"

#: src/core/command.c:3070 src/core/command.c:9177 src/io/single_image.c:212
#, c-format
msgid "Error opening image %s: file not found or not supported.\n"
msgstr "打开图像错误 %s: 文件未找到或无法识别。\n"

#: src/core/command.c:3075
msgid ""
"This command is only supported with FITS and TIFF, able to contain "
"orientation information\n"
msgstr "此命令仅受 FITS 和 TIFF 支持，能够包含方向信息\n"

#: src/core/command.c:3080
msgid ""
"This command is only supported with single FITS images, for the first HDU, "
"not a FITS cube.\n"
msgstr "对于第一个 HDU，仅单个 FITS 图像支持此命令，而不支持 FITS 矩阵\n"

#: src/core/command.c:3087 src/core/command.c:3101 src/core/command.c:5554
#: src/core/command.c:10949 src/pixelMath/pixel_math_runner.c:1305
#, c-format
msgid "Could not open file: %s\n"
msgstr "无法打开文件: %s\n"

#: src/core/command.c:3093 src/core/command.c:3122
msgid "Image data is already bottom-up\n"
msgstr "图像数据已经是自下而上的\n"

#: src/core/command.c:3099 src/core/command.c:3125
msgid "Mirroring image to convert to bottom-up data\n"
msgstr "镜像图像以转换为自下而上的数据\n"

#: src/core/command.c:3111
#, c-format
msgid "Could not save mirrored image: %s\n"
msgstr "无法保存镜像图像: %s\n"

#: src/core/command.c:3149 src/core/command.c:4466 src/core/command.c:4473
#: src/core/command.c:4478 src/core/command.c:6041 src/core/command.c:6050
#: src/core/command.c:6059 src/core/command.c:6561 src/core/command.c:7424
#: src/core/command.c:7597 src/core/command.c:7944 src/core/command.c:7955
#: src/core/command.c:7974 src/core/command.c:8317 src/core/command.c:8328
#: src/core/command.c:8347 src/core/command.c:8479 src/core/command.c:9963
#: src/core/command.c:9974 src/core/command.c:9997 src/core/command.c:10013
#: src/core/command.c:10308 src/core/command.c:10319 src/core/command.c:10331
#: src/core/command.c:10344 src/core/command.c:10355 src/core/command.c:10383
#: src/core/command.c:10391 src/core/command.c:10693 src/core/command.c:10839
#: src/core/command.c:10848 src/core/command.c:10857 src/core/command.c:10866
#: src/core/command.c:10873
#, c-format
msgid "Invalid argument to %s, aborting.\n"
msgstr "%s 的参数无效，异常中止。\n"

#: src/core/command.c:3180 src/core/command.c:3354 src/gui/histogram.c:1324
#, c-format
msgid "Applying MTF with values %f, %f, %f\n"
msgstr "应用MTF值%f, %f, %f\n"

#: src/core/command.c:3284
#, c-format
msgid "Symmetry point SP=%f\n"
msgstr "拐点 SP=%f\n"

#: src/core/command.c:3298
#, c-format
msgid "Symmetry point for channel %d: SP=%f\n"
msgstr "通道 %d 的拐点：SP=%f\n"

#: src/core/command.c:3339
msgid "The target background value must be in the [0, 1] range\n"
msgstr "目标背景值必须在 [0, 1] 区间\n"

#: src/core/command.c:3344
#, c-format
msgid "Computing %s auto-stretch with values %f and %f\n"
msgstr "计算 %s 自动拉伸，使用值 %f 和 %f\n"

#: src/core/command.c:3345 src/core/siril_actions.c:341
msgid "linked"
msgstr "绑定"

#: src/core/command.c:3345 src/core/siril_actions.c:341
msgid "unlinked"
msgstr "不绑定"

#: src/core/command.c:3375
msgid "Factor must be a number greater than 0.\n"
msgstr "Factor必须是大于 0 的数字。\n"

#: src/core/command.c:3430
msgid "Scale %lf not allowed. Should be between 0.2 and 5.0.\n"
msgstr "不允许缩放 %lf。应介于 0.2 和 5.0 之间。\n"

#: src/core/command.c:3434
msgid "Scale is 1.0. Not doing anything.\n"
msgstr "缩放比为 1.0。什么都不做。\n"

#: src/core/command.c:3469 src/core/command.c:3576 src/core/command.c:5034
#: src/core/command.c:7791 src/core/command.c:7880 src/core/command.c:8442
#, c-format
msgid "Unknown transformation type %s, aborting.\n"
msgstr "未知的变换类型 %s，异常中止。\n"

#: src/core/command.c:3478
#, c-format
msgid "Resampling to %d x %d pixels with %s interpolation\n"
msgstr "重采样（缩放）为 %d x %d 像素，使用 %s 插值\n"

#: src/core/command.c:3497 src/core/siril.c:274 src/filters/rgradient.c:238
msgid "This process cannot be applied to 8b images\n"
msgstr "该操作无法应用于8位图像\n"

#: src/core/command.c:3513
msgid ""
"The coordinates cannot be greater than the size of the image. Please change "
"their values and retry.\n"
msgstr "坐标值不可以大于图像的尺寸。请修改后重试。\n"

#: src/core/command.c:3533
msgid ""
"Rotation will apply only to current selection, the resulting image will be "
"cropped.\n"
msgstr "存在选区，旋转生成的图像将被裁切到当前选区。\n"

#: src/core/command.c:3544
msgid "Angle %lf not allowed. Should be between 0.0 and 360.0.\n"
msgstr "角度 %lf 不允许。应介于 0.0 和 360.0 之间。\n"

#: src/core/command.c:3582
msgid "-nocrop option is not valid if a selection is active. Ignoring\n"
msgstr "存在选区，-nocrop选项无效。已忽略\n"

#: src/core/command.c:3592
msgid "Angle is 0.0 or 360.0 degrees. Doing nothing...\n"
msgstr "角度为 0.0 或 360.0 度。什么都不做...\n"

#: src/core/command.c:3667 src/core/command.c:3895
msgid "Wrong magnitude value.\n"
msgstr "错误的星等值。\n"

#: src/core/command.c:3678 src/core/command.c:4355 src/core/command.c:4672
#: src/core/siril_actions.c:417 src/core/siril_actions.c:835
msgid ""
"Current selection is too large. To determine the PSF, please make a "
"selection around a single star.\n"
msgstr "当前选区太大。若要计算PSF，请框选一个单独的星点。\n"

#: src/core/command.c:3682 src/core/command.c:4359 src/core/command.c:4677
#: src/core/siril_actions.c:421 src/io/sequence.c:2198
msgid "Select an area first\n"
msgstr "请先选择一个区域\n"

#: src/core/command.c:3694
#, c-format
msgid "PSF minimisation failed with error %d\n"
msgstr "PSF 最小化失败，错误 %d\n"

#: src/core/command.c:3700
msgid ""
"Relative magnitude: %.3lf, True reduced magnitude: %.3lf, Offset: %.3lf\n"
msgstr "相对星等：%.3lf，真实还原星等: %.3lf，偏移: %.3lf\n"

#: src/core/command.c:3774 src/core/command.c:3781 src/core/command.c:3790
msgid "Inner radius value must be less than outer. Please change the value."
msgstr "内半径必须小于外半径，请更改参数。"

#: src/core/command.c:3811 src/core/command.c:3818 src/core/command.c:3826
msgid "minimum value must be smaller than the maximum\n"
msgstr "最小值必须小于最大值\n"

#: src/core/command.c:3836
#, c-format
msgid ""
"Local background annulus radius: %.1f to %.1f, %s: %.1f (%s), camera "
"conversion gain: %f e-/ADU, using pixels with values ]%f, %f[\n"
msgstr ""
"局部背景环半径：%.1f 至 %.1f，%s：%.1f (%s)，相机转换增益：%f e-/ADU，使用像"
"素值为 ]%f、%f[\n"

#: src/core/command.c:3839
msgid "aperture"
msgstr "孔径"

#: src/core/command.c:3839
msgid "dynamic aperture"
msgstr "动态孔径"

#: src/core/command.c:3841
msgid "times the half-FWHM"
msgstr "乘以半FWHM"

#: src/core/command.c:3861
#, c-format
msgid "The reference image must be set between 1 and %d\n"
msgstr "参考帧必须在 1 和 %d 之间\n"

#: src/core/command.c:3903
msgid "Run a PSF for the sequence first (see seqpsf)\n"
msgstr "序列首先需运行PSF（参见seqpsf）。\n"

#: src/core/command.c:3907
#, c-format
msgid ""
"Reference magnitude has been set for star %d to %f and will be computed for "
"each image\n"
msgstr "已将恒星%d的参考星等设置为%f，并将为每帧图像计算\n"

#: src/core/command.c:3917
#, c-format
msgid "FITS extension unknown: %s\n"
msgstr "不可识别的FITS扩展名：%s\n"

#: src/core/command.c:3955
msgid "Wrong parameter values. Radius must be between 3 and 50, aborting.\n"
msgstr "参数错误。半径必须在3到50之间，异常中止。\n"

#: src/core/command.c:3962
msgid "Wrong parameter values. Sigma must be greater than 0.05, aborting\n"
msgstr "参数错误，Sigma必须大于0.05，异常中止\n"

#: src/core/command.c:3969
#, c-format
msgid ""
"Wrong parameter values. Minimum beta must be greater than or equal to 0.0 "
"and less than %.0f, aborting\n"
msgstr "参数值错误。最小 beta 必须大于等于 0.0 且小于 %.0f，异常中止\n"

#: src/core/command.c:3980
msgid ""
"Wrong parameter values. Roundness must be between 0 and 0.95, aborting.\n"
msgstr "参数错误，圆度必须在0到0.95之间，异常中止。\n"

#: src/core/command.c:3987
msgid ""
"Wrong parameter values. Focal length must be greater than 0, aborting.\n"
msgstr "参数错误，焦距必须大于0，异常中止。\n"

#: src/core/command.c:3994
msgid "Wrong parameter values. Pixel size must be greater than 0, aborting.\n"
msgstr "参数错误，像素尺寸必须大于0，异常中止。\n"

#: src/core/command.c:4002
msgid "Wrong parameter values. Relax must be set to on or off, aborting.\n"
msgstr "参数错误。Relax 必须设置为on或off，异常中止。\n"

#: src/core/command.c:4009
msgid ""
"Wrong parameter values. Convergence must be between 1 and 3, aborting.\n"
msgstr "参数错误，收敛必须介于 1 和 3 之间，异常中止。\n"

#: src/core/command.c:4016 src/core/command.c:4023 src/core/command.c:4030
#, c-format
msgid "Wrong parameter value %s.\n"
msgstr "错误的参数值 %s。\n"

#: src/core/command.c:4034
msgid "Resetting findstar parameters to default values.\n"
msgstr "将星点侦测参数重置为缺省值。\n"

#: src/core/command.c:4055
#, c-format
msgid "sigma = %3.2f\n"
msgstr "sigma = %3.2f\n"

#: src/core/command.c:4058
#, c-format
msgid "roundness range = [%f, %f]\n"
msgstr "圆度范围 = [%f, %f]\n"

#: src/core/command.c:4060
#, c-format
msgid "roundness = %3.2f\n"
msgstr "圆度 = %3.2f\n"

#: src/core/command.c:4065
#, c-format
msgid "radius = %d\n"
msgstr "半径 = %d\n"

#: src/core/command.c:4068
#, c-format
msgid "amplitude range = [%f, %f]\n"
msgstr "振幅大小 = [%f, %f]\n"

#: src/core/command.c:4070
msgid "amplitude range unlimited\n"
msgstr "振幅大小无上限\n"

#: src/core/command.c:4075
#, c-format
msgid "convergence = %d\n"
msgstr "收敛 = %d\n"

#: src/core/command.c:4077
#, c-format
msgid "focal = %3.1f\n"
msgstr "焦距 = %3.1f\n"

#: src/core/command.c:4079
#, c-format
msgid "pixelsize = %3.2f\n"
msgstr "像素尺寸 = %3.2f\n"

#: src/core/command.c:4081
#, c-format
msgid "relax = %s\n"
msgstr "松弛 = %s\n"

#: src/core/command.c:4083
#, c-format
msgid "profile = %s\n"
msgstr "形状 = %s\n"

#: src/core/command.c:4086
#, c-format
msgid "minimum beta = %3.2f\n"
msgstr "最小beta = %3.2f\n"

#: src/core/command.c:4095
msgid "Reference magnitude unset for sequence\n"
msgstr "序列中的参考星等未设定\n"

#: src/core/command.c:4143
msgid ""
"You need to add at least a loaded image or one image as variable. Use $ "
"tokens to surround the file names .\n"
msgstr ""
"需要添加至少一张已载入的图像，或在变量中指定一张图像。 文件名应被 $ 包围。\n"

#: src/core/command.c:4148
msgid "There is an unmatched $. Please check the expression.\n"
msgstr "有不配对的 $。 请检查表达式。\n"

#: src/core/command.c:4162 src/core/command.c:4169
msgid "Rescale can only be done in the [0, 1] range.\n"
msgstr "重新缩放只能在 [0, 1] 区间\n"

#: src/core/command.c:4245 src/core/command.c:4264
msgid "Image must have same dimension\n"
msgstr "图像必须具有相同的尺寸\n"

#: src/core/command.c:4364
msgid ""
"Please display the channel on which you want to compute the PSF or use "
"-channel argument\n"
msgstr "请指明计算PSF的通道或使用-channel参数\n"

#: src/core/command.c:4373
msgid "Please provide the channel number starting from 0 for red\n"
msgstr "请从0（红色）开始提供通道编号\n"

#: src/core/command.c:4448 src/core/command.c:4488 src/core/command.c:4503
msgid "The given coordinates are not in the image, aborting\n"
msgstr "给定的坐标不在图像中，异常中止。\n"

#: src/core/command.c:4453
msgid ""
"Selection was not completely inside the first image of the sequence, "
"aborting.\n"
msgstr "所选区域并不完全在第一帧之内，异常中止。\n"

#: src/core/command.c:4483
msgid ""
"The reference image of the sequence does not have the WCS information "
"required for star selection by equatorial coordinates\n"
msgstr "序列的参考帧没有选择恒星赤道坐标所需的WCS信息\n"

#: src/core/command.c:4506
#, c-format
msgid "Coordinates of the star: %.1f, %.1f\n"
msgstr "恆星坐标: %.1f， %.1f\n"

#: src/core/command.c:4531
msgid ""
"Sequence name is required as first argument (use '.' for current sequence)\n"
msgstr "序列名称是必需的第一个参数（用\".\"表示当前序列）\n"

#: src/core/command.c:4591 src/core/command.c:4596 src/core/command.c:4624
#: src/core/command.c:4629
#, c-format
msgid "Invalid argument: %s\n"
msgstr "无效参数：%s\n"

#: src/core/command.c:4650
msgid ""
"Layer and star position arguments are required when called from a script\n"
msgstr "当通过脚本调用时，必须提供图层和星体位置参数\n"

#: src/core/command.c:4655
msgid ""
"Layer and star position arguments are required, or make a selection around a "
"star\n"
msgstr "必须提供图层和星体位置参数，或者选择一个围绕某个星点的选区\n"

#: src/core/command.c:4664 src/core/command.c:4724
#, c-format
msgid "PSF cannot be computed on channel %d for this sequence of %d channels\n"
msgstr "PSF在通道 %d上，在有%d通道的序列中无法被计算\n"

#. Run PSF
#: src/core/command.c:4695 src/core/siril_actions.c:435
#: src/gui/callbacks.c:2550
#, c-format
msgid "Running the PSF on the sequence, layer %d\n"
msgstr "于序列中执行PSF，图层 %d\n"

#: src/core/command.c:4738
msgid "Missing argument to command\n"
msgstr "缺少命令参数\n"

#: src/core/command.c:4755
msgid "Could not find stars in the reference image, aborting.\n"
msgstr "无法在参考帧中找到星点，异常中止。\n"

#: src/core/command.c:4765
#, c-format
msgid ""
"Setting inner and outer photometry ring radii to %.1f and %.1f (FWHM is %f)\n"
msgstr "将测光圆环的内半径和外半径为%.1f和%.1f（FWHM为%f）\n"

#: src/core/command.c:4774 src/gui/nina_light_curve.c:267
#, c-format
msgid ""
"Using preconfigured inner and outer photometry ring radii of %.1f and %.1f\n"
msgstr "使用预设的测光圆环内外半径%.1f和%.1f\n"

#: src/core/command.c:4798
msgid ""
"No image in the sequence was found with the WCS information required for "
"star selection by equatorial coordinates, plate solve the reference or the "
"current\n"
msgstr ""
"在序列中未找到具有WCS信息的图像，这些信息用于按赤道坐标来选择星点、解析参考帧"
"或当前图像\n"

#: src/core/command.c:4950
msgid "Error: height cannot be less than 10, aborting.\n"
msgstr "错误：高度不能小于10，异常中止。\n"

#: src/core/command.c:4962
msgid "Error: width cannot be less than 10, aborting.\n"
msgstr "错误：宽度不能小于 10，异常中止。\n"

#: src/core/command.c:4973
msgid "Error: max dimension cannot be less than 10, aborting.\n"
msgstr "错误：最大尺寸不能小于10，异常中止。\n"

#: src/core/command.c:4988 src/core/command.c:5040
msgid "Error: scale cannot be less than 0.01, aborting.\n"
msgstr "错误：比例不能小于 0.01，异常中止。\n"

#: src/core/command.c:4995
#, c-format
msgid "Error parsing argument to -scale= (%s), aborting.\n"
msgstr "将参数解析为 -scale= (%s) 时出错，异常中止。\n"

#: src/core/command.c:5048
msgid "Scale is 1.0, nothing to do.\n"
msgstr "缩放比为 1.0。什么都不做。\n"

#: src/core/command.c:5071
#, c-format
msgid "Background value (channel: #%d): %d (%.3e)\n"
msgstr "背景噪声值（通道：#%d）: %d（%.3e）\n"

#: src/core/command.c:5127
#, c-format
msgid "The file %s has been created for the %s layer.\n"
msgstr "文件 %s 已创建基于图层 %s\n"

#: src/core/command.c:5138
msgid "Clearing tilt information\n"
msgstr "清除倾斜信息\n"

#: src/core/command.c:5159 src/core/command.c:5164 src/core/command.c:5185
#: src/core/command.c:5201 src/core/command.c:5224
#, c-format
msgid "Replacement value is out of range (0 - %d)\n"
msgstr "替换值超出范围 (0 - %d)\n"

#: src/core/command.c:5168
msgid "lo must be strictly smaller than hi\n"
msgstr "lo 必须严格的小于 hi\n"

#: src/core/command.c:5239
msgid "Level value is incorrect\n"
msgstr "Level 值不正确\n"

#: src/core/command.c:5244
msgid "Coeff value is incorrect\n"
msgstr "Coeff 值不正确\n"

#: src/core/command.c:5249
msgid "Sigma value is incorrect\n"
msgstr "Sigma值不正确\n"

#: src/core/command.c:5266
msgid "Number of layers MUST be 1 or 3\n"
msgstr "图层数必须为1或3\n"

#: src/core/command.c:5270
msgid "Width and Height must be positive values.\n"
msgstr "宽度和高度必须为正值。\n"

#: src/core/command.c:5278
msgid "new empty image"
msgstr "新空白图像"

#: src/core/command.c:5309
#, c-format
msgid "Values must be positive and less than %d.\n"
msgstr "数值必须为正并且小于 %d.\n"

#: src/core/command.c:5321 src/core/command.c:5776
#, c-format
msgid "Value must be positive and less than %d.\n"
msgstr "值必须为正并且小于 %d。\n"

#: src/core/command.c:5340
msgid "Fill2: select a region or provide x, y, width, height\n"
msgstr "Fill2：选择一个区域或输入x，y，width，height\n"

#. handling mono case
#: src/core/command.c:5378 src/core/command.c:7795 src/core/command.c:8471
msgid "This sequence is mono, ignoring layer number.\n"
msgstr "序列为单色，已忽略图层数。\n"

#: src/core/command.c:5385 src/core/command.c:7803
#, c-format
msgid ""
"Unknown layer number %s, must be between 0 and 2, will use green layer.\n"
msgstr "未知图层 %s，必须在0到2之间，已使用绿色图层。\n"

#. limiting values to avoid too long computation or too low number of candidates
#: src/core/command.c:5401 src/core/command.c:7845
#, c-format
msgid "Max number of stars %s not allowed. Should be between %d and %d.\n"
msgstr "最大星点数 %s 不被允许。应该介于 %d 和 %d 之间。\n"

#: src/core/command.c:5502
msgid "Option -out= is not available for sequences, ignoring\n"
msgstr "选项 -out= 对序列无效，已忽略\n"

#: src/core/command.c:5514
msgid ""
"Warning: sequence contains undebayered CFA images. Star detection may "
"produce results for this sequence but will not perform optimally and star "
"parameters may be inaccurate.\n"
msgstr ""
"警告：序列包含未去拜耳化的 CFA 图像。星点侦测可能会产生该序列的结果，但不会以"
"最佳方式执行，并且星点参数可能不准确。\n"

#: src/core/command.c:5522
msgid "find_hot must be applied on an one-channel master-dark frame"
msgstr "find_hot必须被应用在一个单通道的主暗场帧上"

#: src/core/command.c:5542
#, c-format
msgid "%ld cold and %ld hot pixels\n"
msgstr "%ld 冷像素 %ld 热像素\n"

#: src/core/command.c:5604 src/core/command.c:5641
#, c-format
msgid "File [%s] does not exist.\n"
msgstr "文件 [%s] 不存在。\n"

#: src/core/command.c:5619
msgid "There were some errors, please check your input file.\n"
msgstr "错误产生，请检查您的输入文件。\n"

#: src/core/command.c:5688
msgid "The size of the kernel MUST be odd and in the range [3, 15].\n"
msgstr "内核尺寸必须为奇数并且位于区间 [3, 15]。\n"

#: src/core/command.c:5693
msgid "Modulation value MUST be between 0 and 1\n"
msgstr "调制值必须在0到1之间\n"

#: src/core/command.c:5714
msgid "Center of gravity coordinates are (%.3lf, %.3lf)\n"
msgstr "重心参考值为 (%.3lf, %.3lf)\n"

#: src/core/command.c:5817
msgid ""
"Type can either be 0 (average neutral) or 1 (maximum neutral), 2 (maximum "
"mask) or 3 (additive mask)\n"
msgstr ""
"输入值可以为0（average neutral），1（maximum neutral），2（maximum mask），3"
"（additive mask）\n"

#: src/core/command.c:5828
msgid "Amount can only be [0, 1]\n"
msgstr "Amount 只能在 [0, 1] 区间\n"

#: src/core/command.c:5876 src/core/command.c:5925
msgid "Amount value must be in the [0, 4] range.\n"
msgstr "Amount 值只能在 [0, 4] 区间\n"

#: src/core/command.c:5882 src/core/command.c:5933
msgid "1/sigma value must be in the [0, 5] range.\n"
msgstr "1/sigma 值只能在 [0, 5] 区间\n"

#: src/core/command.c:6015
msgid "Polynomial degree order must be within the [1, 4] range.\n"
msgstr "多项式次数必须在 [1, 4] 区间。\n"

#: src/core/command.c:6064
msgid "smooth parameter is unused with the polynomial model, ignoring.\n"
msgstr "平滑参数在多项式模式中无效，已忽略。\n"

#: src/core/command.c:6111
msgid "Error, no existing samples available\n"
msgstr "错误：没有可用的样本\n"

#: src/core/command.c:6124
msgid "Error generating background samples\n"
msgstr "生成背景样本时出错\n"

#: src/core/command.c:6153
msgid "Sigma low must be positive.\n"
msgstr "Sigma low 必须为正值\n"

#: src/core/command.c:6159
msgid "Sigma high must be positive.\n"
msgstr "Sigma high 必须为正值。\n"

#: src/core/command.c:6223
msgid "The second argument must be between 1 and the number of images.\n"
msgstr "第二个参数在[1, 图像总数]之内。\n"

#: src/core/command.c:6229
msgid ""
"The third argument must be larger or equal than the \"from\" argument.\n"
msgstr "第三个参数大于等于“from”参数。\n"

#: src/core/command.c:6235
msgid "The third argument is larger than the number of images.\n"
msgstr "第三个参数大于图像总数。\n"

#: src/core/command.c:6236
#, c-format
msgid "Re-adjusting to %d.\n"
msgstr "重新调整为 %d。\n"

#: src/core/command.c:6258 src/gui/sequence_list.c:635
#, c-format
msgid "Selection update finished, %d images are selected in the sequence\n"
msgstr "更新选择完成，序列中%d帧图像被选定\n"

#: src/core/command.c:6287 src/gui/colors.c:403
msgid "Could not copy the input image, aborting.\n"
msgstr "无法拷贝输入图像，异常中止。\n"

#: src/core/command.c:6306
msgid "CieLAB"
msgstr "CieLAB"

#: src/core/command.c:6397
msgid ""
"This image does not have a Bayer CFA pattern, cannot extract green channel.\n"
msgstr ""

#: src/core/command.c:6442
msgid "This image does not have a Bayer CFA pattern, cannot extract Ha.\n"
msgstr ""

#: src/core/command.c:6468
msgid "Upscaling x2\n"
msgstr "放大 x2\n"

#: src/core/command.c:6490
msgid ""
"This image does not have a Bayer CFA pattern, cannot extract Ha/OIII "
"channels.\n"
msgstr ""

#: src/core/command.c:6732 src/gui/merge_cfa.c:298
msgid ""
"Error: sequences don't match (dimensions, bitdepth, number of images must "
"all be the same)\n"
msgstr "错误：序列不匹配（图像的数量、位深、通道数必须一致）\n"

#: src/core/command.c:6773
#, c-format
msgid "Reconstructing %s Bayer matrix.\n"
msgstr "重构 %s 拜耳阵列。\n"

#: src/core/command.c:6982
msgid ""
"Statistics cannot be made on CFA images with a selection smaller than a 2x2 "
"square, aborting\n"
msgstr "在CFA图像中，不能统计小于2×2像素的选区。异常中止。\n"

#: src/core/command.c:6996 src/io/siril_pythoncommands.c:2833
#, c-format
msgid "Statistics computation failed for channel %d (all nil?).\n"
msgstr "通道 %d 的统计信息计算失败（全部为零？）\n"

#: src/core/command.c:7017
#, c-format
msgid ""
"%s layer: Mean: %0.6f, Median: %0.1f, Sigma: %0.6f, Min: %0.1f, Max: %0.1f, "
"bgnoise: %0.6f\n"
msgstr ""
"%s 通道：平均值：%0.6f，中位数：%0.1f，Sigma: %0.6f，最小值：%0.1f，最大值："
"%0.1f，背景噪声：%0.6f\n"

#: src/core/command.c:7022
#, c-format
msgid ""
"%s layer: Mean: %0.1f, Median: %0.1f, Sigma: %0.1f, Min: %0.1f, Max: %0.1f, "
"bgnoise: %0.1f\n"
msgstr ""
"%s 通道：平均值：%0.1f，中位数：%0.1f，Sigma: %0.1f，最小值：%0.1f，最大值："
"%0.1f，背景噪声：%0.1f\n"

#: src/core/command.c:7034 src/core/command.c:7041
#, c-format
msgid ""
"%s layer: Mean: %0.1f, Median: %0.1f, Sigma: %0.1f, Min: %0.1f, Max: %0.1f, "
"bgnoise: %0.1f, avgDev: %0.1f, MAD: %0.1f, sqrt(BWMV): %0.1f\n"
msgstr ""
"%s 通道：平均值：%0.1f，中位数：%0.1f，Sigma: %0.1f，最小值：%0.1f，最大值："
"%0.1f，背景噪声：%0.1f，avgDev：%0.1f，MAD：%0.1f，sqrt(BWMV)：%0.1f\n"

#: src/core/command.c:7127
#, c-format
msgid "No image appears to be loaded, reloading from '%s'\n"
msgstr "似乎未载入图像，从“%s”重新载入\n"

#: src/core/command.c:7238
#, c-format
msgid "Failed to save the JSON file %s: %s\n"
msgstr "无法保存 JSON 文件 %s: %s\n"

#: src/core/command.c:7242
#, c-format
msgid "Save metadata to the JSON file '%s'\n"
msgstr "将元数据保存到 JSON 文件 '%s'\n"

#: src/core/command.c:7305
#, c-format
msgid "Image %d, %s\n"
msgstr "图像%d, '%s'\n"

#: src/core/command.c:7322
msgid "This command can only run for FITS images\n"
msgstr "此命令只能用于FITS图像\n"

#: src/core/command.c:7360
#, c-format
msgid "Failed to create output file: %s\n"
msgstr "无法创建输出文件: %s\n"

#: src/core/command.c:7366
msgid "Failed to write to output file\n"
msgstr "无法写入输出文件\n"

#: src/core/command.c:7406 src/core/command.c:7565
msgid ""
"First argument is the converted sequence name and shall not start with a -\n"
msgstr "第一个参数声明了转换后的序列名称，不能以 - 号开头\n"

#: src/core/command.c:7458
#, c-format
msgid "Link: error opening working directory %s.\n"
msgstr "链接：无法打开工作目录 %s\n"

#: src/core/command.c:7481
msgid "No FITS files were found for link\n"
msgstr "未发现用于链接的FITS文件\n"

#: src/core/command.c:7495
#, c-format
msgid ""
"Sorting by date could not be done, file %s doesn't have DATE-OBS, not "
"sorting\n"
msgstr "无法按日期排序，文件 %s 没有 DATE-OBS，无法排序\n"

#: src/core/command.c:7518
#, fuzzy
msgid ""
"Too many files: you should use the 'convert' command and pass the argument "
"-fitseq to convert your sequence to fitseq format.\n"
msgstr "您应该输入一个额外的参数-fitseq，以将序列转换为fitseq格式。\n"

#: src/core/command.c:7524
#, c-format
msgid "Link: processing %d FITS file...\n"
msgid_plural "Link: processing %d FITS files...\n"
msgstr[0] "链接：正在处理FITS文件 %d…\n"

#: src/core/command.c:7530
msgid "Link: no working directory set.\n"
msgstr "链接：工作目录未设置。\n"

#: src/core/command.c:7560
msgid "Conversion: no working directory set.\n"
msgstr "转换：工作目录未设置。\n"

#: src/core/command.c:7630
#, c-format
msgid "Conversion: error opening working directory %s.\n"
msgstr "转换：无法打开工作目录 %s.\n"

#: src/core/command.c:7639
#, c-format
msgid ""
"Destination sequence %s already exists in the current folder, cannot "
"proceed.\n"
msgstr "目标序列%s已存在于当前文件夹，无法进行。\n"

#: src/core/command.c:7654 src/gui/conversion.c:197
msgid ""
"FujiFilm XTRANS sensors are not supported by SER v2 (CFA-style) standard. "
"You may use FITS sequences instead."
msgstr ""
"FujiFilm XTRANS传感器不受SER v2 (CFA-style) 标准支持。您可以改用FITS序列。"

#: src/core/command.c:7668
msgid "No RAW files were found for conversion\n"
msgstr "未发现待转换的RAW文件\n"

#: src/core/command.c:7669
msgid "No files were found for conversion\n"
msgstr "未发现待转换的文件\n"

#: src/core/command.c:7680
msgid ""
"You should pass an extra argument -fitseq to convert your sequence to fitseq "
"format.\n"
msgstr "您应该输入一个额外的参数-fitseq，以将序列转换为fitseq格式。\n"

#: src/core/command.c:7686
#, c-format
msgid "Convert: processing %d file...\n"
msgid_plural "Convert: processing %d files...\n"
msgstr[0] "转换：正在处理 %d 个文件…\n"

#: src/core/command.c:7775 src/gui/registration.c:1137
msgid "Shift-only registration is only possible with OpenCV 4.4\n"
msgstr "平移对齐仅适用于OpenCV 4.4版本\n"

#. using absolute min_pairs required by homography
#: src/core/command.c:7828
#, c-format
msgid "%d smaller than minimum allowable star pairs: %d, aborting.\n"
msgstr "%d 少于最小配对星点数：%d，异常中止。\n"

#: src/core/command.c:7902
#, c-format
msgid "Unknown distortion type %s, aborting.\n"
msgstr "未知的畸变类型 %s，异常中止。\n"

#: src/core/command.c:7911 src/core/command.c:8044 src/core/command.c:8503
#: src/core/command.c:9170 src/core/command.c:10428 src/core/command.c:11118
#: src/core/preprocess.c:687 src/core/preprocess.c:1010
msgid "Could not load the reference image of the sequence, aborting.\n"
msgstr "无法载入序列的参考帧，异常中止。\n"

#. handling mono case
#: src/core/command.c:7933 src/core/command.c:8306
msgid "This sequence is not mono / CFA, cannot drizzle.\n"
msgstr "此序列不是单色/CFA，无法drizzle。\n"

#: src/core/command.c:7979 src/core/command.c:8352
msgid "Error: flat image already set. Aborting.\n"
msgstr "错误：平场图像已设置，异常中止。\n"

#: src/core/command.c:7983 src/core/command.c:8356
msgid "Error: flat image cannot work with variable sized sequence.\n"
msgstr "错误：平场图像无法与可变大小的序列一起工作。\n"

#: src/core/command.c:7991 src/core/command.c:8364 src/gui/registration.c:979
msgid "NOT USING FLAT: Could not load reference image\n"
msgstr "使用平场：无法加载参考帧\n"

#: src/core/command.c:7998 src/core/command.c:8372 src/core/preprocess.c:881
#: src/gui/registration.c:988
msgid "NOT USING FLAT: could not parse the expression"
msgstr "未使用平场：无法解析表达式"

#: src/core/command.c:8003 src/core/command.c:8377 src/gui/registration.c:994
msgid "Error: no master flat specified in the preprocessing tab.\n"
msgstr "错误：预处理选项卡中未指定主平场。\n"

#: src/core/command.c:8010 src/core/command.c:8384 src/core/preprocess.c:888
#: src/gui/registration.c:1003
msgid "NOT USING FLAT: number of channels is different"
msgstr "未使用平场：通道数目不一致"

#: src/core/command.c:8013 src/core/command.c:8387 src/core/preprocess.c:891
#: src/gui/registration.c:1006
msgid "NOT USING FLAT: image dimensions are different"
msgstr "未使用平场：图像尺寸不一致"

#. no need to deal with bitdepth conversion as readfits has already forced conversion to float
#: src/core/command.c:8016 src/core/command.c:8390 src/gui/registration.c:1009
msgid "Master flat read for use as initial pixel weight\n"
msgstr "主平场读取，用作初始化像素权重\n"

#: src/core/command.c:8019 src/core/command.c:8393 src/core/preprocess.c:897
#: src/gui/registration.c:1011 src/livestacking/gui.c:281
msgid "NOT USING FLAT: cannot open the file"
msgstr "未使用平场：无法打开文件"

#: src/core/command.c:8034
msgid "Cannot drizzle sequences with images of different sizes, aborting.\n"
msgstr "无法对含有不同尺寸图像的序列进行drizzle，异常中止。\n"

#: src/core/command.c:8053 src/core/command.c:8511
msgid "Cannot use drizzle on non-bayer sensors, aborting.\n"
msgstr "无法在无拜耳阵列的传感器上执行drizzle，异常中止。\n"

#. we register 2-pass but we won't add it to the combo/tooltip
#: src/core/command.c:8069 src/gui/registration.c:276
msgid "Two-Pass Global Star Alignment (deep-sky)"
msgstr "两段式全局星点对齐（深空）"

#: src/core/command.c:8072 src/gui/registration.c:263
msgid "Global Star Alignment (deep-sky)"
msgstr "全局星点对齐（深空）"

#: src/core/command.c:8080
msgid "Scaling a sequence with -2pass has no effect, ignoring\n"
msgstr "使用 -2pass 缩放序列无效，已忽略\n"

#: src/core/command.c:8086
msgid ""
"Forcing the registration transformation to shift, which is the only "
"transformation compatible with no interpolation\n"
msgstr "令对齐变换方法为平移。这是唯一可以无插值的变换方法\n"

#: src/core/command.c:8089
msgid ""
"Forcing the registration transformation to shift, which is the only "
"transformation compatible with no interpolation, is not compatible with "
"OpenCV below 4.4. Aborting\n"
msgstr ""
"版本低于 4.4 的 OpenCV 不支持令对齐变换方法为平移（这是唯一可以无插值的变换方"
"法）。异常中止\n"

#: src/core/command.c:8095 src/gui/registration.c:1145
msgid ""
"When interpolation is set to None, the images must be of same size and no "
"scaling can be applied. Aborting\n"
msgstr ""
"当插值设置为“无”时，图像必须具有相同的尺寸，并且不能应用缩放。异常中止\n"

#. don't load it for command line execution
#: src/core/command.c:8103 src/gui/registration.c:1200
#, c-format
msgid "Registration: processing using method: %s\n"
msgstr "对齐：处理中，使用方法：%s\n"

#: src/core/command.c:8114 src/core/command.c:8530 src/gui/registration.c:1205
msgid "Interpolation clamping active\n"
msgstr "启用插值钳定\n"

#: src/core/command.c:8144 src/core/command.c:8162 src/core/command.c:8181
#: src/core/command.c:8200 src/core/command.c:8219 src/core/command.c:8237
#, c-format
msgid "Could not parse argument `%s' to the filter `%s', aborting.\n"
msgstr "无法将参数“%s”解析为滤镜“%s”，异常中止。\n"

#: src/core/command.c:8286
msgid "No registration data exists for this sequence, aborting\n"
msgstr "该序列中没有对齐数据，异常中止\n"

#: src/core/command.c:8467
#, c-format
msgid "Unknown framing type %s, aborting.\n"
msgstr "未知的构图方法 %s，异常中止。\n"

#: src/core/command.c:8483
#, c-format
msgid ""
"Registration data does not exist for layer #%d, will use layer #%d instead.\n"
msgstr "图层 #%d 的对齐数据不存在，将改用图层 #%d。\n"

#: src/core/command.c:8532
msgid "Registration: Applying existing data"
msgstr "对齐：应用现有数据"

#: src/core/command.c:8559
msgid ""
"Output normalization is allowed only with median or mean stacking, "
"ignoring.\n"
msgstr "输出归一化仅允许使用中位数或平均数叠加，已忽略。\n"

#: src/core/command.c:8567
msgid "Overlap normalization is allowed only with mean stacking, ignoring.\n"
msgstr "重叠区域的归一化仅可用于平均值叠加，已忽略。\n"

#: src/core/command.c:8573
msgid "Weighting is allowed only with mean stacking, ignoring.\n"
msgstr "加权仅适用于平均数叠加，已忽略。\n"

#: src/core/command.c:8585 src/core/command.c:8619
#, c-format
msgid "Unknown argument to %s, aborting.\n"
msgstr "未知参数%s，异常中止。\n"

#: src/core/command.c:8591
msgid "Fast normalization is allowed only with average stacking, ignoring.\n"
msgstr "快速归一化仅许在平均叠加的情况下被允许，已忽略。\n"

#: src/core/command.c:8593
msgid ""
"Fast normalization is allowed only if normalization has been activated, "
"ignoring.\n"
msgstr "快速归一化仅在当已激活归一化时才被允许，已忽略。\n"

#: src/core/command.c:8599
msgid "Normalization options are not allowed in this context, ignoring.\n"
msgstr "归一化选项在该上下文中不可用，已忽略。\n"

#: src/core/command.c:8613
msgid "Blending option is not allowed in this context, ignoring.\n"
msgstr "混合选项在此上下文中不可用，已忽略。\n"

#: src/core/command.c:8623
#, c-format
msgid ""
"Blending distance must be between 0 and 2000 pixels, got %d, forcing to "
"2000.\n"
msgstr ""
"混合距离参数错误：必须介于 0 和 5000 之间，收到的却是%d，已令其为2000。\n"

#: src/core/command.c:8630
msgid "RGB equalization is allowed only with average stacking, ignoring.\n"
msgstr "RGB均衡仅适用于平均数叠加，已忽略。\n"

#: src/core/command.c:8632
msgid ""
"RGB equalization is allowed only if normalization has been activated, "
"ignoring.\n"
msgstr "RGB均衡仅在激活归一化时可用，已忽略。\n"

#: src/core/command.c:8648
msgid "Output filename option is not allowed in this context, ignoring.\n"
msgstr "此处不允许指定输出文件名，已忽略。\n"

#: src/core/command.c:8652
msgid "Rejection maps can only be created with rejection stacking, ignoring.\n"
msgstr "像素剔除图只能通过带有像素剔除的叠加创建，已忽略。\n"

#: src/core/command.c:8654
msgid ""
"Rejection maps can only be created if rejection has been activated, "
"ignoring.\n"
msgstr "像素剔除图只能在激活像素剔除时创建，已忽略。\n"

#: src/core/command.c:8666
#, c-format
msgid "Unexpected argument to stacking `%s', aborting.\n"
msgstr "叠加中出现意外参数“%s”，异常中止。\n"

#: src/core/command.c:8682 src/core/command_line_processor.c:659
#: src/gui/single_image.c:82 src/main.c:473
#, c-format
msgid "No sequence `%s' found.\n"
msgstr "无法找到序列 %s。\n"

#: src/core/command.c:8690
#, c-format
msgid "Stacking sequence %s\n"
msgstr "叠加序列%s\n"

#: src/core/command.c:8705
msgid "Not using rejection for stacking\n"
msgstr "叠加操作未使用像素剔除算法\n"

#: src/core/command.c:8722
#, c-format
msgid ""
"Stacking has detected registration data on layer %d with more than simple "
"shifts. You should apply existing registration before stacking\n"
msgstr ""
"叠加检测到图层 %d 上的对齐数据，不仅仅是简单的平移。您应该在叠加前应用现有对"
"齐\n"

#: src/core/command.c:8733
msgid ""
"No registration data in the sequence. Maximize framing will be ignored\n"
msgstr "序列中没有对齐数据。最大化构图将被忽略\n"

#: src/core/command.c:8737
msgid ""
"The sequence has different image sizes and registration data. Forcing to "
"maximize framing\n"
msgstr "该序列具有不同的图像大小和对齐数据。已设置为最大化构图\n"

#: src/core/command.c:8741
msgid ""
"The sequence has different image sizes but no registration data, cannot "
"stack. Aborting\n"
msgstr "序列具有不同的图像大小，但没有对齐数据，无法叠加。异常中止\n"

#: src/core/command.c:8746
#, fuzzy
msgid ""
"No registration data in the sequence or images with different sizes or "
"drizzled. Upscale at stacking will be ignored\n"
msgstr "序列中没有对齐数据或存在不同大小的图像。叠加时的放大将被忽略\n"

#: src/core/command.c:8750
msgid "Cannot upscale or maximize framing with median stacking. Disabling\n"
msgstr "中位数叠加时放大或最大化构图不可用。已禁用\n"

#: src/core/command.c:8755
msgid ""
"Cannot compute overlap statistics if -maximize is not enabled. Disabling\n"
msgstr "未启用-maximize，无法统计重叠区域数据。已禁用\n"

#: src/core/command.c:8759 src/gui/stacking.c:150
#, fuzzy
msgid ""
"Weighting by noise is allowed only if normalization has been activated, "
"ignoring weights.\n"
msgstr "加权仅在当已激活归一化时才被允许，已忽略。\n"

#: src/core/command.c:8763 src/gui/stacking.c:163
#, fuzzy
msgid ""
"Weighting by noise cannot be used with overlap normalization, ignoring "
"weights.\n"
msgstr "加权仅适用于平均数叠加，已忽略。\n"

#: src/core/command.c:8784
#, c-format
msgid "Normalizing on overlaps for more than %d images can be slow\n"
msgstr "在超过%d张图像的重叠区域执行归一化可能要很久\n"

#: src/core/command.c:8831
#, c-format
msgid "Could not save the stacking result %s\n"
msgstr "无法保存叠加结果 %s\n"

#: src/core/command.c:8838 src/stacking/stacking.c:470
msgid "Saving rejection maps\n"
msgstr "保存像素剔除图\n"

#: src/core/command.c:8867 src/stacking/stacking.c:521
msgid "Stacking failed, please check the log to fix your issue.\n"
msgstr "叠加失败，请检查日志。\n"

#: src/core/command.c:8892
msgid "Looking for sequences in current working directory...\n"
msgstr "在当前工作目录中搜索序列...\n"

#: src/core/command.c:8894
msgid "Error while searching sequences or opening the directory.\n"
msgstr "搜索或打开目录出错。\n"

#: src/core/command.c:8903
msgid "Starting stacking of found sequences...\n"
msgstr "开始对已找到的序列进行叠加...\n"

#: src/core/command.c:8915
#, c-format
msgid "Stacked %d sequences successfully.\n"
msgstr "%d 序列叠加成功。\n"

#: src/core/command.c:8972 src/core/command.c:9103
msgid ""
"The average stacking with rejection requires two extra arguments: sigma low "
"and high.\n"
msgstr "带有像素剔除的平均数叠加需要两个附加参数：sigma下限和sigma上限。\n"

#: src/core/command.c:8977 src/core/command.c:9111
msgid ""
"Extra parameters of GESDT rejection algorithm must be between 0 and 1, "
"default is 0.3 and 0.05.\n"
msgstr "广义ESD检验剔除算法的附加参数必须介于0和1之间，默认值为0.3和0.05。\n"

#: src/core/command.c:8982 src/core/command.c:9116
msgid ""
"Extra parameters of percentile rejection algorithm must be between 0 and 1, "
"default is 0.2 and 0.1.\n"
msgstr ""
"Percentile Rejection Algorithm算法的额外参数必须在0到1之间，默认为0.2和"
"0.1。\n"

#: src/core/command.c:8991 src/core/command.c:9125
#, c-format
msgid "Stacking method type '%s' is invalid\n"
msgstr "叠加方式 '%s' 不可用\n"

#: src/core/command.c:9026 src/stacking/stacking.c:523
msgid ""
"It looks like there is a memory allocation error, change memory settings and "
"try to fix it.\n"
msgstr "看起来存在内存分配错误，请更改内存设置并尝试修复它。\n"

#: src/core/command.c:9029
msgid "Stacked sequence successfully.\n"
msgstr "序列叠加成功。\n"

#: src/core/command.c:9073
msgid "Missing arguments for rejection stacking.\n"
msgstr "剔除叠加缺少参数。\n"

#: src/core/command.c:9182 src/core/preprocess.c:580
msgid "Could not load the image, aborting.\n"
msgstr "无法载入图像，异常中止。\n"

#: src/core/command.c:9207
#, c-format
msgid "The offset value could not be parsed from expression: %s, aborting.\n"
msgstr "无法从表达式中计算偏移值：%s，异常中止。\n"

#: src/core/command.c:9213 src/core/preprocess.c:710
#, c-format
msgid "Synthetic offset: Level = %d\n"
msgstr "合成偏移量：Level = %d\n"

#. not excluding all neg values here to allow defining a pedestal
#: src/core/command.c:9216
#, c-format
msgid "The offset value is out of allowable bounds [-%d,%d], aborting.\n"
msgstr "offset 值超出允许的范围 [-%d，%d]，异常中止。\n"

#: src/core/command.c:9304
msgid "Dark optimization: This process cannot be applied to 8b images\n"
msgstr "暗场优化：此过程不适用于8b图像\n"

#: src/core/command.c:9313
#, c-format
msgid "Missing or wrong argument to %s, aborting.\n"
msgstr "缺少或错误参数%s，异常中止。\n"

#: src/core/command.c:9343
msgid ""
"You must specify a masterdark with -dark= before activating this option, "
"aborting.\n"
msgstr "在激活此选项之前，必须使用 -dark= 指定主暗场帧，异常中止。\n"

#: src/core/command.c:9361
msgid ""
"Cosmetic correction from masterdark: using sigma %.2lf for cold pixels.\n"
msgstr "基于主暗场帧的坏点修正：对冷像素使用 sigma %.2lf\n"

#: src/core/command.c:9363
msgid "Cosmetic correction from masterdark: deactivated for cold pixels.\n"
msgstr "基于主暗场帧的坏点修正：对冷像素停用。\n"

#: src/core/command.c:9365
msgid ""
"Cosmetic correction from masterdark: using sigma %.2lf for hot pixels.\n"
msgstr "基于主暗场帧的坏点修正：对热像素使用 sigma %.2lf\n"

#: src/core/command.c:9367
msgid "Cosmetic correction from masterdark: deactivated for hot pixels.\n"
msgstr "基于主暗场帧的坏点修正：对热像素停用。\n"

#: src/core/command.c:9374
#, c-format
msgid "Could not open file %s, aborting.\n"
msgstr "无法打开文件 %s，异常中止。\n"

#: src/core/command.c:9378
#, c-format
msgid "Cosmetic correction from Bad Pixel Map: %s.\n"
msgstr "基于坏点图的坏点修正：%s\n"

#: src/core/command.c:9382
msgid "You must specify a bad pixel map file with -cc=bpm option, aborting.\n"
msgstr "您必须使用-cc=bpm选项指定一个坏像素图，异常中止。\n"

#: src/core/command.c:9387
#, c-format
msgid "Unknown argument %s, aborting.\n"
msgstr "未知参数%s，异常中止。\n"

#: src/core/command.c:9425 src/core/command.c:9443 src/core/preprocess.c:947
msgid "Preprocessing...\n"
msgstr "预处理...\n"

#: src/core/command.c:9454
msgid "16-bit per channel in processed images mode is active\n"
msgstr "每通道16位模式启用\n"

#: src/core/command.c:9455
msgid "32-bit per channel in processed images mode is active\n"
msgstr "每通道32位模式启用\n"

#. hcompress with mode 2 is not working in cfitsio
#. see https://gitlab.com/free-astro/siril/-/issues/696#note_932398268
#. else if (!g_ascii_strncasecmp(word[2] + 6, "hcompress", 9)) {
#. method = HCOMPRESS_COMP;
#. if (!word[4]) {
#. siril_log_message(_("Please specify the value of hcompress scale factor.\n"));
#. g_free(comp);
#. return CMD_GENERIC_ERROR;
#. }
#. hscale = g_ascii_strtod(word[4], NULL);
#. comp = g_strdup_printf("hcompress (scale factor = %.2lf) ", hscale);
#. }
#. siril_log_message(_("Wrong type of compression. Choices are rice, gzip1, gzip2 or hcompress\n"));
#: src/core/command.c:9500
msgid "Wrong type of compression. Choices are rice, gzip1, gzip2\n"
msgstr "压缩类型错误。可选项为：rice, gzip1, gzip2\n"

#: src/core/command.c:9507
msgid "Quantization can only be equal to 0 for GZIP1 and GZIP2 algorithms.\n"
msgstr "GZIP1和GZIP2算法的量化值只能为0。\n"

#: src/core/command.c:9513
msgid ""
"Compression enabled with the %s algorithm and a quantization value of %.2lf\n"
msgstr "启用了算法为%s且量化值为%.2lf的压缩。\n"

#: src/core/command.c:9516
msgid "No compression enabled.\n"
msgstr "无压缩。\n"

#: src/core/command.c:9534
#, c-format
msgid ""
"Number of logical processors MUST be greater than 0 and lower or equal to "
"%d.\n"
msgstr "逻辑处理器的数量必须大于0并且小于等于%d.\n"

#: src/core/command.c:9545
#, c-format
msgid "Using now %d logical processor\n"
msgid_plural "Using now %d logical processors\n"
msgstr[0] "当前使用 %d 个逻辑处理器\n"

#: src/core/command.c:9561
msgid ""
"The accepted range for the ratio of memory used for stacking is [0.05, 4], "
"with values below the available memory recommended\n"
msgstr "叠加时的可用内存比例范围为[0.05, 4]，建议使用低于总内存量\n"

#: src/core/command.c:9565
#, c-format
msgid ""
"Setting the ratio of memory used for stacking above 1 will require the use "
"of on-disk memory, which can be very slow and is unrecommended (%g "
"requested)\n"
msgstr ""
"将叠加时的可用内存比例设置为1以上，将用到磁盘上的虚拟内存，这可能非常缓慢，因"
"此不推荐这么做（您请求了%g）\n"

#: src/core/command.c:9570
#, c-format
msgid "Usable memory for stacking changed to %g\n"
msgstr "可用于叠加的内存变为%g\n"

#: src/core/command.c:9577
msgid "********* LIST OF AVAILABLE COMMANDS *********\n"
msgstr "********* 可用命令列表 *********\n"

#: src/core/command.c:9585
#, c-format
msgid "Can be used in a script: %s\n"
msgstr "脚本中可用: %s\n"

#: src/core/command.c:9585 src/core/command_line_processor.c:464
msgid "YES"
msgstr "YES"

#: src/core/command.c:9585 src/core/command_line_processor.c:467
msgid "NO"
msgstr "NO"

#: src/core/command.c:9595
#, c-format
msgid "Error: command %s is not available\n"
msgstr "错误：命令 %s 不可用\n"

#: src/core/command.c:9709
msgid "Error: cannot reload script menu when running headless\n"
msgstr "错误：在 headless 模式下运行时无法重新加载脚本菜单\n"

#: src/core/command.c:9728
#, c-format
msgid ""
"A newer version (>= %lu.%lu.%lu-%s%lu) of Siril is required in order to run "
"this script: please update your installation.\n"
msgstr "需要更新版本的Siril（>= %lu.%lu.%lu-%s%lu）才能运行此脚本。请更新。\n"

#: src/core/command.c:9728
msgid "beta"
msgstr "beta（公测版）"

#: src/core/command.c:9728
msgid "RC"
msgstr "RC（Release Candidate / 发布候选版）"

#: src/core/command.c:9731
msgid ""
"This script has been marked as obsolete for this version of Siril, please "
"check for an update to the script.\n"
msgstr "此脚本已在此版本的 Siril 中标记为过时，请检查脚本的更新。\n"

#: src/core/command.c:9734
msgid "OK! This script is compatible with this version of Siril.\n"
msgstr "恭喜！此脚本在当前版本的Siril上可用。\n"

#: src/core/command.c:9742 src/core/command.c:9793
#, c-format
msgid "Current selection [x, y, w, h]: %d %d %d %d\n"
msgstr "当前选区 [x, y, w, h]: %d %d %d %d\n"

#: src/core/command.c:9745
msgid "No current selection in image\n"
msgstr "当前图像中没有选区\n"

#: src/core/command.c:9752
msgid ""
"Too many arguments to boxselect, use either -clear or the coordinates, not "
"both.\n"
msgstr "参数过多，无法框选，请任选-clear或坐标之一，而不是两者都使用。\n"

#: src/core/command.c:9756
msgid "Selected area in image was cleared\n"
msgstr "图像中的选定区域已清除\n"

#: src/core/command.c:9762 src/core/command.c:9778
msgid "Please specify x, y, w and h, aborting\n"
msgstr "请指定x，y，w和h，异常中止。\n"

#: src/core/command.c:9782
#, c-format
msgid ""
"The provided coordinates are outside the dimension of the currently loaded "
"image (%d x %d).\n"
msgstr "提供的坐标超出了当前载入图像的尺寸（%d x %d）。\n"

#: src/core/command.c:9787
msgid "Overriding previous selection\n"
msgstr "覆写先前的选择\n"

#: src/core/command.c:9864 src/core/command.c:9898
msgid "Image must all have the same dimensions and be monochrome\n"
msgstr "图像必须尺寸相同且全为单色\n"

#: src/core/command.c:9924
#, c-format
msgid "Successful RGB composition with metadata accumulate option %s.\n"
msgstr "使用元数据累积选项 %s 成功进行 RGB 合成。\n"

#: src/core/command.c:9991 src/core/command.c:10373
msgid ""
"Local Gaia catalog is unavailable, reverting to online Gaia catalog via "
"Vizier\n"
msgstr "本地 Gaia 星表不可用，正在通过 Vizier 回退至在线 Gaia 星表\n"

#: src/core/command.c:10008
msgid ""
"Local Gaia catalog is unavailable, reverting to online Gaia catalog via ESA\n"
msgstr "本地 Gaia 星表不可用，正在通过 ESA 回退至在线 Gaia 星表\n"

#: src/core/command.c:10099
msgid ""
"Found linear plate solve data, you may need to solve your image with "
"distortions to ensure correct calibration of stars near image corners.\n"
msgstr ""
"找到解析数据，您可能需要解析具有失真的图像，以确保正确校准图像边角附近的星"
"点。\n"

#: src/core/command.c:10110
msgid "NB wavelength out of range (must be 380 <= wl <= 700)\n"
msgstr "NB 波长超出范围（必须为 380 <= wl <= 700）\n"

#: src/core/command.c:10115
msgid "NB bandwidth out of range (must be 1.0 <= wl <= 40.0)\n"
msgstr "NB 带宽超出范围（必须为 1.0 <= wl <= 40.0）\n"

#: src/core/command.c:10127
#, c-format
msgid "Using remote %s instead of local NOMAD catalogue\n"
msgstr "使用远程 %s 代替本地 NOMAD 星表\n"

#: src/core/command.c:10162
msgid ""
"Either the sensor or a filter / LPF was not specified as argument or "
"guessable from previous use. Ensure all necessary data is set.\n"
msgstr ""
"传感器或滤镜/低通未指定为参数或可从之前的使用中猜测。确保所有必要的数据均已设"
"置。\n"

#: src/core/command.c:10169
#, c-format
msgid "SPCC will use OSC sensor \"%s\", filter \"%s\" and DSLR LPF \"%s\"\n"
msgstr "SPCC 将使用 OSC 传感器“%s”、滤镜“%s”和 DSLR 低通“%s”\n"

#: src/core/command.c:10171
#, c-format
msgid "SPCC will use OSC sensor \"%s\" and filter \"%s\"\n"
msgstr "SPCC 将使用 OSC 传感器“%s”和滤镜“%s”\n"

#: src/core/command.c:10179
msgid ""
"Either the sensor or a filter was not specified as argument or guessable "
"from previous use. Ensure all necessary data is set.\n"
msgstr ""
"传感器或滤镜未指定为参数或可从以前的使用中猜测。确保所有必要的数据均已设"
"置。\n"

#: src/core/command.c:10185
#, c-format
msgid "SPCC will use mono senor \"%s\" and filters \"%s\", \"%s\" and \"%s\n"
msgstr "SPCC 将使用单色传感器“%s”和滤镜“%s”、“%s”和“%s”\n"

#: src/core/command.c:10221
msgid ""
"Siril has been compiled without libcurl support for network operations; SPCC "
"is therefore not available. Recompile with libcurl support to enable SPCC.\n"
msgstr ""
"Siril 编译时没有 libcurl 支持网络操作；因此 SPCC 不可用。使用 libcurl 支持重"
"新编译以启用 SPCC。\n"

#: src/core/command.c:10250
msgid ""
"SER cannot contain WCS info, plate solving will export to FITS cube format\n"
msgstr "SER不能包含WCS信息，解析将导出为FITS cube格式\n"

#: src/core/command.c:10266 src/core/command.c:10279 src/core/command.c:11051
msgid "Could not parse target coordinates\n"
msgstr "无法解析目标坐标\n"

#: src/core/command.c:10401
msgid "Specifying a catalog has no effect for astrometry.net solving\n"
msgstr "指定星表对 astrometry.net 解析器没有影响\n"

#: src/core/command.c:10412
msgid "Image is already plate solved. Nothing will be done.\n"
msgstr "图像已解析。什么都不会做。\n"

#: src/core/command.c:10417
msgid ""
"The local astrometry.net solver was not found, aborting. Please check the "
"settings.\n"
msgstr "未找到本地astrometry.net解析器，异常中止。请检查设置。\n"

#: src/core/command.c:10437 src/core/command.c:10441
#, c-format
msgid "Siril internal solver cannot be set blind in %s\n"
msgstr "Siril 内部解析器无法在 %s 中设置为盲解\n"

#: src/core/command.c:10437 src/core/command.c:10465
msgid "position"
msgstr "坐标"

#: src/core/command.c:10441 src/core/command.c:10478 src/core/command.c:10503
msgid "resolution"
msgstr "分辨率"

#: src/core/command.c:10449
msgid ""
"Cannot plate solve, no target coordinates passed and image header doesn't "
"contain any either\n"
msgstr "无法解析，未输入目标坐标，图像文件头也不包含任何坐标\n"

#: src/core/command.c:10456
#, c-format
msgid "Using target coordinate from image header: %f, %f\n"
msgstr "使用图像文件头中的目标坐标: %f, %f\n"

#: src/core/command.c:10465 src/core/command.c:10478 src/core/command.c:10503
#, c-format
msgid "%s is ignored when using local astrometry.net blind in %s\n"
msgstr "%s 被忽略，当在 %s 中使用本地 astrometry.net 盲解时\n"

#: src/core/command.c:10465
msgid "Center position"
msgstr "中央坐标"

#: src/core/command.c:10478
msgid "Pixel size"
msgstr "像素尺寸"

#: src/core/command.c:10484
#, c-format
msgid "Using provided pixel size: %.2f\n"
msgstr "使用所提供的像素尺寸：%.2f\n"

#: src/core/command.c:10490
msgid "Pixel size not found in image or in settings, cannot proceed\n"
msgstr "在图像或设置中找不到像素尺寸，无法继续\n"

#: src/core/command.c:10496
#, c-format
msgid "Using pixel size from preferences: %.2f\n"
msgstr "使用偏好设置中的像素尺寸：%.2f\n"

#: src/core/command.c:10498
#, c-format
msgid "Using pixel size from image: %.2f\n"
msgstr "使用图像中的像素尺寸：%.2f\n"

#: src/core/command.c:10503
msgid "Focal length"
msgstr "焦距"

#: src/core/command.c:10509
#, c-format
msgid "Using provided focal length: %.2f\n"
msgstr "使用所提供的焦距：%.2f\n"

#: src/core/command.c:10515
msgid "Focal length not found in image or in settings, cannot proceed\n"
msgstr "在图像或设置中找不到焦距，无法继续\n"

#: src/core/command.c:10521
#, c-format
msgid "Using focal length from preferences: %.2f\n"
msgstr "使用偏好设置中的焦距：%.2f\n"

#: src/core/command.c:10523
#, c-format
msgid "Using focal length from image: %.2f\n"
msgstr "使用图像中的焦距：%.2f\n"

#: src/core/command.c:10528 src/core/command.c:10535
msgid ""
"Magnitude alteration arguments are useless for astrometry.net plate solving\n"
msgstr "星等变化参数对于astrometry.net解析无用\n"

#: src/core/command.c:10554
msgid ""
"Cannot force null radius for localasnet if not blind solving, using default "
"instead\n"
msgstr "如果不是盲解，则无法强制 localasnet 为空半径，而是使用默认值\n"

#: src/core/command.c:10687 src/gui/annotate.c:136
msgid ""
"This option only works on images that have observation date information\n"
msgstr "此选项仅适用于具有观测日期信息的图像\n"

#: src/core/command.c:10701
msgid "The observatory should be coded as a 3-letter word\n"
msgstr "天文台编号应为 3 个字母的单词\n"

#: src/core/command.c:10712
msgid "No local catalogues found, ignoring -trix option\n"
msgstr "未找到本地目录，已忽略 -trix 选项\n"

#: src/core/command.c:10718
msgid "Trixel number must be between 0 and 511\n"
msgstr "Trixel 值必须介于 0 到 511 之间\n"

#: src/core/command.c:10733
msgid "Wrong parameter values. Log must be set to on or off, aborting.\n"
msgstr "参数错误。Log必须设置为on或off，异常中止。\n"

#: src/core/command.c:10745
msgid "Wrong parameter values. Tag must be set to on or off, aborting.\n"
msgstr "参数错误。Tag必须设置为on或off，异常中止。\n"

#: src/core/command.c:10781
msgid "Cannot use -compare argument with non-star catalogues, ignoring.\n"
msgstr "使用非恒星的星表时不能使用-compare参数，已忽略。\n"

#: src/core/command.c:10878 src/core/command.c:10927
#, c-format
msgid "Unknown option provided: %s\n"
msgstr "提供了未知的选项：%s\n"

#: src/core/command.c:10938 src/core/command.c:10959
msgid "Live stacking needs to be initialized with the START_LS command first\n"
msgstr "实时叠加需要首先使用START_LS命令初始化\n"

#: src/core/command.c:10942
msgid "Live stacking was configured to use file watching, not this command\n"
msgstr "实时叠加配置为使用文件监视，而不是此命令\n"

#: src/core/command.c:10984
#, c-format
msgid "String in: %s\n"
msgstr "String in: %s\n"

#: src/core/command.c:10985
#, c-format
msgid "String out: %s\n"
msgstr "输出字符串：%s\n"

#: src/core/command.c:11127
msgid ""
"Error: CFA mode cannot be used with color images or mono images with no "
"Bayer pattern.\n"
msgstr "错误：CFA 模式不能用于彩色图像或没有拜耳阵列的单色图像。\n"

#: src/core/command.c:11167
msgid "Incorrect option follows -layer=, aborting.\n"
msgstr "-layer= 后面的错误选项，异常中止。\n"

#: src/core/command.c:11202
msgid "Error: Could not parse -from values.\n"
msgstr "错误：无法解析 -from 值。\n"

#: src/core/command.c:11210
msgid "Error: Could not parse -to values.\n"
msgstr "错误：无法解析 -to 值。\n"

#: src/core/command.c:11232
msgid "Error: this option cannot be used for sequences.\n"
msgstr "错误：此选项不能用于序列。\n"

#: src/core/command.c:11262
msgid "Error: sequence has variable sized images.\n"
msgstr "错误：序列中的图像尺寸不一致。\n"

#: src/core/command.c:11351
msgid "Error opening target ICC profile.\n"
msgstr "打开目标 ICC 色彩特性文件时出错。\n"

#: src/core/command.c:11355
msgid "Color profile assignment complete.\n"
msgstr "色彩特性文件分配完成。\n"

#: src/core/command.c:11358 src/core/command.c:11422
msgid "Error opening ICC profile.\n"
msgstr "打开 ICC 色彩特性文件时出错。\n"

#: src/core/command.c:11375
msgid ""
"Image has no color profile assigned to convert from. Assign a profile "
"first.\n"
msgstr "图像没有分配用于转换的彩色特性文件。首先分配一个特性文件。\n"

#: src/core/command.c:11389
msgid ""
"Specified intent not recognized. Specify one of \"perceptual\", "
"\"relative\", \"saturation\" or \"absolute\"\n"
msgstr ""
"未识别指定的意图。指定“perceptual”、“relative”、“relative”或“absolute”之一\n"

#: src/core/command.c:11420
msgid "Color space conversion complete.\n"
msgstr "色彩空间转换完成。\n"

#: src/core/command.c:11456
msgid "OSC Sensors"
msgstr "OSC 传感器"

#: src/core/command.c:11459
msgid "Mono Sensors"
msgstr "单色传感器"

#: src/core/command.c:11462
msgid "Red Filters"
msgstr "红色滤镜"

#: src/core/command.c:11465
msgid "Green Filters"
msgstr "绿色滤镜"

#: src/core/command.c:11468
msgid "Blue Filters"
msgstr "蓝色滤镜"

#: src/core/command.c:11471
msgid "OSC Filters"
msgstr "OSC 滤镜"

#: src/core/command.c:11474
msgid "OSC Low-Pass Filters"
msgstr "OSC 低通滤镜"

#: src/core/command.c:11477
msgid "White References"
msgstr "白点参考"

#: src/core/command.c:11479
msgid "Unknown SPCC list\n"
msgstr "未知的 SPCC 列表\n"

#: src/core/command.c:11493 src/core/siril_actions.c:580
msgid ""
"This command only works on plate solved images with distortions included\n"
msgstr "此命令仅适用于包含失真的已解析的图像\n"

#: src/core/command.c:11536
msgid "16-bit images cannot have out-of-range pixels: nothing to do.\n"
msgstr "16位图像不能有越界像素：什么都没做。\n"

#: src/core/command.c:11546
msgid "No pixels require clipping. Nothing to do...\n"
msgstr "没有需要排异的像素。什么都没做...\n"

#: src/core/command.c:11558
msgid "Error: unknown argument!\n"
msgstr "错误：未知的参数！\n"

#: src/core/command.c:11563
msgid "Pixel limits applied successfully.\n"
msgstr "成功应用像素极限值。\n"

#: src/core/command.c:11578
#, c-format
msgid "Current working directory: '%s'\n"
msgstr "当前工作目录：%s\n"

#: src/core/command_def.h:6
msgid ""
"Computes a new image combining the image in memory with the image "
"<b>filename</b>. At each pixel location, the new value is determined as the "
"max of value in current image and in <b>filename</b>"
msgstr ""
"用当前图像和<b>filename</b>合成一个新图像。其中每个像素的值为当前图像和"
"<b>filename</b>中对应像素的最大值"

#: src/core/command_def.h:7
msgid ""
"Stretches the image to show faint objects using an hyperbolic arcsin "
"transformation. The mandatory argument <b>stretch</b>, typically between 1 "
"and 1000, will give the strength of the stretch. The black point can be "
"offset by providing an optional <b>offset</b> argument in the normalized "
"pixel value of [0, 1]. Finally the option <b>-human</b> enables using human "
"eye luminous efficiency weights to compute the luminance used to compute the "
"stretch value for each pixel, instead of the simple mean of the channels "
"pixel values. This stretch method preserves lightness from the L*a*b* color "
"space. The clip mode can be set using the argument <b>-clipmode=</b>: values "
"<b>clip</b>, <b>rescale</b>, <b>rgbblend</b> or <b>globalrescale</b> are "
"accepted and the default is rgbblend"
msgstr ""
"通过反双曲正弦变换拉伸图像以增强暗弱天体。必需参数<b>stretch</b>（通常取值"
"1-1000）用于控制拉伸强度。可选参数<b>offset</b>可在归一化的[0,1]范围内设置黑"
"点。若启用<b>-human</b>选项，则采用人眼明度权重计算各像素亮度值作为拉伸依据，"
"而非各通道均值。此拉伸算法保留L*a*b*色彩空间中的明度特征。高光修剪模式通过"
"<b>-clipmode=</b>参数设定，可选<b>clip</b>、<b>rescale</b>、<b>rgbblend</b>或"
"<b>globalrescale</b>，默认值为rgbblend"

#: src/core/command_def.h:8
msgid ""
"Application of the generalized hyperbolic stretch with a symmetry point SP "
"defined as k.sigma from the median of each channel (the provided "
"<b>shadowsclip</b> value is the k here and can be negative). By default, SP "
"and the stretch are computed per channel; SP can be computed as a mean of "
"image channels by passing <b>-linked</b>. The stretch amount <b>D</b> is "
"provided in the second mandatory argument.\n"
"Implicit values of 13 for <b>B</b>, making it very focused on the SP "
"brightness range, 0.7 for <b>HP</b>, 0 for <b>LP</b> are used but can be "
"changed with the options of the same names. The clip mode can be set using "
"the argument <b>-clipmode=</b>: values <b>clip</b>, <b>rescale</b>, "
"<b>rgbblend</b> or <b>globalrescale</b> are accepted and the default is "
"rgbblend"
msgstr ""
"应用广义双曲拉伸。其中拐点SP指的是每个通道中值的k.sigma（提供的"
"<b>shadowsclip</b>值即为这里的k，可以是负数）。默认情况下，拐点和拉伸是分通道"
"计算的；拐点可以通过<b>-linked</b>设置为图像各通道的平均值。拉伸量<b>D</b>在"
"第二个必需参数中提供。\n"
"不可更改的参数<b>B</b>为13，使拉伸集中于SP亮度范围；<b>HP</b>为0.7；<b>LP</b>"
"使用0，但可以通过同名选项更改。高光修剪模式可使用参数<b>-clipmode=</b>设置："
"可选<b>clip</b>、<b>rescale</b>、<b>rgbblend</b>或<b>globalrescale</b>，默认"
"值为rgbblend"

#: src/core/command_def.h:9
msgid ""
"Auto-stretches the currently loaded image, with different parameters for "
"each channel (unlinked) unless <b>-linked</b> is passed. Arguments are "
"optional, <b>shadowclip</b> is the shadows clipping point, measured in sigma "
"units from the main histogram peak (default is -2.8), <b>targetbg</b> is the "
"target background value, giving a final brightness to the image, range [0, "
"1], default is 0.25. The default values are those used in the Auto-stretch "
"rendering from the GUI.\n"
"\n"
"Do not use the unlinked version after color calibration, it will alter the "
"white balance"
msgstr ""
"自动拉伸当前载入的图像，每个通道的参数不同（不绑定），除非输入<b>-linked</"
"b>。参数是可选的，<b>shadowclip</b>是阴影切除点，用主直方图峰值来测量，单位为"
"sigma（默认值为-2.8），<b>targetbg</b>为目标背景值，为图像提供最终亮度，范围"
"为[0，1]，默认值为0.25。默认值即为GUI的自动拉伸使用的值。\n"
"\n"
"色彩校准后不要使用不绑定的自动拉伸，这会改变白平衡"

#: src/core/command_def.h:11
msgid "Returns the background level of the loaded image"
msgstr "返回载入图像的背景值"

#: src/core/command_def.h:12
msgid "Returns the background noise level of the loaded image"
msgstr "返回载入图像的背景噪声级别"

#: src/core/command_def.h:13
msgid ""
"Computes the numerical binning of the in-memory image (sum of the pixels "
"2x2, 3x3..., like the analogic binning of CCD camera). If the optional "
"argument <b>-sum</b> is passed, then the sum of pixels is computed, while it "
"is the average when no optional argument is provided"
msgstr ""
"计算内存中图像的数字像素合并（将2x2、3x3…的像素合并为一个新像素，类似于CCD相"
"机的模拟像素合并）。如果传递了可选参数<b>-sum</b>，则计算像素的总和，而未提供"
"时则计算平均值"

#: src/core/command_def.h:14
msgid ""
"Make a selection area in the currently loaded image with the arguments <b>x</"
"b>, <b>y</b>, <b>width</b> and <b>height</b>, with <b>x</b> and <b>y</b> "
"being the coordinates of the top left corner starting at (0, 0), and "
"<b>width</b> and <b>height</b>, the size of the selection. The <b>-clear</b> "
"argument deletes any selection area. If no argument is passed, the current "
"selection is printed"
msgstr ""
"在当前载入的图像中框选一个区域，参数为<b>x</b>、<b>y</b>、<b>width</b>和"
"<b>height</b>。<b>x</b>与<b>y</b>是从(0, 0)开始的左上角坐标，<b>width</b>与"
"<b>height</b>是选区的大小。<b>-clear</b>参数删除所有选区。如果未传递任何参"
"数，则打印当前选择"

#: src/core/command_def.h:16
msgid ""
"Calibrates the sequence <b>sequencename</b> using bias, dark and flat given "
"in argument.\n"
"\n"
"For bias, a uniform level can be specified instead of an image, by entering "
"a quoted expression starting with an = sign, such as -bias=\"=256\" or "
"-bias=\"=64*$OFFSET\".\n"
"\n"
"By default, cosmetic correction is not activated. If you wish to apply some, "
"you will need to specify it with <b>-cc=</b> option.\n"
"You can use <b>-cc=dark</b> to detect hot and cold pixels from the "
"masterdark (a masterdark must be given with the <b>-dark=</b> option), "
"optionally followed by <b>siglo</b> and <b>sighi</b> for cold and hot pixels "
"respectively. A value of 0 deactivates the correction. If sigmas are not "
"provided, only hot pixels detection with a sigma of 3 will be applied.\n"
"Alternatively, you can use <b>-cc=bpm</b> followed by the path to your Bad "
"Pixel Map to specify which pixels must be corrected. An example file can be "
"obtained with a <i>find_hot</i> command on a masterdark.\n"
"\n"
"Three options apply to color images (in CFA format): <b>-cfa</b> for "
"cosmetic correction purposes, <b>-debayer</b> to demosaic images before "
"saving them, and <b>-equalize_cfa</b> to equalize the mean intensity of RGB "
"layers of the master flat, to avoid tinting the calibrated image.\n"
"The <b>-fix_xtrans</b> option is dedicated to X-Trans images by applying a "
"correction on darks and biases to remove a rectangle pattern caused by "
"autofocus.\n"
"It's also possible to optimize dark subtraction with <b>-opt</b>, which "
"requires the supply of bias and dark masters, and automatically calculates "
"the coefficient to be applied to dark, or calculates the coefficient thanks "
"to the exposure keyword with <b>-opt=exp</b>.\n"
"By default, frames marked as excluded will not be processed. The argument "
"<b>-all</b> can be used to force processing of all frames even if marked as "
"excluded.\n"
"The output sequence name starts with the prefix \"pp_\" unless otherwise "
"specified with option <b>-prefix=</b>.\n"
"If <b>-fitseq</b> is provided, the output sequence will be a FITS sequence "
"(single file)"
msgstr ""
"使用参数中指定的偏置、暗场和平场帧来校准序列<b>sequencename</b>。\n"
"\n"
"可以输入以=号开头的引用表达式，来指定将要整体减去的偏置值，而不使用偏置帧，例"
"如-bias=\"=256\"或-bias=\"=64*$OFFSET\"。\n"
"\n"
"默认情况下，坏点修正不会激活。如果您需要，则使用<b>-cc=</b>选项指定。\n"
"您可以使用<b>-cc=dark</b>来检测主暗场帧中的热像素和冷像素（使用<b>-dark=</b>"
"选项时必须提供主暗场帧），然后可以选择分别为冷像素和热像素使用<b>siglo</b>和"
"<b>sighi</b>。sigma值为0时停用坏点修正。如果不指定sigma，则仅应用sigma为3的热"
"像素检测。\n"
"您也可以使用<b>-cc=bpm</b>，后跟坏像素图的路径，来指定必须修正的像素。在主暗"
"场帧上使用<i>find_hot</i>命令可以获得示例文件。\n"
"\n"
"有三个选项适用于彩色图像（CFA格式）：<b>-cfa</b>用于坏点修正，<b>-debayer</b>"
"在保存图像之前进行去马赛克，<b>-equalize_cfa</b>将主平场帧RGB图层的平均亮度均"
"衡化，以免校准后偏色。\n"
"<b>-fix_xtrans</b>选项专门用于X-Trans图像，会修正暗场和偏置帧，以去除自动对焦"
"造成的矩形图案。\n"
"还可以使用<b>-opt</b>进行暗场优化，这需要同时提供主偏置和主暗场帧，并自动计算"
"应用于暗场的系数，或者通过 <b>-opt=exp</b> 的曝光关键字来计算系数。\n"
"默认情况下，不会处理标记已排除的帧。参数<b>-all</b>可用于强制处理所有帧，即使"
"标记为已排除。\n"
"输出序列的文件名前缀为“pp_”，除非使用选项<b>-prefix=</b>指定。\n"
"如果提供<b>-fitseq</b>，输出序列将是FITS序列（单个文件）"

#: src/core/command_def.h:17
msgid ""
"Calibrates the image <b>imagename</b> using bias, dark and flat given in "
"argument.\n"
"\n"
"For bias, a uniform level can be specified instead of an image, by entering "
"a quoted expression starting with an = sign, such as -bias=\"=256\" or "
"-bias=\"=64*$OFFSET\".\n"
"\n"
"By default, cosmetic correction is not activated. If you wish to apply some, "
"you will need to specify it with <b>-cc=</b> option.\n"
"You can use <b>-cc=dark</b> to detect hot and cold pixels from the "
"masterdark (a masterdark must be given with the <b>-dark=</b> option), "
"optionally followed by <b>siglo</b> and <b>sighi</b> for cold and hot pixels "
"respectively. A value of 0 deactivates the correction. If sigmas are not "
"provided, only hot pixels detection with a sigma of 3 will be applied.\n"
"Alternatively, you can use <b>-cc=bpm</b> followed by the path to your Bad "
"Pixel Map to specify which pixels must be corrected. An example file can be "
"obtained with a <i>find_hot</i> command on a masterdark.\n"
"\n"
"Three options apply to color images (in CFA format): <b>-cfa</b> for "
"cosmetic correction purposes, <b>-debayer</b> to demosaic images before "
"saving them, and <b>-equalize_cfa</b> to equalize the mean intensity of RGB "
"layers of the master flat, to avoid tinting the calibrated image.\n"
"The <b>-fix_xtrans</b> option is dedicated to X-Trans images by applying a "
"correction on darks and biases to remove a rectangle pattern caused by "
"autofocus.\n"
"It's also possible to optimize dark subtraction with <b>-opt</b>, which "
"requires the supply of bias and dark masters, and automatically calculates "
"the coefficient to be applied to dark, or calculates the coefficient thanks "
"to the exposure keyword with <b>-opt=exp</b>\n"
"The output filename starts with the prefix \"pp_\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"使用参数中指定的偏置、暗场和平场帧来校准图像<b>imagename</b>。\n"
"\n"
"可以输入以=号开头的引用表达式，来指定将要整体减去的偏置值，而不使用偏置帧，例"
"如-bias=\"=256\"或-bias=\"=64*$OFFSET\"。\n"
"\n"
"默认情况下，坏点修正不会激活。如果您需要，则使用<b>-cc=</b>选项指定。\n"
"您可以使用<b>-cc=dark</b>来检测主暗场帧中的热像素和冷像素（使用<b>-dark=</b>"
"选项时必须提供主暗场帧），然后可以选择分别为冷像素和热像素使用<b>siglo</b>和"
"<b>sighi</b>。sigma值为0时停用坏点修正。如果不指定sigma，则仅应用sigma为3的热"
"像素检测。\n"
"您也可以使用<b>-cc=bpm</b>，后跟坏像素图的路径，来指定必须修正的像素。在主暗"
"场帧上使用<i>find_hot</i>命令可以获得示例文件。\n"
"\n"
"有三个选项适用于彩色图像（CFA格式）：<b>-CFA</b>用于坏点修正，<b>-debayer</b>"
"在保存图像之前进行去马赛克，<b>-equalize_cfa</b>将主平场帧RGB图层的平均亮度均"
"衡化，以免校准后偏色。\n"
"<b>-fix_xtrans</b>选项专门用于X-Trans图像，会修正暗场和偏置帧，以去除自动对焦"
"造成的矩形图案。\n"
"还可以使用<b>-opt</b>进行暗场优化，这需要同时提供主偏置和主暗场帧，并自动计算"
"应用于暗的系数，或者通过 <b>-opt=exp</b> 的曝光关键字来计算系数。\n"
"输出文件名的前缀为“pp_”，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:18
msgid "Lists Siril capabilities, based on compilation options and runtime"
msgstr "根据编译选项和运行时列出Siril的功能"

#: src/core/command_def.h:19
msgid ""
"Searches an object by <b>name</b> and adds it to the user annotation "
"catalog. The object is first searched in the annotation catalogs, if not "
"found a request is made to SIMBAD.\n"
"The object can be a solar system object, in which case a prefix, 'a:' for "
"asteroid, 'p:' for planet, 'c:' for comet, 'dp:' for dwarf planet or 's:' "
"for natural satellite, is required before the object name. The search is "
"done for the date, time and observing location found in the image header, "
"using the <a href=\"https://ssp.imcce.fr/webservices/miriade/howto/ephemcc/"
"#howto-sso\">IMCCE Miriade service</a>"
msgstr ""
"按 <b>名称</b> 搜索天体，并将其添加到用户标注目录中。首先在用户标注目录中搜索"
"该天体，若未找到，则向 SIMBAD 数据库发出请求。\n"
"该天体如果是太阳系内的天体，则需要用前缀“a:”代表小行星，“p:”代表行星，“c:”代"
"表彗星，“dp:”（代表矮行星）或“s:”（代表自然卫星）。使用 <a href=\"https://"
"ssp.imcce.fr/webservices/miriade/howto/ephemcc/#howto-sso\">IMCCE Miriade 服"
"务</a>搜索图像文件头中的日期、时间和观测位置"

#: src/core/command_def.h:20
msgid ""
"Applies a color conversion matrix to the current image.\n"
"\n"
"There are 9 mandatory arguments corresponding to the 9 matrix elements:\n"
"\n"
"m00, m01, m02\n"
"m10, m11, m12\n"
"m20, m21, m22\n"
"\n"
"An additional tenth argument <b>[gamma]</b> can be provided: if it is "
"omitted, it defaults to 1.0.\n"
"\n"
"These are applied to each pixel according to the following formulae:\n"
"\n"
"r' = (m00 * r + m01 * g + m02 * b)^(-1/gamma)\n"
"g' = (m10 * r + m11 * g + m12 * b)^(-1/gamma)\n"
"b' = (m20 * r + m21 * g + m22 * b)^(-1/gamma)"
msgstr ""
"将色彩转换矩阵应用于当前图像。\n"
"\n"
"有 9 个强制参数对应 9 个矩阵元素：\n"
"\n"
"m00, m01, m02\n"
"m10, m11, m12\n"
"m20, m21, m22\n"
"\n"
"附加第十个参数<b>[gamma]</b>可以提供：如果省略，则默认为1.0。\n"
"\n"
"这些根据以下公式应用于每个像素：\n"
"\n"
"r' = (m00 * r + m01 * g + m02 * b)^(-1/gamma)\n"
"g' = (m10 * r + m11 * g + m12 * b)^(-1/gamma)\n"
"b' = (m20 * r + m21 * g + m22 * b)^(-1/gamma)"

#: src/core/command_def.h:21
msgid ""
"Sets the new current working directory.\n"
"\n"
"The argument <b>directory</b> can contain the ~ token, expanded as the home "
"directory, directories with spaces in the name can be protected using single "
"or double quotes"
msgstr ""
"设置新的当前工作目录。\n"
"\n"
"参数<b>directory</b>可以包含~标记，表示主目录，名称中有空格的目录可以使用单引"
"号或双引号进行保护"

#: src/core/command_def.h:22
#, c-format
msgid ""
"Returns the coordinates of the center of gravity of the image. Only pixels "
"with values above 15.7% of max ADU and having four neighbors filling the "
"same condition are used to compute it, and it is computed only if there are "
"at least 50 of them"
msgstr ""
"返回图像重心的坐标。只有像素值高于最大ADU的15.7%，且有四个相邻像素满足相同条"
"件时，该像素才会被用于计算，并且仅当至少有 50 个像素时才计算"

#: src/core/command_def.h:23
msgid ""
"Equalizes the histogram of an image using Contrast Limited Adaptive "
"Histogram Equalization.\n"
"\n"
"<b>cliplimit</b> sets the threshold for contrast limiting.\n"
"<b>tilesize</b> sets the size of grid for histogram equalization. Input "
"image will be divided into equally sized rectangular tiles"
msgstr ""
"使用有限对比度自适应均衡拉伸来均衡图像的直方图。\n"
"\n"
"<b>cliplimit</b>设置对比度限制的阈值。\n"
"<b>tilesize</b>设置执行此操作的块的大小。输入图像将被切分为等大的矩形块"

#: src/core/command_def.h:24
msgid "Clears the graphical output logs"
msgstr "清除GUI中的输出日志"

#: src/core/command_def.h:25
msgid "Clears all the stars saved in memory and displayed on the screen"
msgstr "清除屏幕上和缓存中的所有星点"

#: src/core/command_def.h:26
msgid "Properly closes the opened image and the opened sequence, if any"
msgstr "妥善关闭打开的图像和打开的序列（如果有的话）"

#: src/core/command_def.h:27
#, fuzzy
msgid ""
"Displays stars from the local catalog by default for the loaded plate solved "
"image, down to the provided <b>limit_magnitude</b> (13 by default for most "
"catalogues, except 14.5 for aavso_chart, 20 for solsys, and omitted for "
"pgc).\n"
"An alternate online catalog can be specified with <b>-cat=</b>, taking "
"values \n"
"- for stars: tycho2, nomad, gaia, localgaia, ppmxl, bsc, apass, gcvs, vsx, "
"simbad, aavso_chart\n"
"- for exoplanets: exo\n"
"- for deep-sky: pgc\n"
"- for solar system objects: solsys (closest <a href=\"https://vo.imcce.fr/"
"webservices/data/displayIAUObsCodes.php\">IAU observatory code</a> can be "
"passed with the argument <b>-obscode=</b> for better position accuracy)\n"
"\n"
"For stars catalogues containing photometric data, stars with no B-V "
"information will be kept; they can be excluded by passing <b>-phot</b>\n"
"The argument <b>-trix=</b> can be passed instead of a catalogue followed by "
"a number between 0 and 511 to plot stars contained in local catalogues "
"trixel of level 3 (for dev usage mainly)\n"
"\n"
"Some catalogs (bsc, gcvs, pgc, exo, aavso_chart, varisum and solsys) will "
"also display, by default, names alongside markers in the display (GUI only) "
"and list them in the log. For others with larger number of objects, namely "
"vsx and simbad, the information can also be shown but, as it may clutter the "
"display, it is not activated by default. This behavior can be toggled on/off "
"with the options <b>-tag=on|off</b> to display names alongside markers and "
"<b>-log=on|off</b> to list the objects in the console log\n"
"\n"
"The list of items that are present in the image can optionally saved to a "
"csv file by passing the argument <b>-out=</b>"
msgstr ""
"默认情况下，为加载的已解析图像显示本地星表中的恒星，直至提供的"
"<b>limit_magnitude</b> （大多数星表默认为 13，aavso_chart 为 14.5，solsys 为 "
"20，pgc 被省略）。\n"
"An alternate online catalog can be specified with <b>-cat=</b>, taking "
"values \n"
"- for stars: tycho2, nomad, gaia, ppmxl, bsc, apass, gcvs, vsx, simbad, "
"aavso_chart\n"
"- for exoplanets: exo\n"
"- for deep-sky: pgc\n"
"- for solar system objects: solsys (closest <a href=\"https://vo.imcce.fr/"
"webservices/data/displayIAUObsCodes.php\">IAU observatory code</a> can be "
"passed with the argument <b>-obscode=</b> for better position accuracy)\n"
"\n"
"For stars catalogues containing photometric data, stars with no B-V "
"information will be kept; they can be excluded by passing <b>-phot</b>\n"
"The argument <b>-trix=</b> can be passed instead of a catalogue followed by "
"a number between 0 and 511 to plot stars contained in local catalogues "
"trixel of level 3 (for dev usage mainly)\n"
"\n"
"Some catalogs (bsc, gcvs, pgc, exo, aavso_chart, varisum and solsys) will "
"also display, by default, names alongside markers in the display (GUI only) "
"and list them in the log. For others with larger number of objects, namely "
"vsx and simbad, the information can also be shown but, as it may clutter the "
"display, it is not activated by default. This behavior can be toggled on/off "
"with the options <b>-tag=on|off</b> to display names alongside markers and "
"<b>-log=on|off</b> to list the objects in the console log\n"
"\n"
"The list of items that are present in the image can optionally saved to a "
"csv file by passing the argument <b>-out=</b>"

#: src/core/command_def.h:28
msgid ""
"Converts all images of the current working directory that are in a supported "
"format into Siril's sequence of FITS images (several files) or a FITS "
"sequence (single file) if <b>-fitseq</b> is provided or a SER sequence "
"(single file) if <b>-ser</b> is provided. The argument <b>basename</b> is "
"the base name of the new sequence, numbers and the extension will be put "
"behind it.\n"
"For FITS images, Siril will try to make a symbolic link; if not possible, "
"files will be copied. The option <b>-debayer</b> applies demosaicing to CFA "
"input images; in this case no symbolic link is done.\n"
"<b>-start=index</b> sets the starting index number, useful to continue an "
"existing sequence (not used with -fitseq or <b>-ser</b>; make sure you "
"remove or clear the target .seq if it exists in that case).\n"
"The <b>-out=</b> option changes the output directory to the provided "
"argument.\n"
"\n"
"See also CONVERTRAW and LINK"
msgstr ""
"将当前工作目录中所有受支持格式的图像转换为FITS图像的Siril序列（多个文件），有"
"<b>-fitseq</b>命令则转换为FITS序列（单个文件），有<b>-ser</b>命令则转换为SER"
"序列（单个文件）。参数<b>basename</b>是新序列的文件名词根，后面会带上数字和扩"
"展名。\n"
"对于FITS图像，Siril将尝试进行符号链接；如果不可行，将会复制文件。<b>-"
"debayer</b>选项会对输入的CFA图像进行去马赛克，并且不进行符号链接。\n"
"用<b>-start=index</b>命令设置图像序列的起始编号，可用于延续一个现有的序列（不"
"能与 -fitseq 或<b>-ser</b>一起使用；如果存在target.seq，请删除）。\n"
"用<b>-out=</b>选项将输出路径修改为指定路径。\n"
"\n"
"参见CONVERTRAW和LINK"

#: src/core/command_def.h:29
msgid ""
"Same as CONVERT but converts only DSLR RAW files found in the current "
"working directory"
msgstr "与CONVERT相同，但仅转换在当前工作目录中的DSLR RAW文件"

#: src/core/command_def.h:30
msgid ""
"Applies the local mean to a set of pixels on the loaded image (cosmetic "
"correction). The coordinates of these pixels are in a text file [.lst file], "
"the FIND_HOT command can also create it for single hot pixels, but manual "
"operation is needed to remove rows or columns. COSME is adapted to correct "
"residual hot and cold pixels after calibration.\n"
"Instead of providing the list of bad pixels, it's also possible to detect "
"them in the current image using the FIND_COSME command"
msgstr ""
"将局部平均值应用于载入的图像上的一组像素（坏点修正）。这些像素的坐标在 ASCII "
"文件 [.lst 文件] 中，FIND_HOT命令也可以为单个热像素创建坐标文件，但需要手动删"
"除行或列。COSME适用于修正校准后的残余坏点。\n"
"若不提供坏点列表，也可以使用FIND_COSME命令在当前图像中检测坏点"

#: src/core/command_def.h:31
msgid "Same function as COSME but applying to RAW CFA images"
msgstr "与COSME功能相同，但适用于RAW CFA图像"

#: src/core/command_def.h:32
msgid ""
"Crops to a selected area of the loaded image.\n"
"\n"
"If a selection is active, no further arguments are required. Otherwise, or "
"in scripts, arguments have to be given, with <b>x</b> and <b>y</b> being the "
"coordinates of the top left corner, and <b>width</b> and <b>height</b> the "
"size of the selection. Alternatively, the selection can be made using the "
"BOXSELECT command"
msgstr ""
"将载入的图像裁切至选区尺寸。\n"
"\n"
"如果有现有的选区，则不需要其他参数。如果没有现有的选区，或是在脚本中使用，则"
"必须给定参数。其中<b>x</b>和<b>y</b>是左上角的坐标，<b>width</b>与<b>height</"
"b>是选区的尺寸。也可以使用BOXSELECT命令来框选"

#: src/core/command_def.h:34
msgid ""
"Performs a DDP (digital development processing) on the loaded image, as "
"described first by Kunihiko Okano. This implementation is the one described "
"in IRIS.\n"
"\n"
"It combines a linear distribution on low levels (below <b>level</b>) and a "
"non-linear one on high levels.\n"
"It uses a Gaussian filter of standard deviation <b>sigma</b> and multiplies "
"the resulting image by <b>coef</b>. Typical values for <b>sigma</b> are "
"within 0.7 and 2. The level argument should be in the range [0, 65535] for "
"16-bit images and may be given either in the range [0, 1] or [0, 65535] for "
"32-bit images in which case it will be scaled automatically"
msgstr ""
"对载入的图像执行DDP（数字显影处理）。这个实现由岡野久仁彦首先描述，即为IRIS中"
"描述的那个。\n"
"\n"
"它结合了低像素值上的线性分布（低于<b>level</b>）和高像素值上的非线性分布。\n"
"它使用标准差为<b>sigma</b>的高斯滤波，并将所得图像乘以<b>coef</b>。<b>sigma</"
"b>的一般在0.7和2之间。对于16位图像，参数level应在[0, 65535]的范围内，对于32位"
"图像，可以在[0, 1]或[0, 65535]范围内给定，在这种情况下，它会自动缩放"

#: src/core/command_def.h:35
msgid ""
"Denoises the image using the non-local Bayesian algorithm described by <a "
"href=\"https://www.ipol.im/pub/art/2013/16\">Lebrun, Buades and Morel</a>.\n"
"\n"
"It is strongly recommended to apply cosmetic correction to remove salt and "
"pepper noise before running denoise, and by default this command will apply "
"cosmetic correction automatically. However, if this has already been carried "
"out earlier in the workflow it may be disabled here using the optional "
"command <b>-nocosmetic</b>.\n"
"\n"
"An optional argument <b>-mod=m</b> may be given, where 0 &lt;= m &lt;= 1. "
"The output pixel is computed as : <i>out=m x d + (1 − m) x in</i>, where "
"<i>d</i> is the denoised pixel value. A modulation value of 1 will apply no "
"modulation. If the parameter is omitted, it defaults to 1.\n"
"\n"
"The optional argument <b>-vst</b> can be used to apply the generalised "
"Anscombe variance stabilising transform prior to NL-Bayes. This is useful "
"with photon-starved images such as single subs, where the noise follows a "
"Poisson or Poisson-Gaussian distribution rather than being primarily "
"Gaussian. It cannot be used in conjunction with DA3D or SOS, and for "
"denoising stacked images it is usually not beneficial.\n"
"\n"
"The optional argument <b>-da3d</b> can be used to enable Data-Adaptive Dual "
"Domain Denoising (DA3D) as a final stage denoising algorithm. This uses the "
"output of BM3D as a guide image to refine the denoising. It improves detail "
"and reduces staircasing artefacts.\n"
"\n"
"The optional argument <b>-sos=<i>n</i></b> can be used to enable Strengthen-"
"Operate-Subtract (SOS) iterative denoise boosting, with the number of "
"iterations specified by n. In particular, this booster may produce better "
"results if the un-boosted NL-Bayes algorithm produces artefacts in "
"background areas. If both -da3d and -sos=n are specified, the last to be "
"specified will apply.\n"
"\n"
"The optional argument <b>-rho=r</b> may be specified, where 0 &lt; r &lt; 1. "
"This is used by the SOS booster to determine the amount of noisy image added "
"in to the intermediate result between each iteration. If -sos=n is not "
"specified then the parameter is ignored.\n"
"\n"
"The default is not to apply DA3D or SOS, as the improvement in denoising is "
"usually relatively small and these techniques requires additional processing "
"time.\n"
"\n"
"In very rare cases, blocky coloured artefacts may be found in the output "
"when denoising colour images. The optional argument <b>-indep</b> can be "
"used to prevent this by denoising each channel separately. This is slower "
"but will eliminate artefacts"
msgstr ""
"使用<a href=\"https://www.ipol.im/pub/art/2013/16\">Lebrun, Buades and "
"Morel</a>中描述的non-local Bayesian算法对图像降噪。\n"
"\n"
"强烈建议在降噪之前应用坏点修正以去除椒盐噪声。默认情况下，此命令将自动应用坏"
"点修正。但如果已执行过坏点修正，则可以在此处使用<b>-nocosmetic</b>禁用它。\n"
"\n"
"可以给出可选参数<b>-mod=m</b>，其中0 &lt;= m &lt;= 1。输出像素将由以下计算得"
"出：<i>out=m x d + (1 − m) x in</i>，其中<i>d</i>是降噪后的像素值。调制值mod"
"为1将不应用调制。如果省略该参数，则默认为1。\n"
"\n"
"可选参数<b>-vst</b>用于在执行non-local Bayesian之前执行广义Anscombe方差稳定变"
"换。这对于低光图像（如单帧）很有用，其中噪声特性不是高斯的，而是主要是泊松或"
"泊松-高斯混合的。它不能与DA3D或SOS结合使用，并且对于降噪叠加好的图像来说，它"
"通常是无益的。\n"
"\n"
"可选参数<b>-da3d</b>用于启用数据自适应双域降噪（DA3D）作为最后阶段的降噪算"
"法。将用BM3D生成一个引导图像来细化降噪。这能改善细节，减少楼梯样伪影。\n"
"\n"
"可选参数<b>-sos=<i>n</i></b>用于启用迭代次数为n的增强运算-减法（SOS）增强降"
"噪。如果未增强的non-local Bayesian算法会在背景区域中产生伪影，则该选项可能会"
"产生更好的结果。如果同时指定了-da3d和-sos=n，则只执行最后指定的那个。\n"
"\n"
"可以指定可选参数<b>-rho=r</b>，其中0 &lt; r &lt; 1。这用来指定在SOS增强算法"
"中，每次迭代的中间结果要混入多少原始噪声图像。如果未指定-sos=n，则忽略该参"
"数。\n"
"\n"
"默认不应用DA3D或SOS，因为对降噪的改进通常不明显，并且需要额外的处理时间。\n"
"\n"
"在极少数情况下，对彩色图像进行降噪时，可能会在输出中发现块状彩色伪影。可选参"
"数<b>-indep</b>可以通过分别对每个通道进行降噪来防止这种情况。速度较慢，但会消"
"除伪影"

#: src/core/command_def.h:36
msgid ""
"Shows distortion field on a plate-solved image which solution includes "
"distortion terms\n"
"\n"
"Pass option <b>clear</b> to disable"
msgstr ""
"显示解析图像上的失真，该解包含失真项\n"
"\n"
"传递选项<b>clear</b>以禁用"

#: src/core/command_def.h:37
msgid "Dumps the FITS header of the loaded image in the console"
msgstr "在控制台中丢弃载入图像的FITS文件头"

#: src/core/command_def.h:39
msgid ""
"Computes the entropy of the loaded image on the displayed layer, only in the "
"selected area if one has been selected or in the whole image. The entropy is "
"one way of measuring the noise or the details in an image"
msgstr ""
"在整个图像或在选定区域（如果已选定一个区域）中，计算载入图像当前显示图层的"
"熵。熵是测量图像中噪声或细节的一种方法"

#: src/core/command_def.h:40
msgid ""
"Applies an edge preserving filter. By default a bilateral filter is applied; "
"a guided filter can be specified using the argument <b>-guided</b>. The "
"filter diameter defaults to 3 and can be set using <b>-d=</b>. Be careful "
"with values of d greater than 20 as the algorithm can be computationally "
"expensive.\n"
"\n"
"The intensity filtering sigma value can be set using <b>-si=</b> and the "
"spatial sigma value can be set using <b>-ss=</b>. Sigma values represent the "
"difference in pixel values over which the filter acts strongly: for 32-bit "
"images the value should be between 0 and 1.0, whereas for 16-bit images it "
"should be between 0 and 65535. The defaults if not specified are for both to "
"be set to 11. If <b>-d=0</b> is set then the filter diameter will be set "
"automatically based on the value of <b>-ss</b>. <i>Note that when applying a "
"guided filter, only <b>-sc</b> applies.</i>\n"
"\n"
"When specifying a guided filter, a guide image may be set using <b>-"
"guideimage=</b>. The default if no guide image is specified is to perform a "
"self-guided filter. <i>Note: the guide image must have the same dimensions "
"as the image to be filtered!</i>\n"
"\n"
"The strength of the filter can be modulated using the <b>-mod=</b> argument. "
"If mod = 1.0 the full effect of the filter will be applied; for mod less "
"than 1.0 a proportion of the original image will be mixed with the result, "
"and for mod = 0.0 no filtering will be applied"
msgstr ""
"Applies an edge preserving filter. By default a bilateral filter is applied; "
"a guided filter can be specified using the argument <b>-guided</b>. The "
"filter diameter defaults to 3 and can be set using <b>-d=</b>. Be careful "
"with values of d greater than 20 as the algorithm can be computationally "
"expensive.\n"
"\n"
"The intensity filtering sigma value can be set using <b>-si=</b> and the "
"spatial sigma value can be set using <b>-ss=</b>. Sigma values represent the "
"difference in pixel values over which the filter acts strongly: for 32-bit "
"images the value should be between 0 and 1.0, whereas for 16-bit images it "
"should be between 0 and 65535. The defaults if not specified are for both to "
"be set to 11. If <b>-d=0</b> is set then the filter diameter will be set "
"automatically based on the value of <b>-ss</b>. <i>Note that when applying a "
"guided filter, only <b>-sc</b> applies.</i>\n"
"\n"
"When specifying a guided filter, a guide image may be set using <b>-"
"guideimage=</b>. The default if no guide image is specified is to perform a "
"self-guided filter. <i>Note: the guide image must have the same dimensions "
"as the image to be filtered!</i>\n"
"\n"
"The strength of the filter can be modulated using the <b>-mod=</b> argument. "
"If mod = 1.0 the full effect of the filter will be applied; for mod less "
"than 1.0 a proportion of the original image will be mixed with the result, "
"and for mod = 0.0 no filtering will be applied"

#: src/core/command_def.h:41
msgid "Quits the application"
msgstr "退出程序"

#: src/core/command_def.h:42
msgid ""
"Extracts <b>NbPlans</b> planes of wavelet domain of the loaded image.\n"
"See also WAVELET and WRECONS. For color extraction, see SPLIT"
msgstr ""
"提取载入图像的<b>NbPlans</b>个小波图层。\n"
"参见WAVELET和WRECONS。有关色彩提取，参见SPLIT"

#: src/core/command_def.h:43
msgid ""
"Extracts green signal from the loaded CFA image. It reads the Bayer matrix "
"information from the image or the preferences and exports only the averaged "
"green filter data as a new half-sized FITS file. A new file is created, its "
"name is prefixed with \"Green_\""
msgstr ""
"从载入的CFA图像中提取绿色信号。从图像文件头或偏好设置中读取拜耳滤镜排列模式，"
"并将平均后的绿色拜耳滤镜的数据导出为一半大小的、名称前缀为“Green_”的新FITS文"
"件"

#: src/core/command_def.h:44
msgid ""
"Extracts H-Alpha signal from the loaded CFA image. It reads the Bayer matrix "
"information from the image or the preferences and exports only the red "
"filter data as a new half-sized FITS file. If the argument <b>-upscale</b> "
"is provided, the output will be upscaled x2 to match the full sensor "
"resolution, for example to match other images produced by the same family of "
"sensors. A new file is created, its name is prefixed with \"Ha_\""
msgstr ""
"从加载的 CFA 图像中提取 H-Alpha 信号。它从图像或首选项中读取拜耳矩阵信息，并"
"仅将红色滤镜数据导出为新的一半大小的 FITS 文档。如果参数<b>-upscale</b>提供"
"后，输出将放大 x2 以匹配完整的传感器分辨率，例如匹配同一系列传感器生成的其他"
"图像。创建一个新文档件，其名称前缀为“Ha_”"

#: src/core/command_def.h:45
msgid ""
"Extracts H-Alpha and O-III signals from the loaded CFA image. It reads the "
"Bayer matrix information from the image or the preferences and exports only "
"the red filter data for H-Alpha as a new half-sized FITS file (like "
"EXTRACTHA) and keeps the three others for O-III with an interpolated "
"replacement for the red pixel. The output files names start with the prefix "
"\"Ha_\" and \"OIII_\"\n"
"\n"
"The optional argument <b>-resample={ha|oiii}</b> sets whether to upsample "
"the Ha image or downsample the OIII image to have images the same size. If "
"this argument is not provided, no resampling will be carried out and the "
"OIII image will have twice the height and width of the Ha image"
msgstr ""
"从载入的CFA图像中提取H-Alpha和O-III信号。从图像文件头或偏好设置中读取拜耳滤镜"
"排列模式，并将H-Alpha的红色拜耳滤镜的数据导出为一半大小的新FITS文件（如"
"EXTRACTHA）；保留其他三个滤镜的数据作为O-III，并对红色滤镜的像素进行插值替"
"换。输出文件名前缀为“Ha_”和“OIII_”\n"
"\n"
"用可选参数<b>-resample={ha|oiii}</b>来设置是放大Ha图像还是缩小OIII图像，使二"
"者大小相同。如果不提供此参数，则不会进行重采样（缩放），OIII图像的高度和宽度"
"将是Ha图像的两倍"

#: src/core/command_def.h:47
msgid ""
"Divides the loaded image by the image given in argument. The resulting image "
"is multiplied by the value of the <b>scalar</b> argument. See also IDIV"
msgstr ""
"将载入的图像除以参数中给定的图像。所得的图像乘以<b>scalar</b>参数的值。另请参"
"见IDIV"

#: src/core/command_def.h:48
msgid ""
"Same command as FILL but this is a symmetric fill of a region defined by the "
"mouse or with BOXSELECT. Used to process an image in the Fourier (FFT) domain"
msgstr ""
"与FILL命令相同，但这是由鼠标或BOXSELECT定义的选区的对称填充。用于在傅里叶"
"（FFT）域中处理图像"

#: src/core/command_def.h:49
msgid ""
"Applies a Fast Fourier Transform to the loaded image. <b>modulus</b> and "
"<b>phase</b> given in argument are the names of the saved in FITS files"
msgstr ""
"对载入的图像应用快速傅立叶变换。参数中给定的<b>modulus</b>和<b>phase</b>是保"
"存在FITS文件中的信息"

#: src/core/command_def.h:50
msgid ""
"Retrieves corrected image applying an inverse transformation. The "
"<b>modulus</b> and <b>phase</b> arguments are the input file names, the "
"result will be the new loaded image"
msgstr ""
"用逆变换来恢复修正过的图像。<b>modulus</b>和<b>phase</b>参数为输入的文件名，"
"新载入的图像即为最终的结果"

#: src/core/command_def.h:51
msgid ""
"Fills the loaded image entirely or only the selection if there is one with "
"pixels having the <b>value</b> intensity expressed in ADU"
msgstr ""
"用ADU值为<b>value</b>的像素填充整个载入的图像，或是只填充选区（如果有选区）"

#: src/core/command_def.h:52
msgid ""
"Applies an automatic detection and replacement of cold and hot pixels in the "
"loaded image, with the thresholds passed in arguments in sigma units"
msgstr ""
"在载入的图像中自动检测和替换冷像素和热像素，以sigma为单位的参数传递阈值"

#: src/core/command_def.h:53
msgid "Same command as FIND_COSME but for CFA images"
msgstr "与FIND_COSME命令相同，但适用于CFA图像"

#: src/core/command_def.h:54
msgid ""
"Saves a list file <b>filename</b> (text format) in the working directory "
"which contains the coordinates of the pixels which have an intensity "
"<b>hot_sigma</b> times higher and <b>cold_sigma</b> lower than standard "
"deviation, extracted from the loaded image. We generally use this command on "
"a master-dark file. The COSME command can apply this list of bad pixels to a "
"loaded image, see also SEQCOSME to apply it to a sequence"
msgstr ""
"在工作目录中保存一个列表文件<b>filename</b>（文本格式），该文件包含从载入的图"
"像中提取的，亮度比标准差高<b>hot_sima</b>倍或低<b>cold_sigma</b>倍的像素的坐"
"标。通常在主暗场帧上使用此命令。COSME命令可以将此坏点列表应用于载入的图像，参"
"见SEQCOSME将其应用于序列上"

#: src/core/command_def.h:55
msgid ""
"Automatically finds comparison stars in the field of the plate solved loaded "
"image, for photometric analysis of a star's light curve according to\n"
"- the provided name of the star\n"
"- the field of view of the image, reduced to a diameter of its height if <b>-"
"narrow</b> is passed, avoiding stars in the corners\n"
"- the chosen catalog (APASS by default), can be changed with <b>-"
"catalog={NOMAD|APASS}</b>\n"
"- the difference in visual magnitude from the variable star, in the range "
"[0, 6] with a default of 3, changed with <b>-dvmag=</b>\n"
"- the difference in color with the variable star, in the range [0.0, 0.7] of "
"their B-V indices with a default of 0.5, changed with <b>-dbv=</b>\n"
"- the maximum allowed error on Vmag in the range [0.0, 0.1] with a default "
"of 0.03, changed with <b>-emag=</b>.\n"
"\n"
"The list can optionally be saved as a CSV file compatible with the NINA "
"comparison stars list, specifying the file name with <b>-out=</b>. If the "
"provided name is the special value <b>auto</b>, it is generated using the "
"input parameters\n"
"\n"
"See also LIGHT_CURVE"
msgstr ""
"自动在载入已解析图像的区域中找到参考星，根据以下公式对恒星的光曲线进行光度分"
"析\n"
"- the provided name of the star\n"
"- the field of view of the image, reduced to a diameter of its height if <b>-"
"narrow</b> is passed, avoiding stars in the corners\n"
"- the chosen catalog (APASS by default), can be changed with <b>-"
"catalog={NOMAD|APASS}</b>\n"
"- the difference in visual magnitude from the variable star, in the range "
"[0, 6] with a default of 3, changed with <b>-dvmag=</b>\n"
"- the difference in color with the variable star, in the range [0.0, 0.7] of "
"their B-V indices with a default of 0.5, changed with <b>-dbv=</b>\n"
"- the maximum allowed error on Vmag in the range [0.0, 0.1] with a default "
"of 0.03, changed with <b>-emag=</b>.\n"
"\n"
"该列表可以选择保存为与 NINA 参考星列表兼容的 CSV 文件，并使用 <b>-out=</b> 指"
"定文件名。如果提供的名称是特殊值<b>auto</b>，则使用输入参数生成\n"
"\n"
"See also LIGHT_CURVE"

#: src/core/command_def.h:56
msgid ""
"Detects stars in the currently loaded image, having a level greater than a "
"threshold computed by Siril.\n"
"After that, a PSF is applied and Siril rejects all detected structures that "
"don't fulfill a set of prescribed detection criteria, that can be tuned with "
"command SETFINDSTAR.\n"
"Finally, an ellipse is drawn around detected stars.\n"
"\n"
"Optional parameter <b>-out=</b> allows the results to be saved to the given "
"path.\n"
"Option <b>-layer=</b> specifies the layer onto which the detection is "
"performed (for color images only).\n"
"You can also limit the maximum number of stars detected by passing a value "
"to option <b>-maxstars=</b>.\n"
"\n"
"\n"
"See also CLEARSTAR"
msgstr ""
"检测当前载入的图像中，级别大于Siril计算的阈值的星点。\n"
"随后应用PSF，Siril会剔除侦测到的所有不满足标准的结构，剔除判据可用命令"
"SETFINDSTAR调整。\n"
"最后，在侦测到的恒星周围绘制一个椭圆。\n"
"\n"
"可选参数<b>-out=</b>可以将结果保存到给定路径。\n"
"选项<b>-layer=</b>指定执行检测的图层（仅适用于彩色图像）。\n"
"您还可以将值传递给选项<b>-maxstars=</b>来限制侦测到的最大恒星数。\n"
"\n"
"\n"
"参见CLEARSTAR"

#: src/core/command_def.h:57
msgid ""
"Fixes the Fujifilm X-Trans Auto Focus pixels in the loaded image.\n"
"\n"
"Indeed, because of the phase detection auto focus system, the photosites "
"used for auto focus get a little less light than the surrounding photosites. "
"The camera compensates for this and increases the values from these specific "
"photosites giving a visible square in the middle of the dark/bias frames"
msgstr ""
"修正载入图像中的Fujifilm X-Trans自动对焦像素。\n"
"\n"
"实际上，用于相位检测对焦的像素，进光量会比周围像素小。相机本身会对此进行补"
"偿，因而造成在暗场/偏置帧的中央出现一些可见的方块"

#: src/core/command_def.h:58
msgid ""
"Tries to remove the horizontal or vertical banding in the loaded image.\n"
"<b>amount</b> defines the amount of correction, between 0 and 4.\n"
"<b>sigma</b> defines the highlight protection level of the algorithm, higher "
"sigma gives higher protection, between 0 and 5. Values of 1 and 1 are often "
"good enough.\n"
"<b>-vertical</b> option enables to perform vertical banding removal, "
"horizontal is the default"
msgstr ""
"尝试去除载入的图像中的水平或垂直条纹。\n"
"<b>amount</b>定义修正强度，介于0和4之间。\n"
"<b>sigma</b>定义了算法的高光保护级别，sigma越高，保护越高，介于0和5之间。通常"
"值为1和1就足够了。\n"
"<b>-vertical</b>选项可去除垂直条带，默认为去除水平条纹"

#: src/core/command_def.h:59
msgid ""
"Performs a median filter of size <b>ksize</b> x <b>ksize</b> (<b>ksize</b> "
"MUST be odd) to the loaded image with a modulation parameter <b>modulation</"
"b>.\n"
"\n"
"The output pixel is computed as : out=mod x m + (1 − mod) x in, where m is "
"the median-filtered pixel value. A modulation's value of 1 will apply no "
"modulation"
msgstr ""
"使用调制参数<b>modulation</b>，对载入的图像执行尺寸为<b>ksize</b> x "
"<b>ksize</b>（<b>ksize</b>必须是奇数）的中位数滤波器。\n"
"\n"
"输出像素将进行如下计算：out=mod x m + (1 − mod) x in，其中m是中位数滤波像素"
"值。modulation值为1将不应用调制"

#: src/core/command_def.h:60
msgid "Multiplies the loaded image by the <b>scalar</b> given in argument"
msgstr "将载入的图像乘以参数<b>scalar</b>"

#: src/core/command_def.h:62
msgid ""
"Applies to the loaded image a Gaussian blur with the given <b>sigma</b>.\n"
"\n"
"See also UNSHARP, the same with a blending parameter"
msgstr ""
"在载入的图像上应用值为<b>sigma</b>的高斯模糊。\n"
"\n"
"参见UNSHARP，与blending parameter相同"

#: src/core/command_def.h:63
msgid ""
"Gets a value from the settings using its name, or list all with <b>-a</b> "
"(name and value list) or with <b>-A</b> (detailed list)\n"
"\n"
"See also SET to update values"
msgstr ""
"获取指定名称变量的值，或使用<b>-a</b>（普通列表）或<b>-A</b>（详细列表）列出"
"所有变量及其值\n"
"\n"
"参见SET以更新值"

#: src/core/command_def.h:64
msgid ""
"Prints information about the reference image of the sequence given in "
"argument. First image has index 0"
msgstr "打印有关参数中给定序列的参考帧的信息。第一个图像的索引为 0"

#: src/core/command_def.h:65
#, fuzzy
msgid ""
"Generalised hyperbolic stretch based on the work of the ghsastro.co.uk "
"team.\n"
"\n"
"The argument <b>-D=</b> defines the strength of the stretch, between 0 and "
"10. This is the only mandatory argument. The following optional arguments "
"further tailor the stretch:\n"
"<b>B</b> defines the intensity of the stretch near the focal point, between "
"-5 and 15;\n"
"<b>LP</b> defines a shadow preserving range between 0 and SP where the "
"stretch will be linear, preserving shadow detail;\n"
"<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, which "
"is the point at which the stretch will be most intense;\n"
"<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
"preserving highlight details and preventing star bloat.\n"
"If omitted B, LP and SP default to 0.0 ad HP defaults to 1.0.\n"
"An optional argument (either <b>-human</b>, <b>-even</b> or <b>-independent</"
"b>) can be passed to select either human-weighted or even-weighted luminance "
"or independent colour channels for colour stretches. The argument is ignored "
"for mono images. Alternatively, the argument <b>-sat</b> specifies that the "
"stretch is performed on image saturation - the image must be color and all "
"channels must be selected for this to work.\n"
"Optionally the parameter <b>[channels]</b> may be used to specify the "
"channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
"default is all channels. The clip mode can be set using the argument <b>-"
"clipmode=</b>: values <b>clip</b>, <b>rescale</b>, <b>rgbblend</b> or "
"<b>globalrescale</b> are accepted and the default is rgbblend"
msgstr ""
"基于ghsastro.co.uk团队工作成果的广义双曲拉伸。\n"
"\n"
"参数<b>-D=</b>定义拉伸强度，介于0和10之间。这是唯一的必需参数。以下可选参数用"
"于进一步调整拉伸：\n"
"<b>B</b>定义拐点附近拉伸的强度，介于-5和15之间；\n"
"<b>LP</b>定义了0和SP之间的阴影保留范围，其中拉伸将是线性的，以保留阴影细"
"节；\n"
"<b>SP</b>定义拉伸的拐点，在0和1之间，这是拉伸最剧烈的点；\n"
"<b>HP</b>定义了HP和1之间的一个区域，其中拉伸是线性的，从而保留高光细节并防止"
"星点肥大。\n"
"如果省略，B，LP和SP都默认为0.0，HP默认为1.0。\n"
"可以传递一个可选参数（<b>-human</b>、<b>-even</b>或<b>-independent</b>），以"
"选择是对均等加权明度拉伸，还是对人眼加权明度拉伸，或是对各色彩通道独立拉伸。"
"对于单通道图像，该参数将被忽略。还可以用参数<b>-sat</b>指定对图像的饱和度执行"
"拉伸，图像必须是彩色的，并且必须选择全通道才能运行。\n"
"可选参数<b>[channels]</b>用于指定要应用拉伸的通道：可以是R、G、B、RG、RB或"
"GB。默认为全通道"

#: src/core/command_def.h:66
msgid ""
"Equalizes the mean intensity of RGB layers in the loaded CFA image. This is "
"the same process used on flats during calibration when the option equalize "
"CFA is used"
msgstr ""
"将载入的CFA图像中RGB图层的平均亮度均衡化。这和校准时应用在平场帧上的均衡CFA操"
"作相同"

#: src/core/command_def.h:68
msgid "Lists the available commands or help for one command"
msgstr "列出所有可用的命令，或显示一个命令的帮助"

#: src/core/command_def.h:69
msgid ""
"Calculates the histogram of the <b>layer</b> of the loaded image and "
"produces file histo_[channel name].dat in the working directory.\n"
"layer = 0, 1 or 2 with 0=red, 1=green and 2=blue"
msgstr ""
"计算载入图像的<b>layer</b>图层的直方图，并在工作目录中生成histo_[channel "
"name].dat文件。\n"
"layer=0、1或2；0=红色，1=绿色，2=蓝色"

#: src/core/command_def.h:71
msgid ""
"Adds the image <b>filename</b> to the loaded image.\n"
"Result will be in 32 bits per channel if allowed in the preferences"
msgstr ""
"将图像<b>filename</b>与载入的图像相加。\n"
"如果偏好设置中允许，结果将为每通道32位"

#: src/core/command_def.h:72
msgid ""
"Assigns the ICC profile specified in the argument to the current image.\n"
"One of the following special arguments may be provided to use the respective "
"built-in profiles: <b>sRGB</b>, <b>sRGBlinear</b>, <b>Rec2020</b>, "
"<b>Rec2020linear</b>, <b>working</b> to set the working mono or RGB color "
"profile, (for mono images only) <b>linear</b>, or the path to an ICC profile "
"file may be provided. If a built-in profile is specified with a monochrome "
"image loaded, the Gray profile with the corresponding TRC will be used"
msgstr ""
"将参数中指定的 ICC 描述文件分配给当前图像。\n"
"可以提供以下特殊参数之一来使用相应的内置描述文件：<b>sRGB</b>、"
"<b>sRGBlinear</b>、<b>Rec2020</b>、<b>Rec2020linear</b>，<b>working</b>设置工"
"作单色或 RGB 色彩描述文件，<b>linear</b>（仅适用于单色图像），或者可以提供 "
"ICC 描述文件的路径。如果指定内置描述文件并加载单色图像，则将使用具有相应 TRC "
"的灰度描述文件"

#: src/core/command_def.h:73
msgid ""
"Converts the current image to the specified ICC profile.\n"
"One of the following special arguments may be provided to use the respective "
"built-in profiles: <b>sRGB</b>, <b>sRGBlinear</b>, <b>Rec2020</b>, "
"<b>Rec2020linear</b>, <b>graysrgb</b>, <b>grayrec2020</b>, <b>graylinear</b> "
"or <b>working</b> to set the working mono or RGB color profile, (for mono "
"images only) <b>linear</b>, or the path to an ICC profile file may be "
"provided. If a built-in profile is specified with a monochrome image loaded, "
"the Gray profile with the corresponding TRC will be used.\n"
"\n"
"A second argument may be provided to specify the color transform intent: "
"this should be one of <b>perceptual</b>, <b>relative</b> (for relative "
"colorimetric), <b>saturation</b> or <b>absolute</b> (for absolute "
"colorimetric)"
msgstr ""
"将当前图像转换为指定的 ICC 描述文件。\n"
"可以提供以下特殊参数之一来使用相应的内置描述文件：<b>sRGB</b>、"
"<b>sRGBlinear</b>、<b>Rec2020</b>、<b>Rec2020linear</b>、<b>graysrgb</b>、"
"<b>grayrec2020</b>、<b>graylinear</b>或<b>working</b>设置工作单色或 RGB 色彩"
"描述文件（仅适用于单色图像）<b>linear</b>，或者可以提供 ICC 色彩描述文件的路"
"径。如果指定内描述文件档并加载单色图像，则将使用具有相应 TRC 的灰色配置文"
"档。\n"
"\n"
"可以提供第二个参数来指定色彩转换意图：这应该是<b>perceptual</b>、"
"<b>relative</b>之一。 （对于相对比色），<b>saturation</b>或<b>saturation</b> "
"（对于绝对比色）"

#: src/core/command_def.h:74
msgid "Removes the ICC profile from the current image, if it has one"
msgstr "从当前图像中移除 ICC 描述文件（如果有）"

#: src/core/command_def.h:75
msgid ""
"Divides the loaded image by the image <b>filename</b>.\n"
"Result will be in 32 bits per channel if allowed in the preferences.\n"
"\n"
"See also FDIV"
msgstr ""
"将载入的图像除以图像<b>filename</b>。\n"
"如果偏好设置中允许，结果将为每通道32位。\n"
"\n"
"参见FDIV"

#: src/core/command_def.h:76
msgid ""
"Splits the loaded image in a nine-panel mosaic showing the image corners and "
"the center for a closer inspection (GUI only)"
msgstr ""
"将载入的图像拆分为九宫格马赛克，显示图像的角落和中心，以便进行更仔细的检查"
"（仅在GUI可用）"

#: src/core/command_def.h:77
msgid ""
"Inverts a generalised hyperbolic stretch. It provides the inverse "
"transformation of GHT, if provided with the same parameters, undoes a GHT "
"command, possibly returning to a linear image. It can also work the same way "
"as GHT but for images in negative"
msgstr ""
"逆广义双曲拉伸。进行GHT（广义双曲变换）的逆变换；如果提供相同的参数，则会撤销"
"GHT命令，可能会返回线性图像。它也可以像GHT一样使用，但适用于负片图像"

#: src/core/command_def.h:78
msgid ""
"Inverts a midtones transfer function. It provides the inverse transformation "
"of MTF, if provided with the same parameters, undoes a MTF command, possibly "
"returning to a linear image. It can also work the same way as MTF but for "
"images in negative"
msgstr ""
"逆中间调变换函数。进行MTF的逆变换；如果提供相同的参数，则会撤销MTF命令，可能"
"会返回线性图像。它也可以像MTF一样使用，但适用于负片图像"

#: src/core/command_def.h:79
msgid ""
"Inverts a modified arcsinh stretch. It provides the inverse transformation "
"of MODASINH, if provided with the same parameters, undoes a MODASINH "
"command, possibly returning to a linear image. It can also work the same way "
"as MODASINH but for images in negative"
msgstr ""
"逆改良反双曲正弦拉伸。进行MODASINH的逆变换；如果提供了相同的参数，则会撤销"
"MODASINH的命令，可能会返回线性图像。它也可以像MODASINH一样使用，但适用于负片"
"图像"

#: src/core/command_def.h:80
msgid ""
"Multiplies image <b>filename</b> by the loaded image.\n"
"Result will be in 32 bits per channel if allowed in the preferences"
msgstr ""
"将图像<b>filename</b>与载入的图像相乘。\n"
"如果偏好设置中允许，结果将为每通道32位"

#: src/core/command_def.h:81
msgid ""
"Subtracts the loaded image by the image <b>filename</b>.\n"
"Result will be in 32 bits per channel if allowed in the preferences, so "
"capable of storing negative values. To clip negative value, use 16 bit mode "
"or use the THRESHLO command"
msgstr ""
"将载入的图像减去图像<b>filename</b>。\n"
"如果偏好设置中允许，结果将为每通道32位，因此能够存储负值。要切除负值，请使用"
"16位模式或使用THRESHLO命令"

#: src/core/command_def.h:83
msgid ""
"Analyses several stars with aperture photometry in a sequence of images and "
"produces a light curve for one, calibrated by the others. The first "
"coordinates, in pixels if <b>-at=</b> is used or in degrees if <b>-wcs=</b> "
"is used, are for the star whose light will be plotted, the others for the "
"comparison stars.\n"
"Alternatively, a list of target and reference stars can be passed in the "
"format of the NINA exoplanet plugin star list, with the <b>-ninastars=</b> "
"option. Siril will verify that all reference stars can be used before "
"actually using them. A data file is created in the current directory named "
"light_curve.dat, Siril plots the result to a PNG image if available\n"
"The ring radii for the annulus can either be configured in the settings or "
"set to a factor of the reference image's FWHM if <b>-autoring</b> is passed. "
"These autoring sizes are 4.2 time and 6.3 times the FWHM for the inner and "
"outer radii, respectively.\n"
"\n"
"See also the <b>setphot</b> command to set the same way the aperture radius "
"size.\n"
"\n"
"See also SEQPSF for operations on single star"
msgstr ""
"在一个图像序列中对多个恒星进行孔径测光，并为其中一颗生成光变曲线，其余恒星用"
"于校准。使用<b>-at=</b>则以像素为单位，使用<b>-wcs=</b>则以度为单位。第一个坐"
"标指向光变曲线对应的恒星，其余坐标指向其余恒星。\n"
"还可以使用<b>-ninastars=</b>选项，以NINA exolpanet插件星表的格式输出目标恒星"
"和参考恒星的列表。在使用之前，Siril将验证所有参考恒星是否可用。在当前目录中创"
"建一个数据文件light_curve.dat，Siril将结果绘制为PNG图像（如果可用）\n"
"孔径测光的圆形半径可以在设置中配置，也可以用<b>-autoring</b>设置为参考图像"
"FWHM的系数。\n"
"\n"
"另请参见 <b>setphoto</b>命令以同样的方式设置光圈半径大小。\n"
"\n"
"单星操作参见SEQPSF"

#: src/core/command_def.h:84
msgid ""
"Limits pixel values in 32-bit images to the range 0.0 to 1.0. This command "
"does not apply to 16-bit images as there cannot be out-of-range values. "
"Range limiting can be done in one of the following ways:\n"
"\n"
"<b>-clip</b>: this option simply clips all negative pixels to 0.0 and all "
"pixels with a value &gt; 1.0 to 1.0.\n"
"<b>-posrescale</b>: this option scales all positive pixel values so that the "
"maximum value is 1.0, clipping any negative pixels to 0.0. For 3-channel "
"images the same scaling factor is applied to all channels. If the maximum "
"pixel value is already &lt;= 1.0 negative pixels will still be clipped but "
"no scaling factor will be applied to positive pixels.\n"
"<b>-rescale</b>: using this option, if there are any negative pixel values "
"the image will have a constant value added to all pixel values so that the "
"minimum value is 0.0. Then if the maximum pixel value is &gt; 1.0, a scaling "
"factor is applied so that the maximum pixel value is scaled to 1.0.\n"
"\n"
"Note that if there are one or more extreme outliers (for example as a result "
"of bad pixels) the <b>-rescale</b> and <b>-posrescale</b> options may "
"produce an unexpected result. This can be mitigated by applying cosmetic "
"correction to the image first"
msgstr ""

#: src/core/command_def.h:85
msgid ""
"Computes and applies a linear function between a <b>reference</b> image and "
"the loaded image.\n"
"\n"
"The algorithm will ignore all reference pixels whose values are outside of "
"the [<b>low</b>, <b>high</b>] range"
msgstr ""
"在图像<b>reference</b>和载入的图像之间计算并应用线性函数。\n"
"\n"
"该算法将忽略值在[<b>low</b>, <b>high</b>]范围之外的所有参考像素"

#: src/core/command_def.h:86
msgid ""
"Same as CONVERT but converts only FITS files found in the current working "
"directory. This is useful to avoid conversions of JPEG results or other "
"files that may end up in the directory. The additional argument <b>-date</b> "
"enables sorting files with their DATE-OBS value instead of with their name "
"alphanumerically"
msgstr ""
"与CONVERT相同，但仅转换在当前工作目录中的FITS文件。这对于避免 JPEG 结果或可能"
"最终出现在目录中的其他文件的转换很有用。附加参数<b>-date</b>允许使用 DATE-"
"OBS 值而不是按字母数字顺序对文件进行排序"

#: src/core/command_def.h:87
msgid ""
"Stretches the image linearly to a new black point BP.\n"
"The argument <b>[channels]</b> may optionally be used to specify the "
"channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
"default is all channels.\n"
"Optionally the parameter <b>-sat</b> may be used to apply the linear stretch "
"to the image saturation channel. This argument only works if all channels "
"are selected. The clip mode can be set using the argument <b>-clipmode=</b>: "
"values <b>clip</b>, <b>rescale</b>, <b>rgbblend</b> or <b>globalrescale</b> "
"are accepted and the default is rgbblend"
msgstr ""
"将图像线性拉伸到一个新的黑点BP。\n"
"可选参数<b>[channels]</b>用于指定要拉伸的通道：可以是R、G、B、RG、RB或GB。默"
"认为全通道。\n"
"可选参数<b>-sat</b>用于将线性拉伸应用于图像饱和度通道。仅当选择了全通道时，此"
"参数才有效。\n"
"可选参数<b>-clipmode=</b>，值可以是<b>clip</b>, <b>rescale</b>, <b>rgbblend</"
"b>（默认）或<b>globalrescale</b>中的一个"

#: src/core/command_def.h:88
msgid ""
"Process the provided image for live stacking. Only possible after START_LS. "
"The process involves calibrating the incoming file if configured in "
"START_LS, demosaicing if it's an OSC image, registering and stacking. The "
"temporary result will be in the file live_stack_00001.fit until a new option "
"to change it is added"
msgstr ""
"处理提供的图像以进行实时叠加。仅在START_LS之后可用。该过程包括校准传入文件"
"（如果在START_LS中有配置），去马赛克（如果是OSC图像），对齐和叠加。结果将保存"
"在临时文件live_stack_00001.fit中，直到添加了更改它的选项"

#: src/core/command_def.h:89
msgid ""
"Loads the image <b>filename</b> from the current working directory, which "
"becomes the 'currently loaded image' used in many of the single-image "
"commands.\n"
"It first attempts to load <b>filename</b>, then <b>filename</b>.fit, "
"<b>filename</b>.fits and finally all supported formats.\n"
"This scheme is applicable to every Siril command that involves reading files"
msgstr ""
"从当前工作目录载入图像<b>filename</b>，该图像将在很多单张图像命令中被称为“当"
"前载入的图像”。\n"
"首先尝试载入<b>filename</b>，然后尝试载入<b>filename</b>.fit，然后是"
"<b>filename</b>.fits，最后是受支持的所有其他格式。\n"
"该模式适用于所有涉及读取文件的Siril命令"

#: src/core/command_def.h:90
msgid ""
"Loads the sequence <b>sequencename</b> from the current working directory, "
"which becomes the 'currently loaded sequence'. While Siril sequence commands "
"require the sequence name to be specified, it is necessary to load a "
"sequence in order to read its metadata using Python scripting"
msgstr ""
"将当前工作目录中的序列<b>sequencename</b>加载为“当前载入的序列”。使用Siril的"
"序列命令时，可以直接在命令中指定序列名称，但使用Python脚本时必须先将序列载"
"入，以读取其元数据"

#: src/core/command_def.h:91
msgid ""
"Computes and applies a logarithmic scale to the loaded image, using the "
"following formula: log(1 - (value - min) / (max - min)), with min and max "
"being the minimum and maximum pixel value for the channel"
msgstr ""
"按照以下公式计算并应用对数拉伸于载入的图像：log(1 - (value - min) / (max - "
"min))，其中min和max是一个通道的最小和最大像素值"

#: src/core/command_def.h:92
msgid "Lists files and directories in the working directory"
msgstr "列出工作目录中的所有文件和目录"

#: src/core/command_def.h:94
msgid ""
"Dumps metadata and statistics of the currently loaded image in JSON form. "
"The file name is required, even if the image is already loaded. Image data "
"may not be read from the file if it is the current loaded image and if the "
"<b>-stats_from_loaded</b> option is passed. Statistics can be disabled by "
"providing the <b>-nostats</b> option. A file containing the JSON data is "
"created with default file name '$(FITS_file_without_ext).json' and can be "
"changed with the <b>-out=</b> option"
msgstr ""
"以JSON形式转储当前载入图像的元数据和统计信息。即使图像已经加载，也需要提供文"
"件名。如果图像数据是当前载入的图像，并且传递了<b>-stats_from_loaded</b>选项，"
"则不会从外部文件中读取图像数据。可以通过提供<b>-nostats</b>选项禁用统计信息。"
"包含JSON数据的文件将写入默认文件名为'$(FITS_file_without_ext).json'的文件，可"
"以使用<b>-out=</b>指定文件名"

#: src/core/command_def.h:96
msgid ""
"Generates a PSF for use with deconvolution, any of the three methods exposed "
"by RL, SB or WIENER commands. One of the following must be given as the "
"first argument: <b>clear</b> (clears the existing PSF), <b>load</b> (loads a "
"PSF from a file), <b>save</b> (saves the current PSF), <b>blind</b> (blind "
"estimate of tke PSF), <b>stars</b> (generates a PSF based on measured stars "
"from the image) or <b>manual</b> (generates a PSF manually based on a "
"function and parameters).\n"
"\n"
"No additional arguments are required when using the <b>clear</b> argument.\n"
"\n"
"To load a previously saved PSF the <b>load</b> argument requires the PSF "
"<i>filename</i> as a second argument. This may be in any format that Siril "
"has been compiled with support for, but it must be square and should ideally "
"be odd.\n"
"\n"
"To save a previously generated PSF the argument <b>save</b> is used. "
"Optionally, a filename may be provided (this must have one of the extensions "
"\".fit\", \".fits\", \".fts\" or \".tif\") but if none is provided the PSF "
"will be named based on the name of the open file or sequence.\n"
"\n"
"For <b>blind</b>, the following optional arguments may be provided: <b>-l0</"
"b> uses the l0 descent method, <b>-si</b> uses the spectral irregularity "
"method, <b>-multiscale</b> configures the l0 method to do a multi-scale PSF "
"estimate, <b>-lambda=</b> provides the regularization constant.\n"
"\n"
"For PSF from detected <b>stars</b> the only optional parameter is <b>-sym</"
"b>, which configures the PSF to be symmetric.\n"
"\n"
"For a <b>manual</b> PSF, one of <b>-gaussian</b>, <b>-moffat</b>, <b>-disc</"
"b> or <b>-airy</b> can be provided to specify the PSF function, Gaussian by "
"default. For Gaussian or Moffat PSFs the optional arguments <b>-fwhm=</b>, "
"<b>-angle=</b> and <b>-ratio=</b> may be provided. For Moffat PSFs the "
"optional argument <b>-beta=</b> may also be provided. If these values are "
"omitted, they default to the same values as in the deconvolution dialog. For "
"disc PSFs only the argument <b>-fwhm=</b> is required, which for this "
"function is used to set the <i>diameter</i> of the PSF. For Airy PSFs the "
"following arguments may be provided: <b>-dia=</b> (sets the telescope "
"diameter), <b>-fl=</b> (sets the telescope focal length), <b>-wl=</b> (sets "
"the wavelength to calculate the Airy diffraction pattern for), <b>-"
"pixelsize=</b> (sets the sensor pixel size), <b>-obstruct=</b> (sets the "
"central obstruction as a percentage of the overall aperture area). If these "
"parameters are not provided, wavelength will default to 525nm and central "
"obstruction will default to 0%. Siril will attempt to read the others from "
"the open image, but some imaging software may not provide all of them in "
"which case you will get bad results, and note the metadata may not be "
"populated for SER format videos. You will learn from experience which are "
"safe to omit for your particular imaging setup.\n"
"\n"
"For any of the above PSF generation options the optional argument <b>-ks=</"
"b> may be provided to set the PSF dimension, and the optional argument <b>-"
"savepsf=<i>filename</i></b> may be used to save the generated PSF: a "
"filename must be provided and the same filename extension requirements apply "
"as for <b>makepsf save <i>filename</i></b>"
msgstr ""
"用RL、SB或WIENER命令显示的三种方法中的任何一种，生成用于反卷积的PSF。必须将以"
"下其中一项作为第一个参数：<b>clear</b>（清除现有的PSF），<b>load</b>（从文件"
"载入PSF）、<b>save</b>（保存当前的PSF），<b>blind</b>（盲估算PSF），"
"<b>stars</b>（根据图像中测量的恒星生成PSF），<b>manual</b>（根据函数和参数手"
"动生成PSF）。\n"
"\n"
"使用<b>clear</b>参数时不需要其他参数。\n"
"\n"
"要载入先前保存的PSF，参数<b>load</b>需要PSF的<i>filename</i>作为第二个参数。"
"PSF可以是Siril支持的任何格式，但必须是方形的，理想情况下尺寸应该是奇数。\n"
"\n"
"使用参数<b>save</b>以保存当前生成的PSF。可以指定文件名（扩展名必须为"
"\".fit\"，\".fits\"，\".fts\"或\".tif\"之一）。如果不指定，则将根据打开的文件"
"或序列的名称命名PSF。\n"
"\n"
"选择<b>blind</b>时，可以提供以下可选参数：<b>-l0</b>使用l0下降算法，<b>-si</"
"b>采用光谱不规则法，<b>-multiscale</b>配置l0算法来进行多尺度PSF估算，<b>-"
"lambda=</b>提供正则化常数。\n"
"\n"
"对于来自侦测到的<b>stars</b>的PSF，唯一的可选参数是<b>-sym</b>，它将PSF配置为"
"对称的。\n"
"\n"
"对于<b>manual</b>PSF，可以提供<b>-gaussian</b>、<b>-moffat</b>、<b>-disc</b>"
"或<b>-airy</b>中的一个来指定PSF函数，默认情况下为gaussian。对于高斯或moffat形"
"PSF，可以提供可选参数<b>-fwhm=</b>、<b>-angle=</b>或<b>-ratio=</b>。对于"
"Moffat PSF，还可以提供可选参数<b>-beta=</b>。如果忽略这些值，则它们默认为与反"
"卷积对话框中相同的值。对于圆盘形PSF，只需要参数<b>-fwhm=</b>，用于设置PSF的"
"<i>diameter</i>。对于艾里斑PSF，可以提供以下参数：<b>-dia=</b>（设置望远镜直"
"径）、<b>-fl=</b>（设置望远镜焦距）、<b>-wl=</b>（设置用于计算Airy衍射图案的"
"波长）、<b>-pixelsize=</b>（设置传感器像素尺寸）、<b>-obstruct=</b>（设置中央"
"遮挡面积占总口径的百分比）。如果不提供这些参数，波长将默认为525nm，中央遮挡面"
"积将默认为0%。Siril将尝试从打开的图像中读取其他信息，但一些拍摄软件可能并未将"
"这些信息写入图像，在这种情况下，您会得到糟糕的结果。注意：SER格式的视频中可能"
"不会含有元数据。总结经验，您将会知道，对于一套成像装置，哪些参数可以略过。\n"
"\n"
"对于上述任何生成PSF的选项，可以提供可选参数<b>-ks=</b>来设置PSF的尺寸，并且可"
"以使用可选参数<b>-savepsf=<i>filename</i></b>保存生成的PSF：必须提供文件名，"
"并且扩展名要求与<b>makepsf save <i>filename</i></b>相同"

#: src/core/command_def.h:97
msgid ""
"Merges several sequences of the same type (FITS images, FITS sequence or "
"SER) and same image properties into a new sequence with base name <b>newseq</"
"b> created in the current working directory, with the same type. The input "
"sequences can be in different directories, can specified either in absolute "
"or relative path, with the exact .seq name or with only the base name with "
"or without the trailing '_'"
msgstr ""
"将几个相同类型（FITS图像、FITS序列或SER）和相同图像属性的序列合并为当前工作目"
"录中的一个新序列，该序列的文件名词根为<b>newseq</b>，和原有类型相同。输入序列"
"可以在不同目录中，可以指定其绝对路径或相对路径，可以使用确切的.seq名称，也可"
"以仅使用带有或不带有后缀“_”的文件名词根"

#: src/core/command_def.h:98
msgid ""
"Flips the loaded image about the horizontal axis. Option <b>-bottomup</b> "
"will only flip it if it's not already bottom-up"
msgstr "水平翻转载入的图像。如果图像不是倒置的，选项<b>-bottomup</b>会将其倒置"

#: src/core/command_def.h:99
msgid ""
"Flips the image about the horizontal axis, only if needed (if it's not "
"already bottom-up). It takes the image file name as argument, allowing it to "
"avoid reading image data entirely if no flip is required. Image is "
"overwritten if a flip is made"
msgstr ""
"仅在需要时（如果图像不是倒置的）水平翻转图像。它将图像文件名作为参数，从而避"
"免在不需要翻转的情况下读取整个图像数据。如果进行了翻转，原图像将被覆盖"

#: src/core/command_def.h:100
msgid "Flips the image about the vertical axis"
msgstr "围绕纵轴翻转图像"

#: src/core/command_def.h:101
#, fuzzy
msgid ""
"Modified arcsinh stretch based on the work of the ghsastro.co.uk team.\n"
"\n"
"The argument <b>-D=</b> defines the strength of the stretch, between 0 and "
"10. This is the only mandatory argument. The following optional arguments "
"further tailor the stretch:\n"
"<b>LP</b> defines a shadow preserving range between 0 and SP where the "
"stretch will be linear, preserving shadow detail;\n"
"<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, which "
"is the point at which the stretch will be most intense;\n"
"<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
"preserving highlight details and preventing star bloat.\n"
"If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
"An optional argument (either <b>-human</b>, <b>-even</b> or <b>-independent</"
"b>) can be passed to select either human-weighted or even-weighted luminance "
"or independent colour channels for colour stretches. The argument is ignored "
"for mono images. Alternatively, the argument <b>-sat</b> specifies that the "
"stretch is performed on image saturation - the image must be color and all "
"channels must be selected for this to work.\n"
"Optionally the parameter <b>[channels]</b> may be used to specify the "
"channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
"default is all channels. The clip mode can be set using the argument <b>-"
"clipmode=</b>: values <b>clip</b>, <b>rescale</b>, <b>rgbblend</b> or "
"<b>globalrescale</b> are accepted and the default is rgbblend"
msgstr ""
"基于ghsastro.co.uk团队工作成果的改良反双曲正弦拉伸。\n"
"\n"
"参数<b>-D=</b>定义拉伸强度，介于0和10之间。这是唯一的必需参数。以下可选参数用"
"于进一步调整拉伸：\n"
"<b>LP</b>定义了0和SP之间的阴影保留范围，其中拉伸将是线性的，以保留阴影细"
"节；\n"
"<b>SP</b>定义拉伸的拐点，在0和1之间，这是拉伸最剧烈的点；\n"
"<b>HP</b>定义了HP和1之间的一个区域，其中拉伸是线性的，从而保留高光细节并防止"
"星点肥大。\n"
"如果省略，LP和SP默认为0.0，HP默认为1.0。\n"
"可以传递一个可选参数（<b>-human</b>、<b>-even</b>或<b>-independent</b>），以"
"选择是对均等加权明度拉伸，还是对人眼加权明度拉伸，或是对各色彩通道独立拉伸。"
"对于单通道图像，该参数将被忽略。还可以用参数<b>-sat</b>指定对图像的饱和度执行"
"拉伸，图像必须是彩色的，并且必须选择全通道才能运行。\n"
"可选参数<b>[channels]</b>用于指定要应用拉伸的通道：可以是R、G、B、RG、RB或"
"GB。默认为全通道"

#: src/core/command_def.h:102
msgid ""
"Applies midtones transfer function to the current loaded image.\n"
"\n"
"Three parameters are needed, <b>low</b>, <b>midtones</b> and <b>high</b> "
"where midtones balance parameter defines a nonlinear histogram stretch in "
"the [0,1] range. For an automatic determination of the parameters, see "
"AUTOSTRETCH.\n"
"Optionally the parameter <b>[channels]</b> may be used to specify the "
"channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
"default is all channels"
msgstr ""
"将中间调传递函数应用于当前载入的图像。\n"
"\n"
"需要三个参数，<b>low</b>、<b>midtones</b>和<b>high</b>，其中中间调平衡参数定"
"义了[0,1]范围内的非线性直方图拉伸。有关自动确定参数，参见AUTOSTRETCH。\n"
"可选参数<b>[channels]</b>可用于指定要应用拉伸的通道：可以是R、G、B、RG、RB或"
"GB。默认为全通道"

#: src/core/command_def.h:104
msgid ""
"Changes pixel values of the currently loaded image to a negative view, like "
"1-value for 32 bits, 65535-value for 16 bits. This does not change the "
"display mode"
msgstr ""
"反转当前载入的图像，例如将32位图像的像素值变为1-原值，16位变为65535-原值。这"
"改变的不是预览模式，而是图像本身"

#: src/core/command_def.h:105
msgid ""
"Creates a new image filled with zeros with a size of <b>width</b> x "
"<b>height</b>.\n"
"Optionally the parameter <b>[filename]</b> may be used to specify the name "
"of the new file.\n"
"\n"
"The image is in 32-bit format, and it contains <b>nb_channel</b> channels, "
"<b>nb_channel</b> being 1 or 3. It is not saved, but becomes the loaded "
"image and it is displayed and can be saved afterwards"
msgstr ""
"创建一个全黑的新图像，尺寸为<b>width</b> x <b>height</b>。\n"
"可选参数 <b>[filename]</b> 用于指定新文件的名称。\n"
"\n"
"该图像为32位格式，包含<b>nb_channel</b>个通道，<b>nb_channel</b>为1或3。这个"
"图像不会被直接保存，而会载入成为当前图像，之后可以手动保存"

#: src/core/command_def.h:106
msgid ""
"Replaces null values by <b>level</b> values. Useful before an idiv or fdiv "
"operation, mostly for 16-bit images"
msgstr "用<b>level</b>值替换null值。在idiv或fdiv操作之前有用，主要用于16位图像"

#: src/core/command_def.h:108
msgid ""
"Sets Siril to offline mode. In this mode networking functions such as remote "
"catalogue lookups, update of git repositories etc. are unavailable. Cached "
"data is still accessible"
msgstr ""
"将 Siril 设置为离线模式。在此模式下，远程目录查找、git 存储库更新等网络功能不"
"可用。已经缓存的数据仍可访问"

#: src/core/command_def.h:109
msgid ""
"Adds the constant <b>value</b> (specified in ADU) to the current image. This "
"constant can take a negative value.\n"
"\n"
"In 16-bit mode, values of pixels that fall outside of [0, 65535] are "
"clipped. In 32-bit mode, no clipping occurs"
msgstr ""
"将当前图像加上常量<b>value</b>（以ADU为单位）。这个常数可以取负值。\n"
"\n"
"在16位模式下，[0, 65535]之外的像素值被切除。在32位模式下，不会有切除"

#: src/core/command_def.h:110
msgid ""
"Sets Siril to online mode. In this mode networking functions such as remote "
"catalogue lookups, update of git repositories etc. is allowed"
msgstr ""
"将 Siril 设置为在线模式。在此模式下，允许使用诸如远程目录查找、更新 git 存储"
"库等网络功能"

#: src/core/command_def.h:112
#, fuzzy
msgid ""
"Parses the string <b>str</b> using the information contained in the header "
"of the image currently loaded. Main purpose of this command is to debug path "
"parsing of header keys which can be used in other commands.\n"
"Option <b>-r</b> specifies the string is to be interpreted in read mode. In "
"read mode, all wildcards defined in string <b>str</b> are used to find a "
"file name matching the pattern. Otherwise, default mode is write mode and "
"wildcards, if any, are removed from the string to be parsed.\n"
"\n"
"If <b>str</b> starts with <i>$def</i> prefix, it will be recognized as a "
"reserved keyword and looked for in the strings stored in "
"gui_prepro.dark_lib, gui_prepro.flat_lib, gui_prepro.bias_lib or "
"gui_prepro.stack_default for <i>$defdark</i>, <i>$defflat</i>, <i>$defbias</"
"i> or <i>$defstack</i> respectively.\n"
"The keyword <i>$seqname$</i> can also be used when a sequence is loaded"
msgstr ""
"使用当前载入图像的文件头中包含的信息来分析字符串<b>str</b>。此命令主要用于调"
"试文件头关键字中的分析path，以便在其他命令中使用。\n"
"选项<b>-r</b>指定要在读取模式下解释的字符串。在读取模式下，字符串<b>str</b>中"
"定义的所有wilcard都用于查找匹配的文件名。若不使用该选项，则默认为写入模式，通"
"配符（如果有的话）将从要分析的字符串中删除。\n"
"\n"
"如果<b>str</b>以<i>$def</i>开头，则它将被识别为已存储的关键字。<i>$defdark</"
"i>，<i>$defflat</i>，<i>$defbias</i>，<i>$defstack</i>将分别指定从"
"gui_prepro.dark_lib，gui_prepro.flat_lib，gui_prepro.bias_lib，"
"gui_prepro.stack_default中寻找。\n"
"载入一个序列时可以使用关键字<i>$seqname$</i>"

#: src/core/command_def.h:113
#, fuzzy
msgid ""
"Run the Photometric Color Correction on the loaded plate-solved image.\n"
"\n"
"The limit magnitude of stars is automatically computed from the size of the "
"field of view, but can be altered by passing a +offset or -offset value to "
"<b>-limitmag=</b>, or simply an absolute positive value for the limit "
"magnitude.\n"
"The star catalog used is NOMAD by default, it can be changed by providing "
"<b>-catalog=apass</b>, <b>-catalog=localgaia</b> or <b>-catalog=gaia</b>. If "
"installed locally, the remote NOMAD (the complete version) can be forced by "
"providing <b>-catalog=nomad</b>\n"
"Background reference outlier tolerance can be specified in sigma units using "
"<b>-bgtol=lower,upper</b>: these default to -2.8 and +2.0"
msgstr ""
"对载入的已解析析图像运行测光法色彩校准。\n"
"\n"
"恒星的极限星等是根据视场的大小自动计算的，但可以通过将 +offset 或 -offset 值"
"传递给 <b>-limitmag=</b> 或简单的绝对正值来更改极限星等。\n"
"默认使用的星表是NOMAD，可以通过提供<b>-catalog=apass</b>来更改。或<b>-"
"catalog=gaia</b>。如果本地安装，可以通过提供<b>-catalog=nomad</b>来强制远程"
"NOMAD（完整版本）。\n"
"可以使用 <b>-bgtol=lower,upper</b> 以sigma单位指定背景参考离群值容差：默认为 "
"-2.8 和 +2.0"

#: src/core/command_def.h:114
#, fuzzy
msgid ""
"Plate solve the loaded image.\n"
"If the image has already been plate solved nothing will be done, unless the "
"<b>-force</b> argument is passed to force a new solve. If WCS or other image "
"metadata is erroneous or missing, arguments must be passed:\n"
"  the approximate image center coordinates can be provided in decimal "
"degrees or degree/hour minute second values (J2000 with colon separators), "
"with right ascension and declination values separated by a comma or a space "
"(not mandatory for astrometry.net).\n"
"  focal length and pixel size can be passed with <b>-focal=</b> (in mm) and "
"<b>-pixelsize=</b> (in microns), overriding values from image and settings. "
"See also options to solve blindly with local Astrometry.net\n"
"\n"
"Unless <b>-noflip</b> is specified, if the image is detected as being upside-"
"down, it will be flipped.\n"
"For faster star detection in big images, downsampling the image is possible "
"with <b>-downscale</b>.\n"
"The solve can account for distortions using SIP convention with polynomials "
"up to order 5. Default value is taken form the astrometry preferences. This "
"can be changed with the option <b>-order=</b> giving a value between 1 and "
"5.\n"
"When using Siril solver local catalogues or with local Astrometry.net, if "
"the initial solve is not successful, the solver will search for a solution "
"within a cone of radius specified with <b>-radius=</b> option. If no value "
"is passed, the search radius is taken from the astrometry preferences. Siril "
"near search can be disabled by passing a value of 0. (cannot be disabled for "
"Astrometry.net).\n"
"You can save the current solution as a distortion file with the option <b>-"
"disto=</b>.\n"
"\n"
"Images can be either plate solved by Siril using a star catalog and the "
"global registration algorithm or by astrometry.net's local solve-field "
"command (enabled with <b>-localasnet</b>).\n"
"\n"
"<b>Siril platesolver options: </b>\n"
"The limit magnitude of stars used for plate solving is automatically "
"computed from the size of the field of view, but can be altered by passing a "
"+offset or -offset value to <b>-limitmag=</b>, or simply an absolute "
"positive value for the limit magnitude.\n"
"The choice of the star catalog is automatic unless the <b>-catalog=</b> "
"option is passed: if local catalogs are installed, they are used, otherwise "
"the choice is based on the field of view and limit magnitude. If the option "
"is passed, it forces the use of the catalog given in argument, with possible "
"values: tycho2, nomad, localgaia, gaia, ppmxl, brightstars, apass.\n"
"If the computed field of view is larger than 5 degrees, star detection will "
"be bounded to a cropped area around the center of the image unless <b>-"
"nocrop</b> option is passed.\n"
"\n"
"<b>Astrometry.net solver options:</b>\n"
"Passing options <b>-blindpos</b> and/or <b>-blindres</b> enables to solve "
"blindly for position and for resolution respectively. You can use these when "
"solving an image with a completely unknown location and sampling"
msgstr ""
"解析载入的图像。\n"
"如果图像已经解析，则不会执行任何操作，除非传递<b>-force</b>参数以强制重新解"
"析。如果WCS或其他图像元数据错误或丢失，则必须传递解析用的参数：\n"
"  近似图像中心坐标可以是十进制度格式，或者度/时-分-秒格式（带有冒号分隔符的"
"J2000坐标），赤经和赤纬用逗号或空格分隔（对于astrometry.net不是必需的）。\n"
"  焦距和像素尺寸可以通过<b>-focal=</b>（以毫米为单位）和<b>-pixelsize=</b>"
"（以微米为单位）来传递，会覆盖图像和设置中的值。\n"
"\n"
"图像可以由 Siril 使用星表和全局对齐算法进行解析，也可以由 astrometry.net 的本"
"地解析命令（通过 <b>-localasnet</b> 启用）进行解析。\n"
"\n"
"以下选项对于两个解析器都是通用的：\n"
"如果图像被检测到是颠倒的，运行解析后图像将被翻转，除非指定了<b>-noflip</"
"b>。\n"
"为了在大尺寸图像中更快地检测新星点，可以使用<b>-downscale</b>对图像进行下采"
"样。\n"
"该解析可以使用 SIP 约定以及高达 5 阶的多项式来解释失真。默认值取自天体测量首"
"选项。这可以通过选项 <b>-order=</b> 进行更改。给出 1 到 5 之间的值。\n"
"当使用 Siril 解析器本地星表或本地 Astrometry.net 时，如果初始解析不成功，解析"
"器将在使用 <b>-radius=</b> 指定的半径锥体内搜索解。选项。如果未传递任何值，则"
"搜索半径将从天体测量首选项中获取。可以通过传递值 0 来禁用 Siril 临近搜索。"
"（无法为 Astrometry.net 禁用）。\n"
"\n"
"以下选项仅适用于 Siril 解析器：\n"
"用于解析的恒星的极限星等是根据视场的大小自动计算的，但可以通过将 +offset 或 "
"-offset 值传递给 <b>-limitmag=</b> 来更改，或者简单地更改极限幅度的绝对正"
"值。\n"
"星表的选择是自动的，除非 <b>-catalog=</b>传递选项：如果安装了本地目录，则使用"
"它们，否则选择基于视场和限制大小。如果传递该选项，它将强制使用参数中给出的远"
"程星表，可能的值包括：tycho2、nomad、gaia、ppmxl、brightstars、apass。\n"
"如果计算出的视场大于 5 度，则星体检测将局限于图像中心周围的裁剪区域，除非 "
"<b>-nocrop</b> 大于 5 度。选项已传递。\n"
"\n"
"以下选项仅适用于 Astrometry.net 解析器：\n"
"传递选项 <b>-blindpos</b>和/或<b>-blindres</b>能够分别盲解坐标和分辨率。您可"
"以在解析位置和采样完全未知的图像时使用这些"

#: src/core/command_def.h:115
msgid ""
"This command evaluates the expression given in argument as in PixelMath "
"tool. The full expression must be between double quotes and variables (that "
"are image names, without extension, located in the working directory in that "
"case) must be surrounded by the token $, e.g. \"$image1$ * 0.5 + $image2$ * "
"0.5\". A maximum of 10 images can be used in the expression.\n"
"Image can be rescaled with the option <b>-rescale</b> followed by <b>low</b> "
"and <b>high</b> values in the range [0, 1]. If no low and high values are "
"provided, default values are set to 0 and 1. Another optional argument, <b>-"
"nosum</b> tells Siril not to sum exposure times. This impacts FITS keywords "
"such as LIVETIME and STACKCNT"
msgstr ""
"此命令将参数中给定的表达式用作PixelMath运算。完整表达式必须用双引号引起来，并"
"且变量（此处指工作目录中图像的文件名，不带扩展名）必须用$围起来，例如"
"\"$image1$ * 0.5 + $image2$ * 0.5\"。表达式中最多可以使用10个图像。\n"
"可以使用选项<b>-rescale</b>重新缩放图像。随后是<b>low</b>和<b>high</b>范围 "
"[0, 1] 内的值。如果未提供低值和高值，则默认值设置为 0 和 1。另一个可选参数 "
"<b>-nosum</b>告诉 Siril 不要对曝光时间求和。这会影响 FITS 关键字，例如 "
"LIVETIME 和 STACKCNT"

#: src/core/command_def.h:116
#, fuzzy
msgid ""
"Generates an intensity profile plot between 2 points in the image, also "
"known as a <i>cut</i>. The arguments may be provided in any order. The "
"arguments <b>-to=x,y</b> and <b>-from=x,y</b> are mandatory.\n"
"\n"
"The argument <b>-layer=<i>{red | green | blue | lum | col}</i></b> specifies "
"which channel (or luminance or colour) to plot if the image is color. It may "
"also be used with the <b>-tri</b> option, which generates 3 parallel "
"equispaced profiles each separated by <b>-spacing=</b> pixels, but note that "
"for tri profiles the <i><b>col</b></i> option will be treated the same as "
"<i><b>lum</b></i>.\n"
"\n"
"The option <b>-cfa</b> selects CFA mode, which generates 4 profiles: 1 for "
"each CFA channel in a Bayer patterned image. This option cannot be used with "
"color images or mono images with no Bayer pattern, and cannot be used at the "
"same time as the <b>-tri</b> option.\n"
"\n"
"The option <b>-arcsec</b> causes the x axis to display distance in arcsec, "
"if the necessary metadata is available. If not provided or if metadata is "
"not available, distance will be shown in pixel units.\n"
"\n"
"The argument <b>-savedat</b> will cause the data files to be saved: the "
"filename will be written to the log. Alternatively the argument <b>-"
"filename=</b> can be used to specify a filename to write the data file to. "
"(The <b>-filename=</b> option implies <b>-savedat</b>.)\n"
"\n"
"The argument <b>\"-title=<i>My Title\"</i></b> sets a custom title \"My "
"Title\""
msgstr ""
"Generates an intensity profile plot between 2 points in each image in the "
"sequence. The arguments may be provided in any order. The arguments <b>-"
"to=x,y</b> and <b>-from=x,y</b> are mandatory.\n"
"\n"
"The argument <b>-layer=<i>{red | green | blue | lum | col}</i></b> specifies "
"which channel (or luminance or colour) to plot if the image is color. This "
"can be used in conjunction with spectrometric options. It may also be used "
"with the <b>-tri</b> option, which generates 3 parallel equispaced profiles "
"each separated by <b>-spacing=</b> pixels, but note that for tri profiles "
"the <i><b>col</b></i> option will be treated the same as <i><b>lum</b></i>.\n"
"\n"
"The option <b>-cfa</b> selects CFA mode, which generates 4 profiles: 1 for "
"each CFA channel in a Bayer patterned image. This option cannot be used with "
"color images or mono images with no Bayer pattern, and cannot be used at the "
"same time as the <b>-tri</b> option.\n"
"\n"
"The option <b>-arcsec</b> causes the x axis to display distance in arcsec, "
"if the necessary metadata is available. This option is overridden if "
"spectrometric options are provided. If not provided or if metadata is not "
"available, distance will be shown in pixel units.\n"
"\n"
"The <b>-savedat</b> argument may be provided if it is desired to keep the "
"GNUplot data files: by default they will be deleted.\n"
"\n"
"<b>Spectrometric Options</b>\n"
"\n"
"If spectrometric options are provided, all of the following must be "
"provided: <b>-wavenumber1=</b> and <b>-wavenumber2=</b> specify 2 "
"wavenumbers in cm<sup>-1</sup>, and <b>-wn1=x,y</b> and <b>-wn2=x,y</b> "
"specify points in the image corresponding to those wavenumbers. As a "
"convenience, <b>-wavelength1=</b> and <b>-wavelength2=</b> may be used "
"instead to provide wavelengths in nm. These are always converted and the "
"plot axis always shows wavenumber. The optional spectrometric argument <b>-"
"width=</b> may be provided, which specifies how many pixels should be "
"averaged perpendicular to the profile line.\n"
"\n"
"The argument <b>\"-title=<i>My Title\"</i></b> sets a custom title \"My "
"Title\". If processing a sequence and it is desired to have the current "
"image number and total number of images displayed in the format \"My "
"Sequence (1 / 5)\", the given title should end with () (e.g. \"My Sequence ()"
"\" and the numbers will be populated automatically."

#: src/core/command_def.h:117
msgid ""
"Performs a PSF (Point Spread Function) on the selected star and display the "
"results. For headless operation, the selection can be given in pixels using "
"BOXSELECT. If provided, the <b>channel</b> argument selects the image "
"channel on which the star will be analyzed. It can be omitted for monochrome "
"images or when run from the GUI with one of the channels active in the view"
msgstr ""
"对选定的星点执行PSF（点扩散函数）并显示结果。对于无文件头的操作，可以使用"
"BOXSELECT以像素为单位进行选择。提供<b>channel</b>参数，将会在指定的通道上分析"
"恒星。对于单色图像，或者在GUI运行时界面中已选中了某个通道，则此参数被忽略"

#: src/core/command_def.h:118
msgid "Prints the current working directory"
msgstr "打印当前工作目录"

#: src/core/command_def.h:119
msgid ""
"Executes a Siril python script\n"
"\n"
"The script name must be provided as the first argument. If it is not found "
"in the current working directory, the user-defined script paths specified in "
"Preferences and the local siril-scripts repository will be searched. All "
"subsequent arguments will be treated as script arguments and passed to the "
"script as its argument vector. Note that the specific script must "
"incorporate support for reading input from the argument vector"
msgstr ""
"执行Siril的Python脚本\n"
"\n"
"第一个参数必须是脚本名称。如果在当前工作目录中未找到该脚本，则会在首选项中指"
"定的用户自定义脚本路径以及本地的siril-scripts仓库中搜索。所有后续参数都为脚本"
"参数，并作为参数向量传递给脚本。注意：脚本必须能够读取这个传递的参数数组"

#: src/core/command_def.h:121
#, fuzzy
msgid ""
"Builds a Bayer masked color image from 4 separate images containing the data "
"from Bayer subchannels CFA0, CFA1, CFA2 and CFA3. (The corresponding command "
"to split the CFA pattern into subchannels is <b>split_cfa</b>.) This "
"function can be used as part of a workflow applying some processing to the "
"individual Bayer subchannels prior to demosaicing. The fifth parameter "
"<b>bayerpattern</b> specifies the Bayer matrix pattern to recreate: "
"<b>bayerpattern</b> should be one of 'RGGB', 'BGGR', 'GRBG' or 'GBRG'"
msgstr ""
"用从拜耳图像中拆分出的CFA0、CFA1、CFA2和CFA3这四个子图像合成一个拜耳彩色图"
"像。（将CFA图像拆分为四个子图像的相应命令是<b>split_CFA</b>。）此功能可作为工"
"作流的一部分，在去马赛克之前分别对拜耳子图像做一些处理。第五个参数"
"<b><i>bayerpattern</i></b>指定要重建的拜耳阵列模式：<i>bayerpattern</i>应"
"为“RGGB”、“BGGR”、“GRBG”或“GBRG”"

#: src/core/command_def.h:122
#, fuzzy
msgid ""
"Finds and optionally performs geometric transforms on images of the sequence "
"given in argument so that they may be superimposed on the reference image. "
"Using stars for registration, this algorithm only works with deep sky "
"images. Star detection options can be changed using <b>SETFINDSTAR</b> or "
"the <i>Dynamic PSF</i> dialog.\n"
"\n"
"All images of the sequence will be registered unless the option <b>-"
"selected</b> is passed, in that case the excluded images will not be "
"processed.\n"
"The <b>-2pass</b> option will only compute the transforms but not generate "
"the transformed images, <b>-2pass</b> adds a preliminary pass to the "
"algorithm to find a good reference image before computing the transforms, "
"based on image quality and framing. To generate transformed images after "
"this pass, use SEQAPPLYREG.\n"
"If created, the output sequence name will start with the prefix \"r_\" "
"unless otherwise specified with <b>-prefix=</b> option. The output images "
"can be rescaled by passing a <b>-scale=</b> argument with a float value "
"between 0.1 and 3.\n"
"\n"
"<b>Image transformation options:</b>\n"
"\n"
"The detection is done on the green layer for colour images, unless specified "
"by the <b>-layer=</b> option with an argument ranging from 0 to 2 for red to "
"blue.\n"
"<b>-transf=</b> specifies the use of either <b>shift</b>, <b>similarity</b>, "
"<b>affine</b> or <b>homography</b> (default) transformations respectively.\n"
"<b>-minpairs=</b> will specify the minimum number of star pairs a frame must "
"have with the reference frame, otherwise the frame will be dropped and "
"excluded from the sequence.\n"
"<b>-maxstars=</b> will specify the maximum number of stars to find within "
"each frame (must be between 100 and 2000). With more stars, a more accurate "
"registration can be computed, but will take more time to run.\n"
"<b>-nostarlist</b> disables saving the star lists to disk.\n"
"<b>-disto=</b> uses distortion terms from a previous platesolve solution "
"(with a SIP order > 1). It takes as parameter either <b>image</b> to use the "
"solution contained in the currently loaded image, <b>file</b> followed by "
"the path to the image containing the solution or <b>master</b> to load "
"automatically the matching distortion master corresponding to each image. "
"When using this option, the polynomials are used both to correct star "
"positions before computing the transformation and to undistort the images "
"when output images are exported.\n"
"\n"
"<b>Image interpolation options:</b>\n"
"\n"
"By default, transformations are applied to register the images by using "
"interpolation.\n"
"The pixel interpolation method can be specified with the <b>-interp=</b> "
"argument followed by one of the methods in the list <b>no</b>[ne], <b>ne</"
"b>[arest], <b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], <b>ar</"
"b>[ea]}. If <b>none</b> is passed, the transformation is forced to shift and "
"a pixel-wise shift is applied to each image without any interpolation.\n"
"Clamping of the bicubic and lanczos4 interpolation methods is the default, "
"to avoid artefacts, but can be disabled with the <b>-noclamp</b> argument.\n"
"\n"
"<b>Image drizzle options:</b>\n"
"\n"
"Otherwise, the images can be exported using HST drizzle algorithm by passing "
"the argument <b>-drizzle</b> which can take the additional options:\n"
"<b>-pixfrac=</b> sets the pixel fraction (default = 1.0).\n"
"The <b>-kernel=</b> argument sets the drizzle kernel and must be followed by "
"one of <b>point</b>, <b>turbo</b>, <b>square</b>, <b>gaussian</b>, "
"<b>lanczos2</b> or <b>lanczos3</b>. The default is <b>square</b>.\n"
"The <b>-flat=</b> argument specifies a master flat to weight the drizzled "
"input pixels (default is no flat).\n"
"\n"
"Note: when using <b>-drizzle</b> on images taken with a color camera, the "
"input images must not be debayered. In that case, star detection will always "
"occur on the green pixels"
msgstr ""
"查找参数中给定序列里的图像，并对其执行可选的几何变换，使其和参考图像重合。该"
"算法使用星点来对齐，仅适用于深空图像。可以使用<b>SETFINDSTAR</b>或<i>动态"
"PSF</i>对话框更改星点侦测选项。星点侦测是在彩色图像的绿色图层上完成的，除非用"
"<b>-layer=</b>选项指定，取值范围从0到2（红色到蓝色）。\n"
"\n"
"<b>-2pass</b>和<b>-noout</b>选项将只计算对齐，而不生成对齐后的图像。"
"<b>-2pass</b>为算法会预先计算一次对齐，以便根据图像质量和取景范围找到好的参考"
"图像，用于第二次真正的对齐。要在该过程之后生成对齐后的图像，请使用"
"SEQAPPLYREG。<b>-nostarlist</b>禁用将星点列表保存到磁盘。\n"
"\n"
"选项<b>-transf=</b>分别指定使用<b>平移</b>、<b>同构</b>，<b>仿射</b>或<b>单应"
"性</b>（默认）对齐模式。\n"
"选项<b>-drizzle</b>将对齐生成的图像放大2倍，以便超分辨率叠加。\n"
"选项<b>-minpairs=</b>将指定每帧与参考帧的最小配对星点数，小于该数的帧将被跳过"
"并从序列中排除。\n"
"选项<b>-maxstars=</b>将指定在每帧中要查找的最大星点数（必须在100到2000之"
"间）。更多的星点可以计算出更准确的对齐，但运行需要更久。\n"
"\n"
"像素插值方法可以用<b>interp=</b>参数指定，取值可以是：<b>no</b>[ne]，<b>ne</"
"b>[arest]，<b>cu</b>[bic]，<b>la</b>[nczos4]，<b>li</b>[near]，<b>ar</"
"b>[ea]。如果传递了<b>none</b>，则强制对齐模式为平移，并在不插值的情况下逐像素"
"平移每个图像。\n"
"双三次插值和lanczos4插值的保持机制是默认启用的，以避免伪影，但可以使用<b>-"
"noclamp</b>参数禁用。\n"
"\n"
"如果传递选项<b>-selected</b>，将不会处理序列中已排除的图像，否则，序列中的全"
"部图像都将被对齐\n"
"\n"
"输出序列名的前缀为“r_”，除非使用<b>-prefix=</b>选项指定"

#: src/core/command_def.h:123
msgid ""
"Rescans the scripts folders and updates the Scripts menu. Note that this "
"command may not be used headless (i.e. from siril-cli) and also that the "
"update will happen asynchronously (i.e. the command will trigger the update "
"but will not wait for the update to complete)"
msgstr ""

#: src/core/command_def.h:124
msgid ""
"Returns an error if the version of Siril is older than the minimum required "
"version passed in the first argument. Optionally, takes a second argument "
"for the Siril version at which the script is obsolete: returns an error if "
"the version of Siril is <b>newer than or equal to</b> the one passed in the "
"second argument.\n"
"\n"
"Example: <i>requires 1.2.0 1.4.0</i> allows the script to run for all of the "
"1.2.x series and 1.3.x series, but will not run for any versions earlier "
"than 1.2.0 or for version 1.4.0 or any later versions"
msgstr ""
"如果 Siril 的版本早于第一个参数中传递的最低要求版本，则返回错误。（可选）为脚"
"本已过时的 Siril 版本获取第二个参数：如果 Siril 的版本<b>新或等于</b>则返回错"
"误。\n"
"\n"
"示例：<i>requires 1.2.0 1.4.0</i> 允许脚本针对所有 1.2.x 系列和 1.3.x 系列运"
"行，但不会针对 1.2.0 之前的任何版本或版本 1.4.0 或任何更高版本运行"

#: src/core/command_def.h:125
#, fuzzy
msgid ""
"Resamples the loaded image, either with a factor <b>factor</b> or for the "
"target width or height provided by either of <b>-width=</b>, <b>-height=</b> "
"or <b>-maxdim=</b>. This is generally used to resize images: a factor of 0.5 "
"divides size by 2. The <b>-maxdim</b> argument can be used to resize the "
"longest dimension of the image to a set size, which can be useful for "
"optimizing images for certain websites, e.g. social media websites.\n"
"In the graphical user interface, we can see that several interpolation "
"algorithms are proposed.\n"
"\n"
"The pixel interpolation method can be specified with the <b>-interp=</b> "
"argument followed by one of the methods in the list <b>no</b>[ne], <b>ne</"
"b>[arest], <b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], <b>ar</"
"b>[ea]}.\n"
"Clamping of the bicubic and lanczos4 interpolation methods is the default, "
"to avoid artefacts, but can be disabled with the <b>-noclamp</b> argument"
msgstr ""
"重采样（缩放）载入的图像，要么用<b>factor</b>指定目标倍数，要么用<b>-width=</"
"b>或<b>-heith=</b>指定目标宽度或高度。这通常用于调整图像尺寸，倍数为0.5会将尺"
"寸除以2。\n"
"在GUI中，有以下几种插值算法可选。\n"
"\n"
"像素插值方法可以用<b>interp=</b>参数指定，取值可以是：<b>no</b>[ne]，<b>ne</"
"b>[arest]，<b>cu</b>[bic]，<b>la</b>[nczos4]，<b>li</b>[near]，<b>ar</"
"b>[ea]。如果传递了<b>none</b>，则强制对齐模式为平移，并在不插值的情况下逐像素"
"平移每个图像。\n"
"双三次插值和lanczos4插值的保持机制是默认启用的，以避免伪影，但可以使用<b>-"
"noclamp</b>参数禁用"

#: src/core/command_def.h:126
msgid ""
"Creates an RGB composition using three independent images, or an LRGB "
"composition using the optional luminance image and three monochrome images "
"or a color image. Result image is called composed_rgb.fit or "
"composed_lrgb.fit unless another name is provided in the optional argument. "
"Another optional argument, <b>-nosum</b> tells Siril not to sum exposure "
"times. This impacts FITS keywords such as LIVETIME and STACKCNT"
msgstr ""
"使用三个独立图像执行RGB合成，或者使用一个明度图像与三个单色图像或一个彩色图像"
"执行LRGB合成。结果图像默认文件名为composed_rgb.fit或composed_lrgb.fit，另一个"
"可选参数，<b>-nosum</b>告诉 Siril 不要对曝光时间求和。这会影响 FITS 关键字，"
"例如 LIVETIME 和 STACKCNT"

#: src/core/command_def.h:127
msgid ""
"Creates two images, with a radial shift (<b>dR</b> in pixels) and a "
"rotational shift (<b>dalpha</b> in degrees) with respect to the point "
"(<b>xc</b>, <b>yc</b>).\n"
"\n"
"Between these two images, the shifts have the same amplitude, but an "
"opposite sign. The two images are then added to create the final image. This "
"process is also called Larson Sekanina filter"
msgstr ""
"创建两个图像，具有相对于点（<b>xc</b>，<b>yc</b>）的径向偏移（<b>dR</b>，以像"
"素为单位）和旋转偏移（<b>dalpha</b>，以度为单位）。\n"
"\n"
"在这两幅图像之间，偏移具有相同的大小，但符号相反。然后将这两张图像相加，以创"
"建最终图像。这个过程也称为Larson-Sekanina滤波"

#: src/core/command_def.h:128
msgid ""
"Restores an image using the Richardson-Lucy method.\n"
"\n"
"Optionally, a PSF may be loaded using the argument <b>-loadpsf=<i>filename</"
"i></b> (created with MAKEPSF).\n"
"\n"
"The number of iterations is provide by <b>-iters</b> (the default is 10).\n"
"\n"
"The type of regularization can be set with <b>-tv</b> for Total Variation, "
"or <b>-fh</b> for the Frobenius norm of the Hessian matrix (the default is "
"none) and <b>-alpha=</b> provides the regularization strength (lower value = "
"more regularization, default = 3000).\n"
"\n"
"By default the gradient descent method is used with a default step size of "
"0.0005, however the multiplicative method may be specified with <b>-mul</"
"b>.\n"
"\n"
"The stopping criterion may be activated by specifying a stopping limit with "
"<b>-stop=</b>"
msgstr ""
"使用Richardson-Lucy方法复原图像。\n"
"\n"
"可以选择使用参数<b>-loadpsf=<i>filename</i></b>（先前使用MAKEPSF创建）载入"
"PSF。\n"
"\n"
"迭代次数由<b>-iters</b>提供（默认值为10）。\n"
"\n"
"正则化的类型，用<b>-tv</b>指定为全变分，或用<b>-fh</b>指定为Hessian矩阵的"
"Frobenius范数（默认值为none），并用<b>-alpha=</b>提供正则化强度（值越小强度越"
"大，默认值为3000）。\n"
"\n"
"默认使用步长为0.0005的梯度下降法，但可用<b>-mul</b>指定为乘法。\n"
"\n"
"可使用<b>-stop=</b>来指定停止判据"

#: src/core/command_def.h:129
msgid ""
"Applies a chromatic noise reduction filter. It removes green tint in the "
"current image. This filter is based on PixInsight's SCNR and it is also the "
"same filter used by HLVG plugin in Photoshop.\n"
"Lightness is preserved by default but this can be disabled with the <b>-"
"nopreserve</b> switch.\n"
"\n"
"<b>Type</b> can take values 0 for average neutral, 1 for maximum neutral, 2 "
"for maximum mask, 3 for additive mask, defaulting to 0. The last two can "
"take an <b>amount</b> argument, a value between 0 and 1, defaulting to 1"
msgstr ""
"应用色度降噪滤镜。这可以除去当前图像中的绿色噪声。该滤镜基于PixInsight的"
"SCNR，也即为Photoshop中HLVG插件中使用的滤镜。\n"
"默认情况下会保护亮度，也可以使用<b>-nopreserve</b>开关禁用。\n"
"\n"
"<b>Type</b>可以取0（average neutral），1（maximum neutral），2（maximum "
"mask），3（additive mask），默认值为0。后两个可以采用<b>amount</b>参数，该值"
"介于0和1之间，默认为1"

#: src/core/command_def.h:130
msgid ""
"Rotates the loaded image by an angle of <b>degree</b> value. The option <b>-"
"nocrop</b> can be added to avoid cropping to the image size (black borders "
"will be added).\n"
"\n"
"Note: if a selection is active, i.e. by using a command `boxselect` before "
"`rotate`, the resulting image will be a rotated crop. In this particular "
"case, the option <b>-nocrop</b> will be ignored if passed.\n"
"\n"
"The pixel interpolation method can be specified with the <b>-interp=</b> "
"argument followed by one of the methods in the list <b>no</b>[ne], <b>ne</"
"b>[arest], <b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], <b>ar</"
"b>[ea]}. If <b>none</b> is passed, the transformation is forced to shift and "
"a pixel-wise shift is applied to each image without any interpolation.\n"
"Clamping of the bicubic and lanczos4 interpolation methods is the default, "
"to avoid artefacts, but can be disabled with the <b>-noclamp</b> argument"
msgstr ""
"将载入的图像旋转<b>degree</b>。可以添加选项<b>-nocrop</b>以避免裁掉像素（将添"
"加黑边）。\n"
"\n"
"注意：如果有选区，在“rotate”前面使用命令“boxselect”，则旋转后的图像将被裁切到"
"选区大小。这种情况下，<b>-nocrop</b>将被忽略（如果传递有）。\n"
"\n"
"像素插值方法可以用<b>interp=</b>参数指定，取值可以是：<b>no</b>[ne]，<b>ne</"
"b>[arest]，<b>cu</b>[bic]，<b>la</b>[nczos4]，<b>li</b>[near]，<b>ar</"
"b>[ea]。如果传递了<b>none</b>，则强制对齐模式为平移，并在不插值的情况下逐像素"
"平移每个图像。\n"
"双三次插值和lanczos4插值的保持机制是默认启用的，以避免伪影，但可以使用<b>-"
"noclamp</b>参数禁用"

#: src/core/command_def.h:131
msgid ""
"Rotates the loaded image of an angle of 180° around its center. This is "
"equivalent to the command \"ROTATE 180\" or \"ROTATE -180\""
msgstr ""
"将载入的图像绕其中心旋转180°。这与命令\"ROTATE 180\"或\"ROTATE -180\"相同"

#: src/core/command_def.h:133
msgid ""
"Enhances the color saturation of the loaded image. Try iteratively to obtain "
"best results.\n"
"<b>amount</b> can be a positive number to increase color saturation, "
"negative to decrease it, 0 would do nothing, 1 would increase it by 100%\n"
"<b>background_factor</b> is a factor to (median + sigma) used to set a "
"threshold for which only pixels above it would be modified. This allows "
"background noise to not be color saturated, if chosen carefully. Defaults to "
"1. Setting 0 disables the threshold.\n"
"<b>hue_range_index</b> can be [0, 6], meaning: 0 for pink to orange, 1 for "
"orange to yellow, 2 for yellow to cyan, 3 for cyan, 4 for cyan to magenta, 5 "
"for magenta to pink, 6 for all (default)"
msgstr ""
"改变载入图像的色彩饱和度。尝试多次迭代以获得最佳结果。\n"
"<b>amount</b>可以是正数来增加色彩饱和度，可以是负数来降低色彩饱和度。设置为0"
"不会起任何作用，1会使色彩饱和度增加100%\n"
"<b>background_factor</b>用于设置阈值（中值+sigma），只有高于该阈值的像素才会"
"被修改。如果选择得当，这可以保持背景噪声不被增强。默认值为1。设置为0将禁用阈"
"值。\n"
"<b>hue_range_index</b>可以是[0,6]：0表示粉色到橙色，1表示橙色到黄色，2表示黄"
"色到青色，3表示青色，4表示青色到品红色，5表示品红色到粉色，6表示全部色相（默"
"认值）"

#: src/core/command_def.h:134
#, fuzzy
msgid ""
"Saves current image to <b>filename</b>.fit (or .fits, depending on your "
"preferences, see SETEXT) in the current working directory. The image remains "
"loaded. <b>filename</b> can contain a path as long as the directory already "
"exists. The <b>-chksum</b> option stores checksum keywords (CHECKSUM and "
"DATASUM) in the FITS header"
msgstr ""
"将当前图像保存为当前工作目录中的<b>filename</b>.fit（或.fits，取决于您的偏好"
"设置，参见SETEXT）。图像仍处于载入状态。只要目录存在，<b>filename</b>就可以包"
"含路径"

#: src/core/command_def.h:135
msgid ""
"Saves current image under the form of a bitmap file with 8-bit per channel: "
"<b>filename</b>.bmp (BMP 24-bit)"
msgstr "将当前图像保存为位图文件，每通道8位：<b>filename</b>.bmp (BMP 24-bit)"

#: src/core/command_def.h:136
msgid ""
"Saves current image into a JPG file: <b>filename</b>.jpg.\n"
"\n"
"The compression quality can be adjusted using the optional <b>quality</b> "
"value, 100 being the best and default, while a lower value increases the "
"compression ratio"
msgstr ""
"将当前图像保存为JPG文件：<b>filename</b>.jpg。\n"
"\n"
"可选参数<b>质量</b>值可以调整压缩质量，设为100质量最佳，也是默认值，较低的值"
"可以提高压缩率"

#: src/core/command_def.h:137
msgid ""
"Saves current image into a JPG XL file: <b>filename</b>.jxl.\n"
"\n"
"All other arguments are optional. The quality setting expresses a maximum "
"permissible distance between the original and the compressed image: the <b>-"
"quality=</b> argument may be provided and must be specified as a floating "
"point number between 0.0 and 10.0. A higher quality means better quality, "
"but larger file size. Quality = 10.0 is mathematically lossless, quality = "
"9.0 is visually lossless and quality = 0 is visually poor but gives very "
"small file sizes. The default value is 9.0; typical values range from 7.0 to "
"10.0. The compression effort can be adjusted using the optional <b>-effort=</"
"b> value, 9 being the most effort but very slow, while a lower value "
"increases the compression ratio. Values above 7 are not recommended as they "
"can be very slow and produce little if any benefit to file size, in fact "
"sometimes effort = 9 can produce larger files. If this argument is omitted "
"the default value of 7 is used. An option <b>-8bit</b> may be provided to "
"force output to be 8 bits per pixel"
msgstr ""
"将当前图像保存到 JPG XL 文件中：<b>filename</b>.jxl。\n"
"\n"
"所有其他参数都是可选的。质量设置表示原始图像和压缩图像之间的最大允许距离："
"<b>-quality=</b>可以提供参数，并且必须指定为 0.0 到 10.0 之间的浮点数。更高的"
"质量意味着更好的质量，但文件大小更大。质量 = 10.0 是数学上无损的，质量 = 9.0 "
"是视觉上无损的，质量 = 0 是视觉上很差的，但提供的文件大小非常小。默认值为"
"9.0；典型值范围为 7.0 至 10.0。可以使用可选的<b>-effort=</b>来调整压缩力度。"
"值，9 是最费力但非常慢，而较低的值会增加压缩比。不建议使用高于 7 的值，因为它"
"们可能非常慢，并且对文件大小产生的好处很小（如果有的话），事实上，有时力度 = "
"9 可以生成更大的文件。如果省略此参数，则使用默认值 7。选项<b>-8bit</b>可以强"
"制输出为每像素 8 位"

#: src/core/command_def.h:138
msgid ""
"Saves current image into a PNG file: <b>filename</b>.png, with 16 bits per "
"channel if the loaded image is 16 or 32 bits, and 8 bits per channel if the "
"loaded image is 8 bits"
msgstr ""
"将当前图像保存为PNG文件：<b>filename</b>.png，如果载入的图像为16或32位，则每"
"通道16位，如果载入的图像为8位，则每通道8位"

#: src/core/command_def.h:139
msgid ""
"Saves current image under the form of a NetPBM file format with 16-bit per "
"channel.\n"
"\n"
"The extension of the output will be <b>filename</b>.ppm for RGB image and "
"<b>filename</b>.pgm for gray-level image"
msgstr ""
"以NetPBM格式保存当前图像，每通道16位。\n"
"\n"
"输出的扩展名为<b>filename</b>.ppm（RGB图像）或<b>filename</b>.prgm（灰度图"
"像）"

#: src/core/command_def.h:140
msgid ""
"Saves current image under the form of a uncompressed TIFF file with 16-bit "
"per channel: <b>filename</b>.tif. The option <b>-astro</b> allows saving in "
"Astro-TIFF format, while <b>-deflate</b> enables compression.\n"
"\n"
"See also SAVETIF32 and SAVETIF8"
msgstr ""
"将当前图像保存为未压缩的每通道16位TIFF文件：<b>filename</b>.tif。选项<b>-"
"astro</b>允许保存为astro TIFF格式，<b>-deflate</b>启用压缩。\n"
"\n"
"参见SAVETIF32和SAVETIF8"

#: src/core/command_def.h:141
msgid ""
"Same command as SAVETIF but the output file is saved in 32-bit per channel: "
"<b>filename</b>.tif. The option <b>-astro</b> allows saving in Astro-TIFF "
"format, while <b>-deflate</b> enables compression"
msgstr ""
"与SAVETIF命令相同，但以每通道32位的格式保存为文件：<b>filename</b>.tif。选项"
"<b>-astro</b>允许以astro TIFF格式保存，而<b>-deflate</b>启用压缩"

#: src/core/command_def.h:142
msgid ""
"Same command as SAVETIF but the output file is saved in 8-bit per channel: "
"<b>filename</b>.tif. The option <b>-astro</b> allows saving in Astro-TIFF "
"format, while <b>-deflate</b> enables compression"
msgstr ""
"与SAVETIF命令相同，但以每通道8位的格式保存为文件：<b>filename</b>.tif。选项"
"<b>-astro</b>允许以astro TIFF格式保存，而<b>-deflate</b>启用压缩"

#: src/core/command_def.h:143
msgid ""
"Restores an image using the Split Bregman method.\n"
"\n"
"Optionally, a PSF may be loaded using the argument <b>-loadpsf=<i>filename</"
"i></b>.\n"
"\n"
"The number of iterations is provide by <b>-iters</b> (the default is 1).\n"
"\n"
"The regularization factor <b>-alpha=</b> provides the regularization "
"strength (lower value = more regularization, default = 3000)"
msgstr ""
"使用Split Bregman方法复原图像。\n"
"\n"
"可以使用参数<b>-loadpsf=<i>filename</i></b>加载PSF。\n"
"\n"
"<b>-iters</b>提供迭代次数（默认值为1）。\n"
"\n"
"正则化因子<b>-alpha=</b>提供正则化强度（较低的值表示更多的正则化，默认值"
"=3000）"

#: src/core/command_def.h:144
msgid ""
"This command allows easy mass selection of images in the sequence "
"<b>sequencename</b> (from <b>from</b> to <b>to</b> included). This is a "
"selection for later processing.\n"
"See also UNSELECT"
msgstr ""
"此命令可以在<b>sequencename</b>序列中批量选择图像（从<b>from</b>到<b>to</b>之"
"内的所有图像），供随后的处理使用。\n"
"参见UNSELECT"

#: src/core/command_def.h:145
#, fuzzy
msgid ""
"Applies geometric transforms on images of the sequence given in argument so "
"that they may be superimposed on the reference image, using registration "
"data previously computed (see REGISTER).\n"
"The output sequence name starts with the prefix <b>\"r_\"</b> unless "
"otherwise specified with <b>-prefix=</b> option.\n"
"The registration is done on the first layer for which data exists for RGB "
"images unless specified by <b>-layer=</b> option (0, 1 or 2 for R, G and B "
"respectively).\n"
"The output images can be rescaled by passing a <b>-scale=</b> argument with "
"a float value between 0.1 and 3.\n"
"\n"
"Automatic framing of the output sequence can be specified using <b>-"
"framing=</b> keyword followed by one of the methods in the list { current | "
"min | max | cog } :\n"
"<b>-framing=max</b> (bounding box) will project each image and compute its "
"shift wrt. reference image. The resulting sequence can then be stacked using "
"option <b>-maximize</b> of STACK command which will create the full image "
"encompassing all images of the sequence.\n"
"<b>-framing=min</b> (common area) crops each image to the area it has in "
"common with all images of the sequence.\n"
"<b>-framing=cog</b> determines the best framing position as the center of "
"gravity (cog) of all the images.\n"
"\n"
"<b>Image interpolation options:</b>\n"
"By default, transformations are applied to register the images by using "
"interpolation.\n"
"The pixel interpolation method can be specified with the <b>-interp=</b> "
"argument followed by one of the methods in the list <b>no</b>[ne], <b>ne</"
"b>[arest], <b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], <b>ar</"
"b>[ea]}. If <b>none</b> is passed, the transformation is forced to shift and "
"a pixel-wise shift is applied to each image without any interpolation.\n"
"Clamping of the bicubic and lanczos4 interpolation methods is the default, "
"to avoid artefacts, but can be disabled with the <b>-noclamp</b> argument.\n"
"\n"
"<b>Image drizzle options:</b>\n"
"Otherwise, the images can be exported using HST drizzle algorithm by passing "
"the argument <b>-drizzle</b> which can take the additional options:\n"
"<b>-pixfrac=</b> sets the pixel fraction (default = 1.0).\n"
"The <b>-kernel=</b> argument sets the drizzle kernel and must be followed by "
"one of <b>point</b>, <b>turbo</b>, <b>square</b>, <b>gaussian</b>, "
"<b>lanczos2</b> or <b>lanczos3</b>. The default is <b>square</b>.\n"
"The <b>-flat=</b> argument specifies a master flat to weight the drizzled "
"input pixels (default is no flat).\n"
"\n"
"<b>Filtering out images:</b>\n"
"Images to be registered can be selected based on some filters, like those "
"selected or with best FWHM, with some of the <b>-filter-*</b> options.\n"
"See the command reference for the complete documentation on this command"
msgstr ""
"使用先前计算的对齐数据，对参数中给定序列里的图像应用几何变换，使其和参考图像"
"重合（参见REGISTER）。\n"
"\n"
"输出序列名的前缀为<b>\"r_\"</b>，除非使用<b>-prefix=</b>选项指定。\n"
"\n"
"选项<b>-upscale</b>激活在转换序列中创建的图像的插值 x2 放大。\n"
"\n"
"选项 <b>-drizzle</b>激活 DRIZZLE 算法，它可以采用附加选项： <b>-scale=</b> 设"
"置图像比例因子（默认 = 1.0）； <b>-pixfrac=</b>设置像素分数（默认 = 1.0）。 "
"<b>-kernel=</b> 参数设置 DRIZZLE 内核，并且后面必须跟有 <b>point</b>、"
"<b>turbo</b>、<b>square</b>、<b>gaussian</b>、<b>lanczos2</b>或<b>lanczos3</"
"b>之一。默认值为 <b>square</b>。 <b>-flat=</b>参数指定一个主平场来对drizzle输"
"入像素进行加权（默认为无平场）。<b>-ocseq</b>参数指定生成带有附加前缀“oc_”的"
"output_counts序列。\n"
"\n"
"像素插值方法（不使用 DRIZZLE 时）可以使用 <b>-interp=</b> 指定。参数后跟列表"
"中的方法之一 <b>no</b>[ne]、<b>ne</b>[arest]、<b>cu</b>[bic]、<b>la</"
"b>[nczos4]、<b>li</b>[near]、<b>ar</b>[ea]}。如果<b>none</b>传递后，则强制对"
"齐模式为平移，并在不插值的情况下逐像素平移每个图像。\n"
"双三次插值和lanczos4插值的保持机制是默认启用的，以避免伪影，但可以使用<b>-"
"noclamp</b>参数禁用。\n"
"\n"
"对于RGB图像，默认使用存在对齐数据的第一层来应用变换，除非用<b>-layer=</b>选项"
"指定（R、G和B分别为0、1或2）。\n"
"\n"
"输出序列的取景范围可以使用<b>-framing=</b>关键字指定，取值可以是{ current | "
"min | max | cog }：\n"
"<b>-framing=max</b>（并集）根据需要在每个图像周围添加黑色边框，在对齐时不会裁"
"切图像的任何部分。然后可以使用选项<b>-maximize</b>对所得序列进行叠加。 STACK "
"命令将创建包含序列中所有图像的完整图像。\n"
"<b>-framing=min</b>（交集）将每个图像裁切到序列里所有图像共有的区域。\n"
"<b>-framing=cog</b>将全部图像的重心（cog）作为最佳构图位置。\n"
"\n"
"筛选图像：\n"
"可以使用<b>-filter-*</b>选项，根据一些条件筛选要对齐的图像，比如只对齐已选中"
"的图像或者只对齐FWHM最佳的图像。\n"
"有关此命令的完整说明文档，参见command reference"

#: src/core/command_def.h:146
msgid ""
"Same command as CCM but for the the sequence <b>sequencename</b>. Only "
"selected images in the sequence are processed.\n"
"\n"
"The output sequence name starts with the prefix \"ccm\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"与 CCM 相同的命令，但用于序列<b>sequencename</b>。仅处理序列中选定的图像。\n"
"\n"
"输出序列名前缀为\"ccm\"，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:147
msgid ""
"This command clears selection, registration and/or statistics data stored "
"for the sequence <b>sequencename</b>.\n"
"\n"
"You can specify to clear only registration, statistics and/or selection with "
"<b>-reg</b>, <b>-stat</b> and <b>-sel</b> options respectively. All are "
"cleared if no option is passed"
msgstr ""
"此命令清除存储在序列<b>sequencename</b>中的选择、对齐和/或统计数据。\n"
"\n"
"您可以分别使用<b>-reg</b>、<b>-stat</b>、<b>-sel</b>选项来指定仅清除对齐、统"
"计和/或选择数据。如果未传递任何选项，则全部清除"

#: src/core/command_def.h:148
msgid ""
"Same command as COSME but for the the sequence <b>sequencename</b>. Only "
"selected images in the sequence are processed.\n"
"\n"
"The output sequence name starts with the prefix \"cosme_\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"与COSME相同的命令，但用于序列<b>sequencename</b>。仅处理序列中选定的图像。\n"
"\n"
"输出序列名前缀为\"cosme_\"，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:149
msgid ""
"Same command as COSME_CFA but for the the sequence <b>sequencename</b>. Only "
"selected images in the sequence are processed.\n"
"\n"
"The output sequence name starts with the prefix \"cosme_\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"与COSME_CFA相同的命令，但用于序列<b>sequencename</b>。仅处理序列中选定的图"
"像。\n"
"\n"
"输出序列名前缀为\"cosme_\"，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:150
msgid ""
"Crops the sequence given in argument <b>sequencename</b>. Only selected "
"images in the sequence are processed.\n"
"\n"
"The crop selection is specified by the upper left corner position <b>x</b> "
"and <b>y</b> and the selection <b>width</b> and <b>height</b>, like for "
"CROP.\n"
"The output sequence name starts with the prefix \"cropped_\" unless "
"otherwise specified with <b>-prefix=</b> option"
msgstr ""
"裁切参数中给定的序列<b>sequencename</b>。仅处理序列中选定的图像。\n"
"\n"
"裁切区域用左上角位置<b>x</b>和<b>y</b>以及区域宽度<b>width</b>和高度"
"<b>height</b>来指定，类似于CROP。\n"
"输出序列名前缀为\"cropped_\"，除非使用<b>-prefix=</b>选项指定"

#: src/core/command_def.h:151
msgid ""
"Same command as EXTRACT_HA but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"Ha_\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"与EXTRACT_HA命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为“Ha_”，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:152
msgid ""
"Same command as EXTRACT_GREEN but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"Green_\" unless otherwise "
"specified with option <b>-prefix=</b>"
msgstr ""
"与EXTRACT_GREEN命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为“Green_”，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:153
msgid ""
"Same command as EXTRACT_HAOIII but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequences names start with the prefixes \"Ha_\" and \"OIII_\""
msgstr ""
"与EXTRACT_HAOIII相同的命令，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名称前缀为“Ha_”和“OIII_”"

#: src/core/command_def.h:154
msgid ""
"Same command as FINDSTAR but for the sequence <b>sequencename</b>.\n"
"\n"
"The option <b>-out=</b> is not available for this process as all the star "
"list files are saved with the default name <i>seqname_seqnb.lst</i>"
msgstr ""
"与FINDSTAR命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"选项<b>-out=</b>不可用，因为所有星点列表文件都保存为默认名称"
"<i>seqname_seqnb.lst</i>"

#: src/core/command_def.h:155
msgid ""
"Same command as FIND_COSME but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"cc_\" unless otherwise "
"specified with <b>-prefix=</b> option"
msgstr ""
"与FIND_COSME命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为“cc_”，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:156
msgid ""
"Same command as FIND_COSME_CFA but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"cc_\" unless otherwise "
"specified with <b>-prefix=</b> option"
msgstr ""
"与FIND_COSME_CFA命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为“cc_”，除非使用选项<b>-prefix=</b>指定"

#: src/core/command_def.h:157
msgid ""
"Same command as FIXBANDING but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"unband_\" unless otherwise "
"specified with <b>-prefix=</b> option"
msgstr ""
"与FIXBANDING命令相同，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为\"unband_\"，除非使用<b>-prefix=</b>选项指定"

#: src/core/command_def.h:158
msgid ""
"Same command as GHT but the sequence must be specified as the first "
"argument. In addition, the optional argument <b>-prefix=</b> can be used to "
"set a custom prefix"
msgstr ""
"与GHT命令相同，但必须用第一个参数指定序列。附加的可选参数<b>-prefix=</b>用于"
"自定义前缀"

#: src/core/command_def.h:159
msgid ""
"Prints the FITS header value corresponding to the given keys for all images "
"in the sequence. You can write several keys in a row, separated by a space. "
"The <b>-out=</b> option, followed by a file name, allows you to print the "
"output in a csv file. The <b>-sel</b> option limits the output to the images "
"selected in the sequence"
msgstr ""
"打印序列中所有图像与给定键对应的 FITS 标头值。您可以连续写入多个键（在一行"
"中），并用空格分隔。 <b>-out=</b>选项，后跟文件名，允许您以 csv 文件的形式打"
"印输出。 <b>-sel</b>选项将仅输出序列中已选中的图像"

#: src/core/command_def.h:160
msgid ""
"Same command as INVGHT but the sequence must be specified as the first "
"argument. In addition, the optional argument <b>-prefix=</b> can be used to "
"set a custom prefix"
msgstr ""
"与INVGHT命令相同，但必须在第一个参数中指定序列。可选附加参数<b>-prefix=</b>用"
"于自定义前缀"

#: src/core/command_def.h:161
msgid ""
"Same command as INVMODASINH but the sequence must be specified as the first "
"argument. In addition, the optional argument <b>-prefix=</b> can be used to "
"set a custom prefix"
msgstr ""
"与INVMODASINH命令相同，但必须在第一个参数中指定序列。可选附加参数<b>-"
"prefix=</b>用于自定义前缀"

#: src/core/command_def.h:162
msgid ""
"Same command as LINSTRETCH but the sequence must be specified as the first "
"argument. In addition, the optional argument <b>-prefix=</b> can be used to "
"set a custom prefix"
msgstr ""
"与LINSTRETCH命令相同，但必须在第一个参数中指定序列。可选附加参数<b>-prefix=</"
"b>用于自定义前缀"

#: src/core/command_def.h:163
#, fuzzy
msgid ""
"Merges 4 sequences of images to recombine the Bayer pattern. The sequences "
"are specified in the arguments <b>sequencename0</b>, <b>sequencename1</b>, "
"<b>sequencename2</b> and <b>sequencename3</b>.\n"
"\n"
"The Bayer pattern to be reconstructed must be provided as the second "
"argument as one of RGGB, BGGR, GBRG or GRBG (the order of the Bayer channels "
"must match the order of the specified sequences).\n"
"\n"
"Note: all 4 input sequences <b>must</b> be present and have the same "
"dimensions, bit depth and number of images.\n"
"\n"
"The output sequence name starts with the prefix \"mCFA_\" and a number "
"unless otherwise specified with <b>-prefixout=</b> option"
msgstr ""
"合并4个图像序列以重建拜耳阵列模式。这些序列通过参数 <b>sequencename0</b>、"
"<b>sequencename1</b>、<b>sequencename2</b> 和 <b>sequencename3</b> 指定。\n"
"\n"
"需通过第二个参数指定要重建的拜耳阵列模式，可选值为 RGGB、BGGR、GBRG 或 GRBG"
"（依次对应4个参数）。\n"
"\n"
"注意：所有4个输入序列<b>必须</b>存在，且具有相同的尺寸、位深和图像数量。\n"
"\n"
"输出序列名前缀为\"mCFA_\"，并附加编号，除非使用 <b>-prefixout=</b> 选项自定义"
"前缀"

#: src/core/command_def.h:164
msgid ""
"Same command as MODASINH but the sequence must be specified as the first "
"argument. In addition, the optional argument <b>-prefix=</b> can be used to "
"set a custom prefix"
msgstr ""
"与MODASINH命令相同，但必须在第一个参数中指定序列。可选附加参数<b>-prefix=</b>"
"用于自定义前缀"

#: src/core/command_def.h:165
msgid ""
"Same command as MTF but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequence name starts with the prefix \"mtf_\" unless otherwise "
"specified with <b>-prefix=</b> option"
msgstr ""
"与MTF相同的命令，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名前缀为\"mtf_\"，除非使用<b>-prefix=</b>选项指定"

#: src/core/command_def.h:166
#, fuzzy
msgid ""
"Plate solve a sequence. A new sequence will be created with the prefix "
"\"ps_\" if the input sequence is SER, otherwise, the images headers will be "
"updated. In case of SER, providing the metadata is mandatory and the output "
"sequence will be in the FITS cube format, as SER cannot store WCS data.\n"
"If WCS or other image metadata are erroneous or missing, arguments must be "
"passed:\n"
"  the approximate image center coordinates can be provided in decimal "
"degrees or degree/hour minute second values (J2000 with colon separators), "
"with right ascension and declination values separated by a comma or a space "
"(not mandatory for astrometry.net).\n"
" focal length and pixel size can be passed with <b>-focal=</b> (in mm) and "
"<b>-pixelsize=</b> (in microns), overriding values from images and settings. "
"See also options to solve blindly with local Astrometry.net\n"
"\n"
"For faster star detection in big images, downsampling the image is possible "
"with <b>-downscale</b>.\n"
"The solve can account for distortions using SIP convention with polynomials "
"up to order 5. Default value is taken form the astrometry preferences. This "
"can be changed with the option <b>-order=</b> giving a value between 1 and "
"5.\n"
"When using Siril solver local catalogues or with local Astrometry.net, if "
"the initial solve is not successful, the solver will search for a solution "
"within a cone of radius specified with <b>-radius=</b> option. If no value "
"is passed, the search radius is taken from the astrometry preferences. Siril "
"near search can be disabled by passing a value of 0. (cannot be disabled for "
"Astrometry.net).\n"
"Images already solved will be skipped by default. This can be disabled by "
"passing the option <b>-force</b>.\n"
"Using this command will update registration data unless the option <b>-"
"noreg</b> is passed.\n"
"You can save the current solution as a distortion file with the option <b>-"
"disto=</b>.\n"
"\n"
"Images can be either plate solved by Siril using a star catalogue and the "
"global registration algorithm or by astrometry.net's local solve-field "
"command (enabled with <b>-localasnet</b>).\n"
"\n"
"<b>Siril platesolver options: </b>\n"
"The limit magnitude of stars used for plate solving is automatically "
"computed from the size of the field of view, but can be altered by passing a "
"+offset or -offset value to <b>-limitmag=</b>, or simply an absolute "
"positive value for the limit magnitude.\n"
"The choice of the star catalog is automatic unless the <b>-catalog=</b> "
"option is passed: if local catalogs are installed, they are used, otherwise "
"the choice is based on the field of view and limit magnitude. If the option "
"is passed, it forces the use of the remote catalog given in argument, with "
"possible values: tycho2, nomad, gaia, ppmxl, brightstars, apass.\n"
"If the computed field of view is larger than 5 degrees, star detection will "
"be bounded to a cropped area around the center of the image unless <b>-"
"nocrop</b> option is passed.\n"
"When using online catalogues, a single catalogue extraction will be done for "
"the entire sequence. If there is a lot of drift or different sampling, that "
"may not succeed for all images. This can be disabled by passing the argument "
"<b>-nocache</b>, in which case metadata from each image will be used (except "
"for the forced values like center coordinates, pixel size and/or focal "
"length).\n"
"\n"
"<b>Astrometry.net solver options:</b>\n"
"Passing options <b>-blindpos</b> and/or <b>-blindres</b> enables to solve "
"blindly for position and for resolution respectively. You can use these when "
"solving an image with a completely unknown location and sampling"
msgstr ""
"解析一个序列。如果输入序列是 SER，则将创建一个带有前缀“ps_”的新序列，否则，将"
"更新图像标题。对于 SER，必须提供元数据，并且输出序列将采用 FITS 矩阵格式，因"
"为 SER 无法存储 WCS 数据。\n"
"如果 WCS 或其他图像元数据错误或丢失，则必须传递参数：\n"
"  近似图像中心坐标可以是十进制度格式，或者度/时-分-秒格式（带有冒号分隔符的"
"J2000坐标），赤经和赤纬用逗号或空格分隔（对于astrometry.net不是必需的）。\n"
"  焦距和像素尺寸可以通过<b>-focal=</b>（以毫米为单位）和<b>-pixelsize=</b>"
"（以微米为单位）来传递，会覆盖图像和设置中的值。\n"
"\n"
"图像可以由 Siril 使用星表和全局对齐算法进行解析，也可以由 astrometry.net 的本"
"地解析命令（通过 <b>-localasnet</b> 启用）进行解析。\n"
"\n"
"以下选项对于两个解析器都是通用的：\n"
"为了在大尺寸图像中更快地检测新星点，可以使用<b>-downscale</b>对图像进行下采"
"样。\n"
"该解析可以使用 SIP 约定以及高达 5 阶的多项式来解释失真。默认值取自天体测量首"
"选项。这可以通过选项 <b>-order=</b> 进行更改。给出 1 到 5 之间的值。\n"
"当使用 Siril 解析器本地星表或本地 Astrometry.net 时，如果初始解析不成功，解析"
"器将在使用 <b>-radius=</b> 指定的半径锥体内搜索解。选项。如果未传递任何值，则"
"搜索半径将从天体测量首选项中获取。可以通过传递值 0 来禁用 Siril 临近搜索。"
"（无法为 Astrometry.net 禁用）。\n"
"默认情况下，已解析的图像将被跳过。这可以通过传递选项<b>-force</b>来禁用。\n"
"\n"
"以下选项仅适用于 Siril 解析器：\n"
"用于解析的恒星的极限星等是根据视场的大小自动计算的，但可以通过将 +offset 或 "
"-offset 值传递给 <b>-limitmag=</b> 来更改，或者简单地更改极限幅度的绝对正"
"值。\n"
"星表的选择是自动的，除非 <b>-catalog=</b>传递选项：如果安装了本地目录，则使用"
"它们，否则选择基于视场和限制大小。如果传递该选项，它将强制使用参数中给出的远"
"程星表，可能的值包括：tycho2、nomad、gaia、ppmxl、brightstars、apass。\n"
"如果计算出的视场大于 5 度，则星体检测将局限于图像中心周围的裁剪区域，除非 "
"<b>-nocrop</b> 大于 5 度。选项已传递。\n"
"使用在线星表时，将为整个序列执行一次星表提取。如果存在大量漂移或不同的采样，"
"则可能无法对所有图像都成功。可以通过传递参数 <b>-nocache</b> 来禁用此功能，在"
"这种情况下，将使用每个图像的元数据（中心坐标、像素大小和/或焦距等强制值除"
"外）。\n"
"\n"
"以下选项仅适用于 Astrometry.net 解析器：\n"
"传递选项 <b>-blindpos</b>和/或<b>-blindres</b>能够分别盲解坐标和分辨率。您可"
"以在解析位置和采样完全未知的图像时使用这些"

#: src/core/command_def.h:167
msgid ""
"Generates an intensity profile plot between 2 points in each image in the "
"sequence. After the mandatory first argument stating the sequence to "
"process, the other arguments are the same as for the <b>profile</b> command. "
"If processing a sequence and it is desired to have the current image number "
"and total number of images displayed in the format \"My Sequence (1 / 5)\", "
"the given title should end with () (e.g. \"My Sequence ()\" and the numbers "
"will be populated automatically)"
msgstr ""
"生成序列中每个图像中 2 个点之间的强度曲线图。在说明要处理的序列的强制第一个参"
"数之后，其他参数与<b>profile</b>命令相同。如果处理序列并且希望以“我的序列 "
"(1 / 5)”格式显示当前图像编号和图像总数，则给定标题应以 () 结尾（例如“我的序"
"列 ()”和数字将自动填充）"

#: src/core/command_def.h:168
#, fuzzy
msgid ""
"Same command as PSF but runs on sequences. This is similar to the one-star "
"registration, except results can be used for photometry analysis rather than "
"aligning images and the coordinates of the star can be provided by options.\n"
"This command is what is called internally by the menu that appears on right "
"click in the image, with the PSF for the sequence entry. If registration "
"data already exist for the sequence, they will can be used to shift the "
"search window in each image. If there is no registration data and if there "
"is significant shift between images in the sequence, the default settings "
"will fail to find stars in the initial position of the search area.\n"
"The follow star option can then be activated with the argument <b>-"
"followstar</b>.\n"
"\n"
"Results will be displayed in the Plot tab, from which they can also be "
"exported to a comma-separated values (CSV) file for external analysis.\n"
"\n"
"When creating a light curve, the first star for which seqpsf has been run, "
"marked 'V' in the display, will be considered as the variable star. All "
"others are averaged to create a reference light curve subtracted to the "
"light curve of the variable star.\n"
"\n"
"Currently, in headless operation, the command prints some analysed data in "
"the console, another command allows several stars to be analysed and plotted "
"as a light curve: LIGHT_CURVE. Arguments are mandatory: the sequence name "
"must be provided (\".\" may be used to indicate the currently loaded "
"sequence) and when headless it is mandatory to provide the coordinates of "
"the star, with -at= allowing coordinates in pixels to be provided for the "
"target star of -wcs= allowing J2000 equatorial coordinates to be provided"
msgstr ""
"与PSF相同的命令，但在序列上运行。这类似于单星对齐，只是结果可以用于测光分析，"
"而不是对齐图像，并且恒星的坐标可以通过选项提供。\n"
"在图像上右键单击的菜单中选择“序列的PSF”以使用此命令。默认情况下，它将并行处"
"理；如果序列的对齐数据已经存在，则对齐数据将用于偏移每个图像中的搜索区域。如"
"果没有对齐数据，并且序列中的图像间存在显著偏移，则默认设置将无法在初始的搜索"
"区域中找到恒星。\n"
"然后，可以进入对齐选项卡，选择单星对齐，并选中跟随星点移动来激活跟随星点选项"
"（如果没有对齐数据，则默认为无文件头）。\n"
"\n"
"结果将显示在图表选项卡中，也可以导出为逗号分隔值文件（CSV），用于外部分析。\n"
"\n"
"创建光变曲线时，运行seqpsf的第一颗星（在显示器中标记为“V”）将被视为变星。其他"
"的星都将被平均，以创建一个减去了变星的参考光变曲线。\n"
"\n"
"目前，在无文件头的操作中，该命令会在控制台中打印一些分析出的数据，另一个命令"
"允许将几个恒星分析并绘制为光变曲线：LIGHT_CURVE。在无文件头的操作中，参数是强"
"制性的，-at=为目标恒星提供像素坐标，-wcs=提供J2000赤道坐标"

#: src/core/command_def.h:169
#, fuzzy
msgid ""
"Scales the sequence given in argument <b>sequencename</b>. Only selected "
"images in the sequence are processed.\n"
"\n"
"The scale factor is specified either by the <b>-scale=</b> argument or by "
"setting the output width, height or maximum dimension using the <b>-width=</"
"b>, <b>-height=</b> or <b>-maxdim=</b> options.\n"
"\n"
"An interpolation method may be specified using the <b>-interp=</b> argument "
"followed by one of the methods in the list <b>ne</b>[arest], <b>cu</b>[bic], "
"<b>la</b>[nczos4], <b>li</b>[near], <b>ar</b>[ea]}.. Clamping is applied for "
"cubic and lanczos interpolation.\n"
"\n"
"The output sequence name starts with the prefix \"scaled_\" unless otherwise "
"specified with <b>-prefix=</b> option"
msgstr ""
"缩放参数中给定的序列<b>sequencename</b>。仅处理序列中选定的图像。\n"
"\n"
"比例因子由 <b>-scale=</b> 指定。参数或通过使用 <b>-width=</b> 设置输出宽度或"
"高度或<b>-height=</b>选项。\n"
"\n"
"可以使用<b>-interp=</b>来指定插值方法。参数后跟列表中的方法之一 <b>ne</"
"b>[arest]、<b>cu</b>[bic]、<b>la</b>[nczos4]、<b>li</b>[near]、<b>ar</"
"b>[ea]}.. 嵌位适用于三次插值和 lanczos 插值。\n"
"\n"
"输出序列名前缀为\"scaled_\"，除非使用<b>-prefix=</b>选项指定"

#: src/core/command_def.h:170
msgid ""
"The same as the RL command, but applies to a sequence which must be "
"specified as the first argument"
msgstr "与RL命令相同，但适用于序列，必须在第一个参数中指定该序列"

#: src/core/command_def.h:171
msgid ""
"The same as the SB command, but applies to a sequence which must be "
"specified as the first argument"
msgstr "与SB命令相同，但适用于序列，必须在第一个参数中指定该序列"

#: src/core/command_def.h:172
msgid ""
"Same as SETMAG command but for the loaded sequence.\n"
"\n"
"This command is only valid after having run SEQPSF or its graphical "
"counterpart (select the area around a star and launch the PSF analysis for "
"the sequence, it will appear in the graphs).\n"
"This command has the same goal as SETMAG but recomputes the reference "
"magnitude for each image of the sequence where the reference star has been "
"found.\n"
"When running the command, the last star that has been analysed will be "
"considered as the reference star. Displaying the magnitude plot before "
"typing the command makes it easy to understand.\n"
"To reset the reference star and magnitude offset, see SEQUNSETMAG"
msgstr ""
"与SETMAG命令相同，但适用于载入的序列。\n"
"\n"
"该命令仅在运行SEQPSF命令或其图形化程序后有效（框选一个星点并启动序列的PSF分"
"析，它将出现在图表中）。\n"
"该命令的目标与SETMAG相同，但会为序列里找到参考恒星的每个图像重新计算参考星"
"等。\n"
"运行命令时，最后一颗被分析的恒星将被视为参考恒星。在键入命令之前显示星等图，"
"使其易于理解。\n"
"要重置参考恒星和星等偏移，参见SEUNSETMAG"

#: src/core/command_def.h:173
msgid ""
"Same command as SPLIT_CFA but for the sequence <b>sequencename</b>.\n"
"\n"
"The output sequences names start with the prefix \"CFA_\" and a number "
"unless otherwise specified with <b>-prefix=</b> option.\n"
"<i>Limitation:</i> the sequence always outputs a sequence of FITS files, no "
"matter the type of input sequence"
msgstr ""
"与SPLIT_CFA相同的命令，但用于序列<b>sequencename</b>。\n"
"\n"
"输出序列名的前缀为“CFA_”和一个数字，除非使用<b>-prefix=</b>选项指定。\n"
"<i> 缺陷：</i>无论输入序列的类型如何，输出总会是FITS文件序列（多个文件）"

#: src/core/command_def.h:174
msgid ""
"This command calls <a href=\"https://www.starnetastro.com/\">Starnet++</a> "
"to remove stars from the sequence <b>sequencename</b>. See STARNET"
msgstr ""
"此命令调用<a href=\"https://www.starnetastro.com/\">Starnet++</a>对序列"
"<b>sequencename</b>去星。参见STARNET"

#: src/core/command_def.h:175
msgid ""
"Same command as STAT for sequence <b>sequencename</b>.\n"
"\n"
"Data is saved as a csv file <b>output_file</b>.\n"
"The optional parameter defines the number of statistical values computed: "
"<b>basic</b>, <b>main</b> (default) or <b>full</b> (more detailed but longer "
"to compute).\n"
"\t<b>basic</b> includes mean, median, sigma, bgnoise, min and max\n"
"\t<b>main</b> includes basic with the addition of avgDev, MAD and the square "
"root of BWMV\n"
"\t<b>full</b> includes main with the addition of location and scale.\n"
"\n"
"If <b>-cfa</b> is passed and the images are CFA, statistics are made on per-"
"filter extractions"
msgstr ""
"与序列<b>sequencename</b>的STAT命令相同。\n"
"\n"
"数据保存为csv文件<b>output_file</b>。\n"
"用可选参数来指定统计多少个项目：<b>basic</b>、<b>main</b>（默认）或<b>full</"
"b>（更详细但是计算时间更长）。\n"
"\t<b>basic</b>包括mean（平均值）、median（中值）、sigma（标准差）、bgnoise"
"（背景噪声）、min（最小值）、max（最大值）\n"
"\t<b>main</b>在basic的基础上加上avgDev（平均差）、MAD（绝对中位差）、BWMV（双"
"加权中值方差）的平方根\n"
"\t<b>full</b>在main的基础上加上location（位置）、scale（缩放）。\n"
"\n"
"如果传递了<b>-cfa</b>，并且图像是CFA的，则先分离每个颜色滤镜的信息，再分别统"
"计"

#: src/core/command_def.h:176
msgid ""
"Same command as SUBSKY but for the sequence <b>sequencename</b>.\n"
"Dithering, required for low dynamic gradients, can be disabled with <b>-"
"nodither</b>. Note that the <b>-existing</b> option is not available for "
"sequence background removal, as the frames of a sequence are not necessarily "
"always aligned.\n"
"\n"
"The output sequence name starts with the prefix \"bkg_\" unless otherwise "
"specified with <b>-prefix=</b> option. Only selected images in the sequence "
"are processed"
msgstr ""
"与SUBSKY相同的命令，但用于序列<b>sequencename</b>。\n"
"默认开启抖动，这可以防止平缓的渐变出现断层；可以通过<b>-nodither</b>禁用。注"
"意：<b>-existing</b>选项不适用于序列背景去除，因为序列的帧不一定总是对齐"
"的。\n"
"\n"
"输出序列名前缀为\"bkg_\"，除非使用<b>-prefix=</b>选项指定。仅处理序列中选定的"
"图像"

#: src/core/command_def.h:177
msgid ""
"Same command as TILT but for the sequence <b>sequencename</b>. It generally "
"gives better results"
msgstr ""
"与TILT相同的命令，但用于序列<b>sequencename</b>。它通常会产生更好的结果"

#: src/core/command_def.h:178
msgid ""
"Resets the magnitude calibration and reference star for the sequence. See "
"SEQSETMAG"
msgstr ""
"Resets the magnitude calibration and reference star for the sequence. See "
"SETMAGSEQ"

#: src/core/command_def.h:179
msgid ""
"Same command as UPDATE_KEY but for the sequence <b>sequencename</b>. "
"However, this command won't work on SER sequence"
msgstr ""
"与UPDATE_KEY相同的命令，但用于序列<b>sequencename</b>。此命令不能用于SER序列"

#: src/core/command_def.h:180
msgid ""
"The same as the <b>WIENER</b> command, but applies to a sequence which must "
"be specified as the first argument"
msgstr "与<b>WIENER</b> 命令相同，但必须在第一个参数中指定序列"

#: src/core/command_def.h:181
msgid ""
"Updates a setting value, using its variable name, with the given value, or a "
"set of values using an existing ini file with <b>-import=</b> option.\n"
"See GET to get values or the list of variables"
msgstr ""
"用给定的值为指定名称的变量更新一个值，或使用现有的ini文件和<b>-import=</b>选"
"项，更新一组值。\n"
"参见GET以获取值或变量列表"

#: src/core/command_def.h:182
msgid ""
"Forbids images to be saved with 32 bits per channel on processing, use 16 "
"bits instead"
msgstr "禁止在处理时以每通道32位保存图像，请改用16位"

#: src/core/command_def.h:183
msgid "Allows images to be saved with 32 bits per channel on processing"
msgstr "允许在处理时以每通道32位的方式保存图像"

#: src/core/command_def.h:184
msgid ""
"Defines if images are compressed or not.\n"
"\n"
"<b>0</b> means no compression while <b>1</b> enables compression.\n"
"If compression is enabled, the type must be explicitly written in the option "
"<b>-type=</b> (\"rice\", \"gzip1\", \"gzip2\").\n"
"Associated to the compression, the quantization value must be within [0, "
"256] range.\n"
"\n"
"For example, \"setcompress 1 -type=rice 16\" sets the rice compression with "
"a quantization of 16"
msgstr ""
"决定是否压缩图像。\n"
"\n"
"<b>0</b>禁用压缩，<b>1</b>启用压缩。\n"
"如果启用压缩，则压缩类型必须在选项<b>-type=</b>中明确为\"rice\"，\"gzip1\"或"
"\"gzip2\"。\n"
"量化值必须在[0, 256]范围内。\n"
"\n"
"例如，\"setcompress 1 -type=rice 16\"设置量化值为16的rice压缩"

#: src/core/command_def.h:185
msgid ""
"Defines the number of processing threads used for calculation.\n"
"\n"
"Can be as high as the number of virtual threads existing on the system, "
"which is the number of CPU cores or twice this number if hyperthreading "
"(Intel HT) is available. The default value is the maximum number of threads "
"available, so this should mostly be used to limit processing power. This is "
"reset on every Siril run. See also SETMEM"
msgstr ""
"定义用于计算的处理线程数。\n"
"\n"
"最高可以与系统现有的虚拟线程数一样高，即CPU核心数；如果有超线程（Intel HT），"
"则可以是CPU核心数的两倍。默认值是可用线程的最大数量，因此这主要用于限制处理能"
"力。每次运行Siril时都会重置此项。参见SETMEM"

#: src/core/command_def.h:186
msgid ""
"Sets the extension used and recognized by sequences.\n"
"\n"
"The argument <b>extension</b> can be \"fit\", \"fts\" or \"fits\""
msgstr ""
"设置序列用于使用和识别的扩展名。\n"
"\n"
"参数<b>extension</b>可以是\"fit\"、\"fts\"或\"fits\""

#: src/core/command_def.h:187
msgid ""
"Defines stars detection parameters for FINDSTAR and REGISTER commands.\n"
"\n"
"Passing no parameter lists the current values.\n"
"Passing <b>reset</b> resets all values to defaults. You can then still pass "
"values after this keyword.\n"
"\n"
"Configurable values:\n"
"\n"
"<b>-radius=</b> defines the radius of the initial search box and must be "
"between 3 and 50.\n"
"<b>-sigma=</b> defines the threshold above noise and must be greater than or "
"equal to 0.05.\n"
"<b>-roundness=</b> defines minimum star roundness and must between 0 and "
"0.95. <b>-maxR</b> allows an upper bound to roundness to be set, to "
"visualize only the areas where stars are significantly elongated, do not "
"change for registration.\n"
"<b>-minA</b> and <b>-maxA</b> define limits for the minimum and maximum "
"amplitude of stars to keep, normalized between 0 and 1.\n"
"<b>-focal=</b> defines the focal length of the telescope.\n"
"<b>-pixelsize=</b> defines the pixel size of the sensor.\n"
"<b> -gaussian</b> and <b>-moffat</b> configure the solver model to be used "
"(Gaussian is the default).\n"
"If Moffat is selected, <b>-minbeta=</b> defines the minimum value of beta "
"for which candidate stars will be accepted and must be greater than or equal "
"to 0.0 and less than 10.0.\n"
"<b>-convergence=</b> defines the number of iterations performed to fit PSF "
"and should be set between 1 and 3 (more tolerant).\n"
"<b>-relax=</b> relaxes the checks that are done on star candidates to assess "
"if they are stars or not, to allow objects not shaped like stars to still be "
"accepted (off by default)"
msgstr ""
"定义FINDSTAR和REGISTER命令的星点侦测参数。\n"
"\n"
"不传递任何参数将列出当前的值。\n"
"通过<b>reset</b>将所有值重置为默认值。您在传递该关键字之后仍然可以传递值。\n"
"\n"
"可配置值：\n"
"\n"
"<b>-radius=</b>定义初始搜索框的半径，必须介于3和50之间。\n"
"<b>-sigma=</b>定义高于噪声的阈值，必须大于等于0.05。\n"
"<b>-roundness=</b>定义最小星点圆度，必须在0和0.95之间。<b>-maxR</b>定义最大星"
"点圆度，用于凸显不圆的星点；对齐时不要改动此项。\n"
"<b>-minA</b>和<b>-maxA</b>定义了星点振幅的最小值和最大值，归一化为0和1之"
"间。\n"
"<b>-focus=</b>定义望远镜的焦距。\n"
"<b>-pixelsize=</b>定义传感器的像素尺寸。\n"
"<b>-gaussian</b>和<b>-moffat</b>配置要使用的理想星点模型（默认值为"
"gaussian）。\n"
"如果选择Moffat，用<b>-minbeta=</b>定义候选星点允许的最小β值，必须大于等于0.0"
"且小于10.0。\n"
"<b>-convergence=</b>定义拟合PSF将执行的迭代次数，应设置在1和3之间（3更宽"
"容）。\n"
"<b>-relation=</b>放宽对候选星点进行的检查，从而允许形状不那么像恒星的物体仍然"
"被接受（默认关闭）"

#: src/core/command_def.h:188
msgid ""
"Calibrates the magnitudes by selecting a star and giving the known apparent "
"magnitude.\n"
"\n"
"All PSF computations will return the calibrated apparent magnitude "
"afterwards, instead of an apparent magnitude relative to ADU values. Note "
"that the provided value must match the magnitude for the observation filter "
"to be meaningful.\n"
"To reset the magnitude constant see UNSETMAG"
msgstr ""
"选择一颗已知视星等的恒星，并提供其星等，来校准星等。\n"
"\n"
"随后，所有PSF计算都将返回校准过的视星等，而不是基于ADU的视星等。注意：所提供"
"的值必须与观测滤镜相匹配才有意义。\n"
"要重置星等常数，参见UNSETMAG"

#: src/core/command_def.h:189
msgid ""
"Sets a new ratio of used memory on free memory.\n"
"\n"
"<b>Ratio</b> value should be between 0.05 and 2, depending on other "
"activities of the machine. A higher ratio should allow siril to process "
"faster, but setting the ratio of used memory above 1 will require the use of "
"on-disk memory, which is very slow and unrecommended, even sometimes not "
"supported, leading to system crash. A fixed amount of memory can also be set "
"in the generic settings, with SET, instead of a ratio"
msgstr ""
"设置新的可用内存比例。\n"
"\n"
"<b>Ratio</b>值应介于0.05和2之间，具体取决于系统中的其他活动。设置更高的比例，"
"Siril一般能处理得更快，但将比例设置为1以上将用到磁盘上的虚拟内存，这可能非常"
"缓慢，因此不推荐这么做，有时甚至不受支持，从而导致系统崩溃。在通用设置中也可"
"以使用SET设置固定量的内存，而不是内存比例"

#: src/core/command_def.h:190
msgid ""
"Gets or sets photometry settings, mostly used by SEQPSF. If arguments are "
"provided, they will update the settings. None are mandatory, any can be "
"provided, default values are shown in the command's syntax. At the end of "
"the command, the active configuration will be printed.\n"
"\n"
"The Aperture size is dynamic unless it is forced. If so, the <b>aperture</b> "
"value from the settings is used. If dynamic, the radius of the aperture is "
"defined by the supplied dynamic ratio (\"radius/half-FWHM\").\n"
"Allowed values for the argument <b>-dyn_ratio</b> are in the range [1.0, "
"5.0]. A value outside this range will automatically set the aperture to the "
"fixed value <b>-aperture</b>.\n"
"\n"
"Gain is used only if not available from the FITS header"
msgstr ""
"获取或设置测光设置，主要用在SEQPSF。如果提供了参数，将会用其更新设置。没有一"
"项是强制性的，任何一项都可以提供，默认值用命令的语法表明。命令结束时，将打印"
"使用中的配置\n"
"\n"
"除非强制，不然孔径会是动态的，不会使用设置中的<b>aperture</b>值。如果是动态"
"的，孔径的半径由提供的动态比率（“半径/半FWHM”）定义。\n"
"参数 <b>-dyn_ratio</b> 的允许值范围为 [1.0, 5.0]。超出该范围的值将自动将孔径"
"设置为固定值<b>-aperture</b>。\n"
"\n"
"仅当 FITS 头无法提供增益时才使用增益"

#: src/core/command_def.h:191
msgid ""
"Sets the reference image of the sequence given in first argument. "
"<b>image_number</b> is the sequential number of the image in the sequence, "
"not the number in the filename, starting at 1"
msgstr ""
"为第一个参数中指定的序列设置参考帧。<b>image_number</b>是该序列中该图像的序"
"号，从1开始，而不是文件名中的编号"

#: src/core/command_def.h:192
msgid ""
"Shows a point on the loaded plate solved image using the temporary user "
"annotations catalogue, based on its equatorial coordinates. The <b>-clear</"
"b> option clears this catalogue first and can be used alone.\n"
"Several points can be passed using a CSV file with the option <b>-list=</b> "
"containing at least ra and dec columns. If the passed file also contains a "
"column name, names will be used as tags in the image and listed in the "
"Console, unless toggled off with the options <b>-notag</b> and <b>-nolog</"
"b>.\n"
"\n"
"This is only available from the GUI of Siril"
msgstr ""
"Shows a point on the loaded plate solved image using the temporary user "
"annotations catalogue, based on its equatorial coordinates. The <b>-clear</"
"b> option clears this catalogue first and can be used alone.\n"
"Several points can be passed using a CSV file with the option <b>-list=</b> "
"containing at least ra and dec columns. If the passed file also contains a "
"column name, names will be used as tags in the image and listed in the "
"Console, unless toggled off with the options <b>-notag</b> and <b>-nolog</"
"b>.\n"
"\n"
"This is only available from the GUI of Siril"

#: src/core/command_def.h:193
#, fuzzy
msgid ""
"Run the Spectrophotometric Color Correction on the loaded platesolved "
"image.\n"
"\n"
"The limit magnitude of stars is automatically computed from the size of the "
"field of view, but can be altered by passing a +offset or -offset value to "
"<b>-limitmag=</b>, or simply an absolute positive value for the limit "
"magnitude.\n"
"The star catalog used for SPCC is always Gaia DR3: by default the local Gaia "
"DR3 xp_sampled catalog will be used if available but this can be overridden "
"with <b>-catalog={gaia | localgaia}</b>.\n"
"\n"
"The names of sensors and filters can be specified using the following "
"options: <b>-monosensor=</b>, <b>-rfilter=</b>, <b>-gfilter=</b>, <b>-"
"bfilter=</b> or <b>-oscsensor=</b>, <b>-oscfilter=</b>, <b>-osclpf=</b>; the "
"name of the white reference can be specified using the <b>-whiteref=</b> "
"option. In all cases the name must be provided exactly as it is in the combo "
"boxes in the SPCC tool. Note that sensor, filter and white reference names "
"may contain spaces: in this case when using them as arguments to the "
"<b>spcc</b> command, the entire argument must be enclosed in quotation "
"marks, for example \"-whiteref=Average Spiral Galaxy\".\n"
"\n"
"Narrowband mode can be selected using the argument <b>-narrowband</b>, in "
"which case the previous filter arguments are ignored and NB filter "
"wavelengths and bandwidths can be provided using <b>-rwl=</b>, <b>-rbw=</b>, "
"<b>-gwl=</b>, <b>-gbw=</b>, <b>-bwl=</b> and <b>-bbw=</b>.\n"
"\n"
"If one of the spectral data argument is omitted, the previously used value "
"will be used.\n"
"\n"
"Background reference outlier tolerance can be specified in sigma units using "
"<b>-bgtol=lower,upper</b>: these default to -2.8 and +2.0.\n"
"\n"
"Atmospheric correction can be applied by passing <b>-atmos</b>. In this case "
"the following optional arguments apply: <b>-obsheight=</b> specifies the "
"observer's height above sea level in metres (default 10), <b>-pressure=</b> "
"specifies local atmospheric pressure at the observing site in hPa, or <b>-"
"slp=</b> specifies sea-level atmospheric pressure in hPa (default pressure "
"is 1013.25 hPa at sea level)"
msgstr ""
"对载入的已解析图像运行光谱法色彩校准。\n"
"\n"
"恒星的极限星等是根据视场的大小自动计算的，但可以通过将 +offset 或 -offset 值"
"传递给 <b>-limitmag=</b> 或简单的绝对正值来更改极限星等。\n"
"SPCC 使用的星表始终是 Gaia DR3。\n"
"\n"
"可以使用以下选项指定传感器和滤镜的名称：<b>-monosensor=</b>、<b>-rfilter=</"
"b>、<b>-gfilter=</b>, <b>-bfilter=</b>;或 <b>-oscsensor=</b>、<b>-"
"oscfilter=</b>、<b>-osclpf=</b>；可以使用 <b>-whiteref=</b> 选项指定白点参考"
"的名称。在所有情况下，提供的名称都必须与 SPCC 工具的组合框中的名称完全相同。"
"请注意，传感器、滤镜和白点参考名称可能包含空格：在这种情况下，当将它们用作 "
"<b>spcc</b> 命令的参数时，整个参数必须用引号引起来，例如“-whiteref=Average "
"Spiral Galaxy”。\n"
"\n"
"可以使用参数<b>-narrowband</b>来选择窄带模式，在这种情况下，忽略先前的滤镜参"
"数，并且可以使用<b>-rwl=</b>、<b>-rbw=</b>、<b>-gwl=</b>、<b>-gbw=</b>、<b>-"
"bwl=</b>和 <b>-bbw=</b>来提供NB滤镜的波长和带宽。 \n"
"\n"
"如果省略光谱数据参数之一，则将使用先前使用的值。\n"
"\n"
"可以使用 <b>-bgtol=lower,upper</b> 以sigma单位指定背景参考离群值容差：默认为 "
"-2.8 和 +2.0"

#: src/core/command_def.h:194
msgid ""
"Print a list of SPCC names available for use to define sensors, filters or "
"white references using the <b>spcc</b> command. This command requires an "
"argument to set which list is printed: the options are <b>oscsensor</b>, "
"<b>monosensor</b>, <b>redfilter</b>, <b>greenfilter</b>, <b>bluefilter</b>, "
"<b>oscfilter</b>, <b>osclpf</b> or <b>whiteref</b>.\n"
"Note that sensor, filter and white reference names may contain spaces: in "
"this case when using them as arguments to the <b>spcc</b> command, the "
"entire argument must be enclosed in quotation marks, for example \"-"
"whiteref=Average Spiral Galaxy\""
msgstr ""
"使用 <b>spcc</b> 命令打印可用于定义传感器、滤镜或白点参考的 SPCC 名称列表。此"
"命令需要一个参数来设置打印哪个列表：选项为 <b>oscsensor</b>、<b>monosensor</"
"b>、<b>redfilter</b>、<b>greenfilter</b>、<b>bluefilter</b>、<b>oscfilter</"
"b>、<b>osclpf</b>或<b>whiteref</b>。\n"
"注意：传感器、滤镜和白点参考名称可能包含空格。在这种情况下，当将它们用作 "
"<b>spcc</b> 命令的参数时，整个参数必须用引号引起来，例如“-whiteref=Average "
"Spiral Galaxy”"

#: src/core/command_def.h:195
msgid ""
"Splits the loaded color image into three distinct files (one for each color) "
"and saves them in <b>file1</b>.fit, <b>file2</b>.fit and <b>file3</b>.fit "
"files. A last argument can optionally be supplied, <b>-hsl</b>, <b>-hsv</b> "
"or <b>lab</b> to perform an HSL, HSV or CieLAB extraction. If no option are "
"provided, the extraction is of RGB type, meaning no conversion is done"
msgstr ""
"将载入的彩色图像拆分为三个文件（每颜色通道一个），分别保存为<b>file1</"
"b>.fit、<b>file2</b>.fit、<b>file3</b>.fit。可以提供一个可选参数，<b>-hsl</"
"b>、<b>-hsv</b>或<b>-lab</b>，以按HSL、HSV或CieLAB拆分。如果未提供任何选项，"
"将按RGB拆分，即无需转换"

#: src/core/command_def.h:196
msgid ""
"Splits the loaded CFA image into four distinct files (one for each channel) "
"and saves them in files"
msgstr "拆分CFA图像为四个独立的文件（每个对应一个通道）并保存"

#: src/core/command_def.h:197
msgid ""
"Searches and displays Solar System objects in the current loaded and plate "
"solved image's field of view, using the online IMCCE SkyBoT cone search "
"tool. Use <b>-mag=</b> to change the limit magnitude, defaults to 20"
msgstr ""
"使用IMCCE SkyBoT cone在线搜索工具，在当前载入并解析过的图像视场中搜索并显示太"
"阳系的对象。用<b>-mag=</b>更改极限星等，默认值为20"

#: src/core/command_def.h:198
#, fuzzy
msgid ""
"Stacks the <b>sequencename</b> sequence, using options.\n"
"\n"
"Rejection type:\n"
"The allowed types are: <b>sum</b>, <b>max</b>, <b>min</b>, <b>med</b> (or "
"<b>median</b>) and <b>rej</b> (or <b>mean</b>). If no argument other than "
"the sequence name is provided, sum stacking is assumed.\n"
"\n"
"Stacking with rejection:\n"
"Types <b>rej</b> or <b>mean</b> require the use of additional arguments for "
"rejection type and values. The rejection type is one of <b>n[one], "
"p[ercentile], s[igma], m[edian], w[insorized], l[inear], g[eneralized], "
"[m]a[d]</b> for Percentile, Sigma, Median, Winsorized, Linear-Fit, "
"Generalized Extreme Studentized Deviate Test or k-MAD clipping. If omitted, "
"the default Winsorized is used.\n"
"The <b>sigma low</b> and <b>sigma high</b> parameters of rejection are "
"mandatory unless <b>none</b> is selected.\n"
"Optionally, rejection maps can be created, showing where pixels were "
"rejected in one (<b>-rejmap</b>) or two (<b>-rejmaps</b>, for low and high "
"rejections) newly created images.\n"
"\n"
"Normalization of input images:\n"
"For <b>med</b> (or <b>median</b>) and <b>rej</b> (or <b>mean</b>) stacking "
"types, different types of normalization are allowed: <b>-norm=add</b> for "
"additive, <b>-norm=mul</b> for multiplicative. Options <b>-norm=addscale</b> "
"and <b>-norm=mulscale</b> apply same normalization but with scale "
"operations. <b>-nonorm</b> is the option to disable normalization. Otherwise "
"addtive with scale method is applied by default.\n"
"<b>-fastnorm</b> option specifies to use faster estimators for location and "
"scale than the default IKSS.\n"
"<b>-overlap_norm</b>, if passed, will compute normalization coeffcients on "
"images overlaps instead of whole images (allowed only if <b>-maximize</b> is "
"passed).\n"
"\n"
"Other options for rejection stacking:\n"
"Weighting can be applied to the images of the sequences using the option <b>-"
"weight=</b> followed by:\n"
"<b>noise</b> to add larger weights to frames with lower background noise.\n"
"<b>nbstack</b> to weight input images based on how many images were used to "
"create them, useful for live stacking.\n"
"<b>nbstars</b> or <b>wfwhm</b> to weight input images based on number of "
"stars or wFWHM computed during registration step.\n"
"<b>-feather=</b> option will apply a feathering mask on each image borders "
"over the distance (in pixels) given in argument.\n"
"\n"
"Outputs:\n"
"Result image name can be set with the <b>-out=</b> option. Otherwise, it "
"will be named as <b>sequencename</b>_stacked.fit.\n"
"<b>-output_norm</b> applies a normalization to rescale result in the [0, 1] "
"range (median and mean stacking only).\n"
"<b>-maximize</b> option will use registration data from the sequence to "
"create a stacked image that encompasses all the images of the sequence "
"(applicable to all methods except median stacking).\n"
"<b>-upscale</b> option will upscale the sequence by a factor 2 prior to "
"stacking using the registration data (applicable to all methods except "
"median stacking).\n"
"<b>-rgb_equal</b> will use normalization to equalize color image "
"backgrounds, useful if PCC/SPCC or unlinked AUTOSTRETCH will not be used.\n"
"<b>-32b</b> will override the bitdepth set in Preferences and save the "
"stacked image in 32b.\n"
"\n"
"\n"
"Filtering out images:\n"
"Images to be stacked can be selected based on some filters, like manual "
"selection or best FWHM, with some of the <b>-filter-*</b> options.\n"
"See the command reference for the complete documentation on this command"
msgstr ""
"使用选项堆叠<b>sequencename</b>序列。\n"
"\n"
"叠加类型：\n"
"允许的类型为：<b>sum</b>、<b>max</b>，<b>min</b>，<b>med</b>（或<b>median</"
"b>），和<b>rej</b>（或<b>mean</b>）。如果除了序列名之外没有提供任何参数，则默"
"认为sum。\n"
"\n"
"带剔除的叠加：\n"
"叠加类型<b>rej</b>或<b>mean</b>需要使用额外的参数来指定剔除类型和参数。剔除类"
"型有：<b>n[one]、p[ercentile]、s[igma]、m[edian]、w[insorized]、l[inear]、"
"g[eneralized]、[m]a[d]</b>，分别指不剔除、百分数、Sigma、中位数Sigma、"
"Winsorized Sigma、线性拟合、广义ESD检验、绝对中位差修剪。如果省略，则使用默认"
"的Winsorized。\n"
"除非选择<b>none</b>，否则必须提供剔除的Sigma下限<b>sigma low</b>和Sigma上限"
"<b>sigma high</b>。\n"
"可以选择是否生成剔除图，显示被剔除的像素的位置（<b>-rejmap</b>生成一个总图，"
"<b>-rejmaps</b>生成一个高切图和一个低切图）。\n"
"\n"
"输入图像的归一化：\n"
"对于叠加类型<b>med</b>（或<b>median</b>）和<b>rej</b>（或<b>mean</b>），允许"
"不同类型的归一化：<b>-normal=add</b>使用加法归一化，<b>-norm=mul</b>使用乘法"
"归一化。选项<b>-norm=addscale</b>和<b>-norm=mulscale</b>使用带拉伸的加法和乘"
"法归一化。<b> -nonorm</b>禁用归一化。默认使用带拉伸的加法归一化。\n"
"<b>-fastnorm</b>指定使用快速归一化（使用中位数和绝对中位差，而不是默认的IKSS"
"算法）。\n"
"<b>-rgb_equal</b>启用RGB均衡来避免彩色图像背景偏色，如果不使用PCC或未链接的"
"AUTOSTRETCH，则此功能非常有用。\n"
"\n"
"带剔除的叠加的其他选项：\n"
"<b>-weight_from_noise</b>背景噪声越少，输入图像权重越高。\n"
"<b>-weight_from_nbstack</b>用于生成输入图像的图像数量越多，输入图像权重越高，"
"这对于实时叠加非常有用。\n"
"<b>-weight_from_nbstars</b>或<b>-weight_from_wfwhm</b>基于在对齐时计算的星点"
"数量或wFWHM来加权。\n"
"\n"
"输出：\n"
"使用<b>-out=</b>选项设置结果图像的名称。否则默认命名为<b>sequencename</"
"b>_stacked.fit。\n"
"<b>-output_norm</b>将结果归一化至[0,1]范围内（仅限中位数和平均数叠加）。\n"
"<b>-maximize</b>选项将使用序列中的对齐数据来创建包含序列中所有图像的叠加图像"
"（适用于除中位数叠加之外的所有方法）。\n"
"<b>-upscale</b>选项将在使用对齐数据进行叠加之前将序列放大 2 倍（适用于除中位"
"数叠加之外的所有方法）。\n"
"\n"
"\n"
"筛选图像：\n"
"使用<b>-filter-*</b>，可以根据一些条件来筛选要堆叠的图像，如只叠加已选中的图"
"像或只叠加FWHM最佳的图像。\n"
"有关此命令的完整说明文档，参见command reference"

#: src/core/command_def.h:199
msgid ""
"Opens all sequences in the current directory and stacks them with the "
"optionally specified stacking type and filtering or with sum stacking. See "
"STACK command for options description"
msgstr ""
"打开当前目录中的所有序列，并根据可选的堆叠类型和筛选条件来叠加，或进行总和叠"
"加。有关选项说明，参见STACK命令"

#: src/core/command_def.h:200
msgid ""
"Calls <a href=\"https://www.starnetastro.com/\">StarNet</a> to remove stars "
"from the loaded image.\n"
"\n"
"<b>Prerequisite:</b> StarNet is an external program, with no affiliation "
"with Siril, and must be installed correctly prior the first use of this "
"command, with the path to its CLI version installation correctly set in "
"Preferences / Miscellaneous.\n"
"\n"
"The starless image is loaded on completion, and a star mask image is created "
"in the working directory unless the optional parameter <b>-nostarmask</b> is "
"provided.\n"
"\n"
"Optionally, parameters may be passed to the command:\n"
"- The option <b>-stretch</b> is for use with linear images and will apply a "
"pre-stretch before running StarNet and the inverse stretch to the generated "
"starless and starmask images.\n"
"- To improve star removal on images with very tight stars, the parameter <b>-"
"upscale</b> may be provided. This will upsample the image by a factor of 2 "
"prior to StarNet processing and rescale it to the original size afterwards, "
"at the expense of more processing time.\n"
"- The optional parameter <b>-stride=value</b> may be provided, however the "
"author of StarNet <i>strongly</i> recommends that the default stride of 256 "
"be used"
msgstr ""
"使用<a href=\"https://www.starnetastro.com/\">StarNet</a>，为载入的图像去"
"星。\n"
"\n"
"<b>前提条件：</b>StarNet是一个外部程序，与Siril没有关联，必须在首次使用此命令"
"之前正确安装，并在“偏好设置/杂项”中正确设置其CLI版本安装路径。\n"
"\n"
"完成时会载入无星图像，并且在工作目录中创建纯星图像，除非提供可选参数<b>-"
"nostarmask</b>。\n"
"\n"
"可以将以下可选参数传递给命令：\n"
"- 选项<b>-stretch</b>用于线性图像，将在运行StarNet之前应用预拉伸，并对生成的"
"无星图像和纯星图像应用逆拉伸。\n"
"- 为了改进星点密集的图像上的去星效果，可以提供参数<b>-upscale</b>。这将在"
"StarNet处理之前将图像放大2倍，然后将其重新缩小到原始尺寸，代价是花费更多的处"
"理时间。\n"
"- 参数<b>-stride=value</b>用于指定步长，但是StarNet的作者<i>强烈建议</i>使用"
"默认步长256"

#: src/core/command_def.h:201
msgid ""
"Initializes a livestacking session, using the optional calibration files and "
"waits for input files to be provided by the LIVESTACK command until STOP_LS "
"is called. Default processing will use shift-only registration and 16-bit "
"processing because it's faster, it can be changed to rotation with <b>-"
"rotate</b> and <b>-32bits</b>\n"
"\n"
"<i>Note that the live stacking commands put Siril in a state in which it's "
"not able to process other commands. After START_LS, only LIVESTACK, STOP_LS "
"and EXIT can be called until STOP_LS is called to return Siril in its "
"normal, non-live-stacking, state</i>"
msgstr ""
"使用可选的校准文件初始化实时堆叠会话，并等待LIVESTACK命令提供输入文件，直到调"
"用STOP_LS为止。为了更快速的处理，默认使用仅计算平移的对齐和16位的位深。可以使"
"用<b>-rotate</b>改为计算旋转的对齐，用<b>-32bits</b>改为32位的位深\n"
"\n"
"<i> 注意：Siril无法在实时叠加时处理其他命令。START_LS之后，只能调用"
"LIVESTACK、STOP_LS和EXIT，直到STOP_LS被调用，Siril才会返回正常、非实时叠加的"
"状态</i>"

#: src/core/command_def.h:202
msgid ""
"Returns statistics of the current image, the basic list by default or the "
"main list if <b>main</b> is passed. If a selection is made, statistics are "
"computed within the selection. If <b>-cfa</b> is passed and the image is "
"CFA, statistics are made on per-filter extractions"
msgstr ""
"默认返回当前图像、基本列表的统计信息，如果传递了<b>main</b>则返回主列表的统计"
"信息。如果有选区，则会计算选区中的统计信息。如果传递了<b>-cfa</b>，并且图像为"
"cfa，则会分别统计每个滤镜的信息"

#: src/core/command_def.h:203
msgid "Stops the live stacking session. Only possible after START_LS"
msgstr "停止实时堆叠会话。仅在START_LS之后可用"

#: src/core/command_def.h:204
#, fuzzy
msgid ""
"Computes a synthetic background gradient using either the polynomial "
"function model of <b>degree</b> degrees or the RBF model (if <b>-rbf</b> is "
"provided instead) and subtracts it from the image.\n"
"The number of samples per horizontal line and the tolerance to exclude "
"brighter areas can be adjusted with the optional arguments. Tolerance is in "
"MAD units: median + tolerance * mad.\n"
"Dithering, required for low dynamic gradients, can be enabled with <b>-"
"dither</b>.\n"
"For RBF, the additional smoothing parameter is also available. To use pre-"
"existing background samples (e.g. if you have set background samples using a "
"Python script) the <b>-existing</b> argument must be used"
msgstr ""
"使用次数为<b>degree</b>的多项式函数模型或RBF模型（如果提供<b>-RBF</b>）计算人"
"工背景渐变，并将其从图像中减去。\n"
"每行样本数和容差（用于剔除过亮的样本）可以使用可选参数调整。容差以MAD为单位："
"median + tolerance * mad。\n"
"可以使用<b>-dither</b>来启用抖动，防止平缓的渐变出现断层。\n"
"对于RBF，还可以使用额外的平滑参数"

#: src/core/command_def.h:205
msgid ""
"Fixes imperfect stars from the loaded image. No matter how much coma, "
"tracking drift or other distortion your stars have, if Siril's star finder "
"routine can detect it, synthstar will fix it. To use intensive care, you may "
"wish to manually detect all the stars you wish to fix. This can be done "
"using the findstar console command or the Dynamic PSF dialog. If you have "
"not run star detection, it will be run automatically with default settings.\n"
"\n"
"For best results synthstar should be run before stretching.\n"
"\n"
"The output of synthstar is a fully corrected synthetic star mask comprising "
"perfectly round star PSFs (Moffat or Gaussian profiles depending on star "
"saturation) computed to match the intensity, FWHM, hue and saturation "
"measured for each star detected in the input image. This can then be "
"recombined with the starless image to produce an image with perfect stars.\n"
"\n"
"No parameters are required for this command"
msgstr ""
"修复载入的图像中不完美的星点。无论你的星点有多大的彗差、拖线或其他失真，如果"
"Siril的星点侦测程序能够侦测到，星点合成都会修复它。要使用加强修复，你可能需要"
"手动侦测所有想要修复的星点。这可以使用控制台命令findstar或动态PSF对话框来完"
"成。如果您没有运行过星点侦测，它将使用默认设置自动运行。\n"
"\n"
"为了获得最佳效果，星点合成应在拉伸前运行。\n"
"\n"
"星点合成的输出是一个完全校正后的合成纯星图像，包括完美圆形的星点PSF（Moffat或"
"高斯形，取决于星点的饱和度），通过计算以匹配输入图像中侦测到的每个星点的亮"
"度、FWHM、色调和饱和度。之后可以将其与无星图像重新组合，生成具有完美星点的图"
"像。\n"
"\n"
"此命令不需要任何参数"

#: src/core/command_def.h:206
msgid ""
"Re-profiles clipped stars of the loaded image to desaturate them, scaling "
"the output so that all pixel values are &lt;= 1.0"
msgstr ""
"在载入的图像中修改溢出的星点，使其去饱和，重新缩放输出，以使所有像素值&lt;= "
"1.0"

#: src/core/command_def.h:208
msgid ""
"Replaces values below <b>level</b> in the loaded image with <b>level</b>"
msgstr "将载入的图像中低于<b>level</b>的值替换为<b>level</b>"

#: src/core/command_def.h:209
msgid ""
"Replaces values above <b>level</b> in the loaded image with <b>level</b>"
msgstr "将载入的图像中高于<b>level</b>的值替换为<b>level</b>"

#: src/core/command_def.h:210
msgid ""
"Replaces values below <b>lo</b> with <b>lo</b> and values above <b>hi</b> "
"with <b>hi</b> in the loaded image"
msgstr ""
"将载入的图像中低于<b>lo</b>的值替换为<b>lo</b>，高于<b>hi</b>的值替换为"
"<b>hi</b>"

#: src/core/command_def.h:211
msgid ""
"Computes the sensor tilt as the FWHM difference between the best and worst "
"corner truncated mean values. The <b>clear</b> option allows to clear the "
"drawing"
msgstr ""
"对图像边缘的星点取排异后的平均值，按照其FWHM的差异，计算传感器的倾斜度。允许"
"用<b>clear</b>选项清除绘制出的图形"

#: src/core/command_def.h:212
msgid ""
"For developers.\n"
"\n"
"Without any argument, lists all the trixels of level 3 visible in the plate-"
"solved image. The stars from each trixel can then be shown with command "
"CONESEARCH using <b>-trix=</b> followed by a visible trixel number\n"
"\n"
"With argument <b>-p</b>, prints out all the valid stars from all the 512 "
"level3 trixels to file \"trixels.csv\""
msgstr ""
"For developers.\n"
"\n"
"Without any argument, lists all the trixels of level 3 visible in the plate-"
"solved image. The stars from each trixel can then be shown with command "
"CONESEARCH using <b>-trix=</b> followed by a visible trixel number\n"
"\n"
"With argument <b>-p</b>, prints out all the valid stars from all the 512 "
"level3 trixels to file \"trixels.csv\""

#: src/core/command_def.h:214
msgid ""
"Applies a cosmetic filter to reduce effects of purple fringing on stars.\n"
"\n"
"If the <b>-starmask</b> parameter is given, a star mask will be used to "
"identify areas of the image to affect. If a Dynamic PSF has already been "
"run, this will be used for the starmask, otherwise one will be created "
"automatically. The <b>-mod=</b> parameter should be given a value somewhere "
"around 0.14 to reduce the amount of purple. The <b>-thresh=</b> will specify "
"the size modifier for each star in the starmask and should be large enough "
"to cause the stars to be entirely processed without remaining purple "
"fringing. The value should between 0 and 1, typically around 0.5.\n"
"If the <b>-starmask</b> parameter is not given, the purple reduction will be "
"applied across the entire image for any purple pixels with a luminance value "
"higher than the given <b>-thresh=</b>. In this case, the <b>-thresh=</b> "
"value should be reasonably low. This mode is useful for starmasks or other "
"images without nebula or galaxy"
msgstr ""

#: src/core/command_def.h:215
msgid ""
"Allows easy mass unselection of images in the sequence <b>sequencename</b> "
"(from <b>from</b> to <b>to</b> included). See SELECT"
msgstr ""
"批量取消选择<b>sequencename</b>中（从<b>from</b>到<b>to</b>）的图像。参阅"
"SELECT"

#: src/core/command_def.h:216
msgid "Resets the magnitude calibration to 0. See SETMAG"
msgstr "重置星等校准为0。参见SETMAG"

#: src/core/command_def.h:217
msgid ""
"Applies an unsharp mask, actually a Gaussian filtered image  with sigma "
"<b>sigma</b> and a blend with the parameter <b>amount</b> used as such: out "
"= in * (1 + amount) + filtered * (-amount).\n"
"\n"
"See also GAUSS, the same without blending"
msgstr ""
"应用USM锐化，实际上是一个sigma值为<b>sigma</b>的高斯滤波图像，以及使用参数"
"<b>amount</b>和以下公式混合成的图像：out = in * (1 + amount) + filtered * (-"
"amount)。\n"
"\n"
"参见GAUSS，与此相同但没有混合操作"

#: src/core/command_def.h:218
msgid ""
"Updates FITS keyword. Please note that the validity of <b>value</b> is not "
"checked. This verification is the responsibility of the user. It is also "
"possible to delete a key with the <b>-delete</b> option in front of the name "
"of the key to be deleted, or to modify the key with the <b>-modify</b> "
"option. The latter must be followed by the key to be modified and the new "
"key name. Finally, the <b>-comment</b> option, followed by text, adds a "
"comment to the FITS header. Please note that any text containing spaces must "
"be enclosed in double quotation marks"
msgstr ""

#: src/core/command_def.h:220
msgid ""
"Displays the loaded image with <b>low</b> and <b>high</b> as the low and "
"high threshold, GUI only"
msgstr "以<b>low</b>作为低阈值，<b>high</b>作为高阈值显示加载的图像，仅用于GUI"

#: src/core/command_def.h:222
msgid ""
"Computes the wavelet transform of the loaded image on (<b>nbr_layers</"
"b>=1...n) layer(s) using linear (<b>type</b>=1) or bspline (<b>type</b>=2) "
"version of the 'à trous' algorithm. The result is stored in a file as a "
"structure containing the layers, ready for weighted reconstruction with "
"WRECONS.\n"
"\n"
"See also EXTRACT"
msgstr ""
"计算加载图像的小波变换，使用线性（<b>type</b>=1）或B样条（<b>type</b>=2）版本"
"的'à trous'算法，在（<b>nbr_layers</b>=1...n）层上进行。结果以包含各层的结构"
"形式存储在文件中，以便后续通过WRECONS进行加权重建。\n"
"\n"
"参见EXTRACT"

#: src/core/command_def.h:223
msgid ""
"Restores an image using the Wiener deconvolution method.\n"
"\n"
"Optionally, a PSF created by MAKEPSF may be loaded using the argument <b>-"
"loadpsf=<i>filename</i></b>.\n"
"\n"
"The parameter <b>-alpha=</b> provides the Gaussian noise modelled "
"regularization factor"
msgstr ""
"使用Wiener反卷积方法复原图像。\n"
"\n"
"可以使用参数<b>-loadpsf=<i>filename</i></b>载入由MAKEPSF创建的PSF图像。\n"
"\n"
"参数<b>-alpha=</b>提供高斯噪声模型的正则化因子"

#: src/core/command_def.h:224
msgid ""
"Reconstructs to current image from the layers previously computed with "
"wavelets and weighted with coefficients <b>c1</b>, <b>c2</b>, ..., <b>cn</b> "
"according to the number of layers used for wavelet transform, after the use "
"of WAVELET"
msgstr ""
"将先前解构的小波图层用系数<b>c1</b>, <b>c2</b>, ..., <b>cn</b>加权，并重构为"
"当前图像。在WAVELET之后使用"

#: src/core/command_line_processor.c:52
msgid "unknown command name"
msgstr "未知命令名称"

#: src/core/command_line_processor.c:54
msgid "non-blocking command, no error"
msgstr "非阻塞命令，无错误"

#: src/core/command_line_processor.c:56
msgid "current working directory is invalid"
msgstr "当前工作目录无效"

#: src/core/command_line_processor.c:58
msgid "command cannot be used in a script"
msgstr "命令不能在脚本中使用"

#: src/core/command_line_processor.c:60
msgid "invalid number of arguments"
msgstr "参数数量无效"

#: src/core/command_line_processor.c:62
msgid "invalid arguments"
msgstr "Invalid arguments"

#: src/core/command_line_processor.c:64
msgid "invalid image area selection"
msgstr "图像选区无效"

#: src/core/command_line_processor.c:66
msgid "command succeeded"
msgstr "命令成功"

#: src/core/command_line_processor.c:69
msgid "generic error"
msgstr "一般错误"

#: src/core/command_line_processor.c:71
msgid "input image not found"
msgstr "输入图像未找到"

#: src/core/command_line_processor.c:73
msgid "invalid input sequence"
msgstr "输入序列无效"

#: src/core/command_line_processor.c:75
msgid "invalid input image"
msgstr "输入图像无效"

#: src/core/command_line_processor.c:77
msgid "load an image or sequence first"
msgstr "首先载入图像或序列"

#: src/core/command_line_processor.c:79
msgid "command is only for a loaded single image"
msgstr "此命令仅适用于载入的单张图像"

#: src/core/command_line_processor.c:81
msgid "command is only for a sequence"
msgstr "命令仅适用于序列"

#: src/core/command_line_processor.c:83
msgid "command is not for monochrome images"
msgstr "命令不可用于单色图像"

#: src/core/command_line_processor.c:85
msgid "command is not for color images"
msgstr "命令不适用于彩色图像"

#: src/core/command_line_processor.c:87
msgid "command is only for OSC CFA images"
msgstr "命令仅适用于OSC CFA图像"

#: src/core/command_line_processor.c:89
msgid "file not found"
msgstr "文件未找到"

#: src/core/command_line_processor.c:91
msgid "command is only for plate solved images"
msgstr "命令仅适用于已解析的图像"

#: src/core/command_line_processor.c:93
msgid "command requires a preliminary step"
msgstr "命令需要预备步骤"

#: src/core/command_line_processor.c:95
msgid "memory allocation error"
msgstr "内存分配错误"

#: src/core/command_line_processor.c:97
msgid "a processing is already running"
msgstr "一个处理已在运行"

#: src/core/command_line_processor.c:99
msgid "directory not found"
msgstr "目录未找到"

#: src/core/command_line_processor.c:146
#, c-format
msgid "Unknown command: '%s' or not implemented yet\n"
msgstr "未知或尚未实现的命令：“%s”\n"

#: src/core/command_line_processor.c:153
#, c-format
msgid "Usage: %s\n"
msgstr "用法：%s\n"

#: src/core/command_line_processor.c:160
#, c-format
msgid "This command cannot be used in a script: %s\n"
msgstr "不能在脚本中使用此命令: %s\n"

#. process the command
#: src/core/command_line_processor.c:202
#, c-format
msgid "Running command: %s\n"
msgstr "正在运行命令：%s\n"

#: src/core/command_line_processor.c:243
#, c-format
msgid "Processing line %d: %s"
msgstr "Processing line %d: %s"

#: src/core/command_line_processor.c:294
msgid ""
"The \"requires\" command is missing at the top of the script file. This "
"command is needed to check script compatibility.\n"
msgstr "脚本头部缺少“requires”命令。需要此命令来检查脚本的兼容性。\n"

#: src/core/command_line_processor.c:310
msgid "This command cannot be run while live stacking is active, ignoring.\n"
msgstr "当启用实时叠加时，无法运行此命令，已忽略。\n"

#: src/core/command_line_processor.c:378
#, c-format
msgid "Error in line %d ('%s'): %s.\n"
msgstr "Error in line %d ('%s'): %s.\n"

#: src/core/command_line_processor.c:379
msgid "Exiting batch processing.\n"
msgstr "正在退出批处理\n"

#: src/core/command_line_processor.c:406
msgid "Script execution finished successfully.\n"
msgstr "脚本执行成功完成。\n"

#: src/core/command_line_processor.c:408
msgid "Total execution time"
msgstr "总执行时间"

#: src/core/command_line_processor.c:410
msgid "Script execution failed.\n"
msgstr "脚本执行失败。\n"

#: src/core/command_line_processor.c:431
msgid "Please enter an existing command before hitting this button"
msgstr "请在按下此按钮前键入一个可用的命令"

#: src/core/command_line_processor.c:460
msgid "Can be used in a script: "
msgstr "可以在脚本中使用: "

#: src/core/command_line_processor.c:479
msgid "No help for this command"
msgstr "此命令没有帮助"

#: src/core/command_line_processor.c:594 src/core/preprocess.c:651
#: src/filters/cosmetic_correction.c:502 src/gui/script_menu.c:207
#, c-format
msgid "File [%s] does not exist\n"
msgstr "文件 [%s] 不存在\n"

#. Run the script
#: src/core/command_line_processor.c:601 src/gui/script_menu.c:187
#, c-format
msgid "Starting script %s\n"
msgstr "开始运行脚本%s\n"

#: src/core/command_line_processor.c:617
#, c-format
msgid "Command execution failed: %s.\n"
msgstr "命令执行失败：%s。\n"

#: src/core/command_line_processor.c:680
#, c-format
msgid "Loading sequence `%s' failed.\n"
msgstr "读取序列 “%s”失败。\n"

#: src/core/icc_profile.c:79
#, c-format
msgid ""
"Image is color managed\n"
"Image profile: %s\n"
"Monitor profile: %s\n"
"Soft proofing profile: %s"
msgstr ""
"图像有色彩管理\n"
"图像特性文件：%s\n"
"显示器特性文件：%s\n"
"软打样特性文件：%s"

#: src/core/icc_profile.c:81
msgid ""
"Image is color managed\n"
"\n"
"Left click: Color management dialog\n"
"Right click: toggle ISO12646 color assessment mode"
msgstr ""
"图像有色彩管理\n"
"\n"
"左键：色彩管理对话框\n"
"右键：切换 ISO12646 色彩评估模式"

#: src/core/icc_profile.c:83
msgid ""
"Image is not color managed\n"
"\n"
"Left click: Color management dialog\n"
"Right click: toggle ISO12646 color assessment mode"
msgstr ""
"图像没有色彩管理\n"
"\n"
"左键：色彩管理对话框\n"
"右键：切换 ISO12646 色彩评估模式"

#: src/core/icc_profile.c:221 src/gui/icc_profile.c:529
#, c-format
msgid "Exported ICC profile to %s\n"
msgstr "已将 ICC 色彩特性文件导出到 %s\n"

#: src/core/icc_profile.c:223 src/gui/icc_profile.c:531
#, c-format
msgid "Failed to export ICC profile to %s\n"
msgstr "无法将 ICC 色彩特性文件导出到 %s\n"

#: src/core/icc_profile.c:360
msgid "Error opening custom monitor profile. Monitor profile set to sRGB.\n"
msgstr "打开自定义显示器色彩特性文件时出错。显示器色彩特性文件设置为 sRGB。\n"

#: src/core/icc_profile.c:367
msgid ""
"Warning: custom monitor profile set but could not be loaded. Display will "
"use a sRGB profile with the standard sRGB TRC.\n"
msgstr ""
"警告：自定义显示器色彩特性文件已设置但无法加载。显示器将使用 sRGB 特性文件和"
"标准 sRGB TRC。\n"

#: src/core/icc_profile.c:390
msgid ""
"Warning: soft proofing profile set but could not be loaded. Soft proofing "
"will be unavailable.\n"
msgstr "警告：软打样色彩特性文件已设置但无法加载。软打样将不可用。\n"

#: src/core/icc_profile.c:430
msgid "Error opening nonlinear working profile. Profile set to sRGB.\n"
msgstr "打开非线性工作色彩特性文件时出错。色彩特性文件设置为 sRGB。\n"

#: src/core/icc_profile.c:445
msgid ""
"Error opening matched grayscale working profile. Profile set to Gray with "
"sRGB tone response curve.\n"
msgstr ""
"打开匹配的灰度工作色彩特性文件时出错。特性文件设置为灰度，带有 sRGB 的响应曲"
"线。\n"

#: src/core/icc_profile.c:490
msgid ""
"Error: standard color management profiles could not be loaded. Cannot "
"continue. Please report this error.\n"
msgstr "错误：无法加载标准色彩管理特性文件。无法继续。请报告此错误。\n"

#: src/core/icc_profile.c:495
msgid "Color management active.\n"
msgstr "启用色彩管理。\n"

#: src/core/icc_profile.c:498
msgid "JPEG ICC profiles supported.\n"
msgstr "支持 JPEG ICC 色彩特性文件。\n"

#: src/core/icc_profile.c:500
msgid ""
"JPEG ICC profiles unsupported: libjpeg-turbo 2.0.0 or higher is required.\n"
msgstr "不支持 JPEG ICC 色彩特性文件：需要 libjpeg-turbo 2.0.0 或更高版本。\n"

#: src/core/icc_profile.c:552
msgid "Monitor ICC profile set to sRGB\n"
msgstr "显示器 ICC 色彩特性文件设置为 sRGB\n"

#: src/core/icc_profile.c:554 src/core/icc_profile.c:621
#: src/core/icc_profile.c:630
msgid "Fatal error: standard sRGB ICC profile could not be loaded.\n"
msgstr "致命错误：无法加载标准 sRGB ICC 色彩特性文件。\n"

#: src/core/icc_profile.c:603
msgid "Error: no filename specified for custom monitor profile.\n"
msgstr "错误：没有为自定义显视器色彩特性文件指定文件名。\n"

#: src/core/icc_profile.c:609
#, c-format
msgid "Monitor profile loaded from %s\n"
msgstr "从 %s 加载显示器色彩特性文件\n"

#: src/core/icc_profile.c:615
#, c-format
msgid "Monitor profile could not be loaded from %s\n"
msgstr "无法从 %s 加载显示器色彩特性文件\n"

#: src/core/icc_profile.c:619 src/core/icc_profile.c:628
msgid "Monitor ICC profile set to sRGB (D65 whitepoint, gamma = 2.2)\n"
msgstr "显示器 ICC 色彩特性文件设置为 sRGB（D65 白点，gamma = 2.2）\n"

#: src/core/icc_profile.c:652
msgid "Error: no filename specified for output device proofing profile.\n"
msgstr "错误：没有为输出设备打样色彩特性文件指定文件名。\n"

#: src/core/icc_profile.c:658
#, c-format
msgid "Output device proofing profile loaded from %s\n"
msgstr "从 %s 载入输出设备打样色彩特性文件\n"

#: src/core/icc_profile.c:665
#, c-format
msgid "Output device proofing profile could not be loaded from %s\n"
msgstr "无法从 %s 加载输出设备打样色彩特性文件\n"

#: src/core/icc_profile.c:667
msgid ""
"Soft proofing is not available while no soft proofing ICC profile is "
"loaded.\n"
msgstr "当未载入软打样 ICC 色彩特性文件时，软打样不可用。\n"

#: src/core/icc_profile.c:670
msgid ""
"Output device proofing profile deactivated. Soft proofing will proof to the "
"monitor profile.\n"
msgstr "输出设备打样色彩特性文件已停用。软打样将打样到显示器色彩特性文件。\n"

#: src/core/icc_profile.c:1025
msgid ""
"FITS did not contain an ICC profile but is declared to be stretched. "
"Assigning a sRGB color profile.\n"
msgstr ""
"FITS 不包含 ICC 色彩特性文件，但声明为已拉伸。分配 sRGB 色彩特性文件。\n"

#: src/core/icc_profile.c:1032
msgid ""
"FITS did not contain an ICC profile. It appears to have been stretched using "
"an older version of Siril. Assigning a sRGB color profile.\n"
msgstr ""
"FITS 不包含 ICC 色彩特性文件。它似乎是使用旧版本的 Siril 进行了拉伸。分配 "
"sRGB 色彩特性文件。\n"

#: src/core/icc_profile.c:1048
msgid ""
"Warning: embedded ICC profile channel count does not match image channel "
"count. Color management is disabled for this image. To re-enable it, an ICC "
"profile must be assigned using the Color Management menu item.\n"
msgstr ""
"警告：嵌入式 ICC 色彩特性文件通道数与图像通道数不匹配。该图像的色彩管理已禁"
"用。欲重新启用，请使用“色彩管理”菜单项指定 ICC 色彩特性文件。\n"

#: src/core/icc_profile.c:1175
msgid "ICC profile removed"
msgstr "ICC色彩特性文件已移除"

#: src/core/icc_profile.c:1195 src/core/icc_profile.c:1286
#, c-format
msgid "Assigned ICC profile: %s"
msgstr "分配的 ICC 色彩特性文件：%s"

#: src/core/icc_profile.c:1201
msgid ""
"Image number of channels does not match color profile number of channels. "
"Cannot assign this profile to this image."
msgstr "图像通道数与色彩特性文件通道数不匹配。无法将此特性文件分配给此图像。"

#: src/core/icc_profile.c:1211
msgid ""
"Siril only supports representing the image in Gray or RGB color spaces. You "
"cannot assign or convert to non-RGB color profiles"
msgstr ""
"Siril 仅支持以灰度或 RGB 色彩空间表示图像。您无法分配或转换为非 RGB 的彩色特"
"性文件"

#: src/core/icc_profile.c:1237
#, c-format
msgid "Converted to ICC profile: %s"
msgstr "已转换为 ICC 色彩特性文件：%s"

#: src/core/icc_profile.c:1242
msgid "Failed to create colorspace transform."
msgstr "无法创建色彩空间变换。"

#: src/core/icc_profile.c:1265
msgid ""
"This image is a channel extracted from a 3-channel image. Cannot sensibly "
"auto-assign an ICC profile. You must manually assign one at an appropriate "
"time.\n"
msgstr ""
"该图像是从 3 通道图像中提取的一个通道。无法合理地自动分配 ICC 色彩特性文件。"
"您必须在适当的时间手动分配一个。\n"

#: src/core/icc_profile.c:1311
msgid ""
"The current image is not color managed. Do you want to assign the working "
"color space?"
msgstr "当前图像未进行色彩管理。您想分配工作色彩空间吗？"

#: src/core/icc_profile.c:1313
msgid "Do you want to convert this image to the working color space?"
msgstr "您想将此图像转换为工作色彩空间吗？"

#: src/core/icc_profile.c:1410
msgid "Error loading profile"
msgstr "载入色彩特性文件出错"

#: src/core/icc_profile.c:1411
msgid ""
"The selected profile could not be loaded or did not contain a valid ICC "
"profile. Defaulting to sRGB."
msgstr "无法加载所选特性文件或不包含有效的 ICC 色彩特性文件。默认为 sRGB。"

#: src/core/icc_profile.c:1416
msgid ""
"Error: the preferred colorspace profiles are not all set, or some are not "
"valid. You need to set both a RGB and a Gray profile. Defaulting to sRGB.\n"
msgstr ""
"错误：首选色彩空间特性文件未全部设置，或者某些特性文件无效。RGB 和灰度特性文"
"件都需要设置。默认为 sRGB。\n"

#: src/core/icc_profile.c:1429
msgid "Updating working profiles.\n"
msgstr "更新工作文件。\n"

#: src/core/icc_profile.c:1516
msgid "This ICC profile is not RGB. Unable to plot the colorspace.\n"
msgstr "此 ICC 色彩特性文件不是 RGB。无法绘制色彩空间。\n"

#: src/core/icc_profile.c:1521
msgid "Error reading chromaticities\n"
msgstr "色度读取错误\n"

#: src/core/icc_profile.c:1549
#, c-format
msgid ""
"Source Color Profile Chromaticity Diagram\n"
"<span size=\"small\">%s</span>"
msgstr ""
"源色彩特性文件色度图\n"
"<span size=\"small\">%s</span>"

#: src/core/icc_profile.c:1554
msgid "CIE x"
msgstr "CIE x"

#: src/core/icc_profile.c:1558
msgid "CIE y"
msgstr "CIE y"

#: src/core/icc_profile.c:1560
msgid "Color profile"
msgstr "色彩特性文件"

#: src/core/icc_profile.c:1564
msgid "Color profile whitepoint"
msgstr "色彩特性的白点"

#: src/core/icc_profile.c:1568
msgid "CIE 1931"
msgstr "CIE 1931"

#: src/core/icc_profile.c:1573
msgid "Could not load background\n"
msgstr "无法载入背景不够\n"

#: src/core/initfile.c:56 src/core/initfile.c:67 src/core/initfile.c:87
#, c-format
msgid "error in config file for %s.%s: %s (value: %s)\n"
msgstr "配置文件错误 %s.%s: %s（值：%s）\n"

#: src/core/initfile.c:74
#, c-format
msgid "value %d is out of range [%d, %d] for %s.%s\n"
msgstr "值%d超过了范围[%d, %d]，溢出了%s.%s\n"

#: src/core/initfile.c:94
#, c-format
msgid "value %f is out of range [%f, %f] for %s.%s\n"
msgstr "值%f超过了范围[%f, %f]，溢出了%s.%s\n"

#: src/core/initfile.c:107
#, c-format
msgid "unknown error in config file for %s.%s\n"
msgstr "%s.%s 的配置文件中出现未知错误。\n"

#: src/core/initfile.c:116
#, c-format
msgid "directory `%s' for config key %s.%s doesn't exist, not using it.\n"
msgstr "目录“%s”（用于配置关键字%s）。%s不存在，不使用。\n"

#: src/core/initfile.c:149
#, c-format
msgid "Converting previous initfile: %s\n"
msgstr "转换以前的初始化文件：%s\n"

#: src/core/initfile.c:172
#, c-format
msgid "unknown settings variable %s.%s\n"
msgstr "未知设置变量 %s.%s\n"

#: src/core/initfile.c:190
#, c-format
msgid "Settings could not be loaded from %s: %s\n"
msgstr "无法从 %s: %s 载入设置\n"

#: src/core/initfile.c:197
msgid "Warning: nothing could be read from the settings file\n"
msgstr "警告：无法从设置文件中读取任何内容\n"

#: src/core/initfile.c:206
#, c-format
msgid "Reading configuration file %s\n"
msgstr "读取配置文件 %s\n"

#: src/core/initfile.c:228
msgid "Continuing without configuration file\n"
msgstr "在没有配置文件的情况下继续\n"

#: src/core/initfile.c:292
#, c-format
msgid "Could not save the settings in %s: %s\n"
msgstr "无法将设置保存于 %s: %s\n"

#: src/core/pipe.c:99
#, c-format
msgid "Output pipe creation failed with error %d\n"
msgstr "创建输出管道失败，错误 %d\n"

#: src/core/pipe.c:116
#, c-format
msgid "Input pipe creation failed with error %d\n"
msgstr "创建输入管道失败，错误 %d\n"

#: src/core/pipe.c:138 src/core/pipe.c:153
#, c-format
msgid "Could not create the named pipe %s\n"
msgstr "无法创建命名管道 %s\n"

#: src/core/pipe.c:144 src/core/pipe.c:159
#, c-format
msgid ""
"The named pipe file %s already exists but is not a fifo, cannot create or "
"open\n"
msgstr "命名管道文件 %s 已存在，但不是 fifo，无法创建或打开\n"

#: src/core/pipe.c:296 src/core/pipe.c:375 src/core/pipe.c:517
#: src/core/pipe.c:527
msgid "Could not open the named pipe\n"
msgstr "无法打开命名管道\n"

#: src/core/pipe.c:324 src/core/pipe.c:406
msgid "command too long or malformed\n"
msgstr "命令过长或不完整\n"

#: src/core/pipe.c:361 src/core/pipe.c:448
msgid "command interrupted\n"
msgstr "命令不完整\n"

#: src/core/preprocess.c:141
#, c-format
msgid ""
"After dark subtraction, the image contains many negative pixels (%d%%), "
"calibration frames are probably incorrect\n"
msgstr "减去暗场后，图像包含许多负值像素（%d%%），校准帧可能不正确\n"

#: src/core/preprocess.c:171
msgid "Images must have same dimensions\n"
msgstr "图像必须具有相同的尺寸\n"

#: src/core/preprocess.c:182
msgid "The dark frame contains no exposure data or incorrect exposure data.\n"
msgstr "暗帧不包含曝光数据或曝光数据不正确。\n"

#: src/core/preprocess.c:187
#, c-format
msgid ""
"The light frame (%d) contains no exposure data or incorrect exposure data.\n"
msgstr "亮帧 (%d) 不包含曝光数据或曝光数据不正确。\n"

#: src/core/preprocess.c:194
msgid ""
"Warning: master dark is shorter than lights. It is recommended that the "
"master dark be at least as long as the lights.\n"
msgstr "警告：主暗场比亮场短。建议主暗场至少和亮场一样长。\n"

#: src/core/preprocess.c:202 src/core/preprocess.c:214
#, c-format
msgid "Dark optimization of image %d failed\n"
msgstr "图像 %d 的暗场优化失败\n"

#: src/core/preprocess.c:210
#, c-format
msgid "Dark optimization of image %d: k0=%.3f\n"
msgstr "图像 %d 的暗场优化: k0=%.3f\n"

#: src/core/preprocess.c:368
#, c-format
msgid "Normalisation value auto evaluated: %.3f\n"
msgstr "自动估算归一化参数：%.3f\n"

#: src/core/preprocess.c:392
msgid "Cosmetic correction cannot be applied on X-Trans files.\n"
msgstr "坏点修正无法应用于X-Trans文件。\n"

#: src/core/preprocess.c:398 src/filters/cosmetic_correction.c:479
#, c-format
msgid "%ld corrected pixel (%ld + %ld)\n"
msgid_plural "%ld corrected pixels (%ld + %ld)\n"
msgstr[0] "%ld 像素被修正（%ld + %ld）\n"

#: src/core/preprocess.c:405
msgid ""
"Darkmap cosmetic correction is only supported with single channel images\n"
msgstr "基于暗场帧的坏点修正只支持单通道图像\n"

#. Free dynamically allocated category if it's not one of the static strings
#: src/core/preprocess.c:502 src/gui/git_gui.c:141 src/gui/git_gui.c:206
msgid "Preprocessing"
msgstr "预处理"

#: src/core/preprocess.c:526
#, c-format
msgid "Pre-processing image %s"
msgstr "预处理图像 %s"

#: src/core/preprocess.c:544
#, c-format
msgid "Saving image %s"
msgstr "保存图像 %s"

#: src/core/preprocess.c:576
#, c-format
msgid "Pre-processing image %s\n"
msgstr "预处理图像 %s\n"

#: src/core/preprocess.c:594
#, c-format
msgid "Saving image %s\n"
msgstr "保存图像 %s\n"

#. offset is specified as a level not a file
#: src/core/preprocess.c:704
msgid "Checking offset level..."
msgstr "检测偏置水平…"

#: src/core/preprocess.c:707
msgid "NOT USING OFFSET: the offset value could not be parsed"
msgstr "未使用偏置：偏置值无法被解析"

#. not excluding all neg values here to allow defining a pedestal
#: src/core/preprocess.c:713
msgid ""
"NOT USING OFFSET: the offset value is not consistent with image bitdepth"
msgstr "未使用偏置：偏置值跟图像位深不一致"

#: src/core/preprocess.c:725
msgid "NOT USING OFFSET: could not parse the expression\n"
msgstr "未使用偏置：无法解析表达式\n"

#: src/core/preprocess.c:729
msgid "Opening offset image..."
msgstr "打开偏置帧..."

#: src/core/preprocess.c:732
msgid "NOT USING OFFSET: number of channels is different"
msgstr "未使用偏置：通道数目不一致"

#: src/core/preprocess.c:735
msgid "NOT USING OFFSET: image dimensions are different"
msgstr "未使用偏置：图像尺寸不一致"

#: src/core/preprocess.c:744
msgid "NOT USING OFFSET: cannot open the file"
msgstr "未使用偏置：无法打开文件"

#: src/core/preprocess.c:771
msgid "NOT USING DARK: could not parse the expression"
msgstr "未使用暗场：无法解析表达式"

#: src/core/preprocess.c:774 src/livestacking/gui.c:205
msgid "Opening dark image..."
msgstr "打开暗场帧…"

#: src/core/preprocess.c:778
msgid "NOT USING DARK: number of channels is different"
msgstr "未使用暗场：通道数目不一致"

#: src/core/preprocess.c:781
msgid "NOT USING DARK: image dimensions are different"
msgstr "未使用暗场：图像尺寸不一致"

#: src/core/preprocess.c:790 src/livestacking/gui.c:210
msgid "NOT USING DARK: cannot open the file"
msgstr "未使用暗场：无法打开文件"

#: src/core/preprocess.c:812
msgid "Dark optimization: This process cannot be applied to 8b images"
msgstr "暗场优化：本操作不可应用于8位图像"

#: src/core/preprocess.c:884 src/gui/registration.c:999
#: src/livestacking/gui.c:276
msgid "Opening flat image..."
msgstr "打开平场帧..."

#: src/core/preprocess.c:942
msgid "Some errors have been detected, Please check the logs.\n"
msgstr "发生错误，请检查日志。\n"

#: src/core/preprocess.c:983
msgid "Error in preprocessing."
msgstr "预处理错误。"

#: src/core/preprocess.c:1046 src/core/preprocess.c:1058
msgid ""
"This value may be too high. Please, consider to change sigma value or "
"uncheck the box."
msgstr "参数值可能过大。请酌情改变sigma值或者取消本选项。"

#: src/core/processing.c:89 src/core/processing.c:1290
msgid "No image selected for processing, aborting\n"
msgstr "没有任何选中的待处理图像，异常中止\n"

#: src/core/processing.c:119
#, c-format
msgid ""
"%s: with the current memory and thread limits, up to %d thread(s) can be "
"used\n"
msgstr "%s：基于当前的内存和线程上限， 最多 %d 线程可用\n"

#: src/core/processing.c:127
msgid "Preparing sequence processing failed.\n"
msgstr "准备待处理序列失败。\n"

#: src/core/processing.c:154 src/core/processing.c:1313
#, c-format
msgid "Output index mapping failed (%d/%d).\n"
msgstr "输出指标映射失败（%d/%d）。\n"

#: src/core/processing.c:166
msgid "Not enough space to save the output images, aborting\n"
msgstr "没有足够的空间来保存输出图像，异常中止\n"

#: src/core/processing.c:174
#, c-format
msgid "%s: processing...\n"
msgstr "%s：处理中…\n"

#: src/core/processing.c:287 src/io/sequence.c:961
#, c-format
msgid ""
"Image #%d: number of layers (%d) is not consistent with sequence (%d), "
"aborting\n"
msgstr "图像 #%d：图层数量（%d）与序列数量（%d）不一致，异常中止\n"

#: src/core/processing.c:358
#, c-format
msgid "%s. Processing image %d (%s)"
msgstr "%s. 处理图像 %d (%s)"

#: src/core/processing.c:366 src/core/processing.c:398
msgid "Finalizing sequence processing failed.\n"
msgstr "序列最终处理失败。\n"

#: src/core/processing.c:370
msgid "Sequence processing failed. Check the log."
msgstr "序列处理失败，请检查日志。"

#: src/core/processing.c:371
msgid "Sequence processing failed.\n"
msgstr "序列处理失败。\n"

#: src/core/processing.c:378
msgid "Sequence processing partially succeeded. Check the log."
msgstr "序列处理失败，请检查日志。"

#: src/core/processing.c:379
#, c-format
msgid "Sequence processing partially succeeded, with %d images that failed.\n"
msgstr "序列处理部分成功，%d帧图像失败。\n"

#: src/core/processing.c:381
msgid "Sequence processing succeeded."
msgstr "序列处理成功。"

#: src/core/processing.c:382
msgid "Sequence processing succeeded.\n"
msgstr "序列处理成功。\n"

#: src/core/processing.c:705
#, c-format
msgid "Image %d not found for writing\n"
msgstr "找不到用于写入的图像 %d\n"

#: src/core/processing.c:819 src/core/processing.c:840
#, fuzzy
msgid "Warning: failed to add processing thread to child list\n"
msgstr "警告：获取仓库索引条目失败。\n"

#: src/core/processing.c:1183
msgid "Process aborted by user\n"
msgstr "程序处理被用户中断\n"

#: src/core/processing.c:1192
#, c-format
msgid "Failed to find GPid %d, it may already have exited...\n"
msgstr "找不到GPid%d，它可能已经退出...\n"

#: src/core/processing.c:1380
#, fuzzy, c-format
msgid "Error finding the HDU for frame %d\n"
msgstr "打开文件 %s 时出错\n"

#: src/core/sequence_filtering.c:229
msgid "Sequence filter: values can only be either literal or percent\n"
msgstr "序列筛选器：值必须为文字或百分比\n"

#: src/core/sequence_filtering.c:235
#, c-format
msgid "Using selected images filter (%d/%d of the sequence)\n"
msgstr "使用被选中的图像（占全序列的%d/%d）\n"

#: src/core/sequence_filtering.c:243
#, c-format
msgid "Using star FWHM images filter (below %f)\n"
msgstr "使用星点FWHM筛选星点（低于 %f）\n"

#: src/core/sequence_filtering.c:251
#, c-format
msgid "Using star weighted FWHM images filter (below %f)\n"
msgstr "使用加权的星点FWHM筛选星点 （低于 %f）\n"

#: src/core/sequence_filtering.c:259
#, c-format
msgid "Using star roundness images filter (above %f)\n"
msgstr "使用星点圆度筛选星点（高于 %f）\n"

#: src/core/sequence_filtering.c:267
#, c-format
msgid "Using image background filter (below %f)\n"
msgstr "使用图像背景筛选星点（低于 %f）\n"

#: src/core/sequence_filtering.c:275
#, c-format
msgid "Using number of stars filter (above %f)\n"
msgstr "使用星点数量筛选星点（高于 %f）\n"

#: src/core/sequence_filtering.c:283
#, c-format
msgid "Using image quality filter (below %f)\n"
msgstr "使用图像品质筛选星点（低于 %f）\n"

#: src/core/sequence_filtering.c:310
msgid ""
"Provided filtering options do not allow at least two images to be "
"processed.\n"
msgstr "筛选后，图像少于2张。\n"

#: src/core/sequence_filtering.c:349
msgid ""
"The reference image is not in the selected set of images. To avoid issues, "
"please change it or change the filtering parameters.\n"
msgstr "参考帧不在所选定的序列里。请重新选择或者改变筛选参数。\n"

#: src/core/sequence_filtering.c:356
#, c-format
msgid "Using image %d as temporary reference image\n"
msgstr "使用图像 %d 作为临时参考帧\n"

#: src/core/sequence_filtering.c:398 src/core/sequence_filtering.c:440
#, c-format
msgid ""
"Warning: some images don't have information available for best images "
"selection, using only available data (%d images on %d).\n"
msgstr ""
"警告：一些图像不含有可用于最佳图像选择的有效信息 ，仅有效数据被使用 (%d "
"images on %d).\n"

#: src/core/sequence_filtering.c:522
#, c-format
msgid "Processing all images in the sequence (%d)\n"
msgstr "叠加序列中所有的图像（%d帧）\n"

#: src/core/sequence_filtering.c:524
#, c-format
msgid "Processing only selected images in the sequence (%d)\n"
msgstr "叠加序列中已选择的图像（%d帧）\n"

#: src/core/sequence_filtering.c:526
#, c-format
msgid ""
"Processing images of the sequence with a FWHM lower or equal than %g (%d)\n"
msgstr "叠加序列中FWHM小于等于 %g（%d帧）的图像\n"

#: src/core/sequence_filtering.c:530
#, c-format
msgid ""
"Processing images of the sequence with a weighted FWHM lower or equal than "
"%g (%d)\n"
msgstr "叠加序列中加权FWHM小于等于 %g（%d帧）的图像\n"

#: src/core/sequence_filtering.c:534
#, c-format
msgid ""
"Processing images of the sequence with a roundness higher or equal than %g "
"(%d)\n"
msgstr "叠加序列中圆度大于等于 %g （%d帧）的图像\n"

#: src/core/sequence_filtering.c:538
#, c-format
msgid ""
"Processing images of the sequence with a quality higher or equal than %g "
"(%d)\n"
msgstr "叠加序列中品质大于等于 %g （%d帧） 的图像\n"

#: src/core/sequence_filtering.c:542
#, c-format
msgid ""
"Processing images of the sequence with a background lower or equal than %g "
"(%d)\n"
msgstr "叠加序列中背景小于等于 %g（%d帧）的图像\n"

#: src/core/sequence_filtering.c:546
#, c-format
msgid ""
"Processing images of the sequence with a number of stars higher or equal "
"than %g (%d)\n"
msgstr "叠加序列中星点数大于等于 %g （%d帧）的图像\n"

#: src/core/sequence_filtering.c:550
#, c-format
msgid "Processing images whose output don't already exist (%d)"
msgstr "叠加尚未有输出结果的图像（%d帧）"

#: src/core/sequence_filtering.c:567
#, c-format
msgid "for a total of images processed of %d)\n"
msgstr "得到总计图像（%d帧）将被叠加\n"

#: src/core/settings.c:348
msgid "current working directory"
msgstr "当前工作目录"

#: src/core/settings.c:349
msgid "FITS file extension"
msgstr "FITS扩展名"

#: src/core/settings.c:350
msgid "don't use 32 bits for pixel depth"
msgstr "不要使用 32 位作为像素深度"

#: src/core/settings.c:351
msgid "embed ICC profiles in FITS when saving"
msgstr "保存时将 ICC 色彩特性文件嵌入 FITS"

#: src/core/settings.c:352
msgid "allow FITS cubes to have different sizes"
msgstr "允许 FITS 矩阵具有不同的尺寸"

#: src/core/settings.c:353
msgid "memory mode (0 ratio, 1 amount)"
msgstr "内存模式（0比例，1数量）"

#: src/core/settings.c:354
msgid "memory ratio of available"
msgstr "可用内存比例"

#: src/core/settings.c:355
msgid "amount of memory in GB"
msgstr "内存量（以 GB 为单位）"

#: src/core/settings.c:356
msgid "HD AutoStretch bit depth"
msgstr "高分辨率自动拉伸位深"

#: src/core/settings.c:357
msgid "need requires cmd in script"
msgstr "需要脚本中的requires命令"

#: src/core/settings.c:358
msgid "need requires cmd in pipe"
msgstr "需要管道中的 cmd"

#: src/core/settings.c:359
msgid "check update at start-up"
msgstr "启动时检查更新"

#: src/core/settings.c:360
msgid "active siril language"
msgstr "启用 siril 语言"

#: src/core/settings.c:361
msgid "swap directory"
msgstr "swap目录"

#: src/core/settings.c:362
msgid "update pixel size of binned images"
msgstr "像素尺寸不包含像素合并（bin）的系数"

#: src/core/settings.c:363
msgid "WCS formalism used in FITS header"
msgstr "FITS 文件头中使用的 WCS 形式"

#: src/core/settings.c:364
msgid "Path of the namedstars.dat catalogue"
msgstr "namedstars.dat星表路径"

#: src/core/settings.c:365
msgid "Path of the unnamedstars.dat catalogue"
msgstr "unnamedstars.dat星表路径"

#: src/core/settings.c:366
msgid "Path of the deepstars.dat catalogue"
msgstr "deepstars.dat星表路径"

#: src/core/settings.c:367
msgid "Path of the USNO-NOMAD-1e8.dat catalogue"
msgstr "USNO-NOMAD-1e8.dat星表路径"

#: src/core/settings.c:368
msgid "Path of the local Gaia astrometric catalogue"
msgstr "本地Gaia天体测量目录的路径"

#: src/core/settings.c:369
msgid "Path of the local Gaia photometric catalogue"
msgstr "本地Gaia测光星表的路径"

#: src/core/settings.c:370
msgid "add CTYPE3='RGB' in the FITS header"
msgstr "在 FITS 文件头中添加 CTYPE3='RGB'"

#: src/core/settings.c:371
msgid "Verify file checksums if they exist"
msgstr "如果存在，验证文件的校验和"

#: src/core/settings.c:372
msgid "user copyright to put in file header"
msgstr "放入文件头的用户版权"

#: src/core/settings.c:373
msgid "location of the StarNet executable"
msgstr "StarNet 可执行文件位置"

#: src/core/settings.c:374
msgid "location of the StarNet-torch weights file"
msgstr "StarNet-torch 权重文件位置"

#: src/core/settings.c:375
msgid "location of the GraXpert executable"
msgstr "GraXpert可执行文件位置"

#: src/core/settings.c:377
msgid "directory of the asnet_ansvr installation"
msgstr "asnet_ansvr 安装目录"

#: src/core/settings.c:379
msgid "directory containing the solve-field executable"
msgstr "包含 solve-field 可执行文件的目录"

#: src/core/settings.c:381
msgid "FFTW planning timelimit"
msgstr "FFTW规划时限"

#: src/core/settings.c:382
msgid "Convolution minimum kernel size to use FFTW"
msgstr "FFTW 所使用的卷积最小内核尺寸"

#: src/core/settings.c:384
msgid "multithreaded FFTW"
msgstr "多线程 FFTW"

#: src/core/settings.c:385
msgid "Maximum slice size for automated slice processing"
msgstr "自动分片处理时的最大切片尺寸"

#: src/core/settings.c:387
msgid "focal length in mm for radius adjustment"
msgstr "焦距（毫米），用于半径调整"

#: src/core/settings.c:388
msgid "pixel size in µm for radius adjustment"
msgstr "像素尺寸（以μm为单位），用于半径调整"

#: src/core/settings.c:390
msgid "use pattern from the file header"
msgstr "使用文件头中的模式"

#: src/core/settings.c:391
msgid "index of the Bayer pattern"
msgstr "拜耳阵列索引值"

#: src/core/settings.c:392
msgid "type of interpolation"
msgstr "插值类型"

#: src/core/settings.c:393
#, fuzzy
msgid "row-order preference"
msgstr "打开偏好设置"

#: src/core/settings.c:394
msgid "Bayer matrix offset X"
msgstr "拜尔阵列X轴偏移量"

#: src/core/settings.c:395
msgid "Bayer matrix offset Y"
msgstr "拜尔阵列Y轴偏移量"

#: src/core/settings.c:396
msgid "Number of passes for the X-Trans Markesteijn algorithm"
msgstr "X-Trans Markesteijn 算法的传递次数"

#: src/core/settings.c:398
msgid "electrons per ADU for noise estimation"
msgstr "每个 ADU 的电子数，用于噪声估算"

#: src/core/settings.c:399
msgid "inner radius for background annulus"
msgstr "背景环的内半径"

#: src/core/settings.c:400
msgid "outer radius for background annulus"
msgstr "背景环的外半径"

#: src/core/settings.c:401
msgid "factor for inner radius automatic computation"
msgstr "内半径自动计算系数"

#: src/core/settings.c:402
msgid "factor for outer radius automatic computation"
msgstr "外半径自动计算系数"

#: src/core/settings.c:403
msgid "force flux aperture value"
msgstr "强制光通量孔径"

#: src/core/settings.c:404
msgid "Radius/halfFWHM ratio"
msgstr "半径/半FWHM比"

#: src/core/settings.c:405
msgid "forced aperture for flux computation"
msgstr "用于光通量计算的强制孔径"

#: src/core/settings.c:406
msgid "minimum valid pixel value for photometry"
msgstr "用于测光的最小有效像素值"

#: src/core/settings.c:407
msgid "maximum valid pixel value for photometry"
msgstr "用于测光的最大有效像素值"

#: src/core/settings.c:408
msgid ""
"catalogues to be used to discard the variable stars from the comparison "
"stars list"
msgstr "用于从参考星列表中排除变星的星表"

#: src/core/settings.c:409
msgid "preferred SPCC red filter"
msgstr "首选SPCC红色滤镜"

#: src/core/settings.c:410
msgid "preferred SPCC green filter"
msgstr "首选SPCC绿色滤镜"

#: src/core/settings.c:411
msgid "preferred SPCC blue filter"
msgstr "首选SPCC蓝色滤镜"

#: src/core/settings.c:412
msgid "preferred SPCC DSLR LPF filter"
msgstr "首选SPCC DSLR低通滤镜"

#: src/core/settings.c:413
msgid "preferred SPCC OSC filter"
msgstr "首选SPCC OSC滤镜"

#: src/core/settings.c:414
msgid "preferred SPCC mono sensor"
msgstr "首选SPCC单色传感器"

#: src/core/settings.c:415
msgid "preferred SPCC OSC sensor"
msgstr "首选SPCC OSC传感器"

#: src/core/settings.c:416
msgid "is the SPCC sensor mono?"
msgstr "SPCC传感器是否为单色？"

#: src/core/settings.c:417
msgid "is the SPCC OSC sensor a DSLR?"
msgstr "SPCC OSC传感器是否为DSLR？"

#: src/core/settings.c:418
msgid "are we in narrowband mode?"
msgstr "我们处于窄带模式吗？"

#: src/core/settings.c:419
msgid "red NB filter wavelength"
msgstr "红色NB滤镜波长"

#: src/core/settings.c:420
msgid "red NB filter bandwidth"
msgstr "红色NB滤镜带宽"

#: src/core/settings.c:421
msgid "green NB filter wavelength"
msgstr "绿色NB滤镜波长"

#: src/core/settings.c:422
msgid "green NB filter bandwidth"
msgstr "绿色NB滤镜带宽"

#: src/core/settings.c:423
msgid "blue NB filter wavelength"
msgstr "蓝色NB滤镜波长"

#: src/core/settings.c:424
msgid "blue NB filter bandwidth"
msgstr "蓝色NB滤镜带宽"

#: src/core/settings.c:426
msgid "do not delete .xyls FITS tables"
msgstr "不要删除 .xyls FITS 表"

#: src/core/settings.c:427
msgid "do not delete .wcs result files"
msgstr "不要删除 .wcs 结果文件"

#: src/core/settings.c:428
msgid "show solve-field output in main log"
msgstr "在主日志中显示 solve-field 输出"

#: src/core/settings.c:430
msgid "degrees of the polynomial correction"
msgstr "多项式修正中多项式的次数"

#: src/core/settings.c:431
msgid "radius around the target coordinates (degrees)"
msgstr "目标坐标周围的半径（度）"

#: src/core/settings.c:432
msgid "maximum seconds to try solving"
msgstr "尝试解析的最大秒数"

#: src/core/settings.c:433
msgid "update default focal length and pixel size from the result"
msgstr "从结果更新缺省的焦距和像素尺寸"

#: src/core/settings.c:434
msgid "percent below and above the expected sampling to allow"
msgstr "所允许的低于和高于预期采样的百分比"

#: src/core/settings.c:435
msgid "default IAU observatory code"
msgstr "默认IAU天文台编号"

#: src/core/settings.c:437
msgid "panel size of aberration inspector"
msgstr "像差检查器面板尺寸"

#: src/core/settings.c:438
msgid "window size of aberration inspector"
msgstr "像差检查器窗口尺寸"

#: src/core/settings.c:440
msgid "FITS compression enabled"
msgstr "FITS压缩启用"

#: src/core/settings.c:441
msgid "FITS compression method"
msgstr "FITS压缩方法"

#: src/core/settings.c:442
msgid "quantization factor for 32-bit float"
msgstr "用于32位浮点数的量化因子"

#: src/core/settings.c:443
msgid "Hcompress scale factor"
msgstr "HCompress 比例因子"

#. the GUI part, not as useful but still required to be listed in order to be saved in the ini file
#: src/core/settings.c:446
msgid "type of sensor for cosmetic correction"
msgstr "需应用坏点修正的传感器类型"

#: src/core/settings.c:447
msgid "equalize flat channels"
msgstr "均衡平场帧的各通道"

#: src/core/settings.c:448
msgid "enable correction for X-Trans sensor"
msgstr "启用 X-Trans 传感器修正"

#: src/core/settings.c:449 src/core/settings.c:450 src/core/settings.c:451
#: src/core/settings.c:452 src/core/settings.c:453 src/core/settings.c:454
#: src/core/settings.c:455 src/core/settings.c:456
msgid "if no X-Trans model found, use this"
msgstr "如果未找到 X-Trans 模型，就用这个"

#: src/core/settings.c:457
msgid "default master bias"
msgstr "缺省主偏置帧"

#: src/core/settings.c:458
msgid "use default master bias"
msgstr "使用缺省主偏置帧"

#: src/core/settings.c:459
msgid "default master dark"
msgstr "缺省主暗场帧"

#: src/core/settings.c:460
msgid "use default master dark"
msgstr "使用缺省主暗场帧"

#: src/core/settings.c:461
msgid "default master flat"
msgstr "缺省主平场帧"

#: src/core/settings.c:462
msgid "use default master flat"
msgstr "使用缺省主平场帧"

#: src/core/settings.c:463
msgid "default distortion master"
msgstr "缺省总和畸变文件"

#: src/core/settings.c:464
msgid "use default master distortion"
msgstr "使用缺省总和畸变文件"

#: src/core/settings.c:465
msgid "default stack name"
msgstr "缺省叠加名"

#: src/core/settings.c:466
msgid "use preferred stack name"
msgstr "使用首选的叠加名"

#: src/core/settings.c:468
msgid "index of the selected registration method"
msgstr "所选对齐方法的指标"

#: src/core/settings.c:469
msgid "index of the selected interpolation method"
msgstr "所选插值方法的指标"

#: src/core/settings.c:470
msgid "use clamping method with Lanczos and Cubic interpolation"
msgstr "对 Lanczos 和 Cubic 插值启用钳定"

#: src/core/settings.c:471
msgid "Match Drizzle weights bitpix to sequence"
msgstr ""

#: src/core/settings.c:473
msgid "index of the selected method"
msgstr "所选方法的指标"

#: src/core/settings.c:474
msgid "index of the normalization method"
msgstr "所选归一化方法的指标"

#: src/core/settings.c:475
msgid "index of the rejection method"
msgstr "剔除方法的指标"

#: src/core/settings.c:476
msgid "index of the weighting method"
msgstr "加权方法的指标"

#: src/core/settings.c:477
msgid "sigma low value for rejection"
msgstr "用作剔除的sigma下限"

#: src/core/settings.c:478
msgid "sigma high value for rejection"
msgstr "用作剔除的sigma上限"

#: src/core/settings.c:479
msgid "linear low value for rejection"
msgstr "用作剔除的linear下限"

#: src/core/settings.c:480
msgid "linear high value for rejection"
msgstr "用作剔除的linear上限"

#: src/core/settings.c:481
msgid "percentile low value for rejection"
msgstr "用作剔除的percentile下限"

#: src/core/settings.c:482
msgid "percentile high value for rejection"
msgstr "用作剔除的percentile上限"

#: src/core/settings.c:484
msgid "first start of siril"
msgstr "siril第一次启动"

#: src/core/settings.c:485
msgid "don't confirm quit when exiting"
msgstr "退出时不需要确认"

#: src/core/settings.c:486
msgid "don't confirm save when non linear mode"
msgstr "非线性模式时不确认保存"

#: src/core/settings.c:487
msgid "remember window position"
msgstr "记住窗口位置"

#: src/core/settings.c:488 src/core/settings.c:489 src/core/settings.c:490
#: src/core/settings.c:491
msgid "main window position"
msgstr "主窗口位置"

#: src/core/settings.c:492
msgid "position of the two sides separator"
msgstr "两侧分隔符的位置"

#: src/core/settings.c:493
msgid "main window is extended"
msgstr "主窗口已扩展"

#: src/core/settings.c:494
msgid "main window is maximized"
msgstr "主窗口最大化"

#: src/core/settings.c:495
msgid "index of the selected theme"
msgstr "所选主题的指标"

#: src/core/settings.c:496
msgid "font scale in percent"
msgstr "字体缩放百分比"

#: src/core/settings.c:497
msgid "icon style"
msgstr "图标样式"

#: src/core/settings.c:498
msgid "list of script directories"
msgstr "脚本目录列表"

#: src/core/settings.c:499
msgid "use and sync online scripts repository"
msgstr "使用和同步在线脚本仓库"

#: src/core/settings.c:500
msgid "use and sync spcc-database repository"
msgstr "使用和同步 spcc 数据库仓库"

#: src/core/settings.c:501
msgid "auto sync online scripts repository"
msgstr "自动同步在线脚本仓库"

#: src/core/settings.c:502
msgid "auto sync spcc-database repository"
msgstr "自动同步 spcc 数据库仓库"

#: src/core/settings.c:503
msgid "list of scripts selected from the repository"
msgstr "从仓库中选择的脚本列表"

#: src/core/settings.c:504
msgid "warn when launching a script"
msgstr "启动脚本时发出警告"

#: src/core/settings.c:505
msgid "show thumbnails in open dialog"
msgstr "在打开对话框中显示缩略图"

#: src/core/settings.c:506
msgid "size of the thumbnails"
msgstr "缩略图尺寸"

#: src/core/settings.c:507
msgid "number of elements of the grid guides"
msgstr "网格参考线的元素数量"

#: src/core/settings.c:508
msgid "show tenths of arcseconds on hover"
msgstr "悬停时显示十分之一角秒"

#: src/core/settings.c:509
msgid "default display mode"
msgstr "缺省显示模式"

#: src/core/settings.c:510
msgid "default histogram display mode"
msgstr "缺省直方图显示模式"

#: src/core/settings.c:511
msgid "ROI selection mode"
msgstr "ROI选择模式"

#: src/core/settings.c:512
msgid "enable ROI dialog warning"
msgstr "启用 ROI 对话框警告"

#: src/core/settings.c:513
msgid "Middle mouse button double click zoom action"
msgstr "鼠标中键双击缩放操作"

#: src/core/settings.c:514
msgid "Mouse smooth scroll speed limit"
msgstr "鼠标平滑滚动速度上限"

#: src/core/settings.c:515
msgid "configure background samples color"
msgstr "配置背景提取样本框的颜色"

#: src/core/settings.c:516
msgid "configure standard annotation color"
msgstr "配置标准标注的颜色"

#: src/core/settings.c:517
msgid "configure dso annotation color"
msgstr "配置深空天体标注的颜色"

#: src/core/settings.c:518
msgid "configure sso annotation color"
msgstr "配置太阳系天体标注的颜色"

#: src/core/settings.c:519
msgid "configure tmp annotation color"
msgstr "配置临时标注的颜色"

#: src/core/settings.c:520
msgid "path to custom monitor ICC profile"
msgstr "自定义显示器 ICC 色彩特性文件的路径"

#: src/core/settings.c:521
msgid "path to soft proofing ICC profile"
msgstr "软打样 ICC 色彩特性文件的路径"

#: src/core/settings.c:522
msgid "custom monitor profile active"
msgstr "自定义显示器色彩特性文件启用"

#: src/core/settings.c:523
msgid "output proofing profile active"
msgstr "输出打样色彩特性文件启用"

#: src/core/settings.c:524
msgid "path to custom RGB ICC profile"
msgstr "自定义 RGB ICC 色彩特性文件的路径"

#: src/core/settings.c:525
msgid "path to custom gray ICC profile"
msgstr "自定义灰度 ICC 色彩特性文件的路径"

#: src/core/settings.c:526
msgid "color management rendering intent"
msgstr "色彩管理渲染意图"

#: src/core/settings.c:527
msgid "color management soft proofing intent"
msgstr "色彩管理软打样意图"

#: src/core/settings.c:528
msgid "color management export intent"
msgstr "色彩管理导出意图"

#: src/core/settings.c:529
msgid "default to sRGB when exporting non color managed images"
msgstr "导出非色彩管理图像时默认为 sRGB"

#: src/core/settings.c:530
msgid "color management working gamut"
msgstr "色彩管理工作色域"

#: src/core/settings.c:531
msgid "color management export profile for 8bit files"
msgstr "8 位文件的色彩管理导出色彩特性文件"

#: src/core/settings.c:532
msgid "color management export profile for 16bit files"
msgstr "16 位文件的色彩管理导出色彩特性文件"

#: src/core/settings.c:533
msgid "autoconvert images with an ICC profile to the working color space"
msgstr "将具有 ICC 色彩特性文件的图像自动转换为工作色彩空间"

#: src/core/settings.c:534
msgid "encodes ICC profile auto-assignment options"
msgstr "编码 ICC 色彩特性文件自动分配选项"

#: src/core/settings.c:535
msgid "enable rendering BPC"
msgstr "启用渲染 BPC"

#: src/core/settings.c:536
msgid "pedantically assign linear ICC profiles"
msgstr "学术式地分配线性 ICC 色彩特性文件"

#: src/core/settings.c:537
msgid "mouse actions config. Opaque data structure, edit this using the GUI"
msgstr "鼠标动作配置。不透明的数据结构，请使用 GUI 进行编辑"

#: src/core/settings.c:538
msgid "scroll actions config. Opaque data structure, edit this using the GUI"
msgstr "滚动操作配置。不透明的数据结构，请使用 GUI 进行编辑"

#: src/core/settings.c:539
msgid "index of the compass position over grid"
msgstr "网格上罗盘位置的指标"

#: src/core/settings.c:540
msgid "show Messier objects in annotations"
msgstr "标注梅西耶天体"

#: src/core/settings.c:541
msgid "show NGC objects in annotations"
msgstr "标注NGC天体"

#: src/core/settings.c:542
msgid "show IC objects in annotations"
msgstr "标注IC天体"

#: src/core/settings.c:543
msgid "show LDN objects in annotations"
msgstr "标注LDN天体"

#: src/core/settings.c:544
msgid "show SH2 objects in annotations"
msgstr "标注SH2天体"

#: src/core/settings.c:545
msgid "show stars in annotations"
msgstr "标注恒星"

#: src/core/settings.c:546
msgid "show constellations in annotations"
msgstr "标注星座"

#: src/core/settings.c:547
msgid "show constellations names in annotations"
msgstr "标注星座名称"

#: src/core/settings.c:548
msgid "show user DSO objects in annotations"
msgstr "在标注中显示用户深空天体"

#: src/core/settings.c:549
msgid "show user SSO objects in annotations"
msgstr "在标注中显示用户太阳系天体"

#: src/core/settings.c:551
msgid "list of pixel math presets"
msgstr "像素数学预设列表"

#: src/core/settings.c:553
msgid "highlight syntax in the script editor"
msgstr "在脚本编辑器中高亮语法"

#: src/core/settings.c:554
msgid "highlight matching brackets in the script editor"
msgstr "在脚本编辑器中高亮成对的括号"

#: src/core/settings.c:555
msgid "show the right margin in the script editor"
msgstr "在脚本编辑器中显示右边界"

#: src/core/settings.c:556
msgid "position of the right margin in the script editor"
msgstr "脚本编辑器中右边界的位置"

#: src/core/settings.c:557
msgid "show line numbers in the script editor"
msgstr "在脚本编辑器中显示行号"

#: src/core/settings.c:558
msgid "show line marks in the script editor"
msgstr "在脚本编辑器中显示行标记"

#: src/core/settings.c:559
msgid "highlight the current line in the script editor"
msgstr "在脚本编辑器中高亮当前行"

#: src/core/settings.c:560
msgid "automatically indent new lines"
msgstr "自动缩进新行"

#: src/core/settings.c:561
msgid "indent selected blocks of lines in the script editor using the tab key"
msgstr "在脚本编辑器中用tab键缩进选中的整段脚本"

#: src/core/settings.c:562
msgid "Smart Backspace behaviour in the script editor"
msgstr "在脚本编辑器中启用智能退格"

#: src/core/settings.c:563
msgid "Smart Home / End behaviour in the script editor"
msgstr "在脚本编辑器中启用智能Home / End键"

#: src/core/settings.c:564
msgid "Show visible space and tab characters in the script editor"
msgstr "在脚本编辑器中显示空白字符标记"

#: src/core/settings.c:565
msgid "Show visible newline characters in the script editor"
msgstr "在脚本编辑器中显示换行标记"

#: src/core/settings.c:566
msgid "Show a minimap in the script editor"
msgstr "在脚本编辑器中显示小地图"

#: src/core/settings.c:606
#, c-format
msgid "Unknown settings variable %s.%s\n"
msgstr "未知设置变量 %s.%s\n"

#: src/core/siril.c:177
msgid "Unsharp: processing...\n"
msgstr "模糊化：处理中...\n"

#: src/core/siril.c:278
msgid "ddp level argument must be [0, 65535]\n"
msgstr "DDP级别参数要在[0, 65535]的范围内\n"

#: src/core/siril.c:334
#, c-format
msgid "Fill value must be in the range [0,%d]\n"
msgstr "输入值必须位于区间 [0,%d]\n"

#: src/core/siril_actions.c:70
msgid "Cannot process image"
msgstr "无法处理图像"

#: src/core/siril_actions.c:70
msgid "The image can't be processed while another processing dialog is opened."
msgstr "有其他打开的处理窗口，图像不能被处理。"

#: src/core/siril_actions.c:140
msgid "Cannot check for updates with this version, missing dependency\n"
msgstr "无法检查此版本的更新，缺少依赖项\n"

#: src/core/siril_actions.c:340
#, c-format
msgid ""
"Link/unlink channels in autostretch viewer mode.\n"
"Current state: %s."
msgstr ""
"在自动拉伸预览中绑定/解绑各通道。\n"
"当前状态：%s。"

#: src/core/siril_actions.c:389 src/gui/PSF_list.c:809
msgid "Current selection is too large"
msgstr "当前选区过大"

#: src/core/siril_actions.c:390 src/gui/PSF_list.c:810
msgid "To determine the PSF, please make a selection around a star."
msgstr "若要计算PSF，请框选一个星点。"

#: src/core/siril_actions.c:407
msgid "Error: no sequence loaded.\n"
msgstr "错误：没有载入的序列。\n"

#: src/core/siril_actions.c:439
#, fuzzy
msgid "Error running the PSF on the sequence\n"
msgstr "于序列中执行PSF，图层 %d\n"

#: src/core/siril_actions.c:518
msgid "Save your changes before loading a frame of the sequence."
msgstr "请于读取序列中的帧之前保存修改。"

#: src/core/siril_actions.c:519
msgid ""
"The image currently displayed is the result of the previous stack. If you "
"load an image from the sequence, you might lose the entire process you "
"performed on the image, but not the image itself. You need to save your data "
"before doing this."
msgstr ""
"当前所显示的图像是前一次叠加的结果。如果您从序列中载入一个图像，您将会丢失对"
"当前图像所进行的所有修改。请在进行后续操作之前保存。"

#: src/core/siril_actions.c:522
msgid "Load another image"
msgstr "读取另外的图像"

#: src/core/siril_actions.c:761 src/core/siril_actions.c:769
msgid "Close current image?"
msgstr "关闭当前窗口？"

#: src/core/siril_actions.c:761
msgid ""
"Opening the RGB Composition dialog will close the current image without "
"saving. Are you sure?"
msgstr "打开RGB合成对话框会直接关闭当前图像，而不保存。确定吗？"

#: src/core/siril_actions.c:761 src/core/siril_actions.c:769
msgid "Yes"
msgstr "是的"

#: src/core/siril_actions.c:769
msgid ""
"Opening the Star Recomposition dialog will close the current image without "
"saving. Are you sure?"
msgstr "打开重混合对话框会直接关闭当前图像，而不保存。确定吗？"

#: src/core/siril_actions.c:818
msgid "RGB alignment (DFT)"
msgstr "RGB对齐(DFT)"

#: src/core/siril_actions.c:823
msgid "RGB alignment (Global stars)"
msgstr "RGB对齐（全局星点）"

#: src/core/siril_actions.c:828
msgid "RGB alignment (KOMBAT)"
msgstr "RGB对齐（KOMBAT）"

#: src/core/siril_actions.c:833
msgid "RGB alignment (PSF)"
msgstr "RGB对齐(PSF)"

#: src/core/siril_log.c:105
#, c-format
msgid "%d h %02d min %.2d s"
msgstr "%d h %02d min %.2d s"

#: src/core/siril_log.c:109
#, c-format
msgid "%d min %02d s"
msgstr "%d min %02d s"

#: src/core/siril_log.c:114
#, c-format
msgid "%s ms"
msgstr "%s ms"

#: src/core/siril_log.c:118
#, c-format
msgid "%s s"
msgstr "%s s"

#: src/core/siril_log.c:129
msgid "Execution time"
msgstr "执行时间"

#: src/core/siril_networking.c:67
msgid "Error initialising CURL handle, URL functionality unavailable.\n"
msgstr "初始化 CURL 句柄时出错，URL 功能不可用。\n"

#: src/core/siril_networking.c:88
msgid ""
"Error configuring CURL with CA bundle. https functionality unavailable.\n"
msgstr "使用CA捆绑包配置CURL时出错。https功能不可用。\n"

#: src/core/siril_networking.c:121
#, c-format
msgid ""
"Server unreachable or unresponsive (HTTP code %ld - for details see https://"
"developer.mozilla.org/en-US/docs/Web/HTTP/Status)\n"
msgstr ""
"服务器无法访问或无响应（HTTP 代码 %ld - 有关详细信息，请参阅 https://"
"developer.mozilla.org/en-US/docs/Web/HTTP/Status）\n"

#: src/core/siril_networking.c:129
msgid "Server unreachable or unresponsive"
msgstr "服务器无法连接或未响应"

#: src/core/siril_networking.c:133
#, c-format
msgid "URL retrieval failed. libcurl error: [%ld]\n"
msgstr "URL 检索失败。libcurl 错误：[ %ld ]\n"

#: src/core/siril_networking.c:191
msgid "Error: NULL CURL handle provided.\n"
msgstr ""

#: src/core/siril_networking.c:214
msgid "Error in curl_easy_setopt() for range request\n"
msgstr ""

#: src/core/siril_networking.c:223
#, fuzzy
msgid "Error configuring CURL with CA bundle.\n"
msgstr "使用CA捆绑包配置CURL时出错。https功能不可用。\n"

#: src/core/siril_networking.c:251
#, fuzzy, c-format
msgid "HTTP range request failed with code %ld for URL %s\n"
msgstr ""
"获取失败，代码为 %ld\n"
"%s\n"

#: src/core/siril_networking.c:259
#, fuzzy, c-format
msgid "URL range request failed. libcurl error: %s\n"
msgstr "URL 检索失败。libcurl 错误：[ %ld ]\n"

#: src/core/siril_networking.c:274
#, fuzzy
msgid "Error initialising CURL handle.\n"
msgstr "初始化 CURL 句柄时出错，URL 功能不可用。\n"

#: src/core/siril_networking.c:297
#, c-format
msgid "Error fetching URL: %s\n"
msgstr "从链接 %s 抓取时出错\n"

#: src/core/siril_networking.c:389
#, fuzzy
msgid ""
"Error: Siril was compiled without libcurl support. Network features are "
"unavailable.\n"
msgstr "Siril 的编译没有 libgit2 支持。无法自动获取远程存储库...\n"

#: src/core/siril_networking.c:404
#, fuzzy, c-format
msgid ""
"Error: Siril was compiled without libcurl support. Cannot fetch URL: %s\n"
msgstr "Siril 是在没有网络支持的情况下编译的，无法执行此操作\n"

#: src/core/siril_networking.c:414 src/core/siril_networking.c:426
#, fuzzy, c-format
msgid ""
"Error: Siril was compiled without libcurl support. Cannot fetch URL range: "
"%s\n"
msgstr "Siril 是在没有网络支持的情况下编译的，无法执行此操作\n"

#: src/core/siril_networking.c:435
#, fuzzy, c-format
msgid ""
"Error: Siril was compiled without libcurl support. Cannot submit POST "
"request to: %s\n"
msgstr "Siril 是在没有网络支持的情况下编译的，无法执行此操作\n"

#: src/core/siril_networking.c:456
msgid "Siril is in online mode.\n"
msgstr "Siril现为在线模式。\n"

#: src/core/siril_networking.c:456
msgid "Siril is in offline mode.\n"
msgstr "Siril现为离线模式。\n"

#: src/core/siril_update.c:417
msgid "No update check: cannot fetch version file\n"
msgstr "无法检查更新：无法获取版本文件\n"

#: src/core/siril_update.c:435
#, c-format
msgid ""
"New version is available. You can download it at <a href=\"%s\">%s</a>\n"
msgstr "发现新版本。请到此处下载更新 <a href=\"%s\">%s</a>\n"

#: src/core/siril_update.c:453
msgid "No update check: this is a development version\n"
msgstr "无法检查更新：这是一个测试版软件\n"

#: src/core/siril_update.c:456
msgid "Siril is up to date\n"
msgstr "Siril已是最新版\n"

#: src/core/siril_update.c:487
msgid "Cannot fetch version file\n"
msgstr "无法获取版本文件\n"

#: src/core/siril_update.c:493
msgid "Software Update"
msgstr "软件更新"

#: src/core/siril_update.c:528
msgid "Error parsing JSON from URL: Failed to parse JSON\n"
msgstr "解析URL中的JSON时出错：无法解析JSON\n"

#: src/core/siril_update.c:534
msgid "Error parsing JSON from URL: JSON root is not an object or array\n"
msgstr "解析URL中的JSON时出错：JSON源不是一个对象或数组\n"

#: src/core/siril_update.c:552
msgid "Error parsing JSON from URL: Invalid root JSON structure\n"
msgstr "解析URL中的JSON时出错：源JSON结构无效\n"

#: src/core/siril_update.c:562
msgid "Error parsing JSON from URL: Message is not a valid object\n"
msgstr "解析URL中的JSON时出错：消息不是有效对象\n"

#: src/core/siril_update.c:573
msgid "Error parsing JSON from URL: Required fields missing or invalid\n"
msgstr "解析URL中的JSON时出错：必要字段缺失或无效\n"

#: src/core/siril_update.c:581
msgid "Error parsing JSON from URL: Invalid ISO8601 date format\n"
msgstr "解析URL中的JSON时出错：ISO8601日期格式无效\n"

#: src/core/siril_update.c:654
msgid "Error fetching or parsing Siril notifications JSON file from URL\n"
msgstr "从URL获取或解析Siril通知JSON文件时出错\n"

#: src/core/siril_update.c:662
#, c-format
msgid ""
"*** SIRIL NOTIFICATION ***\n"
"%s\n"
msgstr ""
"*** SIRIL 通知 ***\n"
"%s\n"

#: src/core/siril_update.c:683
msgid "Error: Siril is in offline mode, cannot check updates.\n"
msgstr "错误：Siril现为离线模式，不能检查更新。\n"

#: src/core/siril_update.c:692
msgid "Looking for updates..."
msgstr "查询更新…"

#: src/core/siril_update.c:712
msgid "Looking for notifications..."
msgstr "查询通知…"

#: src/core/siril_update.c:731
#, fuzzy
msgid "Error parsing SPCC mirrors JSON: Failed to parse JSON\n"
msgstr "解析URL中的JSON时出错：无法解析JSON\n"

#: src/core/siril_update.c:737
#, fuzzy
msgid "Error parsing SPCC mirrors JSON: Root is not an array\n"
msgstr "解析URL中的JSON时出错：JSON源不是一个对象或数组\n"

#: src/core/siril_update.c:744
msgid "Error parsing SPCC mirrors JSON: Empty array\n"
msgstr ""

#: src/core/siril_update.c:757
#, fuzzy
msgid "Error parsing SPCC mirrors JSON: Entry is not a valid object\n"
msgstr "解析URL中的JSON时出错：消息不是有效对象\n"

#: src/core/siril_update.c:766
#, fuzzy
msgid "Error parsing SPCC mirrors JSON: Required fields missing\n"
msgstr "解析URL中的JSON时出错：必要字段缺失或无效\n"

#: src/core/siril_update.c:783
msgid "Error parsing SPCC mirrors JSON: No valid mirrors found\n"
msgstr ""

#: src/core/siril_update.c:810
#, fuzzy
msgid "Error fetching or parsing SPCC mirrors JSON file from URL\n"
msgstr "从URL获取或解析Siril通知JSON文件时出错\n"

#: src/core/siril_update.c:849
#, fuzzy
msgid "Siril is in offline mode, cannot check SPCC mirrors.\n"
msgstr "错误：Siril现为离线模式，不能检查更新。\n"

#: src/core/siril_update.c:862
msgid "Checking SPCC mirrors...\n"
msgstr ""

#: src/core/undo.c:59
#, c-format
msgid "File I/O Error: Unable to create swap file in %s: [%s]\n"
msgstr "文件I/O错误：无法创建交换文件于 %s: [%s]\n"

#: src/core/undo.c:71 src/core/undo.c:79
#, c-format
msgid "File I/O Error: Unable to write swap file in %s: [%s]\n"
msgstr "文件I/O错误：无法写入交换文件于 %s: [%s]\n"

#: src/core/undo.c:345
#, c-format
msgid "Undo: %s\n"
msgstr "撤销：%s\n"

#: src/core/undo.c:361
msgid ""
"Following undo / redo with a preview active you may need to toggle the "
"preview off and on again to reactivate the preview effect\n"
msgstr "在启用预览时撤消/重做后，可能需要重启预览以重新激活预览效果\n"

#: src/core/undo.c:385
#, c-format
msgid "Redo: %s\n"
msgstr "恢复：%s\n"

#: src/core/undo.c:442
#, c-format
msgid "Undo: \"%s\""
msgstr "撤销：“%s”"

#: src/core/undo.c:446
msgid "Nothing to undo"
msgstr "没有可撤销的"

#: src/core/undo.c:448
#, c-format
msgid "Redo: \"%s\""
msgstr "恢复：“%s”"

#: src/core/undo.c:452
msgid "Nothing to redo"
msgstr "没有可恢复的"

#: src/core/utils.c:176
msgid "red"
msgstr "红色"

#: src/core/utils.c:178
msgid "green"
msgstr "绿色"

#: src/core/utils.c:180
msgid "blue"
msgstr "蓝色"

#: src/core/utils.c:372
#, fuzzy, c-format
msgid "Failed to create directory '%s': %s\n"
msgstr "无法创建配置目录 %s\n"

#: src/core/utils.c:749
msgid "Unknown error\n"
msgstr "未知错误\n"

#: src/core/utils.c:752
#, c-format
msgid "'%s' No such file or directory\n"
msgstr "‘%s’文件或目录不存在\n"

#: src/core/utils.c:755
#, c-format
msgid "'%s' is not a directory\n"
msgstr "‘%s’不是一个目录\n"

#: src/core/utils.c:758
#, c-format
msgid "You don't have permission to write in this directory: '%s'\n"
msgstr "当前用户对目录 ‘%s’ 没有写权限\n"

#: src/core/utils.c:780
#, c-format
msgid "Setting CWD (Current Working Directory) to '%s'\n"
msgstr "设置当前工作目录 (CWD) 为 '%s'\n"

#: src/core/utils.c:784
#, c-format
msgid "Could not change directory to '%s'(error code %d: %s).\n"
msgstr "无法将目录更改为'%s'（错误代码%d: %s）。\n"

#: src/core/utils.c:810
msgid "Filename is too long, not expanding it\n"
msgstr "文件名太长了\n"

#: src/core/utils.c:920 src/core/utils.c:924 src/io/image_format_fits.c:2862
#: src/io/image_format_fits.c:2867 src/io/ser.c:1429 src/io/ser.c:1434
msgid "pixel"
msgid_plural "pixels"
msgstr[0] "像素"

#: src/core/utils.c:921 src/io/image_format_fits.c:2863
#: src/io/image_format_fits.c:2868 src/io/ser.c:1430 src/io/ser.c:1435
msgid "channel"
msgid_plural "channels"
msgstr[0] "通道"

#: src/core/utils.c:1317 src/core/utils.c:1320
msgid "(invalid UTF-8 string)"
msgstr "（UTF-8 字符串无效）"

#: src/drizzle/cdrizzlebox.c:664
msgid "Out of memory"
msgstr "内存不足"

#: src/drizzle/cdrizzlebox.c:1138
msgid "Invalid kernel type"
msgstr "内核类型无效"

#: src/drizzle/cdrizzleutil.c:123
msgid "Drizzling parameters:\n"
msgstr "Drizzle 参数:\n"

#: src/drizzle/cdrizzleutil.c:124
#, c-format
msgid "kernel:         %s\n"
msgstr "内核:         %s\n"

#: src/drizzle/cdrizzleutil.c:125
#, c-format
msgid "pixel_fraction: %f\n"
msgstr "像素分数：%f\n"

#: src/drizzle/cdrizzleutil.c:126
#, c-format
msgid "weight_scale:   %f\n"
msgstr "权重范围:   %f\n"

#: src/drizzle/cdrizzleutil.c:127
#, c-format
msgid "scale:          %f\n"
msgstr "范围:          %f\n"

#: src/filters/asinh.c:88
msgid "Asinh Transformation: (stretch=%6.1lf, bp=%7.5lf)"
msgstr "反双曲正弦变换（stretch=%6.1lf, bp=%7.5lf）"

#: src/filters/banding.c:191
msgid "Banding Reducing: processing...\n"
msgstr "除去条纹：处理中...\n"

#: src/filters/banding.c:420
msgid "Canon Banding Reduction (amount=%.2lf)"
msgstr "除去佳能条纹（amount=%.2lf）"

#: src/filters/banding.c:422
msgid "Canon Banding Reduction (amount=%.2lf, Protect=TRUE, invsigma=%.2lf)"
msgstr "除去佳能条纹（amount=%.2lf, Protect=TRUE, invsigma=%.2lf）"

#: src/filters/clahe.c:56
#, c-format
msgid "CLAHE (size=%d, clip=%.2f)"
msgstr "限制对比度自适应直方图均衡 (size=%d, clip=%.2f)"

#: src/filters/cosmetic_correction.c:366
#, c-format
msgid "Image %d: %ld pixel corrected (%ld + %ld)\n"
msgstr "图像 %d: %ld 像素被修正（%ld + %ld）\n"

#: src/filters/cosmetic_correction.c:467
msgid "Cosmetic Correction: processing...\n"
msgstr "坏点修正：处理中...\n"

#: src/filters/cosmetic_correction.c:570
#, c-format
msgid "cosmetic correction: cosme file format error at line %d: %s\n"
msgstr "坏点修正：cosme文件格式错误于第%d: %s行\n"

#: src/filters/epf.c:129
msgid "Bilateral filter: processing...\n"
msgstr "双边滤波：处理中...\n"

#: src/filters/fft.c:455
msgid "Siril FFT wisdom imported successfully...\n"
msgstr "Siril FFT预优化方案导入成功...\n"

#: src/filters/fft.c:457
msgid "System FFT wisdom imported successfully...\n"
msgstr "系统FFT预优化方案导入成功...\n"

#: src/filters/fft.c:459
msgid "No FFT wisdom found to import...\n"
msgstr "未发现可导入的FFT预优化方案...\n"

#: src/filters/fft.c:463
msgid "Fourier Transform: processing...\n"
msgstr "傅立叶变换：处理中...\n"

#: src/filters/fft.c:525
msgid "There is something wrong in your files\n"
msgstr "文件出错\n"

#: src/filters/fft.c:540
msgid "Siril FFT wisdom updated successfully...\n"
msgstr "Siril FFT预优化方案更新成功...\n"

#: src/filters/fft.c:542
msgid "Siril FFT wisdom update failed...\n"
msgstr "Siril FFT预优化方案更新失败...\n"

#: src/filters/fft.c:584
msgid "FFT does not work with sequences !\n"
msgstr "傅立叶变换不可用于序列！\n"

#: src/filters/fft.c:590
msgid "Open an image first !\n"
msgstr "要先打开一幅图像！\n"

#: src/filters/fft.c:609
msgid "Select magnitude and phase before !\n"
msgstr "请先选择好幅值和相位！\n"

#: src/filters/ght.c:341 src/filters/ght.c:449 src/filters/ght.c:487
#: src/filters/ght.c:615
msgid "Error: no channels selected. Doing nothing.\n"
msgstr "错误：未选择任何通道。什么都不做。\n"

#: src/filters/median.c:290 src/filters/median.c:514
msgid "Median Filter: processing...\n"
msgstr "中位数滤波：处理中...\n"

#: src/filters/median.c:495 src/filters/median.c:786
msgid "Median filter applied"
msgstr "中位数滤波已应用"

#: src/filters/median.c:800
#, c-format
msgid "Median Filter (filter=%dx%d px)"
msgstr "中位数滤波 (filter=%dx%d px)"

#: src/filters/mtf.c:121
#, c-format
msgid "Applying inverse MTF with values %f, %f, %f\n"
msgstr "应用值为 %f、%f、%f 的逆 MTF\n"

#: src/filters/mtf.c:351 src/filters/mtf.c:364
#, c-format
msgid "Applying MTF to channel %d with values %f, %f, %f\n"
msgstr "应用MTF于通道 %d 值 %f, %f, %f\n"

#: src/filters/nlbayes/call_nlbayes.cpp:119
msgid "NL-Bayes denoising..."
msgstr "NL-Bayes 降噪..."

#. Note we only check this on the first iteration: if the first iteration converges then subsequent iterations appear to converge reliably, however the noise level on successive iterations does not necessarily decrease monotonically.
#: src/filters/nlbayes/call_nlbayes.cpp:140
msgid "Error: SOS is not converging. Try a smaller value of rho.\n"
msgstr "错误：SOS 未收敛。尝试较小的 rho 值。\n"

#: src/filters/nlbayes/call_nlbayes.cpp:145
#, c-format
msgid ""
"NL-Bayes auto parametrisation: measured background noise level is %.3e\n"
msgstr "NL-Bayes 自动参数化：测量的背景噪声水平为 %.3e\n"

#: src/filters/nlbayes/call_nlbayes.cpp:148
msgid "Applying Anscombe VST\n"
msgstr "应用 Anscombe VST\n"

#: src/filters/nlbayes/call_nlbayes.cpp:163
msgid "Applying exact unbiased inverse Anscombe VST\n"
msgstr "应用精确无偏逆的 Anscombe VST\n"

#: src/filters/nlbayes/call_nlbayes.cpp:179
#, c-format
msgid "SOS iteration %d of %d complete\n"
msgstr "SOS迭代 %d 的 %d 完成\n"

#: src/filters/nlbayes/call_nlbayes.cpp:191
msgid "DA3D final-stage denoising...\n"
msgstr "DA3D最后阶段降噪...\n"

#: src/filters/nlbayes/call_nlbayes.cpp:193
msgid "OpenMP not available. The DA3D algorithm will run in a single thread.\n"
msgstr "OpenMP 不可用。DA3D 算法将在单个线程中运行。\n"

#: src/filters/nlbayes/call_nlbayes.cpp:199
msgid ""
"Warning: input color image has monochromatic noise! Converting to monochrome."
msgstr "警告：输入的彩色图像有单色噪声！转换为单色。"

#: src/filters/nlbayes/call_nlbayes.cpp:214
#, c-format
msgid "NL-Bayes output: measured background noise level is %.3e\n"
msgstr "NL-Bayes 输出：测量的背景噪声水平为 %.3e\n"

#: src/filters/rgradient.c:69
msgid "Rotational gradient: processing...\n"
msgstr "旋转渐变：处理中...\n"

#. only used for progress bar
#. only used for progress bar
#: src/filters/rgradient.c:82
msgid "Rotational gradient in progress..."
msgstr "旋转渐变进行中..."

#: src/filters/rgradient.c:157 src/filters/rgradient.c:169
msgid "Rotational gradient complete."
msgstr "旋转渐变完成。"

#: src/filters/rgradient.c:250
msgid "Wrong center coordinates"
msgstr "错误的中央坐标"

#: src/filters/rgradient.c:251
msgid ""
"The coordinates cannot be greater than the size of the image. Please change "
"their values and retry."
msgstr "标值不可以大于图像的尺寸。请修改后重试。"

#: src/filters/rgradient.c:256
msgid "RGradient: (dR=%5.2lf, dA=%4.2lf, xc=%7.1lf, yc=%7.1lf)"
msgstr "R梯度：(dR=%5.2lf, dA=%4.2lf, xc=%7.1lf, yc=%7.1lf)"

#: src/filters/rgradient.c:276
msgid "Center coordinate selection error"
msgstr "中心坐标选取错误"

#: src/filters/rgradient.c:277
msgid "No valid PSF found within selection."
msgstr "选区中找不到有效的 PSF。"

#: src/filters/saturation.c:74
msgid "Saturation enhancement (amount=%4.2lf)"
msgstr "饱和度增强 (amount=%4.2lf)"

#: src/filters/scnr.c:43
msgid "average neutral"
msgstr "平均中性色调"

#: src/filters/scnr.c:45
msgid "maximum neutral"
msgstr "最大中性色调"

#: src/filters/scnr.c:47
msgid "maximum mask"
msgstr "最大值蒙版"

#: src/filters/scnr.c:49
msgid "additive mask"
msgstr "加法蒙版"

#: src/filters/scnr.c:71
msgid "SCNR (type=%s, amount=%0.2lf, preserve=%s)"
msgstr "除去绿色噪声SCNR（type=%s, amount=%0.2lf, preserve=%s）"

#: src/filters/scnr.c:74
#, c-format
msgid "SCNR: processing with %s algorithm%s...\n"
msgstr "SCNR: 处理 %s 算法 %s...\n"

#: src/filters/scnr.c:76
msgid ", preserving lightness"
msgstr "，保持亮度"

#: src/filters/starnet.c:87
#, c-format
msgid "Spawning starnet failed: %s\n"
msgstr "调用 StarNet 失败：%s\n"

#: src/filters/starnet.c:98
msgid "Error adding Starnet to child process list\n"
msgstr ""

#: src/filters/starnet.c:134
msgid "Running StarNet"
msgstr "运行StarNet"

#: src/filters/starnet.c:140
#, c-format
msgid "StarNet caught buffer: %s : exit successful\n"
msgstr "StarNet 捕获缓冲区: %s : 退出成功\n"

#: src/filters/starnet.c:150
#, c-format
msgid "Starnet exit not caught, last buffer: %s\n"
msgstr "未捕获 StarNet 退出，最后一个缓冲区：%s\n"

#: src/filters/starnet.c:215
#, c-format
msgid "Spawning starnet failed during version check: %s\n"
msgstr "检查版本期间调用 StarNet 失败: %s\n"

#: src/filters/starnet.c:238
msgid "V2 detected\n"
msgstr "检测到 V2\n"

#: src/filters/starnet.c:244
msgid "V2-torch detected\n"
msgstr "检测到 V2-torch\n"

#: src/filters/starnet.c:262 src/filters/starnet.c:722
#: src/filters/starnet.c:822
msgid "Error: unable to change to Siril working directory...\n"
msgstr "错误：无法更改为 Siril 工作目录...\n"

#: src/filters/starnet.c:349
msgid ""
"Warning: some versions of StarNet fail to process images with dimensions "
"smaller than 512x512. This image may fail. Attempting to continue...\n"
msgstr ""
"警告：某些版本的 StarNet 无法处理尺寸小于 512x512 的图像。此图像可能会失败。"
"正在尝试继续...\n"

#: src/filters/starnet.c:355
msgid "No suitable StarNet executable found.\n"
msgstr "未找到适当的 StarNet 可执行文件。\n"

#: src/filters/starnet.c:367
msgid "No suitable StarNet executable found for a mono image.\n"
msgstr "找不到适合单色图像的 StarNet 可执行文件。\n"

#: src/filters/starnet.c:382
msgid "No suitable StarNet executable found for a RGB image.\n"
msgstr "找不到适合 RGB 映像的 StarNet 可执行文件。\n"

#: src/filters/starnet.c:414 src/filters/starnet.c:440
#: src/filters/starnet.c:449 src/filters/starnet.c:455 src/gui/newdeconv.c:621
msgid "Error: file path too long!\n"
msgstr "错误：文件路径太长！\n"

#: src/filters/starnet.c:478
msgid "Starting StarNet"
msgstr "启动StarNet"

#: src/filters/starnet.c:484
msgid "StarNet: running. Please wait...\n"
msgstr "StarNet：运行中。请稍候...\n"

#: src/filters/starnet.c:485
#, c-format
msgid "StarNet: stride = %s...\n"
msgstr "StarNet: 步长 = %s...\n"

#: src/filters/starnet.c:486
msgid "StarNet: -nostarmask invoked, star mask will not be generated...\n"
msgstr "StarNet：-nostarmask 调用，不会生成纯星图像...\n"

#: src/filters/starnet.c:491
#, c-format
msgid ""
"Incorrect permissions on the StarNet executable: %s\n"
"Ensure it is correctly set in Preferences / Miscellaneous.\n"
msgstr ""
"StarNet可执行文件的权限不正确：%s\n"
"确保在偏好设置/杂项中正确设置。\n"

#: src/filters/starnet.c:499
#, c-format
msgid ""
"Incorrect permissions on the StarNet directory: %s\n"
"Ensure it is correctly set in Preferences / Miscellaneous.\n"
msgstr ""
"StarNet目录 %s 上的权限不正确\n"
"确保在偏好设置/杂项中正确设置。\n"

#: src/filters/starnet.c:510
msgid ""
"Error: unable to change to StarNet directory.\n"
"Ensure it is set in Preferences / Miscellaneous...\n"
msgstr ""
"错误：无法更改为StarNet目录。\n"
"确保在偏好设置/杂项中设置...\n"

#: src/filters/starnet.c:520 src/filters/starnet.c:546
#: src/filters/starnet.c:769 src/filters/starnet.c:781
#: src/filters/starnet.c:802 src/filters/starnet.c:810
msgid "Error: image copy failed...\n"
msgstr "错误：图像复制失败...\n"

#: src/filters/starnet.c:536
msgid "StarNet: Pixel values exceed 1.0. Rescaling to avoid clipping peaks.\n"
msgstr "StatNet：像素值超过 1.0。重新缩放以避免切除峰值。\n"

#: src/filters/starnet.c:568
msgid "Error: unable to find the MTF stretch factors...\n"
msgstr "错误：找不到 MTF 拉伸系数...\n"

#: src/filters/starnet.c:573
msgid ""
"StarNet: linear mode. Applying Midtone Transfer Function (MTF) pre-stretch "
"to image.\n"
msgstr "StarNet：线性模式。将中间调传递函数 （MTF） 预拉伸应用于图像。\n"

#: src/filters/starnet.c:575
#, fuzzy
msgid ""
"StarNet: linear mode. Applying MTF autostretch to StarNet input image.\n"
msgstr "StarNet：线性模式。将逆MTF拉伸应用于无星图像。\n"

#: src/filters/starnet.c:591
msgid "StarNet: 2x upscaling selected. Upscaling image...\n"
msgstr "StarNet：选择了2x放大。放大图像...\n"

#: src/filters/starnet.c:594 src/filters/starnet.c:705
msgid "Error: image resize failed...\n"
msgstr "错误：图像尺寸调整失败...\n"

#: src/filters/starnet.c:602
msgid "Error: unable to save working StarNet input file...\n"
msgstr "错误：无法保存有效的StarNet输入文件...\n"

#: src/filters/starnet.c:634
msgid "Error: cannot read the neural net weights file.\n"
msgstr "错误：无法读取神经网络权重文件。\n"

#: src/filters/starnet.c:647
msgid "Error: StarNet did not execute correctly...\n"
msgstr "错误：StarNet未正确执行...\n"

#: src/filters/starnet.c:655
msgid "Error: unable to read StarNet output file...\n"
msgstr "错误：无法读取StarNet输出文件...\n"

#: src/filters/starnet.c:669
msgid "Error: unable to remove temporary working file...\n"
msgstr "错误：无法删除临时工作文件...\n"

#: src/filters/starnet.c:670
msgid ""
"Attempting to continue. You will need to clean up the working files "
"manually.\n"
msgstr "正在尝试继续。您将需要手动清理工作文件。\n"

#: src/filters/starnet.c:702
msgid ""
"StarNet: 2x upscaling selected. Re-scaling starless image to original "
"size...\n"
msgstr "StarNet：选择了2x放大。将无星图像重新缩小到原始尺寸...\n"

#: src/filters/starnet.c:714
#, fuzzy
msgid "StarNet: linear mode. Applying inverse autostretch to starless image.\n"
msgstr "StarNet：线性模式。将逆MTF拉伸应用于无星图像。\n"

#: src/filters/starnet.c:731
msgid "Error: unable to save starless image as FITS...\n"
msgstr "错误：无法将无星图像另存为 FITS...\n"

#: src/filters/starnet.c:742
msgid "Error: image subtraction failed...\n"
msgstr "错误：图像消减失败...\n"

#: src/filters/starnet.c:761
msgid "Error: unable to save starmask image as FITS...\n"
msgstr "错误：无法将纯星图像另存为 FITS...\n"

#: src/filters/starnet.c:791
msgid "StarNet: job completed.\n"
msgstr "StarNet：工作完成.\n"

#: src/filters/starnet.c:896
msgid ""
"Note: the StarNet sequence memory limit calculation is based on system RAM "
"only. If you are using GPU TensorFlow libraries and have insufficient GPU "
"memory, StarNet may still fail.\n"
msgstr ""
"注意：StarNet 序列内存限制的计算仅基于系统 RAM。如果您使用的是 GPU "
"TensorFlow 库并且 GPU 内存不足，StarNet 可能仍会失败。\n"

#: src/filters/starnet.c:907
#, c-format
msgid "Starnet: Processing image %d\n"
msgstr "Starnet：处理图像 %d\n"

#: src/filters/starnet.c:941
msgid "StarNet"
msgstr "StarNet"

#: src/filters/starnet.c:958
msgid "StarNet: Processing..."
msgstr "StarNet：处理中..."

#: src/filters/synthstar.c:335
msgid "Star synthesis (full star mask creation): processing...\n"
msgstr "星点合成（创建纯星图像）：处理中...\n"

#: src/filters/synthstar.c:349
#, fuzzy
msgid "Memory allocation failed\n"
msgstr "内存分配失败"

#: src/filters/synthstar.c:375
#, fuzzy
msgid "Star detection failed\n"
msgstr "脚本执行失败。\n"

#: src/filters/synthstar.c:388 src/gui/unpurple.c:68
msgid "No stars detected in the image.\n"
msgstr "图像中未侦测到星点。\n"

#: src/filters/synthstar.c:394
#, c-format
msgid "Synthesizing %d stars...\n"
msgstr "合成 %d 颗星点...\n"

#: src/filters/synthstar.c:652
msgid "Star synthesis (desaturating clipped star profiles): processing...\n"
msgstr "星点合成（溢出的星点去饱和）：处理中...\n"

#: src/filters/synthstar.c:729
#, fuzzy, c-format
msgid "Star detection failed for channel %u\n"
msgstr "叠加图像%d失败"

#: src/filters/synthstar.c:736
#, c-format
msgid "Star synthesis: desaturating stars in channel %u...\n"
msgstr "星点合成：通道%u中的星点去饱和...\n"

#: src/filters/synthstar.c:779
#, c-format
msgid "Star synthesis: %d stars desaturated\n"
msgstr "星点合成：%d 颗星已去饱和\n"

#: src/filters/synthstar.c:792
msgid "Remapping output to floating point range 0.0 to 1.0\n"
msgstr "将输出重新映射到浮点范围 0.0 到 1.0\n"

#: src/filters/wavelets.c:173
msgid "Could not copy image, aborting\n"
msgstr "无法拷贝图像，异常中止\n"

#: src/filters/wavelets.c:178
#, c-format
msgid "Extracting %s..."
msgstr "提取 %s…"

#: src/filters/wavelets.c:223
msgid "Wavelets Transformation"
msgstr "小波变换"

#: src/gui/PSF_list.c:304
msgid "Stars FWHM must have the same units."
msgstr "星点FWHM必须拥有相同的单位。"

#: src/gui/PSF_list.c:309
msgid "Stars properties must all be computed on the same layer"
msgstr "星点属性必须全部在同一图层上计算"

#: src/gui/PSF_list.c:314
msgid "Stars must all be modeled with the same profile type"
msgstr "星点必须全部使用相同的形状类型建模"

#: src/gui/PSF_list.c:342
#, c-format
msgid ""
"Average Gaussian PSF\n"
"\n"
"N:\t%d stars (%d saturated and excluded)\n"
"B:\t%.6f\n"
"A:\t%.6f\n"
"FWHMx:\t%.2f%s\n"
"FWHMy:\t%.2f%s\n"
"r:\t%.3f\n"
"Angle:\t%.2f deg\n"
"rmse:\t%.3e\n"
msgstr ""
"高斯平均 PSF\n"
"\n"
"N:\t%d stars （%d 过曝并排除）\n"
"B:\t%.6f\n"
"A:\t%.6f\n"
"FWHMx:\t%.2f%s\n"
"FWHMy:\t%.2f%s\n"
"圆度:\t%.3f\n"
"偏角:\t%.2f deg\n"
"rmse:\t%.3e\n"

#: src/gui/PSF_list.c:348
#, c-format
msgid ""
"Average Moffat PSF\n"
"\n"
"N:\t%d stars (%d saturated and excluded)\n"
"B:\t%.6f\n"
"A:\t%.6f\n"
"Beta:\t%.2f\n"
"FWHMx:\t%.2f%s\n"
"FWHMy:\t%.2f%s\n"
"r:\t%.3f\n"
"Angle:\t%.2f deg\n"
"rmse:\t%.3e\n"
msgstr ""
"Moffat平均 PSF\n"
"\n"
"N:\t%d stars（%d 过曝并排除）\n"
"B:\t%.6f\n"
"A:\t%.6f\n"
"Beta:\t%.2f\n"
"FWHMx:\t%.2f%s\n"
"FWHMy:\t%.2f%s\n"
"圆度:\t%.3f\n"
"偏角:\t%.2f deg\n"
"rmse:\t%.3e\n"

#: src/gui/PSF_list.c:354
msgid "Average Star Data"
msgstr "平均星点数据"

#: src/gui/PSF_list.c:383
#, c-format
msgid "%d star"
msgid_plural "%d stars"
msgstr[0] "%d 星点"

#: src/gui/PSF_list.c:389
#, c-format
msgid "Star %d of %d"
msgstr "星点 %d 之于 %d"

#: src/gui/PSF_list.c:518
msgid "Star list file (*.lst)"
msgstr "星表文件 (*.lst)"

#: src/gui/PSF_list.c:605
msgid "Error: error writing the CSV.\n"
msgstr "错误：写入 CSV 时出错。\n"

#: src/gui/PSF_list.c:828
msgid "PSF and quick photometry results"
msgstr "PSF和快速测光结果"

#: src/gui/PSF_list.c:918
msgid "Nothing to export"
msgstr "没有要导出的内容"

#: src/gui/PSF_list.c:919
msgid "There are no stars in the list."
msgstr "列表内没有星点。"

#: src/gui/about_dialog.c:56
#, c-format
msgid ""
"%s\n"
"This is an unstable development release\n"
"commit %s\n"
msgstr ""
"%s\n"
"这是一个不稳定的开发版本\n"
"commit %s\n"

#: src/gui/about_dialog.c:77
msgid "Astronomical image (pre-)processing program"
msgstr "天文图像（预）处理程序"

#: src/gui/about_dialog.c:78
msgid "translator-credits"
msgstr "ecloud"

#: src/gui/about_dialog.c:80
msgid "Visit the Siril website"
msgstr "访问Siril网站"

#: src/gui/annotate.c:173
msgid "csv files (*.csv)"
msgstr "CSV 文件 (*.csv)"

#: src/gui/annotate.c:294
msgid "Could not parse coordinates or name, aborting\n"
msgstr "无法解析名称或坐标，异常中止\n"

#: src/gui/annotate.c:383
msgid "Replace"
msgstr "替换"

#: src/gui/annotations_pref.c:32
msgid "Messier Catalogue (M)"
msgstr "梅西耶星云星团表 (M)"

#: src/gui/annotations_pref.c:33
msgid "New General Catalogue (NGC)"
msgstr "星云星团新总表 (NGC)"

#: src/gui/annotations_pref.c:34
msgid "Index Catalogue (IC)"
msgstr "星云星团索引表 (IC)"

#: src/gui/annotations_pref.c:35
msgid "Lynds Catalogue of Dark Nebulae (LdN)"
msgstr "林兹暗星云表 (LdN)"

#: src/gui/annotations_pref.c:36
msgid "Sharpless Catalogue (Sh2)"
msgstr "沙普利斯亮星云表 (Sh2)"

#: src/gui/annotations_pref.c:37
msgid "Star Catalogue"
msgstr "星表"

#: src/gui/annotations_pref.c:38
msgid "IAU Constellations Catalogue"
msgstr "IAU星座目录"

#: src/gui/annotations_pref.c:39
msgid "IAU Constellations Names"
msgstr "IAU 星座名称"

#: src/gui/annotations_pref.c:40
msgid "User Deep Sky Objects Catalogue"
msgstr "用户深空天体星表"

#: src/gui/annotations_pref.c:41
msgid "User Solar System Objects Catalogue"
msgstr "用户太阳系天体星表"

#: src/gui/astrometry_solver.c:434
msgid ""
"Plate Solving failed. The image could not be aligned with the reference "
"stars.\n"
msgstr "解析失败。图像无法与参考坐标相对齐。\n"

#: src/gui/astrometry_solver.c:438
msgid ""
"This is usually because the initial parameters (pixel size, focal length, "
"initial coordinates) are too far from the real metadata of the image.\n"
"\n"
"You could also try to look into another catalogue, or try to click on the "
"\"Downsampling\" button, especially for image done with Drizzle.\n"
"\n"
"Finally, keep in mind that plate solving algorithm should only be applied on "
"linear image."
msgstr ""
"这通常是由于初始化参数（像素尺寸，焦距，初始化坐标）与实际情况相去甚远。 \n"
"\n"
"您可以尝试使用另外的星表，或者尝试使用“Downsampling”按钮，尤其是对于Drizzle图"
"像。 \n"
"\n"
"最后，请注意解析算法只能作用于线性图像。"

#: src/gui/astrometry_solver.c:570
msgid "No object found\n"
msgstr "未找到对象\n"

#: src/gui/astrometry_solver.c:677
msgid ""
"There are no available coordinates with this name, try with another name\n"
msgstr "没有改名称的坐标信息，请换个名称\n"

#: src/gui/astrometry_solver.c:678 src/gui/astrometry_solver.c:841
msgid "No coordinates"
msgstr "无坐标"

#: src/gui/astrometry_solver.c:689
msgid "There are no keywords stored in the FITS header.\n"
msgstr "在FITS文件头中无法找到关键字。\n"

#: src/gui/astrometry_solver.c:690
msgid "No metadata"
msgstr "没有元数据"

#: src/gui/astrometry_solver.c:756
msgid "wcs files (*.wcs)"
msgstr "WCS 文件 (*.wcs)"

#: src/gui/astrometry_solver.c:842
msgid "Please enter object coordinates."
msgstr "请输入目标的坐标。"

#: src/gui/astrometry_solver.c:877
msgid "Selection is not used with the astrometry.net solver\n"
msgstr "选区未被 astrometry.net 解析\n"

#: src/gui/astrometry_solver.c:914
msgid "Astrometric solution detected"
msgstr "发现天体测量信息"

#: src/gui/astrometry_solver.c:915
msgid ""
"The astrometric solution contained in the image will be erased by the "
"geometric transformation and no undo will be possible."
msgstr "图像中包含的天体测量信息将因进行几何变换而擦除，并且无法撤消。"

#: src/gui/astrometry_solver.c:917
msgid "Process"
msgstr "处理"

#. APASS
#. GAIA
#. Gaia archive
#: src/gui/astrometry_solver.c:931 src/gui/photometric_cc.c:540
#: src/gui/photometric_cc.c:543 src/gui/photometric_cc.c:546
#: src/gui/photometric_cc.c:560
msgid "(online catalogue)"
msgstr "（在线星表）"

#. NOMAD
#. Local Gaia xp_sampled
#: src/gui/astrometry_solver.c:933 src/gui/photometric_cc.c:540
#: src/gui/photometric_cc.c:563
msgid "(local catalogue)"
msgstr "（本地星表）"

#: src/gui/background_extraction.c:186
msgid "Polynomial order seems too high."
msgstr "多项式有序度过高。"

#: src/gui/background_extraction.c:187
msgid ""
"You are about to process a sequence of preprocessed files with a polynomial "
"degree greater than 1. This is unlikely because such gradients are often "
"linear and a correction with a polynomial function of degree 1 is probably "
"enough."
msgstr ""
"您即将使用次数高于1的多项式处理预处理后的序列。这是不太可能的，因为此时的渐变"
"通常是线性的。1次多项式应该就够了。"

#: src/gui/background_extraction.c:190 src/gui/background_extraction.c:201
msgid "Extract Background"
msgstr "提取背景"

#: src/gui/background_extraction.c:197
msgid "Using wrong interpolation method"
msgstr "错误的插值方法"

#: src/gui/background_extraction.c:198
msgid ""
"You are about to process a sequence of preprocessed files with an RBF "
"algorithm. This algorithm may not be very well suited for automated "
"processing and we advise you to use the polynomial algorithm with a degree "
"order of 1."
msgstr ""
"您将使用RBF算法处理预处理过的序列。该算法可能不太适合自动处理。建议使用次数为"
"1的多项式算法。"

#: src/gui/background_extraction.c:223
#, c-format
msgid "Background extraction (Correction: %s)"
msgstr "背景提取（修正: %s）"

#: src/gui/background_extraction.c:229
msgid "No Background model computed"
msgstr "没有背景模式可计算"

#: src/gui/background_extraction.c:230
msgid "You must first compute the background model."
msgstr "请首先计算背景模式。"

#: src/gui/callbacks.c:128 src/gui/callbacks.c:131 src/gui/callbacks.c:632
msgid "Image: "
msgstr "图像: "

#: src/gui/callbacks.c:142 src/gui/callbacks.c:145 src/gui/callbacks.c:625
msgid "Sequence: "
msgstr "序列: "

#: src/gui/callbacks.c:312
msgid "Region of Interest supported"
msgstr "支持使用感兴趣区域（ROI）"

#: src/gui/callbacks.c:314
msgid ""
"This image operation supports ROI processing. This is indicated by the green "
"border around the ROI. In image operation dialogs that do not support ROI "
"processing, and when no dialog is open, the ROI will have a red outline.\n"
"\n"
"While a ROI is active, processing will only preview the ROI. When the Apply "
"button is clicked, the operation will apply to the whole image."
msgstr ""
"该图像操作支持 ROI 处理，这时 ROI 的边框为绿色。在没有打开图像操作对话框，或"
"图像操作不支持 ROI 处理时，ROI 的边框为红色。\n"
"\n"
"当启用 ROI 时，处理将仅在 ROI 中进行。单击“应用”按钮后，该操作将应用于整个图"
"像。"

#: src/gui/callbacks.c:321 src/gui/message_dialog.c:280
msgid "_Do not show this dialog again"
msgstr "_不再显示此对话框"

#: src/gui/callbacks.c:439
#, c-format
msgid "Setting MAX value for cutoff sliders adjustments (%f)\n"
msgstr "设置截止滑块调整的最大值 （%f）\n"

#: src/gui/callbacks.c:464
#, c-format
msgid "Setting ranges scalemin=%d, scalemax=%d\n"
msgstr "设置范围 scalemin=%d, scalemax=%d\n"

#: src/gui/callbacks.c:496
msgid ""
"Current image is not 32 bit. Standard 16 bit AutoStretch will be used.\n"
msgstr "当前图像不是 32 位。将使用标准的 16 位自动拉伸。\n"

#: src/gui/callbacks.c:499 src/gui/callbacks.c:525
#, c-format
msgid "The AutoStretch display mode will use a %d bit LUT\n"
msgstr "自动拉伸显示模式将使用%d位 LUT\n"

#: src/gui/callbacks.c:503 src/gui/callbacks.c:528
msgid "The AutoStretch display mode will use a 16 bit LUT\n"
msgstr "自动拉伸显示模式将使用16位 LUT\n"

#: src/gui/callbacks.c:539
#, c-format
msgid "Setting HD AutoStretch display mode bit depth to %d...\n"
msgstr "将高分辨率自动拉伸显示模式位深设置为 %d...\n"

#: src/gui/callbacks.c:623
#, c-format
msgid "%s, %d/%d images selected"
msgstr "%s, %d/%d 图像已被选择"

#: src/gui/callbacks.c:636
msgid "- none -"
msgstr "- 无 -"

#: src/gui/callbacks.c:668
msgid ""
"This sequence name already exists!! Please change the name before converting."
msgstr "序列名称已存在！！请更名。"

#: src/gui/callbacks.c:945
msgid "Luminance"
msgstr "明度"

#: src/gui/callbacks.c:977
#, c-format
msgid "W: %dpx H: %dpx ratio: %.4f"
msgstr "宽: %dpx 高: %dpx 缩放: %.4f"

#: src/gui/callbacks.c:1017
#, c-format
msgid "fwhm: %.2f px, r: %.2f"
msgstr "FWHM：%.2f px，半径：%.2f"

#: src/gui/callbacks.c:1019 src/gui/callbacks.c:1021
#, c-format
msgid "fwhm: N/A"
msgstr "FWHM：N/A"

#: src/gui/callbacks.c:1089
msgid "Cannot convert a sequence file"
msgstr "无法转换一个序列文件"

#: src/gui/callbacks.c:1090
msgid ""
"A sequence file cannot be converted to 32 bits. This operation can only be "
"done on a single file."
msgstr "序列文件不能被转换为32位。本操作只能对单一文件执行。"

#: src/gui/callbacks.c:1095
msgid "Precision loss"
msgstr "精度损失"

#: src/gui/callbacks.c:1096
msgid ""
"Converting the image from 32 bits to 16 bits may lead to a loss of numerical "
"accuracy. Getting back to 32 bits will not recover this loss.\n"
"Are you sure you want to convert your data?"
msgstr ""
"将32位图像转换为16位会导致数值精度损失。再转回32位也无法还原这些损失。\n"
"您确定要转换吗？"

#: src/gui/callbacks.c:1098
msgid "Convert to 16 bits"
msgstr "转换为16位"

#: src/gui/callbacks.c:1329
msgid "B&W"
msgstr "黑白"

#: src/gui/callbacks.c:1494 src/io/siril_catalogues.c:321
msgid "unknown"
msgstr "未知"

#: src/gui/callbacks.c:1534
#, c-format
msgid "Binning %d x %d is not supported\n"
msgstr "不支持合并 %d x %d\n"

#: src/gui/callbacks.c:1728
msgid ""
"Siril started in offline mode. Will not attempt to update siril-scripts or "
"siril-spcc-database...\n"
msgstr "Siril现为离线模式。不会更新脚本和SPCC数据库...\n"

#: src/gui/callbacks.c:1786
#, c-format
msgid "Default FITS extension is set to %s\n"
msgstr "缺省FITS扩展名设置为 %s\n"

#: src/gui/callbacks.c:1809
#, c-format
msgid "Welcome to %s"
msgstr "欢迎来到 %s"

#: src/gui/callbacks.c:1812
msgid ""
"Hello, this is the first time you use this new version of Siril. Please, "
"have a seat and take the time to watch the short introduction we have "
"prepared for you. Be aware you can replay this introduction at any times in "
"the Miscellaneous tab of the preferences dialog box."
msgstr ""
"欢迎！这是您第一次打开Siril新版本。请坐下来花点时间观看我们为您准备的简介。您"
"随时可以通过偏好设置对话框里的“杂项”选项卡重播此简介。"

#: src/gui/callbacks.c:1815
msgid "See Introduction"
msgstr "观看介绍"

#: src/gui/callbacks.c:2085
msgid "Unsaved script changes"
msgstr "脚本更改未保存"

#: src/gui/callbacks.c:2086
msgid "There are unsaved changes in the script editor. Quit anyway?"
msgstr "脚本编辑器中有未保存的更改。依然退出吗？"

#: src/gui/callbacks.c:2087
msgid "Quit"
msgstr "退出"

#: src/gui/callbacks.c:2097
msgid "Closing application"
msgstr "关闭程序"

#: src/gui/callbacks.c:2098
msgid "Are you sure you want to quit?"
msgstr "确定要退出吗？"

#: src/gui/callbacks.c:2098
msgid "Exit"
msgstr "退出"

#: src/gui/callbacks.c:2263
#, c-format
msgid "Selected %s sequence %s..."
msgstr "已选择 %s 序列 %s..."

#: src/gui/callbacks.c:2312
msgid "Searching for sequences in the current working directory..."
msgstr "在当前工作目录中搜索序列..."

#: src/gui/callbacks.c:2363
msgid "This erases the following data, and there's no possible undo:\n"
msgstr "这将清除以下数据，且无法撤消：\n"

#: src/gui/callbacks.c:2364
msgid ""
"\n"
"- Registration"
msgstr ""
"\n"
"- 对齐"

#: src/gui/callbacks.c:2365
msgid ""
"\n"
"- Statistics"
msgstr ""
"\n"
"- 统计信息"

#: src/gui/callbacks.c:2366
msgid ""
"\n"
"- Selection"
msgstr ""
"\n"
"- 选择"

#: src/gui/callbacks.c:2370
msgid "Clear Sequence Data?"
msgstr "清除序列数据？"

#: src/gui/callbacks.c:2370
msgid "Clear Data"
msgstr "清除数据"

#: src/gui/callbacks.c:2382
msgid "The requested data of the sequence has been cleaned."
msgstr "序列的请求数据已被清除。"

#: src/gui/callbacks.c:2390
#, c-format
msgid ""
"You are about to purge your %s user catalog. This means the file containing "
"the manually added objects will be deleted. This operation cannot be undone."
msgstr ""
"您将要清除您的 %s 用户星表。这意味着包含手动添加的天体的文件将被删除。此操作"
"无法撤消。"

#: src/gui/callbacks.c:2392
msgid "SOLAR SYSTEM"
msgstr "太阳系"

#: src/gui/callbacks.c:2392
msgid "DEEP SKY"
msgstr "深空"

#: src/gui/callbacks.c:2394
msgid "Catalog deletion"
msgstr "星表删除"

#: src/gui/callbacks.c:2394
msgid "Purge Catalogue"
msgstr "清除星表"

#: src/gui/callbacks.c:2420
msgid "Select task to stop"
msgstr "选择要中止的任务"

#: src/gui/callbacks.c:2423 src/gui/dialogs.c:253 src/gui/dialogs.c:262
#: src/gui/dialogs.c:268 src/gui/git_gui.c:344 src/gui/keywords_tree.c:509
#: src/gui/python_gui.c:792 src/gui/python_gui.c:869
#: src/io/image_formats_libraries.c:2497 src/pixelMath/pixel_math_runner.c:1279
msgid "_Cancel"
msgstr "_取消"

#: src/gui/callbacks.c:2424
msgid "_Stop Process"
msgstr "_中止进程"

#: src/gui/callbacks.c:2468
msgid "Process Name"
msgstr "进程名称"

#: src/gui/callbacks.c:2478
msgid "Start Time"
msgstr "开始时间"

#: src/gui/colors.c:52 src/gui/colors.c:138 src/gui/colors.c:171
#: src/gui/colors.c:257 src/gui/colors.c:268 src/gui/histogram.c:1778
#: src/gui/photometric_cc.c:483 src/gui/photometric_cc.c:495
#: src/gui/photometric_cc.c:513 src/gui/remixer.c:1236 src/gui/remixer.c:1284
msgid "There is no selection"
msgstr "无效选择"

#: src/gui/colors.c:53 src/gui/colors.c:139 src/gui/colors.c:258
#: src/gui/photometric_cc.c:484 src/gui/photometric_cc.c:496
#: src/gui/photometric_cc.c:514
msgid "Make a selection of the background area"
msgstr "请先框选一个背景区域"

#: src/gui/colors.c:147
msgid "Background neutralization"
msgstr "背景平衡"

#: src/gui/colors.c:172 src/gui/colors.c:269
msgid "Make a selection of the white reference area"
msgstr "请框选一个区域，作为参考白色选区"

#: src/gui/colors.c:231
msgid "Color Calibration: processing...\n"
msgstr "色彩校准：处理中...\n"

#. HSL
#. HSV
#: src/gui/colors.c:342 src/gui/colors.c:347
msgid "Hue: "
msgstr "色调: "

#: src/gui/colors.c:343 src/gui/colors.c:348
msgid "Saturation: "
msgstr "饱和: "

#: src/gui/colors.c:344
msgid "Lightness: "
msgstr "亮度: "

#: src/gui/colors.c:349
msgid "Value: "
msgstr "值: "

#: src/gui/colors.c:386
msgid "Error in value_check(). This should not happen...\n"
msgstr ""

#: src/gui/colors.c:469 src/gui/cut.c:1013
msgid "No sequence is loaded"
msgstr "无序列载入"

#: src/gui/colors.c:473
msgid "ICC Profile"
msgstr "ICC色彩特性文件"

#: src/gui/colors.c:473
msgid ""
"This image has an attached ICC profile. Applying the CCM will invalidate the "
"ICC profile therefore color management will be disabled. When you have "
"completed low-level color manipulation and returned the image to the color "
"space described by its ICC profile you can re-enable it using the button at "
"the bottom of this dialog."
msgstr ""
"该图像附有 ICC 色彩特性文件。应用 CCM 将使 ICC 色彩特性文件无效，因此色彩管理"
"将被禁用。当您完成低级色彩操作并将图像返回到其 ICC 色彩特性文件所描述的色彩空"
"间后，您可以使用此对话框底部的按钮重新启用它。"

#: src/gui/colors.c:480
#, c-format
msgid "CCM: [[%.2f %.2f %.2f][%.2f %.2f %.2f][%.2f %.2f %.2f]], pwr: %.2f"
msgstr ""
"CCM（色彩校正矩阵）: [[%.2f %.2f %.2f][%.2f %.2f %.2f][%.2f %.2f %.2f]]，"
"pwr: %.2f"

#: src/gui/colors.c:579
msgid "This case is not handled yet"
msgstr "此案尚未处理"

#: src/gui/compstars.c:50
msgid "Create a comparison stars list"
msgstr "创建参考星列表"

#: src/gui/compstars.c:51 src/gui/nina_light_curve.c:50
msgid "_Close"
msgstr "_关闭"

#: src/gui/compstars.c:51 src/gui/git_gui.c:345 src/gui/nina_light_curve.c:50
#: src/io/image_formats_libraries.c:2497
msgid "_OK"
msgstr "_OK"

#: src/gui/compstars.c:70
msgid "Toggle Manual mode or Automatic mode for Comparison stars list"
msgstr "切换手动模式或自动模式以比较恒星列表"

#: src/gui/compstars.c:72
msgid "Use the stars selected in the currently loaded image"
msgstr "使用当前载入图像中所选择的星点"

#: src/gui/compstars.c:80
msgid "Enter your own target name"
msgstr "输入您自己的目标名称"

#. 1st element, a label
#: src/gui/compstars.c:82
msgid "Output file name: "
msgstr "输出文件名: "

#: src/gui/compstars.c:88
msgid "Change the default file name if needed"
msgstr "如果需要，更改默认文件名"

#. 3rd element, another label
#: src/gui/compstars.c:95
msgid ".csv"
msgstr ".csv"

#: src/gui/compstars.c:101
msgid "Find comparison stars from catalogue requests"
msgstr "从星表请求中查找参考星"

#: src/gui/compstars.c:113
msgid "Variable star data and sorting parameters for catalogue request"
msgstr "用于星表请求的变星数据和排序参数"

#: src/gui/compstars.c:118
msgid "Enter the target star name to search in catalogues"
msgstr "输入要在星表中搜索的目标星名"

#: src/gui/compstars.c:124
msgid "Narrow field of view"
msgstr "窄视场"

#: src/gui/compstars.c:125
msgid ""
"Tick this box to use a narrow field of view centered about the target star"
msgstr "勾选此框可使用以目标恒星为中心的窄视场"

#: src/gui/compstars.c:132
msgid "Allowed visual magnitude range:"
msgstr "允许的视星等范围："

#: src/gui/compstars.c:141
msgid ""
"Allowed range of visual magnitude between the target star and the comparison "
"stars"
msgstr "目标星和参考星之间允许的视星等范围"

#: src/gui/compstars.c:148
msgid "Allowed B-V index range:"
msgstr "允许的 B-V 指标范围："

#: src/gui/compstars.c:157
msgid ""
"Allowed range of B-V index (color) between the target star and the "
"comparison stars"
msgstr "目标星和参考星之间允许的B-V指标（色彩）范围"

#: src/gui/compstars.c:164
msgid "Allowed magnitude error:"
msgstr "允许的视星等误差："

#: src/gui/compstars.c:173
msgid "Allowed catalogue magnitude error for comparison stars"
msgstr "目标星和参考星之间允许的星表星等误差"

#: src/gui/compstars.c:184
msgid "Recommended catalogue for this feature is APASS"
msgstr "此功能的推荐星表是 APASS"

#: src/gui/compstars.c:186
msgid "APASS catalogue"
msgstr "APASS 星表"

#: src/gui/compstars.c:187
msgid "NOMAD catalogue"
msgstr "NOMAD 星表"

#: src/gui/compstars.c:223
msgid ""
"One Variable star and one comparison star at least are required. Cannot "
"create any file\n"
msgstr "至少需要一颗变星和一颗参考星。无法创建任何文件\n"

#: src/gui/compstars.c:224
msgid ""
"One Variable star and one comparison star at least are required. Cannot "
"create any file"
msgstr "至少需要一颗变星和一颗参考星。无法创建任何文件"

#: src/gui/compstars.c:232
msgid "Problem with conversion\n"
msgstr "转换有问题\n"

#. Header for the console display
#: src/gui/compstars.c:247
#, c-format
msgid "-> %i comparison stars selected\n"
msgstr "->已选择 %i 个参考星\n"

#: src/gui/compstars.c:253
msgid "Target star  : %4.3lf, %+4.3lf\n"
msgstr "目标星: %4.3lf, %+4.3lf\n"

#: src/gui/compstars.c:259
msgid "Comp star %3d: %4.3lf, %+4.3lf\n"
msgstr "参考星 %3d: %4.3lf, %+4.3lf\n"

#: src/gui/compstars.c:293
msgid "Enter the name of the target star"
msgstr "输入目标恒星的名称"

#: src/gui/compstars.c:301
msgid "Vmag range not accepted (should be ]0, 6])"
msgstr "不接受 Vmag 范围（应为 [0， 6]）"

#: src/gui/compstars.c:308
msgid "BV range not accepted (should be ]0, 0.7]"
msgstr "不接受 BV 范围（应为 [0， 0.7]）"

#: src/gui/compstars.c:315
msgid "Magnitude error not accepted (should be ]0, 0.1["
msgstr "不可接受星等误差（应为]0, 0.1["

#: src/gui/conversion.c:109
msgid "Invalid char"
msgstr "非法字符"

#: src/gui/conversion.c:109
msgid ""
"Please remove invalid characters in the sequence name before trying to "
"convert images into a new sequence again."
msgstr "请移除序列名称中的非法字符后再尝试将图像转换为新的序列。"

#: src/gui/conversion.c:115
#, c-format
msgid "A file named %s already exists. Do you want to replace it?\n"
msgstr "名为 %s 的文件已经存在。是否要覆盖？\n"

#: src/gui/conversion.c:117
msgid "The file already exists. Replacing it will overwrite its contents."
msgstr "文件已存在。覆盖操作会改变文件的内容。"

#: src/gui/conversion.c:118
msgid "Replace File"
msgstr "替换文件"

#: src/gui/conversion.c:144
#, c-format
msgid "Filetype is not supported, cannot convert: %s\n"
msgstr "文件类型不受支持，无法转换：%s\n"

#: src/gui/conversion.c:145
#, c-format
msgid ""
"File extension '%s' is not supported.\n"
"Verify that you typed the extension correctly.\n"
"If so, you may need to install third-party software to enable this file type "
"conversion, look at the README file.\n"
"If the file type you are trying to load is listed in supported formats, you "
"may notify the developers that the extension you are trying to use should be "
"recognized for this type."
msgstr ""
"不支持扩展名为'%s'的文件。\n"
"请确认输入了正确的扩展名。\n"
"如果确认无误，你可能还需要安装第三方软件，来启用此文件类型的转换，参见"
"README。\n"
"如果此文件的类型在支持列表内，只是扩展名不能识别，那么可以向开发团队报告此问"
"题。"

#: src/gui/conversion.c:170
msgid "Too many files are being converted."
msgstr "待转换的文件过多。"

#: src/gui/conversion.c:171
msgid ""
"You are about to convert a large amount of files into standard FITS files. "
"However, your OS limits the number of files that will be processed in the "
"same time.You may want to convert your input files into a FITS sequence."
msgstr ""
"您将要将大量文件转换为标准 FITS 文件。但是，您的操作系统会限制将在同一时间内"
"处理的文件数。您可能希望将输入文件转换为 FITS 序列。"

#: src/gui/conversion.c:173
msgid "Convert to FITS Sequence"
msgstr "转换为FITS序列"

#: src/gui/conversion.c:186
msgid ""
"Symbolic links cannot be used when demosaicing the images, new images will "
"be created\n"
msgstr "图像去马赛克时无法创建符号链接，新文件将被创建\n"

#: src/gui/conversion.c:190 src/gui/conversion.c:196
msgid "A conflict has been detected."
msgstr "发现冲突。"

#: src/gui/conversion.c:191
msgid ""
"Creating multiple sequences can only be done with only sequences as input."
msgstr "必须以序列作为输入才能创建多重序列。"

#: src/gui/conversion.c:202
#, c-format
msgid "Conversion: processing %d files...\n"
msgstr "转换：正在处理 %d 个文件…\n"

#: src/gui/conversion.c:420
#, c-format
msgid "%d file was ignored while drag and drop\n"
msgid_plural "%d files were ignored while drag and drop\n"
msgstr[0] "%d个文件于拖拽操作中被忽略\n"

#: src/gui/conversion.c:425
msgid ""
"Files with unknown extension cannot be dropped in this area. Therefore they "
"are ignored."
msgstr "未知扩展名的文件无法被加入到这里，因此它们将被忽略。"

#: src/gui/conversion.c:507
#, c-format
msgid "%d file loaded"
msgid_plural "%d files loaded"
msgstr[0] "%d个文件载入"

#: src/gui/conversion.c:512
#, c-format
msgid "%d file selected"
msgid_plural "%d files selected"
msgstr[0] "已选中%d个文件"

#: src/gui/curves.c:160
msgid "Toggles whether to apply the curve to the monochrome channel"
msgstr "切换曲线是否应用于单色通道"

#: src/gui/curves.c:558
#, c-format
msgid "Applying %s curve transformation with %d points\n"
msgstr "应用%s曲线变换（包含%d个点）\n"

#: src/gui/curves.c:632
msgid "Curves Transform"
msgstr "曲线变换"

#: src/gui/cut.c:171
msgid "Spectrogram"
msgstr "光谱图"

#: src/gui/cut.c:185
msgid "Error: CFA mode and tri-profile are mutually exclusive.\n"
msgstr "错误：CFA 模式和三重分布曲线是互斥的。\n"

#: src/gui/cut.c:189
msgid "Error: color plot and tri-profile are mutually exclusive.\n"
msgstr "错误：色表和三重分布曲线是互斥的。\n"

#: src/gui/cut.c:193
msgid "Error: mono image is loaded: color mode is unavailable.\n"
msgstr "错误：加载了单色图像：彩色模式不可用。\n"

#: src/gui/cut.c:197
msgid "Error: mono image is loaded: colored layers cannot be specified.\n"
msgstr "错误：加载了单色图像：无法指定彩色图层。\n"

#: src/gui/cut.c:201
msgid "Error: color plot and CFA mode are mutually exclusive.\n"
msgstr "错误：彩色图表和 CFA 模式是互斥的。\n"

#: src/gui/cut.c:205
msgid "Error: start and finish points are the same.\n"
msgstr "错误：起点和终点相同。\n"

#: src/gui/cut.c:209
msgid "Error: variable image size in sequence.\n"
msgstr "错误：序列中图像尺寸不一。\n"

#: src/gui/cut.c:218
msgid "Error: wavenumber points are the same.\n"
msgstr "错误：波数点相同。\n"

#: src/gui/cut.c:222
msgid "Error: wavenumber / wavelength for point 1 is not set.\n"
msgstr "错误：未设置点 1 的波数/波长。\n"

#: src/gui/cut.c:226
msgid "Error: wavenumber / wavelength for point 2 is not set.\n"
msgstr "错误：未设置点 2 的波数/波长。\n"

#: src/gui/cut.c:230
msgid ""
"Error: wavenumber / wavelength set for point 1 but corresponding location is "
"not set.\n"
msgstr "错误：为点 1 设置了波数/波长，但未设置相应位置。\n"

#: src/gui/cut.c:234
msgid ""
"Error: wavenumber / wavelength set for point 2 but corresponding location is "
"not set.\n"
msgstr "错误：为点 2设置了波数/波长，但未设置相应位置。\n"

#: src/gui/cut.c:239 src/gui/cut.c:243
msgid "Error: wavenumber / wavelength point outside image dimensions.\n"
msgstr "错误：波数/波长点超出图像尺寸。\n"

#: src/gui/cut.c:247
msgid "Error: profile line endpoint outside image dimensions.\n"
msgstr "错误：线段端点超出图像边界。\n"

#: src/gui/cut.c:251
msgid "Error: spacing is set but tri-profile mode is not selected.\n"
msgstr "错误：设置了间距，但未选择三重分布曲线模式。\n"

#: src/gui/cut.c:255
msgid "Error: layer out of range.\n"
msgstr "错误：图层超出范围。\n"

#: src/gui/cut.c:260
msgid "Error: background removal polynomial degree should be >= 1 and <= 6.\n"
msgstr "错误：背景去除的多项式次数应 >=1 并 <=6 。\n"

#: src/gui/cut.c:290
#, c-format
msgid "Measurement: %.1f\""
msgstr "测量值：%.1f\""

#: src/gui/cut.c:295
#, c-format
msgid "Measurement: %d' %.1f\""
msgstr "测量值: %d' %.1f\""

#: src/gui/cut.c:299
#, c-format
msgid "Measurement: %dº %d' %.0f\""
msgstr "测量值: %dº %d' %.0f\""

#: src/gui/cut.c:303
#, c-format
msgid "Measurement: %.1f px"
msgstr "测量值：%.1f px"

#: src/gui/cut.c:308
msgid "Warning: angular measurement > 10º. Error is > 1%\n"
msgstr "警告：角度测量> 10º。误差> 1%\n"

#: src/gui/cut.c:537 src/gui/cut.c:750
#, c-format
msgid "Wavenumber / cm^{-1}"
msgstr "波数 / cm^{-1}"

#: src/gui/cut.c:540 src/gui/cut.c:752 src/gui/cut.c:888
#, c-format
msgid "Distance along cut / arcsec"
msgstr "沿剪切的距离/角秒"

#: src/gui/cut.c:542 src/gui/cut.c:754 src/gui/cut.c:890
#, c-format
msgid "Distance along cut / px"
msgstr "沿剪切的距离/px"

#: src/gui/cut.c:696
msgid "Coefficients: y = "
msgstr "系数：y = "

#: src/gui/cut.c:712
#, c-format
msgid "Subtracting dark strips: polynomial fit of degree %d:\n"
msgstr "除去暗条：%d次多项式拟合：\n"

#: src/gui/cut.c:724 src/gui/cut.c:736
msgid "Intensity"
msgstr "亮度"

#: src/gui/cut.c:726 src/pixelMath/pixel_math_runner.c:351
msgid "R"
msgstr "R"

#: src/gui/cut.c:736
msgid "L"
msgstr "明度"

#: src/gui/cut.c:739
#, c-format
msgid "Fitted background"
msgstr "拟合的背景"

#: src/gui/cut.c:740
#, c-format
msgid "Measured background"
msgstr "测量的背景"

#: src/gui/cut.c:815
#, fuzzy
msgid "Error: failed to read CFA pattern or invalid found.\n"
msgstr "错误：此操作不支持此CFA模式。\n"

#: src/gui/cut.c:826 src/gui/cut.c:834
msgid "Error: failed to split FITS into CFA sub-patterns.\n"
msgstr "错误：无法将 FITS 拆分为 CFA 子模式。\n"

#: src/gui/cut.c:1014
msgid "The Apply to sequence option is checked, but no sequence is loaded."
msgstr "选中“应用于序列”选项，但不加载任何序列。"

#: src/gui/cut.c:1089
msgid "Spectroscopic"
msgstr "光谱法"

#: src/gui/cut.c:1090
msgid ""
"Reduces a spectrum without background removal. This is suitable when the "
"entire image represents a calibrated spectrum"
msgstr "进行不带背景消除的光谱处理。适用于整张图像就是已校准过的光谱的情况"

#: src/gui/cut.c:1091
msgid "Spectro w/ bg removal"
msgstr "光谱w/背景去除"

#: src/gui/cut.c:1092
msgid "Spectro bg offset (px)"
msgstr "光谱背景偏移量（像素）"

#: src/gui/cut.c:1093
msgid ""
"Reduces a spectrum with background removal. This is suitable when background "
"removal is required: the background is computed along parallel lines "
"equidistant from the central spectral profile line"
msgstr ""
"进行带有背景消除的光谱处理。适用于需要去除背景的情况：背景是沿着与中心谱线等"
"距的平行线进行计算的"

#: src/gui/cut.c:1101
msgid "Tri-profile (mono)"
msgstr "三重分布曲线（单色）"

#: src/gui/cut.c:1102
msgid ""
"Generates 3 parallel intensity profiles separated by a given number of "
"pixels. Tri-profiles always plot luminance along each profile"
msgstr ""
"生成三条平行的强度分布曲线，按指定的像素间隔分隔。三重分布曲线始终沿每条分布"
"曲线绘制亮度值"

#: src/gui/cut.c:1103
msgid "Tri-profile offset (px)"
msgstr "三重分布曲线的偏移量（像素）"

#: src/gui/cut.c:1244
msgid "No star detected"
msgstr "未检测到星点"

#: src/gui/cut.c:1245
msgid ""
"Siril cannot set the star coordinate as no star has been detected in the "
"selection"
msgstr "Siril无法设置星点坐标，因为在选区中没有检测到星点"

#: src/gui/cut.c:1250 src/gui/statistics_list.c:203
#, c-format
msgid "No selection"
msgstr "无选区"

#: src/gui/cut.c:1251
msgid "Siril cannot set the star coordinate as no selection is made"
msgstr "Siril无法设置星点坐标，因为没有选区"

#: src/gui/denoisegui.c:120
msgid "Modulation is zero: doing nothing.\n"
msgstr "调制为0。什么都不做。\n"

#: src/gui/dialog_preview.c:114
msgid "Folder"
msgstr "文件夹"

#: src/gui/dialogs.c:144
msgid ""
"Error: cannot open an image processing dialog while a Python script claims "
"the processing thread. Wait for the Python script to finish processing first."
msgstr ""
"错误：当Python脚本声明处理线程时，无法打开图像处理对话框。请先等待Python脚本"
"完成处理。"

#: src/gui/dialogs.c:249
msgid "Select Folder"
msgstr "选择文件夹"

#: src/gui/dialogs.c:251
msgid "Open File"
msgstr "打开文件"

#: src/gui/dialogs.c:261
msgid "Add Files"
msgstr "添加文件"

#: src/gui/dialogs.c:262 src/gui/keywords_tree.c:510
msgid "_Add"
msgstr "_添加"

#: src/gui/dialogs.c:267
msgid "Save File"
msgstr "保存文件"

#: src/gui/documentation.c:65
#, c-format
msgid "Siril documentation URL: %s\n"
msgstr "Siril 说明文档网址: %s\n"

#: src/gui/documentation.c:76 src/gui/newdeconv.c:271
msgid "Could not show link"
msgstr "无法显示链接"

#: src/gui/documentation.c:77 src/gui/newdeconv.c:272
msgid "Please go to <a href=\""
msgstr "请访问 <a href=\""

#: src/gui/epf.c:147
#, c-format
msgid "Bilateral filter: (d=%2.2f, sigma_col=%2.2f, sigma_spatial=%2.2f)"
msgstr "双边滤波: (d=%2.2f, sigma_col=%2.2f, sigma_spatial=%2.2f)"

#: src/gui/epf.c:171
msgid "Error, no guide image loaded."
msgstr "错误：未载入引导图像。"

#: src/gui/epf.c:295 src/gui/epf.c:302 src/gui/merge_cfa.c:98
#: src/gui/merge_cfa.c:112 src/gui/merge_cfa.c:125 src/gui/merge_cfa.c:138
#: src/gui/remixer.c:1054 src/gui/remixer.c:1143
msgid "Image loading failed"
msgstr "图像载入失败"

#: src/gui/epf.c:301
msgid "Error: image dimensions do not match"
msgstr "错误：图像尺寸不匹配"

#: src/gui/git_gui.c:143 src/gui/git_gui.c:207
msgid "Processing"
msgstr "处理"

#: src/gui/git_gui.c:145 src/gui/git_gui.c:208
msgid "Utility"
msgstr "工具"

#: src/gui/git_gui.c:147 src/gui/git_gui.c:209
msgid "Core"
msgstr "核心"

#: src/gui/git_gui.c:170 src/gui/git_gui.c:210
msgid "Other"
msgstr "其他"

#: src/gui/git_gui.c:177 src/gui/python_gui.c:950 src/gui/python_gui.c:1119
msgid "Siril Script File"
msgstr "Siril 脚本文件"

#: src/gui/git_gui.c:179
msgid "Python script"
msgstr "Python 脚本"

#: src/gui/git_gui.c:267
msgid "(No commit message found for this revision)"
msgstr ""

#: src/gui/git_gui.c:293 src/gui/script_menu.c:283
#, c-format
msgid "Error loading script contents: %s\n"
msgstr "加载脚本内容时出错：%s\n"

#: src/gui/git_gui.c:341
#, fuzzy
msgid "Select Revision"
msgstr "选择"

#: src/gui/git_gui.c:348
msgid ""
"Leave at 0 to open the current version of the script. If you have a problem "
"with a script update you can use this to go back to earlier revisions. Start "
"by going back 1 revison and increase the number until you find the last "
"version that worked for you. Note that this will only open the previous "
"version in the script editor, it will not revert the script in the local "
"repository, but it allows you to save a local copy in one of your script "
"folders for use until the upstream script is fixed."
msgstr ""

#: src/gui/git_gui.c:358
msgid "Revisions to go back (leave at 0 to get current revision):"
msgstr ""

#: src/gui/git_gui.c:393
msgid "Loading commit message..."
msgstr "载入提交信息..."

#: src/gui/git_gui.c:427
#, fuzzy, c-format
msgid "Error loading script contents from %d revisions back: %s\n"
msgstr "加载脚本内容时出错：%s\n"

#: src/gui/histogram.c:163 src/gui/histogram.c:169 src/gui/histogram.c:1176
#: src/gui/histogram.c:1182 src/gui/histogram.c:1871 src/gui/histogram.c:1888
msgid "Channels warning"
msgstr "通道警告"

#: src/gui/histogram.c:164 src/gui/histogram.c:1177 src/gui/histogram.c:1889
msgid ""
"Not all colour channels are selected. Human luminance colour model cannot be "
"used: setting even weighted luminance colour model."
msgstr ""
"没有选中全部色彩通道。不能使用人眼加权明度彩色模型：设置为均等加权明度彩色模"
"型。"

#: src/gui/histogram.c:170 src/gui/histogram.c:1183 src/gui/histogram.c:1872
msgid ""
"Not all colour channels are selected. Saturation stretch cannot be used: "
"setting independent channels colour model."
msgstr "没有选中全部色彩通道。不能使用饱和度拉伸：设置为独立通道彩色模型。"

#: src/gui/histogram.c:397
msgid "Toggles whether to apply the stretch to the monochrome channel"
msgstr "切换拉伸是否应用于单色通道"

#: src/gui/histogram.c:415 src/gui/sequence_list.c:126
msgid "Red channel"
msgstr "红色通道"

#: src/gui/histogram.c:1329
#, c-format
msgid "Histogram Transf. (mid=%.3f, lo=%.3f, hi=%.3f)"
msgstr "直方图变换 (mid=%.3f, lo=%.3f, hi=%.3f)"

#: src/gui/histogram.c:1336
#, c-format
msgid "GHS pivot: %.3f, amount: %.2f, local: %.2f [%.2f %.2f]"
msgstr "GHS 拐点: %.3f, 量: %.2f, 局部: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1339
#, c-format
msgid "GHS INV pivot: %.3f, amount: %.2f, local: %.2f [%.2f %.2f]"
msgstr "GHS INV 拐点: %.3f, 量: %.2f, 局部: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1342
#, c-format
msgid "GHS ASINH pivot: %.3f, amount: %.2f [%.2f %.2f]"
msgstr "GHS ASINH 拐点: %.3f, 量: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1345
#, c-format
msgid "GHS ASINH INV pivot: %.3f, amount: %.2f [%.2f %.2f]"
msgstr "GHS ASINH INV 拐点: %.3f, 量: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1348
#, c-format
msgid "GHS LINEAR BP: %.2f"
msgstr "GHS LINEAR BP: %.2f"

#: src/gui/histogram.c:1354
#, c-format
msgid "GHS SAT pivot: %.3f, amount: %.2f, local: %.2f [%.2f %.2f]"
msgstr "GHS SAT 拐点: %.3f, 量: %.2f, 局部: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1357
#, c-format
msgid "GHS INV SAT pivot: %.3f, amount: %.2f, local: %.2f [%.2f %.2f]"
msgstr "GHS INV SAT 拐点: %.3f, 量: %.2f, 局部: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1360
#, c-format
msgid "GHS ASINH SAT pivot: %.3f, amount: %.2f [%.2f %.2f]"
msgstr "GHS ASINH SAT 拐点: %.3f, 量: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1363
#, c-format
msgid "GHS ASINH INV SAT pivot: %.3f, amount: %.2f [%.2f %.2f]"
msgstr "GHS ASINH INV SAT 拐点: %.3f, 量: %.2f [%.2f %.2f]"

#: src/gui/histogram.c:1366
#, c-format
msgid "GHS LINEAR SAT BP: %.2f"
msgstr "GHS LINEAR SAT BP: %.2f"

#: src/gui/histogram.c:1414
msgid "Could not compute autostretch parameters, using default values\n"
msgstr "无法计算自动拉伸参数，使用缺省值\n"

#: src/gui/histogram.c:1435
msgid "Generalised Hyperbolic Stretch Transformations"
msgstr "广义双曲拉伸变换"

#: src/gui/histogram.c:1460 src/gui/histogram.c:1857
msgid "Clicking on the histogram sets SP"
msgstr "点击直方图以设置拐点"

#. Prevent spamming the warning log message
#: src/gui/histogram.c:1739
msgid ""
"Shadow preservation point cannot be set higher than stretch focal point\n"
msgstr "阴影保护点不能设置为高于拉伸焦点\n"

#: src/gui/histogram.c:1779 src/gui/remixer.c:1237 src/gui/remixer.c:1285
msgid "Make a selection of the point or area to set SP"
msgstr "选择用于设置拐点的点或区域"

#. Prevent spamming the warning log message
#: src/gui/histogram.c:1818
msgid ""
"Highlight preservation point cannot be set lower than stretch focal point\n"
msgstr "高光保持点不能设置为低于拉伸焦点\n"

#: src/gui/histogram.c:1855
msgid "Clicking on the linear stretch histogram sets BP"
msgstr "点击线性拉伸直方图以设置 BP"

#: src/gui/histogram.c:2040
msgid "Midtone Transfer Function"
msgstr "中间调变换函数"

#: src/gui/histogram.c:2074
msgid "Generalised Hyperbolic Transfer Function"
msgstr "广义双曲拉伸函数"

#. Also we use this function to export the ICC sRGB perceptual display profile,
#. but use a confirmation dialog to confirm the ICC's terms of use.
#: src/gui/icc_profile.c:93
msgid "Terms of Use"
msgstr "使用条款"

#: src/gui/icc_profile.c:93
msgid ""
"To export a copy of the sRGB monitor profile with perceptual intent tables, "
"please accept the ICC's terms of use:\n"
"\n"
"To anyone who acknowledges that the file \"sRGB_v4_ICC_preference.icc\" is "
"provided \"AS IS\" WITH NO EXPRESS OR IMPLIED WARRANTY, permission to use, "
"copy and distribute this file for any purpose is hereby granted without fee, "
"provided that the file is not changed including the ICC copyright notice "
"tag, and that the name of ICC shall not be used in advertising or publicity "
"pertaining to distribution of the software without specific, written prior "
"permission. ICC makes no representations about the suitability of this "
"software for any purpose."
msgstr ""
"要导出带有感知意图的 sRGB 显示器特性文件副本，请接受 ICC 的使用条款：\n"
"\n"
"对于任何承认文件“sRGB_v4_ICC_preference.icc”按“原样”提供且无明示或默示保证的"
"人，特此授予出于任何目的使用、复制和分发此文件的许可，无需付费，前提是该文件"
"未更改包括 ICC 版权声明标签，未经事先明确书面许可，不得在与软件分发相关的广告"
"或宣传中使用 ICC 名称。 ICC 不对该软件针对任何目的的适用性做出任何陈述。"

#: src/gui/icc_profile.c:102
msgid "Accept"
msgstr "接受"

#: src/gui/icc_profile.c:115 src/gui/icc_profile.c:122
msgid "No ICC profile"
msgstr "无ICC色彩特性文件"

#: src/gui/icc_profile.c:158
msgid ""
"To write an ICC profile, assign a profile to the image using the Color "
"Management dialog."
msgstr "要写入 ICC 色彩特性文件，请使用“色彩管理”对话框为图像分配特性文件。"

#: src/gui/icc_profile.c:159
msgid "Image is not color managed. Will not write an ICC profile."
msgstr "图像未进行色彩管理。不会写入 ICC 色彩特性文件。"

#: src/gui/icc_profile.c:299 src/gui/icc_profile.c:367
msgid "No color profile chosen, nothing to assign."
msgstr "未选择色彩特性文件，无需分配任何内容。"

#. We save the undo state as dealing with gfit
#: src/gui/icc_profile.c:304
msgid "Color profile assignment"
msgstr "彩色特性文件分配"

#: src/gui/icc_profile.c:316
msgid "Color space has incorrect channels"
msgstr "色空间含有无效的通道"

#: src/gui/icc_profile.c:316
msgid ""
"Mismatch in number of channels between the current image and the ICC "
"profile. You cannot assign a RGB ICC profile to a mono image."
msgstr ""
"当前图像和ICC色彩特性文件之间的通道数不匹配。无法将RGB ICC色彩特性文件应用于"
"单色图像。"

#: src/gui/icc_profile.c:326 src/gui/icc_profile.c:379
msgid "Color space not supported"
msgstr "色彩空间不支持"

#: src/gui/icc_profile.c:326 src/gui/icc_profile.c:379
msgid ""
"Siril only supports representing the image in Gray or RGB color spaces at "
"present. You cannot assign or convert to non-RGB color profiles"
msgstr ""
"Siril 目前仅支持以灰度或 RGB 色彩空间表示图像。您无法分配或转换为非 RGB 的彩"
"色特性文件"

#: src/gui/icc_profile.c:330
msgid "Transform not supported"
msgstr "变换不支持"

#: src/gui/icc_profile.c:330
msgid ""
"Image cannot be assigned a color profile with a different number of channels "
"to its current color profile"
msgstr "无法为图像分配通道数与其当前色彩特性不同的色彩特性文件"

#. We save the undo state as dealing with gfit
#: src/gui/icc_profile.c:351
msgid "Color profile removal"
msgstr "色彩特性文件移除"

#: src/gui/icc_profile.c:372
msgid "No color profile set"
msgstr "未设置色彩特性文件"

#: src/gui/icc_profile.c:372
msgid "The current image has no color profile. You need to assign one first."
msgstr "当前图像没有色彩特性文件。您需要先分配一个。"

#. Do the transform
#. We save the undo state if dealing with gfit
#: src/gui/icc_profile.c:385
msgid "Color profile conversion"
msgstr "色彩特性文件转换"

#: src/gui/icc_profile.c:461 src/gui/icc_profile.c:466
msgid "Could not load file"
msgstr "无法加载文件"

#: src/gui/icc_profile.c:461
msgid "Error getting filename from widget."
msgstr "从小部件获取文件名时出错。"

#: src/gui/icc_profile.c:466
msgid "Error loading selected file or it does not contain a valid ICC profile."
msgstr "加载所选文件时出错，或者它不包含有效的 ICC 色彩特性文件。"

#: src/gui/icc_profile.c:473
msgid "Profile error"
msgstr "色彩特性文件错误"

#: src/gui/icc_profile.c:473
msgid ""
"Error: profile does not describe a RGB color space. Using non-RGB color "
"spaces (e.g. CIE La*b*, XYZ, HSL) as image working spaces is not supported, "
"though these color spaces may be used internally for some operations."
msgstr ""
"错误：特性文件未描述 RGB 色彩空间。不支持使用非 RGB 色彩空间（例如 CIE "
"La*b*、XYZ、HSL）作为图像工作空间，尽管这些色彩空间可能在内部用于某些操作。"

#: src/gui/icc_profile.c:516
msgid ""
"Error: no ICC profile associated with the current image. Cannot export.\n"
msgstr "错误：没有与当前图像关联的 ICC 色彩特性文件。无法导出。\n"

#: src/gui/icc_profile.c:543
msgid "Chromaticity plot only works with RGB color profiles"
msgstr "色度图表仅适用于 RGB 色彩特性文件"

#: src/gui/image_display.c:170
msgid ""
"Error: memory allocaton failure when instantiating HD LUTs. Reverting to "
"standard 16 bit LUTs.\n"
msgstr "错误：实例化高分辨率 LUT 时内存分配失败。恢复为标准 16 位 LUT。\n"

#: src/gui/image_display.c:715
#, c-format
msgid ""
"<big>Unstable Development Version</big>\n"
"\n"
"<small>%c%s</small>\n"
"<small>commit <tt>%s</tt></small>\n"
"<small>Please test bugs against latest git master branch\n"
"before reporting them.</small>"
msgstr ""
"<big>不稳定的开发版本</big>\n"
"\n"
"<small>%c%s</small>\n"
"<small>commit <tt>%s</tt></small>\n"
"<small>Please test bugs against latest git master branch\n"
"before reporting them.</small>"

#: src/gui/keywords_tree.c:194 src/gui/keywords_tree.c:600
msgid "Operation on the sequence"
msgstr "序列操作"

#: src/gui/keywords_tree.c:195
msgid ""
"These keywords will be deleted from each image of the entire sequence. Are "
"you sure?"
msgstr "整个序列的每个图像都会删除此关键字。确定吗？"

#: src/gui/keywords_tree.c:267
msgid "Keyname can contain a maximum of 8 characters.\n"
msgstr "关键字的名称最长为8个字符。\n"

#. Create the dialog window with buttons
#: src/gui/keywords_tree.c:508
msgid "Add New Keyword"
msgstr "添加新关键字"

#: src/gui/keywords_tree.c:601
msgid ""
"These keywords will be added / modified in each image of the entire "
"sequence. Are you sure?"
msgstr "这些关键字的添加/修改将被应用于整个序列的每一张图像。确定吗？"

#: src/gui/linear_match.c:91
msgid "Cannot compute linear coefficients."
msgstr "无法计算线性系数。"

#: src/gui/menu_gray_geometry.c:61
msgid "Crop confirmation"
msgstr "裁切确认"

#: src/gui/menu_gray_geometry.c:67
msgid "Rotation (%.1lfdeg, cropped=%s, clamped=%s)"
msgstr "旋转（%.1lf度，裁切=%s，钳定=%s）"

#: src/gui/menu_gray_geometry.c:86
msgid "Rotation (90 deg)"
msgstr "旋转（90度）"

#: src/gui/menu_gray_geometry.c:96
msgid "Rotation (-90 deg)"
msgstr "旋转（-90度）"

#: src/gui/menu_gray_geometry.c:162
msgid "Mirror X"
msgstr "镜像 X"

#: src/gui/menu_gray_geometry.c:171
msgid "Mirror Y"
msgstr "镜像 Y"

#: src/gui/menu_gray_geometry.c:193
#, c-format
msgid "Binning x%d (%s)"
msgstr "像素合并x%d (%s)"

#: src/gui/menu_gray_geometry.c:193
msgid "average"
msgstr "平均数"

#: src/gui/menu_gray_geometry.c:193
msgid "sum"
msgstr "求和"

#: src/gui/menu_gray_geometry.c:229
#, c-format
msgid "Resample (%g - %g)"
msgstr "重采样（缩放）（%g - %g）"

#: src/gui/menu_gray_geometry.c:370
msgid "Image backup is active"
msgstr "已启用图像备份"

#: src/gui/menu_gray_geometry.c:371
msgid ""
"It is impossible to crop the image when the image backup is active. This "
"occurs when a filter has a live preview active or when a filter with on-"
"demand ROI preview is open. Please close the filter dialog before cropping."
msgstr ""
"当启用图像备份时，无法裁剪图像。当滤镜开启实时预览，或在ROI上预览时，就会发生"
"这种情况。裁剪前请关闭滤镜对话框。"

#: src/gui/menu_gray_geometry.c:401
msgid ""
"Crop does not work with avi film. Please, convert your file to SER first.\n"
msgstr "AVI文件不能裁切。请先将文件转换为SER格式。\n"

#: src/gui/menu_gray_geometry.c:407
msgid "Not a valid sequence for cropping.\n"
msgstr "此序列不能裁切。\n"

#: src/gui/merge_cfa.c:217
msgid "Error: input sequence CFA marker not found"
msgstr "错误：载入序列找不到CFA标签"

#: src/gui/merge_cfa.c:221
#, c-format
msgid "Identified the loaded sequence as CFA%d\n"
msgstr "将载入的队列标记为CFA%d\n"

#: src/gui/merge_cfa.c:249 src/gui/merge_cfa.c:260 src/gui/merge_cfa.c:271
#: src/gui/merge_cfa.c:282
msgid ""
"Error: sequence has more than one channel, this is for mono (CFA subchannel) "
"sequences"
msgstr "错误：序列有多个通道，这是针对单色（或CFA子通道）序列的"

#: src/gui/merge_cfa.c:349
msgid "Error: images are not all loaded"
msgstr "错误：没有载入所有图像"

#: src/gui/merge_cfa.c:350
msgid "Merge CFA cannot proceed"
msgstr "无法合并CFA"

#: src/gui/mouse_action_functions.c:318
msgid "This action opens a new image if there is no image currently loaded"
msgstr "如果当前没有加载任何图像，则此动作将打开一个新图像"

#: src/gui/mouse_action_functions.c:333
msgid ""
"This action starts a measurement from one point in the image to another. "
"Releasing the button ends the measurement."
msgstr "此动作从图像中的一个点开始测量到另一个点。松开按钮结束测量。"

#: src/gui/mouse_action_functions.c:347
msgid ""
"This action toggles the image zoom level as configured in Preferences / User "
"Interface"
msgstr "此动作切换在偏好设置/用户界面中配置的图像缩放级别"

#: src/gui/mouse_action_functions.c:387
msgid "This action drags the image around the viewport"
msgstr "此动作将图像拖动到观察点周围"

#: src/gui/mouse_action_functions.c:402
msgid ""
"This is the main Siril mouse action used for making selections, selecting "
"background samples and previews, doing quick photometry etc."
msgstr ""
"这是 Siril 鼠标的主要操作，用于进行选择、选择背景样本和预览、进行快速测光等。"

#: src/gui/mouse_action_functions.c:565
msgid ""
"Remove background samples or photometry boxes, or show the mouse context menu"
msgstr "删除背景样本或测光框，或显示鼠标上下文菜单"

#: src/gui/mouse_action_functions.c:610
msgid "This action sets the photometry box"
msgstr "此操作设置测光框"

#: src/gui/mouse_action_functions.c:641
msgid "This action saves the current image"
msgstr "此动作将保存当前图像"

#: src/gui/mouse_action_functions.c:653
msgid "This action saves the current image with a new name"
msgstr "此动作使用新文件名保存当前图像"

#: src/gui/mouse_action_functions.c:661
msgid "This action saves a snapshot of the current image"
msgstr "此动作保存当前图像的快照"

#: src/gui/mouse_action_functions.c:669
msgid "This action undoes the last operation"
msgstr "此动作将撤消上一个操作"

#: src/gui/mouse_action_functions.c:679
msgid "This action redoes the last operation"
msgstr "此动作将重做上一个操作"

#: src/gui/mouse_action_functions.c:689
msgid "This action finds stars in the current image"
msgstr "此操作在当前图像中查找星点"

#: src/gui/mouse_action_functions.c:701
msgid "This action plate solves the current image"
msgstr "此动作解析当前图像"

#: src/gui/mouse_action_functions.c:709
msgid "This action opens the spectrophotometric color calibration dialog"
msgstr "此动作将打开分光光度色彩校准对话框"

#: src/gui/mouse_action_functions.c:727
msgid "Scroll wheel zooms in / out"
msgstr "滚轮放大/缩小"

#: src/gui/mouse_action_functions.c:788
msgid "Scroll wheel scrolls through the frames in the current sequence"
msgstr "滚轮滚动浏览当前序列中的帧"

#: src/gui/mouse_action_functions.c:832
msgid "Error: image load failed, reloading reference image!\n"
msgstr "错误：图像加载失败，重新加载参考帧！\n"

#: src/gui/mouse_action_functions.c:839
msgid "Scroll wheel scrolls through the Siril GUI tabs"
msgstr "滚轮滚动浏览 Siril GUI 选项卡"

#: src/gui/mouse_action_preferences.c:117
msgid "Mouse Configuration"
msgstr "鼠标配置"

#: src/gui/mouse_action_preferences.c:117
msgid ""
"Warning: this dialog allows you to reconfigure mouse behaviour so that it "
"may no longer match the documentation. If you forget what settings you have "
"changed, the dialog can also be used to view current mouse action "
"assignments and also provides a button to reset them to default settings."
msgstr ""
"警告：此对话框允许您重新配置鼠标行为，使其可能不再与说明文档相符。如果您忘记"
"更改了哪些设置，该对话框还可用于查看当前的鼠标动作分配，并提供一个按钮将其重"
"置为默认设置。"

#. Make the spin button editable and set digits to 0
#. Connect the edited signal
#: src/gui/mouse_action_preferences.c:212
msgid "Button"
msgstr "按钮"

#. Connect the edited signal
#: src/gui/mouse_action_preferences.c:221
msgid "Action"
msgstr "动作"

#. Connect the edited signal
#: src/gui/mouse_action_preferences.c:233
#: src/gui/mouse_action_preferences.c:503
msgid "Modifier"
msgstr "修饰"

#: src/gui/mouse_action_preferences.c:274
#, c-format
msgid "Duplicate mouse_actions found with type: %d, state: %d, button: %d\n"
msgstr "找到的重复mouse_actions类型：%d，状态：%d，按钮：%d\n"

#: src/gui/mouse_action_preferences.c:280
#, c-format
msgid ""
"Double click action %s on button %u conflicts with single click action %s on "
"the same button.\n"
msgstr "双击按钮动作 %s 与同一按钮 %u 上的单击动作 %s 冲突。\n"

#: src/gui/mouse_action_preferences.c:285
msgid ""
"Main mouse action is not configured. This is essential for using Siril and "
"must be assigned to a mouse action.\n"
msgstr "未配置鼠标主动作。这对于使用 Siril 至关重要，必须给鼠标分配动作。\n"

#: src/gui/mouse_action_preferences.c:290
msgid "Invalid mouse action configuration"
msgstr "鼠标动作配置无效"

#: src/gui/mouse_action_preferences.c:290
#: src/gui/mouse_action_preferences.c:545
msgid ""
"There are conflicts between the actions you have configured. Please check "
"the log for details and revise your action configuration."
msgstr "您配置的动作之间存在冲突。请查看日志了解详细信息并修改您的动作配置。"

#: src/gui/mouse_action_preferences.c:333
#: src/gui/mouse_action_preferences.c:573
msgid "Warning: ignoring unconfigured action (\""
msgstr "警告：忽略未配置的动作 （”"

#: src/gui/mouse_action_preferences.c:359
msgid "Mouse configuration updated successfully.\n"
msgstr "鼠标配置已成功更新。\n"

#. Connect the edited signal
#: src/gui/mouse_action_preferences.c:491
msgid "Direction"
msgstr "方向"

#: src/gui/mouse_action_preferences.c:539
#, c-format
msgid "Duplicate scroll_actions found with state: %d, direction: %d\n"
msgstr "找到状态：%d，方向：%d 的重复scroll_actions\n"

#: src/gui/mouse_action_preferences.c:545
msgid "Invalid mouse scroll action configuration"
msgstr "鼠标滚轮动作配置无效"

#: src/gui/mouse_action_preferences.c:612
msgid "Mouse scroll configuration updated successfully.\n"
msgstr "鼠标滚动配置已成功更新。\n"

#: src/gui/mouse_action_preferences.c:651
msgid "Reset Mouse Actions"
msgstr "重置鼠标操作"

#: src/gui/mouse_action_preferences.c:651
msgid ""
"This will reset all mouse button and scroll actions to the default settings. "
"It is not possible to undo this and you will need to reconfigure any "
"changes. Are you sure?"
msgstr ""
"这将把所有鼠标按键和滚轮动作重置为默认设置。此操作无法撤消。您需要重新配置所"
"有的更改。是否确定？"

#: src/gui/mouse_action_preferences.c:744
#, c-format
msgid "Scroll (vertical)"
msgstr "滚动（垂直）"

#: src/gui/mouse_action_preferences.c:748
#, c-format
msgid "Scroll (horizontal)"
msgstr "滚动（水平）"

#: src/gui/mouse_action_preferences.c:754
#, c-format
msgid "Smooth scroll (vertical)"
msgstr "平滑滚动（垂直）"

#: src/gui/mouse_action_preferences.c:756
#, c-format
msgid "Smooth scroll (horizontal)"
msgstr "平滑滚动（ 水平）"

#: src/gui/mouse_action_preferences.c:761
#, c-format
msgid "Button %u"
msgstr "按钮 %u"

#: src/gui/mouse_action_preferences.c:816
#: src/gui/mouse_action_preferences.c:824
#: src/gui/mouse_action_preferences.c:887
#, c-format
msgid ""
"Warning: when parsing mouse action config, config string parsed to an "
"unknown function: \"%s\". Skipping..."
msgstr "警告：解析鼠标动作配置时，配置字符串解析为未知功能：“%s”。跳过..."

#. Handle error: input format is incorrect
#: src/gui/mouse_action_preferences.c:832
#, c-format
msgid ""
"Warning: when parsing mouse action config, config string has incorrect "
"format: \"%s\". Skipping..."
msgstr "警告：解析鼠标动作配置时，配置字符串的格式不正确：“%s”。跳过..."

#: src/gui/mouse_action_preferences.c:895
#, c-format
msgid ""
"Warning: when parsing scroll action config, string parsed to an unknown "
"function: \"%s\". Skipping...\n"
msgstr "警告：解析滚轮动作配置时，字符串解析为未知功能：“%s”。跳过...\n"

#. Handle error: input format is incorrect
#: src/gui/mouse_action_preferences.c:903
#, c-format
msgid ""
"Warning: when parsing mouse action config, string has incorrect format: "
"\"%s\". Skipping...\n"
msgstr "警告：解析鼠标动作配置时，字符串的格式不正确：“%s”。跳过...\n"

#: src/gui/newdeconv.c:261
#, c-format
msgid "Deconvolution usage hints and tips URL: %s\n"
msgstr "反卷积用法提示和提示 URL: %s\n"

#: src/gui/newdeconv.c:447
msgid ""
"Warning: telescope aperture obtained from FITS header data may be "
"incorrect.\n"
msgstr "警告：从FITS文件头数据中获取的望远镜口径可能不正确。\n"

#: src/gui/newdeconv.c:450
msgid ""
"Warning: telescope focal length obtained from FITS header data may be "
"incorrect.\n"
msgstr "警告：从FITS文件头数据中获取的望远镜焦距可能不正确。\n"

#: src/gui/newdeconv.c:453
msgid ""
"Warning: sensor pixel size obtained from FITS header data may be incorrect.\n"
msgstr "警告：从FITS文件头数据中获取的传感器像素尺寸可能不正确。\n"

#: src/gui/newdeconv.c:488
msgid "Error: all stars' FWHM must have the same units.\n"
msgstr "错误：所有星点FWHM必须拥有相同的单位。\n"

#: src/gui/newdeconv.c:492
msgid "Error: stars' properties must all be computed on the same layer"
msgstr "错误：星点属性必须全部在同一图层上计算"

#: src/gui/newdeconv.c:496
msgid "Error: stars must all be modeled with the same profile type"
msgstr "错误：星点必须全部使用相同的形状类型建模"

#: src/gui/newdeconv.c:538
msgid "No stars selected"
msgstr "没有选中星点"

#: src/gui/newdeconv.c:643
msgid "No PSF file selected.\n"
msgstr "未选择 PSF 文件。\n"

#: src/gui/newdeconv.c:753
msgid "Sequence selected"
msgstr "已选择序列"

#: src/gui/newdeconv.c:753
msgid "Preview cannot be used with \"Apply to Sequence\" selected"
msgstr "选择“应用到序列”时无法使用预览"

#: src/gui/newdeconv.c:862
msgid ""
"Image row order has changed since PSF was generated. The PSF orientation "
"will be updated to match before applying to this image."
msgstr ""
"自生成 PSF 以来，图像行顺序已更改。在应用于此图像之前，PSF 方向将更新以匹配。"

#: src/gui/nina_light_curve.c:49
msgid "Automated light curve"
msgstr "自动光变曲线"

#: src/gui/nina_light_curve.c:58
msgid "Select the comparison star list file"
msgstr "选择参考星列表文件"

#: src/gui/nina_light_curve.c:63
msgid "CSV file (*.csv)"
msgstr "CSV文件 (*.csv)"

#. Definition of all the graphical items
#. Top label
#: src/gui/nina_light_curve.c:76
msgid ""
"Process a sequence to get a light curve on a star using the list\n"
"of reference stars created by Siril or the NINA exoplanet plugin"
msgstr ""
"使用 Siril 或 NINA 系外行星插件创建的参考星列表来处理序列，\n"
"以获取恒星的光曲线"

#. Comp1 radio
#: src/gui/nina_light_curve.c:85
msgid "Use comparative stars selected for their color"
msgstr "使用根据颜色选择的参考星"

#: src/gui/nina_light_curve.c:86
msgid ""
"Color similar to the target mean they will get extincted the same way by the "
"changing atmosphere"
msgstr "颜色与目标相似，则它们被大气消光的程度相同"

#. Comp2 radio
#: src/gui/nina_light_curve.c:94
msgid "Use comparative stars selected by the AAVSO"
msgstr "使用AAVSO选择的参考星"

#: src/gui/nina_light_curve.c:95
msgid "The AAVSO gives stars that are known to not be variable"
msgstr "AAVSO给出了已知不是变星的恒星"

#. Display radio
#: src/gui/nina_light_curve.c:103
msgid "Display the light curve"
msgstr "显示光变曲线"

#: src/gui/nina_light_curve.c:104
msgid "if not checked, a PNG image of the graph will be generated instead"
msgstr "如果未选中，将生成图表的 PNG 图像"

#. Aperture Label
#: src/gui/nina_light_curve.c:118
msgid ""
"The current aperture parameters are as follow:\n"
"(they can be managed in the Preferences/Photometry tab)"
msgstr ""
"目前孔径参数如下：\n"
"（它们可以在“偏好设置/测光”选项卡中进行管理）"

#. Fill the 2nd box
#. The label
#: src/gui/nina_light_curve.c:155
msgid "Inner radius of the annulus (px):"
msgstr "圆环的内半径（像素）："

#. Fill the 3rd box
#. The label
#: src/gui/nina_light_curve.c:172
msgid "Outer radius of the annulus (px):"
msgstr "圆环的外半径（像素）："

#: src/gui/nina_light_curve.c:221 src/gui/sequence_list.c:150
#: src/gui/starnetgui.c:220 src/io/path_parse.c:74
#: src/io/siril_pythoncommands.c:1286 src/io/siril_pythoncommands.c:1526
#: src/io/siril_pythoncommands.c:1571 src/io/siril_pythoncommands.c:1611
#: src/io/siril_pythoncommands.c:1658 src/io/siril_pythoncommands.c:1690
#: src/io/siril_pythoncommands.c:1751 src/io/siril_pythoncommands.c:1901
#: src/io/siril_pythoncommands.c:2462 src/io/siril_pythoncommands.c:2509
#: src/io/siril_pythoncommands.c:2676
msgid "No sequence loaded"
msgstr "无序列载入"

#: src/gui/nina_light_curve.c:226
msgid "Choose a comparison stars file"
msgstr "选择参考星文件"

#: src/gui/nina_light_curve.c:232
msgid "The current comparison stars file is not located in the CWD"
msgstr "未指定工作目录中的参考星文件"

#: src/gui/nina_light_curve.c:241
msgid "The currently loaded image must be plate solved"
msgstr "当前载入的图像必须是已解析的"

#: src/gui/nina_light_curve.c:263
msgid ""
"The sequence seems to have a heavy drift, the computation of a light curve "
"may not be accurate or possible"
msgstr "序列似乎有很大的漂移，光变曲线的计算可能不准确或不可能"

#: src/gui/nina_light_curve.c:279
msgid "Something went wrong while saving plot"
msgstr "保存时产生错误"

#: src/gui/open_dialog.c:60 src/gui/registration.c:402
#: src/pixelMath/pixel_math_runner.c:1283
msgid "FITS Files (*.fit, *.fits, *.fts, *.fit.fz, *.fits.fz, *.fts.fz)"
msgstr "FITS文件 (*.fit, *.fits, *.fts, *.fit.fz, *.fits.fz, *.fts.fz)"

#: src/gui/open_dialog.c:99
msgid "Graphics Files (*.bmp"
msgstr "图像文件 (*.bmp"

#: src/gui/open_dialog.c:179
msgid "All supported files"
msgstr "所有支持的文件类型"

#: src/gui/open_dialog.c:288
msgid "Master-distortion: file (*.wcs)"
msgstr "总和畸变文件 (*.wcs)"

#: src/gui/open_dialog.c:325
msgid "Cosmetic correction file (*.lst)"
msgstr "坏点修正文件 (*.lst)"

#: src/gui/open_dialog.c:350
msgid "Format not supported."
msgstr "文件格式不支持。"

#: src/gui/open_dialog.c:351
msgid ""
"FITS sequences are not supported for master files. Please select a single "
"FITS file."
msgstr "主校准帧不可以选择FITS序列，请选择一个单一的FITS文件。"

#: src/gui/photometric_cc.c:114
#, fuzzy
msgid "Checking SPCC remote catalogue status..."
msgstr "正在检查Gaia星表状态..."

#. Failed to fetch status
#: src/gui/photometric_cc.c:121
msgid "The Gaia remote SPCC catalogue is not responding."
msgstr ""

#: src/gui/photometric_cc.c:127
#, c-format
msgid "Gaia remote SPCC catalogue available, response %d ms"
msgstr ""

#: src/gui/photometric_cc.c:131
#, c-format
msgid "Gaia remote SPCC catalogue slow, response %d ms"
msgstr ""

#: src/gui/photometric_cc.c:135
#, c-format
msgid "Gaia remote SPCC catalogue very slow, response %d ms"
msgstr ""

#: src/gui/photometric_cc.c:179
#, c-format
msgid "Mirror %s: Not responding\n"
msgstr ""

#: src/gui/photometric_cc.c:188
#, c-format
msgid "Primary SPCC catalogue set to: %s (%d working mirrors available)\n"
msgstr ""

#: src/gui/photometric_cc.c:200
#, fuzzy
msgid ""
"Siril is offline or built without networking. The remote Gaia catalogue is "
"unavailable.\n"
msgstr "Siril处于离线模式。Gaia星表不可用。\n"

#: src/gui/photometric_cc.c:212
msgid ""
"There is no valid WCS information in the header. Please platesolve first.\n"
msgstr "文件头中没有有效的 WCS 信息。让我们先来做一个解析。\n"

#: src/gui/photometric_cc.c:220
msgid "Using Gaia DR3 for SPCC\n"
msgstr "使用 Gaia DR3 进行 SPCC\n"

#: src/gui/photometric_cc.c:316
msgid "Photometric Color Calibration"
msgstr "测光法色彩校准"

#: src/gui/photometric_cc.c:397
msgid "Spectrophotometric Color Calibration"
msgstr "分光光度色彩校准"

#: src/gui/photometric_cc.c:414
msgid "Airmass read from FITS header AIRMASS card"
msgstr "大气光学质量由FITS文件头中的AIRMASS关键字获取"

#: src/gui/photometric_cc.c:417
msgid "Airmass computed from FITS header CENTALT card"
msgstr "大气光学质量由FITS文件头中的CENTALT关键字计算"

#: src/gui/photometric_cc.c:420
msgid ""
"No airmass data available or computable. Estimating airmass based on average "
"observation height of 48.1°"
msgstr "无法获取或计算大气光学质量。按48.1度的平均观测高度角估算大气光学质量"

#: src/gui/photometric_cc.c:424
msgid "Observer height read from FITS header SITEELEV card"
msgstr "观测高度角由FITS文件头中的SITEELEV关键字获取"

#: src/gui/photometric_cc.c:634
msgid ""
"Error: ensure mono sensor, R, G and B filters and white reference are "
"selected.\n"
msgstr "错误：确保选择单色传感器、R、G 和 B 滤镜以及白点参考。\n"

#: src/gui/photometric_cc.c:641
#, fuzzy
msgid ""
"Error: ensure OSC sensor, OSC filter or NB filter values, and white "
"reference are selected.\n"
msgstr "错误：确保选择 OSC 传感器、OSC 滤镜和白点参考。\n"

#: src/gui/photometric_cc.c:1063
msgid "one-shot color (OSC)"
msgstr "单张彩色 (OSC)"

#: src/gui/photometric_cc.c:1209
msgid "No selection made: no details to show."
msgstr "未做出选择：没有可显示的详细信息。"

#: src/gui/photometric_cc.c:1247
msgid "SPCC Data"
msgstr "SPCC 数据"

#: src/gui/photometric_cc.c:1248
msgid "Quantum Efficiency / Transmittance / Rel. Photon Count"
msgstr "量子效率/透射率/相对光子数"

#: src/gui/photometric_cc.c:1288 src/gui/photometric_cc.c:1329
msgid "Narrowband filters"
msgstr "窄带滤镜"

#: src/gui/photometric_cc.c:1337
msgid "Atmosphere model"
msgstr "大气模型"

#: src/gui/photometric_cc.c:1359 src/gui/photometric_cc.c:1374
#, c-format
msgid "SPCC Data: %s"
msgstr "SPCC 数据：%s"

#: src/gui/photometric_cc.c:1361 src/gui/photometric_cc.c:1377
msgid "Quantum Efficiency"
msgstr "量子效率"

#: src/gui/photometric_cc.c:1377
msgid "Relative photon count"
msgstr "相对光子数"

#: src/gui/photometric_cc.c:1377 src/gui/photometric_cc.c:1529
msgid "Transmittance"
msgstr "透射率"

#: src/gui/photometric_cc.c:1526
#, c-format
msgid "SPCC Data: Atmospheric model"
msgstr "SPCC 数据：大气模型"

#: src/gui/photometric_cc.c:1537
#, c-format
msgid ""
"Atmospheric model\n"
"Height: %d m\n"
"Pressure: %.2f hPa (%s)"
msgstr ""
"大气模型\n"
"高度：%d m\n"
"气压：%.2f hPa (%s)"

#: src/gui/plot.c:117 src/gui/plot.c:1624 src/gui/sequence_list.c:538
msgid "Amplitude"
msgstr "振幅"

#: src/gui/plot.c:118 src/gui/sequence_list.c:541
msgid "Magnitude"
msgstr "星等"

#: src/gui/plot.c:122 src/gui/sequence_list.c:553
msgid "SNR"
msgstr "SNR"

#: src/gui/plot.c:608 src/gui/plot.c:1424 src/gui/plot.c:1703
msgid "Frames"
msgstr "帧"

#: src/gui/plot.c:1253
#, c-format
msgid "Output files (*%s)"
msgstr "输出文件 (*%s)"

#: src/gui/plot.c:1291 src/gui/plot.c:1334 src/gui/plot.c:1348
msgid "Cannot output data"
msgstr "无法输出数据"

#: src/gui/plot.c:1320
msgid "Incomplete data"
msgstr "数据不完整"

#: src/gui/plot.c:1320
msgid "You must select a comparison star and a check star."
msgstr "您必须选择一个参考星和一个被测星。"

#: src/gui/plot.c:1326
msgid "Wrong data"
msgstr "错误数据"

#: src/gui/plot.c:1326
msgid "The comparison star and the check star must be different."
msgstr "参考星和被测星必须不同。"

#: src/gui/plot.c:1618 src/gui/plot.c:1651 src/gui/plot.c:1679
msgid "Star roundness (1 is round)"
msgstr "星点圆度（1为正圆）"

#: src/gui/plot.c:1621 src/gui/plot.c:1654 src/gui/plot.c:1682
msgid "FWHM ('')"
msgstr "FWHM ('')"

#: src/gui/plot.c:1621 src/gui/plot.c:1654 src/gui/plot.c:1682
msgid "FWHM (px)"
msgstr "FWHM (px)"

#: src/gui/plot.c:1628
msgid "Star magnitude (absolute)"
msgstr "星等（绝对）"

#: src/gui/plot.c:1630
msgid "Star magnitude (relative, use setmag)"
msgstr "星等（相对，使用setmag）"

#: src/gui/plot.c:1633 src/gui/plot.c:1669 src/gui/plot.c:1697
msgid "Background value"
msgstr "背景值"

#: src/gui/plot.c:1636
msgid "Star position on X axis"
msgstr "星点在X轴的坐标"

#: src/gui/plot.c:1639
msgid "Star position on Y axis"
msgstr "星点在Y轴的坐标"

#: src/gui/plot.c:1642
msgid "SNR (dB)"
msgstr "SNR (dB)"

#: src/gui/plot.c:1657 src/gui/plot.c:1685
msgid "wFWHM ('')"
msgstr "wFWHM ('')"

#: src/gui/plot.c:1657 src/gui/plot.c:1685
msgid "wFWHM (px)"
msgstr "wFWHM (px)"

#: src/gui/plot.c:1660 src/gui/plot.c:1688
msgid "Shift on X axis"
msgstr "在X轴的平移"

#: src/gui/plot.c:1663 src/gui/plot.c:1691
msgid "Shift on Y axis"
msgstr "在Y轴的平移"

#: src/gui/plot.c:2013
#, c-format
msgid "Exclude Frame %d"
msgstr "排除第%d帧"

#: src/gui/plot.c:2015
#, c-format
msgid "Show Frame %d"
msgstr "显示第%d帧"

#: src/gui/plot.c:2052
msgid "Zoom to selection"
msgstr "缩放至所选区域"

#: src/gui/plot.c:2053
msgid "Only keep points within selection"
msgstr "仅保留选区内的点"

#: src/gui/plot.c:2058
msgid "Exclude selected points"
msgstr "排除所选的点"

#: src/gui/preferences.c:142
msgid ""
"Error: invalid IAU observatory code read from preferences file. Code must be "
"a 3-character code.\n"
msgstr "错误：从偏好设置中读取的IAU天文台编号无效。代码必须是 3 字符代码。\n"

#: src/gui/preferences.c:556
#, c-format
msgid "You don't have permission to write in this directory: %s\n"
msgstr "当前用户对目录%s没有写权限\n"

#: src/gui/preferences.c:575
#, c-format
msgid "You don't have permission to execute this file: %s\n"
msgstr "您没有权限以执行该文件: %s\n"

#: src/gui/preferences.c:609
#, c-format
msgid "You don't have permission to read this file: %s\n"
msgstr "您没有权限以读取该文件: %s\n"

#: src/gui/preferences.c:993
msgid ""
"Inner radius value must be less than outer. Please change the value in "
"Photometry tab."
msgstr "内半径必须小于外半径，请在测光标签中更改。"

#: src/gui/preferences.c:1002
msgid ""
"Setting quantization to 0 has only a sense with a GZIP compression and GZIP "
"2 often produces better compression of floating­point images."
msgstr ""
"将量化设置为 0 仅在使用 GZIP 压缩时有效；对于压缩浮点图像，GZIP 2 通常效果更"
"好。"

#: src/gui/preferences.c:1014
msgid "Wrong value"
msgstr "无效值"

#: src/gui/preferences.c:1059
msgid "Reset all preferences"
msgstr "重置所有偏好设置"

#: src/gui/preferences.c:1060
msgid "Do you really want to reset all preferences to default value?"
msgstr "您确定要将所有偏好设置恢复为缺省值？"

#: src/gui/preferences.c:1061
msgid "Reset Preferences"
msgstr "重置偏好设置"

#: src/gui/preferences.c:1076
msgid "External ICC Profiles"
msgstr "外部ICC色彩特性文件"

#: src/gui/preferences.c:1076
msgid ""
"In order to use ICC profiles loaded from files as your preferred color space "
"you must set the Preferred Color Space drop-down to \"From files\"."
msgstr ""
"为了使用从文件载入的 ICC 色彩特性文件作为您的首选色彩空间，您必须将首选色彩空"
"间下拉列表设置为“来自文件”。"

#: src/gui/preferences.c:1101
msgid "WARNING!"
msgstr "警告！"

#: src/gui/preferences.c:1101
msgid ""
"This will kill all running python processes and delete and reinstall the "
"python venv directory. This is not normally necessary for upgrades or "
"similar as Siril will try to manage the venv automatically. However the "
"option is provided as a last resort bug mitigation to reset the venv to a "
"known good state. All modules installed by scripts will be deleted and will "
"require reinstallation."
msgstr ""
"这将终止所有正在运行的 python 进程并删除并重新安装 python venv 目录。对于升级"
"或类似操作，这通常不是必需的，因为 Siril 会尝试自动管理 venv。但是，此选项是"
"作为最后的错误缓解手段提供的，用于将 venv 重置为已知的良好状态。由脚本安装的"
"所有模块都将被删除并需要重新安装。"

#: src/gui/progress_and_log.c:224
#, c-format
msgid "Cannot create logfile [%s]\n"
msgstr "无法创建日志文件 [%s]\n"

#: src/gui/progress_and_log.c:265
msgid "Log files (*.log)"
msgstr "日志文件 (*.log)"

#: src/gui/progress_and_log.c:307
msgid "Are you sure you want to clear the log? There is no possible undo."
msgstr "真的要清空日志吗？该操作无法撤销。"

#: src/gui/progress_and_log.c:307
msgid "Clear the Log"
msgstr "清除日志"

#: src/gui/python_gui.c:691 src/gui/python_gui.c:719 src/gui/python_gui.c:730
#: src/gui/python_gui.c:759 src/gui/python_gui.c:785 src/gui/python_gui.c:856
msgid "Are you sure?"
msgstr "确定吗？"

#: src/gui/python_gui.c:691 src/gui/python_gui.c:730 src/gui/python_gui.c:759
msgid ""
"This will clear the entry buffer. You will not be able to recover any "
"contents."
msgstr "这将清空缓冲区。其中内容将一去不返。"

#: src/gui/python_gui.c:715
msgid "No file is currently loaded to reload.\n"
msgstr ""

#: src/gui/python_gui.c:719
#, fuzzy
msgid ""
"This will replace the entry buffer with the last saved version of the file. "
"You will not be able to recover any contents."
msgstr "这将替换缓冲区。其中内容将一去不返。"

#: src/gui/python_gui.c:785 src/gui/python_gui.c:856
msgid ""
"This will replace the entry buffer. You will not be able to recover any "
"contents."
msgstr "这将替换缓冲区。其中内容将一去不返。"

#: src/gui/python_gui.c:789
msgid "Open Script"
msgstr "打开脚本"

#: src/gui/python_gui.c:799 src/gui/python_gui.c:880
msgid "Script Files (*.py, *.ssf)"
msgstr "脚本文件 (*.py, *.ssf)"

#: src/gui/python_gui.c:866
msgid "Save Script As"
msgstr "将脚本保存为"

#: src/gui/python_gui.c:950 src/gui/python_gui.c:1116
msgid "Python Script"
msgstr "Python 脚本"

#: src/gui/python_gui.c:1040
msgid "Right Margin Position"
msgstr "右边界位置"

#. Create and add the label
#: src/gui/python_gui.c:1066
msgid "Right _margin position"
msgstr "右边界位置"

#: src/gui/python_gui.c:1164
#, c-format
msgid "Error creating temporary script file: %s\n"
msgstr "创建临时脚本文件失败：%s\n"

#: src/gui/python_gui.c:1171
msgid "Error writing to temporary script file\n"
msgstr "写入临时脚本文件失败\n"

#. Run the script
#: src/gui/python_gui.c:1208
msgid "Starting script\n"
msgstr "启动脚本\n"

#: src/gui/registration.c:47
msgid ""
"<b>Global Star Alignment</b>: This is the go-to algorithm for deep-sky "
"imagesThe global matching is based on triangle similarity method to "
"automatically identify common stars between images. A new sequence is "
"created with the prefix of your choice (r_ by default), unless you tick the "
"2pass check box. In that case, registration data will be saved to the "
"sequence and reference will be picked based on star detection  information. "
"When choosing 2pass, you will then need to export the sequence using  the "
"Apply Existing Registration method"
msgstr ""
"<b>全局星点对齐</b>：这是深空图像的首选算法。全局匹配基于相似三角形方法，自动"
"识别图像之间的共有星点。若没有启用二次对齐，将使用您选择的前缀（默认为r_）创"
"建一个对齐后的新序列。若启用了二次对齐，对齐数据将保存到序列中，并根据侦测到"
"的星点自动选择参考帧。选择2pass时，需要使用“应用现有对齐”来导出对齐后的序列"

#: src/gui/registration.c:54
msgid ""
"<b>1-2-3 Stars Registration</b>: This is the simplest method to register "
"deep-sky images. Images are aligned using shifting, if you pick one star, or "
"shifting + rotation if 2 or 3 stars are selected.\n"
"Transformations are saved to the input sequence file."
msgstr ""
"<b>1-2-3星对齐</b>：这是对齐深空图像最简单的方法。如果选择一颗星，则通过平移"
"对齐；如果选择2颗星或3颗星，则通过平移+旋转对齐图像。\n"
"变换将保存到输入的序列文件中。"

#: src/gui/registration.c:58
msgid ""
"<b>Image Pattern Alignment</b>: This is a simple registration by translation "
"method using cross correlation in the spatial domain. This method is fast "
"and is used to register planetary movies. It can also be used for some deep-"
"sky images registration. Shifts at pixel precision are saved to the input "
"sequence file."
msgstr ""
"<b>图像模式对齐</b>：这是一种在空间域中使用互相关的简单平移对齐方法。这种方法"
"很快，用于对齐行星视频。它也可以用于一些深空图像的对齐。像素级精度的位移将保"
"存到输入序列文件中。"

#: src/gui/registration.c:62
msgid ""
"<b>KOMBAT</b>: This simple algorithm tries to locate a single pattern on "
"images and to align them accordingly. Only translation is taken into "
"account. Shifts at pixel precision are saved to the input sequence file."
msgstr ""
"<b>KOMBAT</b>：这个简单的算法试图在图像上定位单个图案并相应地对齐它们。只考虑"
"平移。像素级精度的偏移将保存到输入序列文件中。"

#: src/gui/registration.c:65
msgid ""
"<b>Comet/Asteroid Registration</b>: This algorithm is dedicated to the comet "
"and asteroid registration. It is necessary to have timestamps stored in FITS "
"header and to load a sequence of star aligned images. This methods makes a "
"translation of a certain number of pixels depending on the timestamp of each "
"image and the global shift of the object between the first and the last "
"image. If some registration data already exists, the shifts are composed "
"with the existing transformations. A new sequence is created, with the "
"prefix of your choice (comet_ by default), but the images are not "
"duplicated, they are symlinked to the input images."
msgstr ""
"<b>彗星/小行星对齐</b>：此算法专用于彗星和小行星对齐。FITS文件头中必须有时间"
"戳，序列必须预先经过星点对齐。该方法根据每幅图像的时间戳以及天体在第一幅和最"
"后一幅图像之间的总体偏移，将整张图像平移特定距离（像素级精度）。如果存在现有"
"对齐数据，则两次转换将会结合。将使用您选择的前缀（默认为comet_）创建一个新序"
"列；图像不会重复；结果图像与输入图像符号链接。"

#: src/gui/registration.c:73
msgid ""
"<b>Apply existing registration</b>: This is not an algorithm but rather a "
"commodity to apply previously computed registration data stored in the "
"sequence file. The interpolation method or drizzling can be selected in the "
"Output Registration section and it can be applied on selected/filtered "
"images only, to avoid saving unnecessary images."
msgstr ""
"<b>应用现有对齐</b>：这不是一个算法，而是一项功能，用于应用先前计算并存储在序"
"列文件中的对齐数据。用户可在“输出对齐”选项区选择插值方法或Drizzle算法来应用对"
"齐，并可仅应用在筛选过的特定图像上，从而避免生成冗余的图像。"

#: src/gui/registration.c:97 src/gui/stacking.c:48
msgid ""
"Number of standard deviations for rejection of worst images by k-sigma "
"clipping algorithm."
msgstr "通过 k-sigma clipping 算法剔除最差图像的标准差。"

#: src/gui/registration.c:265
msgid "1-2-3 Stars Registration (deep-sky)"
msgstr "1-2-3星对齐（深空）"

#: src/gui/registration.c:267
msgid "Image Pattern Alignment (planetary - full disk)"
msgstr "图像模式对齐（行星 - 全盘）"

#: src/gui/registration.c:269
msgid "KOMBAT (planetary surfaces or full disk)"
msgstr "KOMBAT（行星表面或全盘）"

#: src/gui/registration.c:271
msgid "Comet/Asteroid Registration"
msgstr "彗星/小行星对齐"

#: src/gui/registration.c:273
msgid "Apply Existing Registration"
msgstr "应用现有对齐"

#: src/gui/registration.c:400
msgid "WCS Files (*.wcs)"
msgstr "WCS 文件 (*.wcs)"

#. we check result is inside the selection box
#: src/gui/registration.c:453
msgid "Comet PSF center is out of the box, will use selection center instead\n"
msgstr "彗星的点扩散函数中心出框了，将改为选区的中心\n"

#: src/gui/registration.c:477
msgid "There is no timestamp stored in the file"
msgstr "文件中没有时间戳"

#: src/gui/registration.c:478
msgid ""
"Siril cannot perform the registration without date information in the file."
msgstr "Siril无法执行对齐，因为文件中没有日期信息。"

#: src/gui/registration.c:483
msgid "Unable to convert DATE-OBS to a valid date"
msgstr "无法将DATE-OBS转换为有效日期"

#: src/gui/registration.c:484
msgid ""
"Siril cannot convert the DATE-OBS keyword into a valid date needed in the "
"alignment."
msgstr "Siril在对齐操作时无法将DATE-OBS关键字转换为有效的日期数据。"

#: src/gui/registration.c:610
#, c-format
msgid "Registering %d images of the %d of the sequence"
msgstr "对齐 %d 个图像于序列 %d"

#: src/gui/registration.c:731
msgid ""
"Max framing not allowed with FITSEQ or SER, change to regular FITS images"
msgstr "FITSEQ 和 SER 都不允许最大化构图，改为常规 FITS 图像"

#: src/gui/registration.c:742
msgid "Pick object in two images"
msgstr "在两图中选取天体"

#: src/gui/registration.c:754
#, fuzzy
msgid "Pick at least one star"
msgstr "选择第一颗星"

#: src/gui/registration.c:832
msgid "Failed to determine registration method...\n"
msgstr "无法确定对齐方法...\n"

#. no need to clutter the interface
#: src/gui/registration.c:861 src/gui/registration.c:952
msgid "not available for sequences with variable image sizes"
msgstr "不适用于具有可变图像尺寸的序列"

#: src/gui/registration.c:946
msgid "Select an area in image first"
msgstr "请先在图像上选择一个区域"

#: src/gui/registration.c:948
msgid "Select images in the sequence"
msgstr "在序列里选定图像"

#: src/gui/registration.c:950
msgid "Select a layer with existing registration"
msgstr "选择一个已有对齐数据的图层"

#: src/gui/registration.c:954
msgid "Unsupported CFA pattern detected"
msgstr "检测到不支持的 CFA 模式"

#: src/gui/registration.c:955
msgid ""
"This sequence cannot be registered with the CFA pattern intact. You must "
"debayer it prior to registration"
msgstr "此序列不能在保留有 CFA 阵列时执行对齐。您必须在对齐前对其解拜耳"

#: src/gui/registration.c:957
msgid "CFA pattern detected"
msgstr "检测到 CFA 模式"

#: src/gui/registration.c:958
msgid ""
"This sequence cannot be registered with the CFA pattern intact. Select "
"drizzle or debayer it prior to registration"
msgstr ""
"此序列不能在保留有 CFA 阵列时执行对齐。您必须选择Drizzle，或在对齐前对其解拜"
"耳"

#: src/gui/registration.c:1082
msgid "Cannot use area selection on a sequence with variable image sizes\n"
msgstr "无法对图像尺寸不一致的序列使用选区\n"

#: src/gui/registration.c:1149
msgid ""
"When interpolation is set to None, the transformation can only be set to "
"Shift. Aborting\n"
msgstr "当插值设置为“无”时，变换只能设置为“平移”。异常中止\n"

#: src/gui/registration.c:1153
msgid ""
"When interpolation is set to None, distortions must be set to None as well. "
"Aborting\n"
msgstr "当插值设置为“无”时，畸变也必须设置为“无”。异常中止\n"

#: src/gui/registration.c:1185
msgid "Error: unable to read reference frame metadata\n"
msgstr "错误：无法读取参考帧元数据\n"

#. Estimate was pressed, we need to update the label
#: src/gui/registration.c:1244
#, c-format
msgid " (assuming a scaling factor of %.2f)"
msgstr " （假设缩放比例为 %.2f）"

#: src/gui/registration.c:1245
#, c-format
msgid "Output image: %d x %d pixels%s\n"
msgstr "输出图像：%d x %d 像素%s\n"

#: src/gui/registration_preview.c:77
#, c-format
msgid "Preview %d"
msgstr "预览%d"

#: src/gui/registration_preview.c:79
msgid ""
"Load\n"
"sequences"
msgstr ""
"载入\n"
"序列"

#: src/gui/remixer.c:379
msgid "Unsaved star recomposition result"
msgstr "星点重混合结果未保存"

#: src/gui/remixer.c:380
msgid "Star recomposition"
msgstr "星点重混合"

#: src/gui/remixer.c:641 src/gui/remixer.c:1353
msgid "Show advanced stretch options."
msgstr "显示高级拉伸选项。"

#: src/gui/remixer.c:972 src/gui/remixer.c:989
msgid ""
"This dropper allows you to set the background stretch symmetry point  based "
"on the average value of the current selection. This helps in picking out "
"faint detail above the dark background."
msgstr ""
"此滴管允许您根据当前选区的平均值设置背景拉伸拐点。这有助于挑选出深色背景上方"
"的微弱细节。"

#: src/gui/remixer.c:975 src/gui/remixer.c:992
msgid "Eyedropper disabled with unapplied BP shift"
msgstr "吸管因未应用BP平移而禁用"

#: src/gui/remixer.c:1061 src/gui/remixer.c:1150
msgid "Error: images do not match"
msgstr "错误：图像不匹配"

#: src/gui/remixer.c:1062 src/gui/remixer.c:1151
msgid "Image width, height, bit depth and number of channels must match"
msgstr "图像宽度、高度、位深和通道数必须匹配"

#: src/gui/remixer.c:1075
msgid ""
"Color profiles did not match: left-hand image has been converted to right-"
"hand image color profile.\n"
msgstr "色彩特性不匹配：左侧图像已转换为右侧图像色彩特性。\n"

#: src/gui/remixer.c:1078
msgid ""
"Color profiles did not match: right-hand image has been assigned the left-"
"hand image color profile.\n"
msgstr "色彩特性不匹配：右侧图像已分配给左侧图像色彩特性。\n"

#: src/gui/remixer.c:1111
msgid "Setting the output image ICC profile to the working color space.\n"
msgstr "将输出图像 ICC 色彩特性文件设置为工作色彩空间。\n"

#: src/gui/remixer.c:1164 src/gui/remixer.c:1172
msgid ""
"Color profiles did not match: right-hand image has been converted to left-"
"hand image color profile.\n"
msgstr "色彩特性不匹配：右侧图像已转换为左侧图像色彩特性。\n"

#: src/gui/remixer.c:1167
msgid ""
"Color profiles did not match: left-hand image has been assigned the right-"
"hand image color profile.\n"
msgstr "色彩特性不匹配：左侧图像已分配右侧图像色彩特性。\n"

#: src/gui/remixer.c:1241 src/gui/remixer.c:1289
msgid "There is no starless image loaded"
msgstr "未载入无星图像"

#: src/gui/remixer.c:1242
msgid ""
"Load an image using the left-hand file chooser before attempting to set SP "
"using the eyedropper"
msgstr "在使用吸管设置拐点之前，请先使用左侧文件选择器载入图像"

#: src/gui/remixer.c:1290
msgid ""
"Load an image using the right-hand file chooser before attempting to set SP "
"using the eyedropper"
msgstr "在使用滴管设置拐点之前，请先使用右侧文件选择器载入图像"

#. gtk_widget_set_visible(lookup_widget("ghtBPcontrols1"), TRUE);
#: src/gui/remixer.c:1336
msgid "Simple"
msgstr "简单"

#: src/gui/remixer.c:1337
msgid ""
"Show only simple stretch options. Note that any parameters that have been "
"set while in advanced mode will remain set."
msgstr ""
"仅显示简单的拉伸选项。注意：在高级模式下设置的任何参数都将保持设置状态。"

#: src/gui/save_dialog.c:62
msgid "FITS Files (*.fit, *.fits, *.fts)"
msgstr "FITS文件 (*.fit, *.fits, *.fts)"

#. GRAPHICS FILES
#. BMP FILES
#: src/gui/save_dialog.c:66
msgid "BMP Files (*.bmp)"
msgstr "BMP文件 (*.bmp)"

#: src/gui/save_dialog.c:70
msgid "JPEG Files (*.jpg, *.jpeg)"
msgstr "JPEG文件 (*.jpg, *.jpeg)"

#: src/gui/save_dialog.c:78
msgid "JPEG XL Files (*.jxl)"
msgstr "JPEG XL 文件 (*.jxl)"

#: src/gui/save_dialog.c:86
msgid "PNG Files (*.png)"
msgstr "PNG文件 (*.png)"

#: src/gui/save_dialog.c:94
msgid "TIFF Files (*.tif, *.tiff)"
msgstr "TIFF文件 (*.tif, *.tiff)"

#. NETPBM FILES
#: src/gui/save_dialog.c:100
msgid "Netpbm Files (*.ppm, *.pnm, *.pgm)"
msgstr "Netpbm文件 (*.ppm, *.pnm, *.pgm)"

#: src/gui/save_dialog.c:103
msgid "Supported Image Files"
msgstr "支持文件类型"

#: src/gui/save_dialog.c:231
msgid "Saving BMP"
msgstr "保存BMP"

#: src/gui/save_dialog.c:235
msgid "Saving PNG"
msgstr "保存PNG"

#: src/gui/save_dialog.c:239
msgid "Saving Netpbm"
msgstr "保存Netpbm"

#: src/gui/save_dialog.c:243
msgid "Saving JPG"
msgstr "保存JPG"

#: src/gui/save_dialog.c:247
msgid "Saving JPEG XL"
msgstr "保存JPEG XL"

#: src/gui/save_dialog.c:251
msgid "Saving TIFF"
msgstr "保存TIFF"

#: src/gui/save_dialog.c:259
msgid "Saving FITS"
msgstr "保存FITS"

#: src/gui/save_dialog.c:434
msgid "Extension Mismatch"
msgstr "扩展名不匹配"

#: src/gui/save_dialog.c:435
msgid ""
"The given file extension does not match the chosen file type. Do you want to "
"save the image using this name anyway?"
msgstr "给定的文件扩展名与所选的文件类型不匹配。是否仍要使用此名称保存图像？"

#: src/gui/save_dialog.c:436 src/gui/save_dialog.c:487
msgid "Save Anyway"
msgstr "依然要保存"

#: src/gui/save_dialog.c:466
msgid "File saving failed. Check the logs for more info."
msgstr "保存文件失败。 请查询日志。"

#: src/gui/save_dialog.c:485
msgid "Viewer mode is not linear"
msgstr "预览模式非线性"

#: src/gui/save_dialog.c:486
msgid ""
"You are saving an image that is displayed in a non linear mode. What you see "
"is not what you will get. Switch the viewer mode to linear to save what you "
"see."
msgstr ""
"当前保存的图像是以非线性模式被显示。所见非所得。请将预览切换为线性模式来获得"
"真实效果。"

#: src/gui/save_dialog.c:872
#, c-format
msgid "Snapshot <b>%s</b> was saved into the working directory."
msgstr "快照 <b>%s</b> 已保存于工作目录。"

#: src/gui/save_dialog.c:874
msgid "Snapshot was saved into the clipboard."
msgstr "快照已保存到剪贴板。"

#: src/gui/save_dialog.c:890
#, c-format
msgid "Cannot take snapshot: %s\n"
msgstr "无法获取快照: %s\n"

#: src/gui/script_menu.c:48
msgid ""
"You are about to use scripts. Note that scripts execute code with your "
"current user privileges. While Siril Script Files can only execute Siril "
"commands and a very small number of specific external programs, Python "
"scripts are considerably more powerful and execute code not written by the "
"Siril team. Ensure you obtain scripts from a reputable source."
msgstr ""
"您即将使用脚本。注意：脚本将以您当前的用户权限执行代码。Siril脚本文件只能执行"
"Siril命令和极少数特定的外部程序，而Python脚本则强大得多，可以执行非Siril团队"
"编写的代码。请确保您从可信来源获取脚本。"

#: src/gui/script_menu.c:158
msgid "Please read me before using scripts"
msgstr "使用脚本之前请先阅读"

#: src/gui/script_menu.c:159
msgid "Run Script"
msgstr "运行脚本"

#: src/gui/script_menu.c:219
#, c-format
msgid "Unknown script type: %s\n"
msgstr "未知脚本类型：%s\n"

#: src/gui/script_menu.c:338
msgid "Python Scripts"
msgstr "Python 脚本"

#: src/gui/script_menu.c:340
msgid ""
"<b>EXPERIMENTAL</b>: python scripts are currently an experimental feature. "
"Please read the documentation for details..."
msgstr "<b>实验性功能</b>：python脚本现为实验性功能。详见说明文档..."

#: src/gui/script_menu.c:343
msgid "Script Editor..."
msgstr "脚本编辑器..."

#: src/gui/script_menu.c:346
msgid "Enable Python debug mode"
msgstr "启用Python debug模式"

#: src/gui/script_menu.c:354
msgid "Get Scripts"
msgstr "获取脚本"

#: src/gui/script_menu.c:387
#, c-format
msgid "Searching for scripts in: \"%s\"...\n"
msgstr "搜索脚本于: \"%s\"...\n"

#: src/gui/script_menu.c:432
#, c-format
msgid "Loading script: %s\n"
msgstr "载入脚本：%s\n"

#: src/gui/script_menu.c:474
#, c-format
msgid ""
"Script %s no longer exists in repository, removing from Scripts menu...\n"
msgstr "脚本 %s 不再存在于仓库中，已从脚本菜单中删除...\n"

#: src/gui/script_menu.c:496
#, c-format
msgid "Loading script from repository: %s\n"
msgstr "从仓库中载入脚本：%s\n"

#: src/gui/script_menu.c:546
#, c-format
msgid "Adding core script to menu: %s\n"
msgstr "正在将核心脚本添加到菜单：%s\n"

#: src/gui/script_menu.c:597
msgid "Cannot refresh the scripts if the list is empty.\n"
msgstr "若列表为空则无法刷新脚本。\n"

#: src/gui/sequence_list.c:122
msgid "B&W channel"
msgstr "黑白通道"

#: src/gui/sequence_list.c:127
msgid "Green channel"
msgstr "绿色通道"

#: src/gui/sequence_list.c:128
msgid "Blue channel"
msgstr "蓝色通道"

#: src/gui/sequence_list.c:393
msgid "Selected all images from sequence\n"
msgstr "已选择序列中的全部图像\n"

#: src/gui/sequence_list.c:397
msgid "Unselected all images from sequence\n"
msgstr "已排除序列中的全部图像\n"

#: src/gui/sequence_list.c:519
msgid "#Stars"
msgstr "#星点"

#: src/gui/sequence_list.c:585
#, c-format
msgid "%s image %d in sequence %s\n"
msgstr "%s图像%d于序列%s\n"

#: src/gui/sequence_list.c:586
msgid "Excluding"
msgstr "排除"

#: src/gui/sequence_list.c:586
msgid "Including"
msgstr "包含"

#: src/gui/sequence_list.c:657
#, c-format
msgid "Image %d has been unselected from sequence\n"
msgstr "图像 %d 已被排除\n"

#: src/gui/sequence_list.c:670
#, c-format
msgid "Image %d has been selected from sequence\n"
msgstr "图像 %d 已被选择\n"

#: src/gui/sequence_list.c:688
msgid "Exclude all images?"
msgstr "全部排除？"

#: src/gui/sequence_list.c:689 src/gui/sequence_list.c:697
msgid "This erases previous image selection and there's no possible undo."
msgstr "这将清除之前的图像选择，并且无法撤销。"

#: src/gui/sequence_list.c:690
msgid "Exclude All"
msgstr "全部排除"

#: src/gui/sequence_list.c:696
msgid "Include all images?"
msgstr "全部包含?"

#: src/gui/sequence_list.c:698
msgid "Include All"
msgstr "全部包含"

#: src/gui/sequence_list.c:994
msgid "sequence"
msgid_plural "sequences"
msgstr[0] "序列"

#: src/gui/single_image.c:74
msgid "An image (or sequence) is already loaded"
msgstr "图像（或序列）已载入"

#: src/gui/single_image.c:75
msgid "Are you sure you want to close everything and open the new image?"
msgstr "确定要全部关闭并打开新图像？"

#: src/gui/siril_css.c:62
#, c-format
msgid "Failed to load CSS sheet: %s.\n"
msgstr "无法加载 CSS 表：%s。\n"

#: src/gui/siril_intro.c:46
#, c-format
msgid ""
"Welcome to the newest version of Siril, %s. Please take a moment to read "
"some tips about this release. If the rate is too slow, skip to the next tip "
"using the right arrow of your keyboard. You can also go back to the previous "
"tip using the left arrow and stop the animation with the escape key."
msgstr ""
"欢迎使用Siril的最新版本%s。请花点时间阅读有关此版本的一些提示。如果速度太慢，"
"可以按右键跳到下一个提示；也可以按左键返回上一个提示；按Esc键退出提示。"

#: src/gui/siril_intro.c:47
msgid ""
"The Processing menu has been reorganized by theme to streamline its "
"structure and reduce its size. Many new processing tools have been developed "
"and integrated in this menu."
msgstr ""
"“图像处理”菜单已按类别重新组织为更清晰、更小巧的多个菜单。其中有许多新开发的"
"处理工具。"

#: src/gui/siril_intro.c:48
msgid ""
"A new menu, Tools, has been created to centralize Siril's tools, which were "
"previously scattered throughout the interface. It now includes statistics, "
"FITS header, astrometry and photometry tools, as well as image analysis "
"features."
msgstr ""
"有一个新的菜单“工具”，集中了以前分散在整个界面中的Siril工具，包括统计数据、"
"FITS文件头、天体测量和测光工具，以及图像分析功能。"

#: src/gui/siril_intro.c:49
msgid ""
"The Script menu has also evolved, now featuring both Python scripts and a "
"script editor."
msgstr "脚本菜单也有升级：现在有了Python脚本以及脚本编辑器。"

#: src/gui/siril_intro.c:50
msgid ""
"The new script editor can be used to write both Siril and Python scripts. It "
"offers syntax highlighting and many other useful features. Additionally, you "
"can execute the script directly from the editor's interface."
msgstr ""
"新的脚本编辑器可用于编写Siril命令脚本和Python脚本。编辑器提供语法高亮和许多其"
"他有用的功能。此外，在编辑器界面中可以直接执行脚本。"

#: src/gui/siril_intro.c:51
msgid ""
"The hamburger menu has been streamlined and now includes quick access to the "
"documentation, preferences, keyboard shortcuts help, and the script tab in "
"the preferences, making it easy to add new scripts."
msgstr ""
"三横菜单现已拆分为说明文档的快捷方式、首选项、键盘快捷键帮助以及偏好设置中的"
"脚本选项卡，从而可以轻松添加新脚本。"

#: src/gui/siril_intro.c:52
msgid ""
"Script management has been entirely revamped. You can now download new "
"scripts directly from the preferences interface. These scripts are hosted by "
"the Siril team, but can also be contributed by the community."
msgstr ""
"脚本管理已全面更新。现可直接从偏好设置界面下载新脚本。这些脚本有的由Siril团队"
"托管，有的由社区贡献。"

#: src/gui/siril_intro.c:53
msgid ""
"The Registration, Plot and Stacking tabs have been redesigned for improved "
"clarity and better organization. This release adds true Drizzle registration "
"and mosaic stacking."
msgstr ""
"重新设计了更清晰、更合理的“对齐”、“图表”和“叠加”选项卡。此版本新增了真正的"
"Drizzle对齐和马赛克拼接。"

#: src/gui/siril_intro.c:54
msgid ""
"This version of Siril includes a color management tool. A left-click on this "
"button allows you to manage ICC profiles, while a right-click displays the "
"image in soft proofing mode."
msgstr ""
"此版本的Siril包含一个色彩管理工具。左键单击此按钮可以管理ICC色彩特性文件。右"
"键单击则可以以软打样模式显示图像。"

#: src/gui/siril_intro.c:55
msgid ""
"Right-clicking the annotations button now allows selection of the annotation "
"catalogues to display, and support for IAU constellation names and outlines "
"has been added."
msgstr ""
"右键单击标注按钮，可以选择要使用的星表，并且添加了对IAU星座名称和星座连线的支"
"持。"

#: src/gui/siril_intro.c:56
msgid ""
"A new intensity profiling tool has been added. This allows creating mono or "
"RGB profiles of pixel values along a line in the image."
msgstr ""
"添加了一个新的亮度分析工具。这允许沿着图像中的一条线段创建单色或RGB的像素值曲"
"线。"

#: src/gui/siril_intro.c:57
msgid ""
"All color management options are now centralized in the preferences. This "
"allows for professional-level work with any mono or RGB ICC profile."
msgstr ""
"所有色彩管理选项都集中到了偏好设置中。允许使用单色或RGB的ICC色彩特性文件进行"
"专业级别的工作。"

#: src/gui/siril_intro.c:58
msgid ""
"For more precise control, such as customizing annotation colors or "
"configuring mouse interactions, visit the User Interface tab in the "
"preferences. Don't hesitate to use your mouse scroll to view all the "
"available options."
msgstr ""
"在偏好设置中的“用户界面”选项卡，可以配置更多细节，例如标注的颜色以及鼠标的交"
"互行为。现在可以使用鼠标滚轮来快速浏览所有可用选项了。"

#: src/gui/siril_intro.c:59
msgid ""
"Enjoy using the new Siril. You can restart this introduction at any moment "
"in the Miscellaneous tab of the preferences."
msgstr ""
"享受新版的Siril吧。您随时可以在偏好设置的“杂项”选项卡中重新启动此介绍。"

#: src/gui/siril_plot.c:169
msgid "Snapshot was saved into the clipboard.\n"
msgstr "快照已保存到剪贴板。\n"

#: src/gui/siril_plot.c:172
msgid "Could not copy the snapshot into the clipboard.\n"
msgstr "无法复制快照到剪贴板。\n"

#: src/gui/siril_plot.c:443
msgid "PNG files (*.png)"
msgstr "PNG文件 (*.png)"

#: src/gui/siril_plot.c:447
msgid "DAT files (*.dat)"
msgstr "DAT文件 (*.dat)"

#: src/gui/siril_plot.c:455
msgid "SVG files (*.svg)"
msgstr "SVG文件 (*.svg)"

#: src/gui/siril_preview.c:111
msgid "Warning: insufficient memory available to create a preview.\n"
msgstr "警告：可用内存不足以创建预览。\n"

#: src/gui/stacking.c:181 src/io/sequence_export.c:695
msgid "Registration data found"
msgstr "找到对齐数据"

#: src/gui/stacking.c:182
msgid ""
"Stacking has detected registration data with more than simple shifts.\n"
"Normally, you should apply existing registration before stacking."
msgstr ""
"叠加检测到的对齐数据不仅仅是简单的平移。\n"
"通常，您应该在叠加之前应用现有的对齐。"

#: src/gui/stacking.c:184 src/gui/stacking.c:195
msgid "Stack anyway"
msgstr "依然要叠加"

#: src/gui/stacking.c:190
#, c-format
msgid ""
"You have chosen to compute normalization on overlaps with more than %d "
"images.\n"
"This option should normally be used to stitch stacked mosaic tiles, not "
"subs.\n"
"If you proceed, execution may be slow"
msgstr ""
"您选择了对超过 %d 张图像计算重叠部分的均一化。\n"
"该选项通常应该被用于拼接堆叠好的马赛克图块，而非单张。\n"
"如果继续，执行可能会很慢"

#: src/gui/stacking.c:193
msgid "Large number of images"
msgstr "大量图像"

#: src/gui/stacking.c:205
msgid "Stacking: processing...\n"
msgstr "叠加：处理中...\n"

#: src/gui/stacking.c:327
msgid "Low clipping factor for the percentile clipping rejection algorithm."
msgstr "百分数排异算法的下限系数。"

#: src/gui/stacking.c:328
msgid "High clipping factor for the percentile clipping rejection algorithm."
msgstr "百分数排异算法的上限系数。"

#: src/gui/stacking.c:333
msgid "Percentile low: "
msgstr "Percentile下限: "

#: src/gui/stacking.c:334
msgid "Percentile high: "
msgstr "Percentile上限: "

#: src/gui/stacking.c:343
msgid ""
"Tolerance for low pixel values of the linear fit clipping algorithm, in "
"sigma units."
msgstr "线性拟合排异算法的像素值下限容差（sigma）。"

#: src/gui/stacking.c:344
msgid ""
"Tolerance for high pixel values of the linear fit clipping algorithm, in "
"sigma units."
msgstr "线性拟合排异算法的像素值上限容差（sigma）。"

#: src/gui/stacking.c:349
msgid "Linear low: "
msgstr "Linear下限: "

#: src/gui/stacking.c:350
msgid "Linear high: "
msgstr "Linear上限: "

#: src/gui/stacking.c:363
msgid "Low clipping factor for the sigma clipping rejection algorithm."
msgstr "Sigma排异算法的下限系数。"

#: src/gui/stacking.c:364
msgid "High clipping factor for the sigma clipping rejection algorithm."
msgstr "Sigma排异算法的上限系数。"

#: src/gui/stacking.c:379
msgid ""
"Expected fraction of maximum outliers for the Generalized Extreme "
"Studentized Deviate Test algorithm."
msgstr "广义ESD检验算法的最大预期离群值。"

#: src/gui/stacking.c:380
msgid ""
"Probability of making a false positive for the Generalized Extreme "
"Studentized Deviate Test algorithm. Increasing this value will reject more "
"pixels."
msgstr "广义ESD检验算法的误检概率。提升该值会导致更多的像素剔除。"

#: src/gui/stacking.c:386
msgid "ESD Outliers: "
msgstr "ESD 离群: "

#: src/gui/stacking.c:387
msgid "ESD Significance: "
msgstr "ESD 有效: "

#: src/gui/stacking.c:730
#, c-format
msgid "Stacking %d images of the %d of the sequence"
msgstr "叠加 %d 个图像于序列 %d"

#: src/gui/star_finder.c:225
msgid "Load an image first, aborted.\n"
msgstr "请先载入图像，异常中止。\n"

#: src/gui/star_finder.c:307
msgid "This star has already been picked !\n"
msgstr "这颗星已经被选取了！\n"

#: src/gui/star_finder.c:308
msgid "Peaker"
msgstr "峰化"

#: src/gui/starnetgui.c:83
msgid ""
"Valid StarNet v1 mono and RGB executables found in the configured StarNet "
"installation directory.\n"
"StarNet can process mono and RGB images."
msgstr ""
"在配置的 StarNet 安装目录中找到的有效 StarNet v1 单色和 RGB 可执行文件。\n"
"StarNet可以处理单色和RGB图像。"

#: src/gui/starnetgui.c:86
msgid ""
"No valid StarNet executable found in the configured StarNet installation "
"directory.\n"
"Check your StarNet installation and Siril configuration."
msgstr ""
"在配置的 StarNet 安装目录中找不到有效的 StarNet 可执行文件。\n"
"检查您的 StarNet 安装和 Siril 配置。"

#: src/gui/starnetgui.c:90
msgid ""
"Valid StarNet v2-Torch executable found in the configured StarNet "
"installation directory.\n"
"StarNet can process mono and RGB images."
msgstr ""
"在配置的 StarNet 安装目录中找到有效的 StarNet v2-Torch 可执行文件。\n"
"StarNet可以处理单色和RGB图像。"

#: src/gui/starnetgui.c:93
msgid ""
"Valid StarNet v2 executable found in the configured StarNet installation "
"directory.\n"
"StarNet can process mono and RGB images."
msgstr ""
"在配置的 StarNet 安装目录中找到的有效 StarNet v2 可执行文件。\n"
"StarNet可以处理单色和RGB图像。"

#: src/gui/starnetgui.c:102
msgid ""
"Only the StarNet v1 mono executable was found in the configured StarNet "
"installation directory.\n"
"StarNet can process mono images only."
msgstr ""
"在配置的 StarNet 安装目录中仅找到 StarNet v1 单色可执行文件。\n"
"StarNet只能处理单色图像。"

#: src/gui/starnetgui.c:120
msgid ""
"Only the StarNet v1 RGB executable was found in the configured StarNet "
"installation directory.\n"
"StarNet can process RGB images only."
msgstr ""
"在配置的 StarNet 安装目录中仅找到 StarNet v1 RGB 可执行文件。\n"
"StarNet只能处理RGB图像。"

#: src/gui/starnetgui.c:198
msgid "Not in single image mode"
msgstr "不在单图像模式下"

#: src/gui/starnetgui.c:198
msgid ""
"Unable to apply StarNet to a single image as no single image is loaded. Did "
"you mean to apply to sequence?"
msgstr ""
"无法将 StarNet 应用于单个图像，因为未载入单个图像。你的意思是用于序列吗？"

#: src/gui/starnetgui.c:220
msgid ""
"Unable to apply StarNet to a sequence as no sequence is loaded. Did you mean "
"to uncheck the apply to sequence option?"
msgstr ""
"无法将 StarNet 应用于序列，因为未载入任何序列。您的意思是取消选中“应用于序列”"
"选项吗？"

#: src/gui/statistics_list.c:47
msgid "mean"
msgstr "平均值"

#: src/gui/statistics_list.c:48
msgid "median"
msgstr "median"

#: src/gui/statistics_list.c:49
msgid "sigma"
msgstr "sigma"

#: src/gui/statistics_list.c:50
msgid "avgDev"
msgstr "平均值偏差（avgDev）"

#: src/gui/statistics_list.c:51
msgid "MAD"
msgstr "绝对中位差（MAD）"

#: src/gui/statistics_list.c:52
msgid "sqrt(BWMV)"
msgstr "sqrt(BWMV)"

#: src/gui/statistics_list.c:53
msgid "min"
msgstr "min"

#: src/gui/statistics_list.c:54
msgid "max"
msgstr "max"

#: src/gui/statistics_list.c:191
#, c-format
msgid "Image %d/%d from the sequence %s"
msgstr "图像 %d/%d 位于序列 %s"

#: src/gui/statistics_list.c:194
#, c-format
msgid "unknown image"
msgstr "未知图像"

#: src/gui/statistics_list.c:200
#, c-format
msgid "Size of selection in pixel: (%d,%d)"
msgstr "以像素为单位的选区尺寸: (%d,%d)"

#: src/gui/unpurple.c:72
#, c-format
msgid "Creating binary star mask for %d stars...\n"
msgstr "正在创建二值化的星点蒙版，其中有%d颗星点...\n"

#: src/gui/unpurple.c:178
msgid "Unpurple filter: (thresh=%2.2lf, mod_b=%2.2lf)"
msgstr "去紫边滤镜: (thresh=%2.2lf, mod_b=%2.2lf)"

#: src/gui/utils.c:187
#, c-format
msgid "Mem: %s"
msgstr "内存：%s"

#: src/gui/utils.c:190
msgid "Mem: N/A"
msgstr "内存：N/A"

#: src/gui/utils.c:207
#, c-format
msgid "Disk Space: %s"
msgstr "磁盘空间：%s"

#: src/gui/utils.c:211
msgid "Disk Space: N/A"
msgstr "磁盘空间：N/A"

#: src/gui/utils.c:320
msgid "Undebayered CFA image loaded"
msgstr "已载入未解拜耳的 CFA 图像"

#: src/gui/utils.c:321
msgid ""
"You are about to apply a function that is not intended for use on an "
"undebayered CFA image. Are you sure you wish to proceed?"
msgstr ""
"您将要应用一个不适合在未解拜耳的 CFA 图像上使用的函数。您确定要继续吗？"

#: src/gui/utils.c:378
msgid "Significantly out of range pixels detected: clipping outliers\n"
msgstr ""

#: src/gui/utils.c:382
msgid "Negative-valued pixels detected: clipping and scaling to [0,1]\n"
msgstr ""

#: src/gui/utils.c:388
msgid "Marginally out of range pixels detected: scaling to [0,1]\n"
msgstr ""

#: src/io/FITS_symlink.c:78
msgid ""
"You should enable the Developer Mode in order to create symbolic links "
"instead of simply copying files.\n"
msgstr "您应该启用开发者模式以创建符号链接，而不是简单地复制文件。\n"

#: src/io/FITS_symlink.c:121
#, c-format
msgid "Symbolic link could not be made, copying the file. Error: %s\n"
msgstr "无法创建符号链接，正在复制文件。 错误: %s\n"

#: src/io/aavso_extended.c:156
msgid "Warning: at least one AAVSO header element was truncated.\n"
msgstr "警告：至少一个AAVSO头元素被截断。\n"

#: src/io/aavso_extended.c:170
msgid "Warning: at least one AAVSO data element was truncated.\n"
msgstr "警告：至少一个AAVSO数据项被截断。\n"

#: src/io/aavso_extended.c:215
msgid "Number of images is not enough\n"
msgstr "图像数量不足\n"

#. we want both c_idx and k_idx valid
#: src/io/aavso_extended.c:232
msgid ""
"The reference stars are not good enough, probably out of the configured "
"valid pixel range, cannot calibrate the data\n"
msgstr "参考恒星不够好，可能超出配置的有效像素范围，无法校准数据\n"

#: src/io/aavso_extended.c:236
#, c-format
msgid "Using %d stars to calibrate the data\n"
msgstr "使用 %d 颗星来校准数据\n"

#: src/io/aavso_extended.c:246
msgid "Out of memory\n"
msgstr "内存不足\n"

#: src/io/aavso_extended.c:320
#, c-format
msgid ""
"Calibrated data for %d points of the output data, %d excluded because of "
"invalid calibration\n"
msgstr "输出数据中 %d 个点的校准数据，由于校准无效而排除了 %d 个点\n"

#: src/io/annotation_catalogues.c:394
#, c-format
msgid "Could not write the updated catalogue %s\n"
msgstr "无法写入更新的星表 %s\n"

#: src/io/annotation_catalogues.c:506
#, c-format
msgid ""
"The object was already found in the %s catalog under the name '%s', not "
"adding it again\n"
msgstr "已在 %s 星表中以 %s 的名称找到该天体，无需再次添加\n"

#: src/io/annotation_catalogues.c:662
#, c-format
msgid "Object %s record found in the local SSO catalog\n"
msgstr "在本地 SSO 星表中找到天体 %s 记录\n"

#: src/io/annotation_catalogues.c:667
#, c-format
msgid "at coordinates: %s, %s (on DATE-OBS:%s)\n"
msgstr "坐标：%s，%s（DATE-OBS：%s）\n"

#: src/io/conversion.c:153
msgid "BMP images, "
msgstr "BMP图像， "

#: src/io/conversion.c:155
msgid "PIC images (IRIS), "
msgstr "PIC图像(IRIS)， "

#: src/io/conversion.c:157
msgid "PGM and PPM binary images"
msgstr "PGM和PPM二进制图像"

#: src/io/conversion.c:177
msgid "RAW images"
msgstr "RAW图像"

#: src/io/conversion.c:189
msgid "FITS-CFA images"
msgstr "FITS-CFA图像"

#: src/io/conversion.c:194
msgid "Films"
msgstr "视频"

#: src/io/conversion.c:199
msgid "SER sequences"
msgstr "SER序列"

#: src/io/conversion.c:205
msgid "TIFF images"
msgstr "TIFF图像"

#: src/io/conversion.c:213
msgid "XISF images"
msgstr "XISF 图像"

#: src/io/conversion.c:220
msgid "JPG images"
msgstr "JPG图像"

#: src/io/conversion.c:228
msgid "JPEG XL images"
msgstr "JPEG XL图像"

#: src/io/conversion.c:235
msgid "PNG images"
msgstr "PNG图像"

#: src/io/conversion.c:243
msgid "HEIF images, AVIF images"
msgstr "HEIF图像，AVIF图像"

#: src/io/conversion.c:253
#, c-format
msgid "Supported file types: %s\n"
msgstr "支持的文件类型: %s\n"

#: src/io/conversion.c:399
msgid ""
"Requested converting a sequence file to single FITS image, should not "
"happen\n"
msgstr "请求将一个序列文件转换为单个FITS图像，这不应该发生\n"

#. when the ifdefs are not compiled, default happens!
#: src/io/conversion.c:404
#, c-format
msgid "Error opening %s: file type not supported.\n"
msgstr "文件打开错误 %s: 文件类型不支持。\n"

#: src/io/conversion.c:638
msgid "disabling incompatible multiple output option in conversion\n"
msgstr "在转换中禁用不兼容的多输出选项\n"

#: src/io/conversion.c:644
msgid "Converting files"
msgstr "转换文件"

#: src/io/conversion.c:703
msgid "Failed to queue image conversion task, aborting"
msgstr "无法将图像转换排入任务，异常中止"

#: src/io/conversion.c:736
#, c-format
msgid "Conversion ended with error, %d/%d input files converted\n"
msgstr "转换因出错而中止， %d/%d 输入文件已转换\n"

#: src/io/conversion.c:739 src/io/conversion.c:749
#, c-format
msgid ""
"Conversion succeeded, %d file(s) created for %d input file(s) (%d image(s) "
"converted, %d failed)\n"
msgstr "转换成功，创建了%d个文件，共输入%d个文件（%d 帧已转换，%d 失败）\n"

#: src/io/conversion.c:740
#, c-format
msgid ""
"Conversion aborted, %d file(s) created for %d input file(s) (%d image(s) "
"converted, %d failed)\n"
msgstr "转换异常中止，创建了%d个文件，共输入%d个文件（%d 帧已转换，%d 失败）\n"

#: src/io/conversion.c:745
#, c-format
msgid "Conversion ended with error, %d output files created\n"
msgstr "转换因出错而中止， 输出了%d帧文件\n"

#: src/io/conversion.c:751
#, c-format
msgid "Conversion succeeded, %d file(s) created for %d input file(s)\n"
msgstr "转换成功，创建了%d个文件，共输入%d个文件\n"

#: src/io/conversion.c:753
#, c-format
msgid "Conversion aborted, %d file(s) created for %d input file(s)\n"
msgstr "转换异常中止，创建了%d个文件，共输入%d个文件\n"

#: src/io/conversion.c:900
#, c-format
msgid ""
"Ignoring an image file '%s' in the inputs as multiple outputs is enabled\n"
msgstr "忽略输入文件 '%s' 由于多重输出被激活\n"

#: src/io/conversion.c:911
#, c-format
msgid "Skipping input file %s (failed to be opened)\n"
msgstr "跳过输入文件 %s（打开失败）\n"

#: src/io/conversion.c:923
#, c-format
msgid "File %s was not recognised as readable by Siril, skipping\n"
msgstr "文件 %s 无法被Siril识别，跳过\n"

#: src/io/conversion.c:943 src/io/conversion.c:1328
#, c-format
msgid ""
"Converting 32 bits images (from %s) to 16 bits is not supported, ignoring "
"file.\n"
msgstr "不支持将 32 位图像（从 %s）转换为 16 位，已忽略文件。\n"

#: src/io/conversion.c:1154 src/io/conversion.c:1224
#, c-format
msgid "Creating the SER file `%s' failed, aborting.\n"
msgstr "创建SER文件“%s”失败，异常中止。\n"

#: src/io/conversion.c:1175 src/io/conversion.c:1238
#, c-format
msgid "Creating the FITS sequence file `%s' failed, aborting.\n"
msgstr "创建FITS序列文件“%s”失败，异常中止。\n"

#: src/io/conversion.c:1271 src/io/conversion.c:1296 src/io/conversion.c:1317
#, c-format
msgid "Reading %s\n"
msgstr "读取 %s\n"

#: src/io/conversion.c:1273
#, c-format
msgid "Error while opening film %s, aborting.\n"
msgstr "打开视频 %s 失败，异常中止。\n"

#: src/io/conversion.c:1298
#, c-format
msgid "Error while opening ser file %s, aborting.\n"
msgstr "打开SER文件 %s 失败，异常中止。\n"

#: src/io/conversion.c:1319
#, c-format
msgid "Error while opening ser file %s, ignoring file.\n"
msgstr "打开SER文件 %s 失败，已忽略文件。\n"

#: src/io/conversion.c:1357
msgid "output sequence type unknown, aborting\n"
msgstr "输出序列类型未知，异常中止\n"

#: src/io/conversion.c:1369
msgid "Error while converting to SER (no space left?)\n"
msgstr "转换为 SER 时出错（没有剩余空间？）\n"

#: src/io/conversion.c:1376
msgid "Error while converting to FITSEQ (no space left?)\n"
msgstr "转换为 FITSEQ 时出错（没有剩余空间？）\n"

#: src/io/conversion.c:1383
msgid "Error while converting to FITS\n"
msgstr "转换为 FITS 时出错\n"

#: src/io/conversion.c:1386
msgid "No space left!\n"
msgstr "没有空间了！\n"

#: src/io/conversion.c:1399
msgid "Error while converting, unknown output\n"
msgstr "转换时出错，未知输出\n"

#: src/io/films.c:253
msgid "FILM ERROR: incompatible format\n"
msgstr "视频错误：不兼容的格式\n"

#: src/io/fits_keywords.c:77
#, c-format
msgid "Loaded FITS file has a BSCALE different than 1 (%f)\n"
msgstr "载入的 FITS 文件的 BSCALE 小于 1 （%f）\n"

#: src/io/fits_keywords.c:1215
msgid "Error when closing fitseq\n"
msgstr "关闭fitseq时出错\n"

#: src/io/fits_keywords.c:1223
msgid "Error when reopening fitseq\n"
msgstr "重新打开fitseq时出错\n"

#: src/io/fits_keywords.c:1246
#, c-format
msgid "FITS header of image %d updated\n"
msgstr "图像 %d 的FITS文件头已更新\n"

#: src/io/fits_keywords.c:1264
#, c-format
msgid "File %s updated\n"
msgstr "文件 %s 已更新\n"

#: src/io/fits_keywords.c:1309
msgid "This command won't work for SER sequence.\n"
msgstr "命令对SER序列无效。\n"

#: src/io/fits_sequence.c:99
msgid ""
"Several images were found in the FITS file but they have different number of "
"layers, which is not allowed.\n"
msgstr ""
"在 FITS 文件中找到了几个图像，但它们具有不同数量的图层，这是不允许的。\n"

#: src/io/fits_sequence.c:107
msgid ""
"Several images were found in the FITS file but they have different "
"parameters, which is not allowed.\n"
msgstr "在 FITS 文件中找到了几个图像，但它们具有不同的参数，这是不允许的。\n"

#: src/io/fits_sequence.c:127
msgid ""
"Several images were found in the FITS file but they have different "
"parameters.\n"
msgstr "在 FITS 文件中发现了几个图像，但它们具有不同的参数。\n"

#: src/io/fits_sequence.c:202
#, c-format
msgid "Cannot find FITS file %s or any variant with supported extensions\n"
msgstr ""

#: src/io/fits_sequence.c:211
#, c-format
msgid "Cannot open FITS file %s\n"
msgstr "无法打开文件 %s\n"

#: src/io/fits_sequence.c:216
#, c-format
msgid "Cannot open FITS file %s: doesn't seem to be a FITS sequence\n"
msgstr "无法打开FITS文件 %s：看上去不像是一个FITS序列\n"

#: src/io/fits_sequence.c:240 src/io/image_format_fits.c:1619
msgid ""
"FITS images with 64 bits signed integer per pixel.channel are not "
"supported.\n"
msgstr "不支持每个像素通道具有 64 位有符号整数的 FITS 图像。\n"

#: src/io/fits_sequence.c:259 src/stacking/median_and_mean.c:1330
msgid "Your version of cfitsio does not support multi-threading\n"
msgstr "您的 cfitsio 版本不支持多线程\n"

#: src/io/fits_sequence.c:309 src/io/image_format_fits.c:413
#: src/io/image_format_fits.c:505 src/io/image_format_fits.c:1382
#: src/io/image_format_fits.c:1513
msgid "Unknown FITS data format in internal conversion\n"
msgstr "内部转换中有未知的FITS数据格式\n"

#: src/io/fits_sequence.c:426
msgid "Cannot save image in sequence not opened for writing\n"
msgstr "无法在未以写入模式打开的序列中保存图像\n"

#: src/io/fits_sequence.c:448
#, c-format
msgid "Removing failed FITS sequence file: %s\n"
msgstr "移除FITS序列失败: %s\n"

#. Handle file opening error
#: src/io/healpix/healpix.cpp:217 src/io/spcc_json.c:53 src/io/spcc_json.c:285
#: src/io/spcc_json.c:561
#, c-format
msgid "Failed to open file: %s\n"
msgstr "无法打开文件: %s\n"

#: src/io/healpix/healpix.cpp:228
msgid "Failed to read catalog index entry.\n"
msgstr "无法读取目录索引条目。\n"

#: src/io/healpix/healpix.cpp:241 src/io/healpix/healpix.cpp:476
msgid "ID range exceeds catalog bounds.\n"
msgstr "ID范围超出目录边界。\n"

#: src/io/healpix/healpix.cpp:270
msgid "Failed to read data entries.\n"
msgstr "无法读取数据条目。\n"

#: src/io/healpix/healpix.cpp:301
#, c-format
msgid "Can't create directory %s, falling back to system temp\n"
msgstr ""

#: src/io/healpix/healpix.cpp:341
msgid "Header exists in cache\n"
msgstr ""

#: src/io/healpix/healpix.cpp:344 src/io/healpix/healpix.cpp:416
#, c-format
msgid "Cache file %s is corrupted or incomplete. Deleting...\n"
msgstr ""

#: src/io/healpix/healpix.cpp:352
#, c-format
msgid "Fetching header to cache: %s\n"
msgstr ""

#: src/io/healpix/healpix.cpp:424
msgid "Fetching index to cache\n"
msgstr ""

#: src/io/healpix/healpix.cpp:440
#, fuzzy
msgid "Failed to download index via HTTP\n"
msgstr "无法读取数据条目。\n"

#: src/io/healpix/healpix.cpp:447
#, fuzzy
msgid "Failed to write index cache file\n"
msgstr "无法分配图像缓冲区"

#. At this point, the cache file is guaranteed to exist.
#: src/io/healpix/healpix.cpp:458
msgid "Loading index from cache\n"
msgstr ""

#: src/io/healpix/healpix.cpp:462
#, fuzzy
msgid "Failed to read index cache file\n"
msgstr "无法分配图像缓冲区"

#. Process each healpixel range
#: src/io/healpix/healpix.cpp:470
#, fuzzy
msgid "Fetching data\n"
msgstr "叠加缺省名"

#: src/io/healpix/healpix.cpp:500
#, c-format
msgid "Fetching range %zu - %zu\n"
msgstr ""

#: src/io/healpix/healpix.cpp:512
#, fuzzy
msgid "Failed to read data entries via HTTP\n"
msgstr "无法读取数据条目。\n"

#: src/io/healpix/healpix.cpp:536 src/io/healpix/healpix.cpp:1064
#, fuzzy
msgid "Error initialising CURL handle\n"
msgstr "初始化 CURL 句柄时出错，URL 功能不可用。\n"

#: src/io/healpix/healpix.cpp:561
#, c-format
msgid "Mirror %s failed, trying alternatives...\n"
msgstr ""

#: src/io/healpix/healpix.cpp:572 src/io/healpix/healpix.cpp:627
#, fuzzy, c-format
msgid "Trying mirror: %s\n"
msgstr "String in: %s\n"

#: src/io/healpix/healpix.cpp:580 src/io/healpix/healpix.cpp:639
#, fuzzy, c-format
msgid "Switched to working mirror: %s\n"
msgstr "当前工作目录：%s\n"

#. All mirrors failed
#: src/io/healpix/healpix.cpp:587
msgid "All catalogue mirrors failed to respond.\n"
msgstr ""

#. Current mirror failed, try alternatives
#: src/io/healpix/healpix.cpp:618
#, c-format
msgid "Query failed on mirror %s, trying alternatives...\n"
msgstr ""

#. All mirrors failed
#: src/io/healpix/healpix.cpp:646
msgid "All catalogue mirrors failed for query.\n"
msgstr ""

#: src/io/healpix/healpix.cpp:930
msgid "Error: no chunks detected.\n"
msgstr "错误：未检测到块。\n"

#: src/io/healpix/healpix.cpp:980
#, c-format
msgid "Chunk file not found: %s\n"
msgstr "无法找到chunk文件：%s\n"

#: src/io/healpix/healpix.cpp:988
#, c-format
msgid ""
"Error: catalog header values for chunk %lu are incompatible with previous "
"values. All chunk files must have the same chunk level and indexing level "
"and must represent the same Gaia data release\n"
msgstr ""
"错误：块%lu的目录标头值与以前的值不兼容。所有块文件必须具有相同的块级别和索引"
"级别，并且必须表示相同的Gaia DR\n"

#: src/io/healpix/healpix.cpp:1123
#, c-format
msgid "Failed to read header for chunk %d from any mirror\n"
msgstr ""

#: src/io/healpix/healpix.cpp:1131
#, c-format
msgid "Error: catalog header values for chunk %d are incompatible\n"
msgstr ""

#. Query returned nothing but we expected data - this might indicate failure
#: src/io/healpix/healpix.cpp:1143
#, c-format
msgid "Warning: No data retrieved for chunk %d\n"
msgstr ""

#: src/io/healpix/healpix.cpp:1207
#, fuzzy
msgid ""
"Error: Siril was compiled without libcurl support. Remote catalogue access "
"is unavailable.\n"
msgstr "Siril 的编译没有 libgit2 支持。无法自动获取远程存储库...\n"

#: src/io/image_format_fits.c:367
#, c-format
msgid "FITS error: %s\n"
msgstr "FITS 错误: %s\n"

#: src/io/image_format_fits.c:466 src/io/image_format_fits.c:485
#, c-format
msgid ""
"Normalizing the image data with [%ld, %ld], not suitable for sequence "
"operations\n"
msgstr "用[%ld,%ld]对图像数据进行归一化，不适合序列操作\n"

#: src/io/image_format_fits.c:518
msgid "Normalizing input data to our float range [0, 1]\n"
msgstr "将输入数据归一化为浮点范围[0, 1]\n"

#: src/io/image_format_fits.c:553
msgid "Cannot move to first image in FITS file\n"
msgstr "无法移动到 FITS 文件中的第一幅图像\n"

#: src/io/image_format_fits.c:563
msgid "Cannot get dimension of FITS file\n"
msgstr "无法获取 FITS 文件的尺寸\n"

#: src/io/image_format_fits.c:573
msgid "Cannot move to next image in FITS file\n"
msgstr "无法移动到 FITS 文件中的下一幅图像\n"

#: src/io/image_format_fits.c:641 src/io/image_format_fits.c:800
#, c-format
msgid "FITS image format %d is not supported by Siril.\n"
msgstr "FITS图像格式%d不被Siril支持。\n"

#: src/io/image_format_fits.c:714
#, c-format
msgid "Fitsio error reading data, file: %s.\n"
msgstr "Fitsio 读取数据时出错，文件: %s。\n"

#: src/io/image_format_fits.c:957
msgid "Warning: error encountered writing ICC profile to FITS.\n"
msgstr "警告：将 ICC 色彩特性文件写入 FITS 时遇到错误。\n"

#: src/io/image_format_fits.c:1181
#, c-format
msgid "%s.[any_allowed_extension] not found.\n"
msgstr "%s.[any_allowed_extension] 未找到。\n"

#: src/io/image_format_fits.c:1187
#, c-format
msgid ""
"The file %s is not a FITS file or doesn't exists with FITS extensions.\n"
msgstr "文件 %s 不是FITS格式，或者没有FITS扩展名。\n"

#: src/io/image_format_fits.c:1217
#, c-format
msgid "Error: HDU checksum mismatch. Expected %s, got %s.\n"
msgstr "错误：HDU校验和不匹配。应为%s，实为%s。\n"

#: src/io/image_format_fits.c:1222
#, c-format
msgid "Error: Data checksum mismatch. Expected %lu, got %s.\n"
msgstr "错误：数据校验和不匹配。应为%lu，实为%s。\n"

#: src/io/image_format_fits.c:1232
#, c-format
msgid "Reading FITS: file %s, %ld layer(s), %ux%u pixels, %d bits\n"
msgstr "保存FITS：文件 %s, %ld图层，%ux%u像素，%d位\n"

#: src/io/image_format_fits.c:1364
#, c-format
msgid "FITS read partial: there is no layer %d in the image %s\n"
msgstr "FITS 部分读取：未找到图层 %d 于图像 %s 中\n"

#: src/io/image_format_fits.c:1372 src/io/image_format_fits.c:1502
#, c-format
msgid "Unsupported FITS image format (%ld axes).\n"
msgstr "不支持此FITS格式（%ld axes）。\n"

#: src/io/image_format_fits.c:1593
msgid "FITSIO error getting image parameters.\n"
msgstr "获取图像参数时出现 FITSIO 错误。\n"

#: src/io/image_format_fits.c:1606
#, c-format
msgid ""
"The FITS image contains more than 3 channels (%ld). Opening only the three "
"first.\n"
msgstr "FITS图像中包含超过3个通道 (%ld)。只打开前三个。\n"

#: src/io/image_format_fits.c:1747
msgid "Unknown FITS compression method in internal conversion\n"
msgstr "转换时遇到未知的FITS压缩方法\n"

#: src/io/image_format_fits.c:1911
#, c-format
msgid "Saving FITS: file %s, %ld layer(s), %ux%u pixels, %d bits\n"
msgstr "保存FITS：文件 %s, %ld图层，%ux%u像素，%d位\n"

#: src/io/image_format_fits.c:2009
#, c-format
msgid "ERROR: trying to save a FITS image with an unsupported format (%d).\n"
msgstr "错误：企图以不支持的格式(%d)来保存一个FITS文件。\n"

#: src/io/image_format_fits.c:2831
#, c-format
msgid "Selecting the primary header failed, is the FITS file '%s' malformed?\n"
msgstr "选择主文件头失败，FITS 文件“%s”的格式是否不正确？\n"

#: src/io/image_format_fits.c:2864 src/io/ser.c:1431 src/io/ser.c:1436
msgid "frame"
msgid_plural "frames"
msgstr[0] "帧"

#: src/io/image_format_fits.c:3039
msgid "Opening image failed\n"
msgstr "打开图像失败。\n"

#: src/io/image_format_fits.c:3044
msgid "Stacking error: images with > 3 dimensions are not supported\n"
msgstr "叠加错误：超过3个维度的图像不被支持\n"

#: src/io/image_format_fits.c:3054
msgid "Stacking error: input images have different sizes\n"
msgstr "叠加错误：图像拥有不同的尺寸\n"

#: src/io/image_format_fits.c:3067
msgid "Stacking error: input images have different precision\n"
msgstr "叠加错误：图像拥有不同的精度\n"

#: src/io/image_format_fits.c:3527
#, c-format
msgid "Saving WCS file %s\n"
msgstr "保存 WCS 文件 %s\n"

#: src/io/image_format_fits.c:3566
#, c-format
msgid "Saving mask file %s\n"
msgstr "保存蒙版文件 %s\n"

#: src/io/image_formats_internal.c:220
msgid "Error opening BMP.\n"
msgstr "打开BMP文件错误。\n"

#: src/io/image_formats_internal.c:225
#, c-format
msgid "readbmp: %ld header bytes read instead of 54\n"
msgstr "读取BMP：读取了文件头中的%ld个字节，而不是54个\n"

#: src/io/image_formats_internal.c:235
msgid "readbmp: file reports negative, zero or excessive dimensions\n"
msgstr "读取BMP：文件报告负数、零尺寸或超额尺寸\n"

#: src/io/image_formats_internal.c:261
#, c-format
msgid "readbmp: could not read all data: (%zu, %lu)\n"
msgstr "读取BMP: 无法读取所有数据: （%zu， %lu）\n"

#: src/io/image_formats_internal.c:284
msgid ""
"Sorry but Siril cannot open this kind of BMP. Try to convert it before.\n"
msgstr "抱歉，Siril无法打开此类BMP文件，请先转换该文件。\n"

#: src/io/image_formats_internal.c:294
#, c-format
msgid "Reading BMP: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取BMP：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_internal.c:396
msgid "Can't create BMP file.\n"
msgstr "无法创建BMP文件。\n"

#: src/io/image_formats_internal.c:451
#, c-format
msgid "Saving BMP: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "保存BMP：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_internal.c:475 src/io/image_formats_internal.c:1006
msgid "Sorry but Siril cannot open this file.\n"
msgstr "抱歉，Siril无法打开此文件。\n"

#: src/io/image_formats_internal.c:485
msgid ""
"Wrong magic cookie in PNM file, ASCII types and b&w bitmaps are not "
"supported.\n"
msgstr "不支持PNM文件中错误的magic cookie，ASCII类型和黑白位图。\n"

#: src/io/image_formats_internal.c:571
msgid "Error reading 8-bit PPM image data.\n"
msgstr "读取 8 位 PPM 图像数据时出错。\n"

#: src/io/image_formats_internal.c:601
msgid "Error reading 16-bit gray PPM image data.\n"
msgstr "读取 16 位灰度 PPM 图像数据时出错。\n"

#: src/io/image_formats_internal.c:635
msgid "Error reading 16-bit color PPM image data.\n"
msgstr "读取 16 位彩色 PPM 图像数据时出错。\n"

#: src/io/image_formats_internal.c:649
#, c-format
msgid "Not handled max value for PNM: %d.\n"
msgstr "未处理 PNM 的最大值: %d。\n"

#: src/io/image_formats_internal.c:663
#, c-format
msgid "Reading NetPBM: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取NetPBM：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_internal.c:672
#, c-format
msgid "Error opening file %s\n"
msgstr "打开文件 %s 时出错\n"

#: src/io/image_formats_internal.c:743 src/io/image_formats_internal.c:811
#, c-format
msgid "Saving NetPBM: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "保存NetPBM：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_internal.c:914
msgid "Wrong magic cookie in PIC file. This image is not supported.\n"
msgstr "PIC文件中错误的magic cookie。不支持此图像。\n"

#: src/io/image_formats_internal.c:955
#, c-format
msgid "Sorry but Siril cannot open the PIC file: %s.\n"
msgstr "抱歉，Siril无法打开PIC文件：%s\n"

#: src/io/image_formats_internal.c:978
msgid "Error: seek failure in file.\n"
msgstr "错误：文件中查找失败。\n"

#: src/io/image_formats_internal.c:984
msgid "Error: memory allocation failure.\n"
msgstr "错误：内存分配失败。\n"

#: src/io/image_formats_internal.c:991
msgid "Error: Cannot read the data\n"
msgstr "错误：无法读取数据\n"

#: src/io/image_formats_internal.c:1016
#, c-format
msgid "Reading PIC: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取PIC：文件名 %s, %ld layer(s), %ux%u pixels\n"

#. removing left white spaces if exist
#: src/io/image_formats_internal.c:1024
#, c-format
msgid "Date (of observation): %s\n"
msgstr "（观测）日期：%s\n"

#. removing left white spaces if exist
#: src/io/image_formats_internal.c:1028
#, c-format
msgid "Time (of observation): %s\n"
msgstr "（观测）时间: %s\n"

#: src/io/image_formats_libraries.c:107 src/io/image_formats_libraries.c:190
#: src/io/image_formats_libraries.c:273 src/io/image_formats_libraries.c:351
msgid "Alpha channel is ignored.\n"
msgstr "Alpha通道被忽略。\n"

#: src/io/image_formats_libraries.c:125 src/io/image_formats_libraries.c:152
#: src/io/image_formats_libraries.c:208 src/io/image_formats_libraries.c:235
#: src/io/image_formats_libraries.c:291 src/io/image_formats_libraries.c:318
#: src/io/image_formats_libraries.c:383
msgid "An unexpected error was encountered while trying to read the file.\n"
msgstr "读取文件时产生了未知的错误。\n"

#: src/io/image_formats_libraries.c:166 src/io/image_formats_libraries.c:249
#: src/io/image_formats_libraries.c:332
msgid "Unknown TIFF file.\n"
msgstr "未知的 TIFF 文件。\n"

#: src/io/image_formats_libraries.c:436
#, c-format
msgid "Could not open the TIFF file %s\n"
msgstr "无法打开TIFF文件: %s\n"

#: src/io/image_formats_libraries.c:500 src/io/image_formats_libraries.c:506
msgid "Siril cannot read this TIFF format.\n"
msgstr "Siril无法读取此TIFF格式。\n"

#: src/io/image_formats_libraries.c:597 src/io/image_formats_libraries.c:613
msgid "TIFFTAG Orientation not handled.\n"
msgstr "TIFFTAG方向无法被处理。\n"

#: src/io/image_formats_libraries.c:650
#, c-format
msgid "Reading TIFF: %d-bit file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取TIFF：%d-bit 文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:699
msgid "Siril cannot create TIFF file.\n"
msgstr "Siril无法创建TIFF文件。\n"

#: src/io/image_formats_libraries.c:735
msgid "TIFF file has unexpected number of channels (not 1 or 3).\n"
msgstr "TIFF文件含有意外的通道数量（非 1 或 3）。\n"

#: src/io/image_formats_libraries.c:983
msgid "Saving TIFF: Cannot write TIFF file.\n"
msgstr "保存TIFF：无法写入TIFF文件。\n"

#: src/io/image_formats_libraries.c:989
#, c-format
msgid "Saving TIFF: %d-bit file %s, %ld layer(s), %ux%u pixels\n"
msgstr "保存TIFF：%d-bit 文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:1188
msgid "Memory allocation error for image data.\n"
msgstr "图像数据的内存分配错误。\n"

#: src/io/image_formats_libraries.c:1257
msgid "This image type is not handled.\n"
msgstr "该图像类型无法处理。\n"

#: src/io/image_formats_libraries.c:1298
#, c-format
msgid "Reading XISF: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取XISF：文件名 %s, %ld 图层， %ux%u 像素\n"

#: src/io/image_formats_libraries.c:1319 src/io/image_formats_libraries.c:1613
#: src/io/image_formats_libraries.c:3036
#, c-format
msgid "Sorry but Siril cannot open the file: %s.\n"
msgstr "抱歉，Siril无法打开文件：%s\n"

#: src/io/image_formats_libraries.c:1359
msgid "Read ICC profile from JPEG.\n"
msgstr "从 JPEG 读取 ICC 色彩特性文件。\n"

#: src/io/image_formats_libraries.c:1362
msgid "Cannot read an ICC profile from this JPEG, assuming sRGB.\n"
msgstr "无法从此 JPEG 读取 ICC 色彩特性文件（假定为 sRGB）。\n"

#: src/io/image_formats_libraries.c:1365
msgid "JPEG ICC profile support unavailable, assuming sRGB.\n"
msgstr "JPEG ICC 色彩特性文件支持不可用（假定为 sRGB）。\n"

#: src/io/image_formats_libraries.c:1401
#, c-format
msgid "Reading JPG: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取JPG：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:1424
msgid "Siril cannot create JPG file.\n"
msgstr "Siril无法创建JPG文件。\n"

#: src/io/image_formats_libraries.c:1574
msgid "Error: failed to write ICC profile to JPG\n"
msgstr "错误：无法将 ICC 色彩特性文件写入 JPG\n"

#: src/io/image_formats_libraries.c:1595
#, c-format
msgid "Saving JPG: file %s, quality=%d%%, %ld layer(s), %ux%u pixels\n"
msgstr "保存JPG：文件名 %s, quality=%d%%, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:1627
#, c-format
msgid "Error opening the file %s\n"
msgstr "打开文件 %s 时出错\n"

#: src/io/image_formats_libraries.c:1772
#, c-format
msgid "Reading PNG: %d-bit file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取PNG：%d-bit 文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:2062
#, c-format
msgid "Saving PNG: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "保存PNG：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:2197
msgid "Siril cannot open this file in CFA mode: no RAW data available.\n"
msgstr "Siril无法以CFA模式打开此文件：无可用RAW数据。\n"

#: src/io/image_formats_libraries.c:2226
#, c-format
msgid "Decoding %s %s file (ISO=%g, Exposure=1/%0.1f sec)\n"
msgstr "解码 %s %s 文件 (ISO=%g, Exposure=1/%0.1f sec)\n"

#: src/io/image_formats_libraries.c:2229
#, c-format
msgid "Decoding %s %s file (ISO=%g, Exposure=%0.1f sec)\n"
msgstr "解码 %s %s 文件 (ISO=%g, Exposure=%0.1f sec)\n"

#: src/io/image_formats_libraries.c:2252
#, c-format
msgid "Filter pattern: %s\n"
msgstr "滤镜模式: %s\n"

#: src/io/image_formats_libraries.c:2335
#, c-format
msgid "Reading RAW: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取RAW：文件名 %s, %ld layer(s), %ux%u pixels\n"

#: src/io/image_formats_libraries.c:2386
msgid "primary"
msgstr "主要"

#: src/io/image_formats_libraries.c:2495
msgid "Load HEIF image content"
msgstr "读取HEIF图像内容"

#: src/io/image_formats_libraries.c:2503
msgid "Select image"
msgstr "选择图像"

#: src/io/image_formats_libraries.c:2718
msgid ""
"Error: the specified NCLX TRC is not yet supported in Siril. A linear TRC "
"will be used: you may need to fix this file up manually.\n"
msgstr ""
"错误：Siril 尚不支持指定的 NCLX TRC。将使用线性 TRC：您可能需要手动修复此文"
"件。\n"

#: src/io/image_formats_libraries.c:2766
msgid "Input file contains no readable images.\n"
msgstr "输入文件含有不可读取的信息。\n"

#: src/io/image_formats_libraries.c:2799
#, c-format
msgid "This is a sequence of %d images: loading the primary one.\n"
msgstr "这是一个由%d帧图像所组成的序列：读取第一帧。\n"

#: src/io/image_formats_libraries.c:2834
msgid ""
"Error getting ICC profile from HEIF file. Continuing: you will need to "
"manually assign an ICC profile\n"
msgstr ""
"从 HEIF 文档获取 ICC 色彩特性文件时出错。继续：您将需要手动分配 ICC 色彩特性"
"文件\n"

#: src/io/image_formats_libraries.c:2859
msgid "Input image has undefined bit-depth.\n"
msgstr "输入图像具有未定义的位深。\n"

#: src/io/image_formats_libraries.c:3020
#, c-format
msgid "Reading HEIF: file %s, %ld layer(s), %ux%u pixels, bitdepth %d\n"
msgstr "正在读取 HEIF：文件 %s，%ld 图层，%ux%u 像素，位深 %d\n"

#: src/io/image_formats_libraries.c:3137
#, c-format
msgid "Reading JPEG XL: file %s, %ld layer(s), %ux%u pixels\n"
msgstr "读取JPEG XL：文件 %s, %ld 图层， %ux%u 像素\n"

#: src/io/image_formats_libraries.c:3157
msgid "Error interleaving image\n"
msgstr "交错图像时出错\n"

#: src/io/image_formats_libraries.c:3267
#, c-format
msgid ""
"Saving JPEG XL: file %s, lossless, effort=%d %ld layer(s), %ux%u pixels, bit "
"depth: %d\n"
msgstr "保存 JPEG XL：文件 %s，无损，力度=%d %ld 图层，%ux%u 像素，位深：%d\n"

#: src/io/image_formats_libraries.c:3270
#, c-format
msgid ""
"Saving JPEG XL: file %s, quality=%.3f, effort=%d %ld layer(s), %ux%u pixels, "
"bit depth: %d\n"
msgstr ""
"保存 JPEG XL：文件 %s，质量=%.3f，力度=%d %ld 层图，%ux%u 像素，位深：%d\n"

#: src/io/image_formats_libraries.c:3278
msgid "Save complete.\n"
msgstr "保存完成。\n"

#: src/io/local_catalogues.c:153
#, c-format
msgid "Could not open local catalogue %s\n"
msgstr "无法打开本地星表%s\n"

#: src/io/local_catalogues.c:159 src/io/local_catalogues.c:192
#, c-format
msgid "Failed to read the local catalogue %s\n"
msgstr "无法读取本地星表%s\n"

#: src/io/local_catalogues.c:181
msgid "Wrong trixel ID\n"
msgstr "错误的trixel ID\n"

#: src/io/local_catalogues.c:186
#, c-format
msgid "Could not open local catalogue%s\n"
msgstr "无法打开本地星表%s\n"

#: src/io/local_catalogues.c:290
msgid "Error: number of trixels reported by file is out of limits.\n"
msgstr "错误：文件报告的 trixel 数量超出限制。\n"

#: src/io/local_catalogues.c:855 src/io/siril_catalogues.c:845
#, c-format
msgid "File %s cannot be deleted (%s), aborting\n"
msgstr "文件 %s 无法删除 (%s)，异常中止\n"

#: src/io/local_catalogues.c:865 src/io/remote_catalogues.c:654
#: src/io/siril_catalogues.c:854
#, c-format
msgid "Cannot create catalogue file %s (%s)\n"
msgstr "无法创建星表文件%s（%s）\n"

#: src/io/local_catalogues.c:887
msgid "Trixels list saved to trixels.csv\n"
msgstr "Trixels 列表已保存到trixels.csv\n"

#: src/io/local_catalogues.c:905
msgid "Failed\n"
msgstr "失败\n"

#: src/io/local_catalogues.c:909
#, c-format
msgid "Found %d trixels:\n"
msgstr "找到 %d trixels:\n"

#: src/io/mp4_output.c:94
#, c-format
msgid "Selected encoder: %s\n"
msgstr "选择的编码器：%s\n"

#: src/io/mp4_output.c:504
msgid ""
"Parameters for mp4 file creation were incorrect. Image dimension has to be a "
"multiple of 2, fps and file name non nul, quality between 1 and 5."
msgstr ""
"用于创建 mp4 文件的参数不正确。图像尺寸必须是 2 的倍数，fps 和文件名非空，品"
"质介于 1 和 5 之间。"

#: src/io/mp4_output.c:516
msgid "Could not deduce output format from file extension: using mp4.\n"
msgstr "无法由扩展名推断文件类型: 暂且当作mp4.\n"

#: src/io/mp4_output.c:520
msgid "FFMPEG does not seem to support mp4 format, aborting.\n"
msgstr "FFMPEG似乎不支持mp4格式，异常中止。\n"

#: src/io/mp4_output.c:552
msgid "Error: format does not support video codec.\n"
msgstr "错误：不支持该视频编码格式。\n"

#: src/io/mp4_output.c:558
msgid "Could not add the video stream in the output film, aborting\n"
msgstr "无法在输出视频中添加视频流，异常中止\n"

#: src/io/mp4_output.c:564
msgid "Selected codec is not available\n"
msgstr "所选编解码器不可用\n"

#: src/io/mp4_output.c:578
#, c-format
msgid "Could not open '%s': %s\n"
msgstr "无法打开 \"%s\"： %s\n"

#: src/io/mp4_output.c:586
#, c-format
msgid "Error occurred when opening output file: %s\n"
msgstr "打开输出文件时出错：%s\n"

#: src/io/path_parse.c:36
msgid "Warning code:"
msgstr "警告代码："

#: src/io/path_parse.c:36
msgid "Error code:"
msgstr "错误代码："

#: src/io/path_parse.c:37
msgid "going on"
msgstr "进行中"

#: src/io/path_parse.c:37
msgid "aborting"
msgstr "异常中止"

#: src/io/path_parse.c:46
msgid "Header is empty"
msgstr "文件头为空"

#: src/io/path_parse.c:50
msgid "Wrong reserved keyword: "
msgstr "错误的保留关键字: "

#: src/io/path_parse.c:54
msgid "Library not defined in preferences: "
msgstr "偏好设置中未定义的库: "

#: src/io/path_parse.c:58
msgid "Key not found: "
msgstr "未找到密钥: "

#: src/io/path_parse.c:62
msgid "Wrong date: "
msgstr "错误的日期: "

#: src/io/path_parse.c:66
msgid "Wrong coordinates: "
msgstr "错误的中央坐标: "

#: src/io/path_parse.c:70
msgid "Unsupported format: "
msgstr "不支持的格式: "

#: src/io/path_parse.c:78
msgid "Wrongly formatted string: "
msgstr "字符串格式不正确: "

#: src/io/path_parse.c:82
msgid "Wrong wildcard usage: "
msgstr "通配符误用: "

#: src/io/path_parse.c:85
msgid "More than one match for: "
msgstr "多个匹配项: "

#: src/io/path_parse.c:88
msgid "All hits newer than: "
msgstr "所有新于: "

#: src/io/path_parse.c:91
msgid "No match found for: "
msgstr "未找到匹配项: "

#: src/io/path_parse.c:94
msgid "Problem with path: "
msgstr "有问题的路径: "

#: src/io/path_parse.c:97
msgid "Could not create temp FITS for header update: "
msgstr "无法为更新文件头创建临时 FITS: "

#: src/io/path_parse.c:101
msgid "Internal error"
msgstr "内部错误"

#: src/io/path_parse.c:283
#, c-format
msgid "Using most recent matching file: %s\n"
msgstr "使用最新的匹配文件: %s\n"

#: src/io/path_parse.c:292
#, c-format
msgid "Using the closest matching file: %s\n"
msgstr "使用最匹配的文件: %s\n"

#: src/io/remote_catalogues.c:350
#, c-format
msgid "Could not parse AAVSO chart buffer: %s\n"
msgstr "无法解析 AAVSO 图表缓冲区：%s\n"

#: src/io/remote_catalogues.c:542
#, c-format
msgid ""
"A corrupted version of %s was found in cache but cannot be deleted, "
"aborting\n"
msgstr "在缓存中发现 %s 的损坏版本，但无法删除，异常中止\n"

#: src/io/remote_catalogues.c:577
#, c-format
msgid "Using already downloaded catalogue %s\n"
msgstr "使用已下载的星表 %s\n"

#: src/io/remote_catalogues.c:585
msgid "Offline: cannot download catalog\n"
msgstr "离线：无法下载星表\n"

#: src/io/remote_catalogues.c:603
msgid "Contacting server\n"
msgstr "联系服务器\n"

#: src/io/remote_catalogues.c:644
#, c-format
msgid ""
"Error: unable to retrieve the remote catalogue from the server at %s. This "
"is not a Siril bug. It means the catalogue server is unavailable. This is "
"usually a short-lived problem however this server is not affiliated with "
"Siril and the Siril team do not control it. We highly recommend using a "
"local server such as the optimized Siril extract from Gaia DR3, installable "
"using the Catalog_Installer.py script. This is faster and does not rely on "
"third party servers.\n"
msgstr ""
"错误：无法从位于 %s 的服务器获取远程星表。此问题并非Siril软件缺陷，而是目标星"
"表服务器当前不可用。此类问题通常不会持续很久，但需注意：该服务器与Siril无隶属"
"关系，Siril开发团队亦无法控制其运行状态。我们强烈建议使用本地化服务器方案——例"
"如通过Catalog_Installer.py脚本安装的Gaia DR3优化版Siril提取文件。此方案不仅响"
"应速度更快，且无需依赖第三方服务器。\n"

#: src/io/remote_catalogues.c:657
#, c-format
msgid "Cannot create catalogue file %s (generic error)\n"
msgstr "无法创建星表文件%s（普通错误）\n"

#: src/io/seqfile.c:141
msgid ""
"This sequence file was created by a version of siril that is newer than this "
"one, it may not be loaded as expected\n"
msgstr "此序列文件由更新版本的siril创建，可能无法按预期载入\n"

#. for versions up to 4
#: src/io/seqfile.c:530
msgid ""
"Seq file had info to upscale at stacking. This must now be passed as a "
"stacking option\n"
msgstr "Seq文件有信息可以在叠加时放大。现在必须将其作为叠加选项传递\n"

#: src/io/seqfile.c:641
#, c-format
msgid "The sequence file %s seems to be corrupted\n"
msgstr "序列文件 %s 似乎已损坏\n"

#: src/io/seqfile.c:654
#, c-format
msgid ""
"%s: Copying registration data from non-demosaiced layer to green layer\n"
msgstr "%s: 从未去马赛克图层拷贝对齐数据到绿色图层\n"

#: src/io/seqfile.c:669
#, c-format
msgid "Could not load sequence %s\n"
msgstr "无法载入序列%s\n"

#: src/io/seqfile.c:924
#, c-format
msgid ""
"The sequence %s doesn't start at the frame number %d with the specified "
"fixed size index (%d). Cannot load.\n"
msgstr "序列%s不能从第%d帧开始，序列的大小仅为（%d）。无法加载。\n"

#: src/io/sequence.c:225
#, c-format
msgid "Checking sequences in the directory: %s.\n"
msgstr "正在检查目录中的序列: %s。\n"

#: src/io/sequence.c:228 src/io/sequence.c:423
msgid "Current working directory is not set, aborting.\n"
msgstr "在当前工作目录未定义，异常中止。\n"

#: src/io/sequence.c:339
#, c-format
msgid "sequence %d, found: %d to %d\n"
msgstr "序列 %d，找到：%d 到 %d\n"

#: src/io/sequence.c:350
#, c-format
msgid ""
"No sequence found, verify working directory or change FITS extension in "
"settings (current is %s)\n"
msgstr "未找到序列，请确认工作目录或者改变设置中的FITS扩展名（当前为 %s）\n"

#: src/io/sequence.c:372
#, c-format
msgid "Error opening directory: %s\n"
msgstr "打开目录时出错：%s\n"

#: src/io/sequence.c:409
#, c-format
msgid ""
"Cannot create sequence %s. Need at least 2 frames to be usable in Siril.\n"
msgstr "无法创建序列%s。至少需要 2 帧才能在 Siril 中使用。\n"

#: src/io/sequence.c:503
msgid ""
"Cannot load SER sequence. Need at least 2 frames to be usable in Siril. "
"Please convert the SER file into FITS file.\n"
msgstr ""
"无法载入 SER 序列。至少需要 2 个帧才能在 Siril 中使用。请将 SER 文件转换为 "
"FITS 文件。\n"

#: src/io/sequence.c:657
msgid "Deprecated sequence"
msgstr "已否决序列"

#: src/io/sequence.c:658
msgid ""
"Film sequences are now deprecated in Siril: some features are disabled and "
"others may crash. We strongly encourage you to convert this sequence into a "
"SER file. SER file format is a simple image sequence format, similar to "
"uncompressed films."
msgstr ""
"电影序列现在在 Siril 中已弃用：某些功能被禁用，其他功能可能会崩溃。我们强烈建"
"议您将此序列转换为 SER 文件。SER文件格式是一种简单的图像序列格式，类似于未压"
"缩的电影。"

#: src/io/sequence.c:660
msgid "Convert to SER"
msgstr "转换为SER"

#: src/io/sequence.c:663
msgid ""
"Warning: deprecated sequence. Film sequences are now deprecated in Siril: "
"some features are disabled and others may crash. Continuing, but we strongly "
"encourage you to convert this sequence into a SER file.SER file format is a "
"simple image sequence format, similar to uncompressed films.\n"
msgstr ""
"警告：序列已弃用。Siril中现已弃用胶片序列（film sequences）：部分功能已被禁用"
"或可能导致程序崩溃。虽然仍可继续，但强烈建议将该序列转换为SER文件。SER是一种"
"简单的图像序列格式，类似于未压缩的视频。\n"

#: src/io/sequence.c:682
msgid "could not load reference image from sequence\n"
msgstr "无法从序列加载参考帧\n"

#: src/io/sequence.c:692
#, c-format
msgid "Sequence loaded: %s (%d->%d)\n"
msgstr "载入序列: %s (%d->%d)\n"

#: src/io/sequence.c:906 src/io/sequence.c:1042
#: src/registration/astrometric.c:440
#, c-format
msgid "Could not load image %d from sequence %s\n"
msgstr "无法载入图像%d位于序列%s\n"

#: src/io/sequence.c:915 src/io/sequence.c:998 src/io/sequence.c:1050
#, c-format
msgid "Could not load frame %d from SER sequence %s\n"
msgstr "无法载入第%d帧，于SER序列%s\n"

#: src/io/sequence.c:923 src/io/sequence.c:1069 src/io/sequence.c:1080
#, c-format
msgid "Could not load frame %d from FITS sequence %s\n"
msgstr "无法载入第%d帧，于FITS序列%s\n"

#: src/io/sequence.c:933 src/io/sequence.c:1017 src/io/sequence.c:1092
#, c-format
msgid "Could not load frame %d from AVI sequence %s\n"
msgstr "无法载入第%d帧，于AVI序列%s\n"

#: src/io/sequence.c:990 src/io/sequence.c:1006
#, c-format
msgid "Could not load partial image %d from sequence %s\n"
msgstr "无法载入部分图像%d，从序列%s中\n"

#: src/io/sequence.c:1064
#, fuzzy, c-format
msgid "Could not seek frame %d from FITS sequence %s. Error status: %d\n"
msgstr "无法载入第%d帧，于FITS序列%s\n"

#: src/io/sequence.c:1164
msgid "This operation is not supported on AVI sequences (seq_open_image)\n"
msgstr "AVI序列（seq_open_image）不支持此操作\n"

#: src/io/sequence.c:1168
msgid ""
"This operation is not supported on internal sequences (seq_open_image)\n"
msgstr "内部序列（seq_open_image）不支持此操作\n"

#: src/io/sequence.c:1705
#, c-format
msgid "Closing sequence %s\n"
msgstr "关闭序列%s\n"

#: src/io/sequence.c:1814
#, c-format
msgid "This operation will use registration data of layer %d\n"
msgstr "此操作将会使用图层 %d 的对齐数据\n"

#: src/io/sequence.c:1834
msgid "internal sequence"
msgstr "内部序列"

#: src/io/sequence.c:1961
#, c-format
msgid "Photometry analysis failed for image %d (%s)\n"
msgstr "图像 %d（%s）的测光分析失败\n"

#: src/io/sequence.c:1988
#, c-format
msgid ""
"No star found in the area image %d around %d,%d: error %s (use a larger "
"area?)\n"
msgstr "无法侦测到星点于图像 %d 坐标 %d,%d：错误 %s（选择一个更大的范围？）\n"

#: src/io/sequence.c:1992
#, c-format
msgid ""
"No star found in the area image %d around %d,%d: error %s (use 'follow star' "
"option?)\n"
msgstr ""
"无法侦测到星点于图像 %d 坐标 %d,%d：错误 %s（启用“跟随星点移动”选项？）\n"

#: src/io/sequence.c:2077
msgid ""
"Star analysis does not give consistent results when exposure changes across "
"the sequence.\n"
msgstr "当序列中的曝光时间不一致时，星点分析无法得到一致的结果。\n"

#: src/io/sequence.c:2093
#, c-format
msgid "Photometry for star at %.1f, %.1f in image %d\n"
msgstr "执行测光于星点 %.1f, %.1f 在图像 %d \n"

#: src/io/sequence.c:2138
msgid "No registration data stored for this layer"
msgstr "该图层中没有对齐数据"

#: src/io/sequence.c:2139
msgid ""
"Some registration data was found for another layer.\n"
"Do you want to save the psf data as registration data for this layer?"
msgstr ""
"某些其他图层的对齐数据被发现。\n"
"是否要将psf数据作为本图层的对齐数据保存？"

#: src/io/sequence.c:2218 src/registration/3stars.c:264
msgid ""
"The reference image has a null matrix and was not previously registered. "
"Please select another one.\n"
msgstr "参考帧矩阵为空，并且之前未对齐。请选择另一个。\n"

#: src/io/sequence.c:2226
msgid ""
"The current image has a null matrix and was not previously registered. "
"Please load another one to select the star.\n"
msgstr "当前图像矩阵为空，并且之前未对齐。请载入另一个以选择星点。\n"

#: src/io/sequence.c:2234 src/registration/3stars.c:280
msgid ""
"This area is outside of the reference image. Please select the reference "
"image to select another star.\n"
msgstr "区域在参考帧范围以外。请重新选择星点和参考帧。\n"

#: src/io/sequence.c:2243
msgid ""
"The sequence analysis of the PSF will use a sliding selection area centred "
"on the previous found star; this disables parallel processing.\n"
msgstr ""
"序列的PSF分析将使用一个以之前找到的星点为中心的滑动选区；此操作禁用并行处"
"理。\n"

#: src/io/sequence.c:2245
msgid ""
"The sequence analysis of the PSF will use registration data to move the "
"selection area for each image; this is compatible with parallel processing.\n"
msgstr ""
"序列的PSF分析将使用对齐数据来移动每帧图像的选区；此操作兼容并行处理。\n"

#: src/io/sequence.c:2257
msgid "PSF on area"
msgstr "区域中的PSF"

#: src/io/sequence.c:2368
#, c-format
msgid ""
"Fixing the selection number in the .seq file (%d) to the actual value (%d) "
"(not saved)\n"
msgstr "将 .seq 文件 （%d） 中所选择的编号固定为实际值 （%d）（未保存的）\n"

#: src/io/sequence.c:2407
#, c-format
msgid ""
"Sequence drift could not be checked as sequence has no regdata on layer %d\n"
msgstr "无法检查序列漂移，因为序列在图层 %d 上没有对齐数据\n"

#: src/io/sequence.c:2419
#, c-format
msgid ""
"Warning: the sequence appears to have heavy drifted images (%d pixels for "
"image %d), photometry will probably not be reliable. Check the sequence and "
"exclude some images\n"
msgstr ""
"警告：序列似乎具有严重漂移的图像（%d像素于图像%d），测光可能不可靠。请检查序"
"列并排除一些图像\n"

#: src/io/sequence.c:2433
#, c-format
msgid "Registration data cleared for layer %d\n"
msgstr "已清除图层 %d 的对齐数据\n"

#: src/io/sequence.c:2443
#, c-format
msgid "Registration (back-up) data cleared for layer %d\n"
msgstr "清除图层 %d 的对齐（备份）数据\n"

#: src/io/sequence.c:2450
#, c-format
msgid "Statistics data cleared for layer %d\n"
msgstr "已清除图层 %d 的统计数据\n"

#: src/io/sequence.c:2456
#, c-format
msgid "Statistics data (back-up) cleared for layer %d\n"
msgstr "已清除图层 %d 的统计数据（备份）\n"

#: src/io/sequence.c:2498 src/io/sequence.c:2513
#, c-format
msgid "Removed outdated cache file %s failed\n"
msgstr "删除过时的缓存文件%s失败\n"

#: src/io/sequence_export.c:133
#, c-format
msgid "Using registration information from layer %d to export sequence\n"
msgstr "使用图层 %d 中的对齐信息导出序列\n"

#: src/io/sequence_export.c:169
msgid ""
"Reference frame has an ICC profile. Will assign / convert other frames to to "
"match.\n"
msgstr "参考帧具有 ICC 色彩特性文件。将分配/转换其他帧以进行匹配。\n"

#: src/io/sequence_export.c:216 src/io/sequence_export.c:248
msgid "Reference frame has an ICC profile. Exporting as sRGB.\n"
msgstr "参考帧含有ICC色彩特性文件。导出为sRGB。\n"

#: src/io/sequence_export.c:226
#, c-format
msgid "AVI file `%s' could not be created\n"
msgstr "AVI文件“%s”无法被被创建\n"

#: src/io/sequence_export.c:239
msgid ""
"MP4 output is not supported because siril was not compiled with ffmpeg "
"support.\n"
msgstr "不支持 MP4 输出，因为 siril 不是使用 ffmpeg 支持的编译。\n"

#: src/io/sequence_export.c:257
msgid ""
"Film output needs to have a width that is a multiple of 32 and an even "
"height, resizing selection.\n"
msgstr "电影输出的宽度需要是 32 的倍数，并且高度是偶数，正在调整选区的尺寸。\n"

#: src/io/sequence_export.c:309
#, fuzzy
msgid ""
"Export has detected registration data with more than simple shifts, this is "
"not supported\n"
msgstr ""
"导出检测到的对齐数据不仅仅是简单的平移。\n"
"通常，您应该在导出之前应用现有对齐。"

#: src/io/sequence_export.c:363
#, c-format
msgid "image %d is excluded from export\n"
msgstr "图像%d被排除于导出列表\n"

#: src/io/sequence_export.c:376 src/stacking/stackminmax.c:105
#, c-format
msgid "Processing image %s"
msgstr "处理图像 %s"

#: src/io/sequence_export.c:384
msgid "Export: could not read frame, aborting\n"
msgstr "导出：无法读取帧，异常中止\n"

#: src/io/sequence_export.c:399
msgid "An image of the sequence doesn't have the same dimensions\n"
msgstr "序列中的图像尺寸不一致\n"

#: src/io/sequence_export.c:546
msgid ""
"Info: this frame has an ICC profile but the reference frame does not. "
"Profile will be preserved...\n"
msgstr "信息：此帧具有 ICC 色彩特性文件，但参考帧没有。特性文件将被保留...\n"

#: src/io/sequence_export.c:645
msgid "Sequence export failed. Check the log."
msgstr "序列导出错误，请查询日志。"

#: src/io/sequence_export.c:646
msgid "Sequence export failed\n"
msgstr "序列导出错误\n"

#: src/io/sequence_export.c:649
msgid "Sequence export succeeded."
msgstr "序列导出成功。"

#: src/io/sequence_export.c:650
msgid "Sequence export succeeded.\n"
msgstr "序列导出成功。\n"

#: src/io/sequence_export.c:696
msgid ""
"Export has detected registration data with more than simple shifts.\n"
"Normally, you should apply existing registration before exporting."
msgstr ""
"导出检测到的对齐数据不仅仅是简单的平移。\n"
"通常，您应该在导出之前应用现有对齐。"

#: src/io/sequence_export.c:698
msgid "Export anyway"
msgstr "依然要导出"

#: src/io/sequence_export.c:730
msgid "Width or height cannot be null. Not resizing.\n"
msgstr "宽度和高度不能为空。缩放不成功。\n"

#: src/io/sequence_export.c:750
msgid "Export cropped sequence?"
msgstr "导出裁切部分到序列？"

#: src/io/sequence_export.c:751
msgid ""
"An active selection was detected. The exported sequence will only contain "
"data within the drawn selection. You can confirm the crop or cancel it. If "
"you choose to click on cancel, the exported sequence will contain all data."
msgstr ""
"检测到现有选区。导出的序列将仅包含选区中的数据。您可以确认裁切或取消裁切。如"
"果取消，导出的序列将包含所有数据。"

#: src/io/sequence_export.c:752
msgid "Confirm Crop"
msgstr "确认裁切"

#: src/io/sequence_export.c:787
msgid "Cropping to selection"
msgstr "裁切到所选区域"

#: src/io/seqwriter.c:115
msgid ""
"Cannot add an image with different properties to an existing sequence.\n"
msgstr "无法将具有不同属性的图像添加到已存在的序列。\n"

#: src/io/seqwriter.c:124
msgid "Invalid image index requested for write, aborting file creation\n"
msgstr "请求写入的图像索引无效，文件创建异常中止\n"

#: src/io/seqwriter.c:157
#, c-format
msgid "writer: Saving image %d, %ld layer(s), %ux%u pixels, %d bits\n"
msgstr "写入：保存图像%d，%ld图层，%ux%u像素，%d bits\n"

#: src/io/seqwriter.c:177
#, c-format
msgid "Incomplete file creation: %d file(s) remained to be written\n"
msgstr "文件创建不完整：仍有 %d 个文件有待写入\n"

#: src/io/seqwriter.c:184
#, c-format
msgid "Saved %d image in the sequence\n"
msgid_plural "Saved %d images in the sequence\n"
msgstr[0] "已保存 %d 幅图像于序列\n"

#: src/io/seqwriter.c:267
#, c-format
msgid ""
"Number of images allowed in the write queue: %d (zero or less is unlimited)\n"
msgstr "写入序列中所允许的图像数：%d（零或更少不受限制）\n"

#: src/io/ser.c:163
#, c-format
msgid "Warning: no timestamps stored in the SER sequence.\n"
msgstr "警告：SER 序列中未保存时间戳。\n"

#: src/io/ser.c:172
msgid "Trying to fix broken SER file...\n"
msgstr "尝试修复损坏的SER文件...\n"

#: src/io/ser.c:232
msgid ""
"Forcing SER frame as CFA instead of monochrome, because Bayer information "
"from file has been overridden in preferences\n"
msgstr "强制 SER 帧为 CFA 而不是单色，因为文件中的拜耳信息已被偏好设置覆盖\n"

#: src/io/ser.c:235
#, c-format
msgid "Unknown SER type to debayer (%d), should not happen\n"
msgstr ""

#: src/io/ser.c:241
#, c-format
msgid "Forcing SER Bayer pattern to %s as configured in the preferences\n"
msgstr "按照偏好设置，令SER拜耳阵列模式为 %s\n"

#. we update with prefs values if necessary
#: src/io/ser.c:304
msgid "Forcing debayer mono SER\n"
msgstr ""

#: src/io/ser.c:312
#, c-format
msgid "Cannot handle this SER type (%d)\n"
msgstr ""

#: src/io/ser.c:352
msgid "SER file has been fixed...\n"
msgstr "SER文件已被修复…\n"

#: src/io/ser.c:467
msgid "Writing a 32-bit image to SER files is not supported.\n"
msgstr "不支持将 32 位图像写入 SER 文件。\n"

#: src/io/ser.c:601
msgid "Warning: no timestamps stored in the SER file.\n"
msgstr "警告：SER 文件中未保存时间戳。\n"

#: src/io/ser.c:603
msgid "Warning: timestamps in the SER file are all identical.\n"
msgstr "警告：SER 文件中的时间戳都是相同的。\n"

#: src/io/ser.c:605
msgid "Timestamps in the SER file are correctly ordered.\n"
msgstr "SER 文件中的时间戳顺序正确。\n"

#: src/io/ser.c:607
msgid "Warning: timestamps in the SER file are not in the correct order.\n"
msgstr "警告：SER 文件中的时间戳顺序不正确。\n"

#. closes, frees and zeroes
#: src/io/ser.c:629
#, c-format
msgid "Removing failed SER file: %s\n"
msgstr "正在删除失败的 SER 文件: %s\n"

#: src/io/ser.c:640
msgid "The SER sequence is being created with no image in it.\n"
msgstr "正在创建的 SER 序列中没有图像。\n"

#: src/io/ser.c:720
#, c-format
msgid "Created SER file %s\n"
msgstr "已创建 SER 文件 %s\n"

#: src/io/ser.c:929 src/io/ser.c:1172
msgid "This type of Bayer pattern is not handled yet.\n"
msgstr "这个类型的拜耳阵列模式尚未被支持。\n"

#: src/io/ser.c:1120
msgid "For a demosaiced image, layer has to be R, G or B (0 to 2).\n"
msgstr "对于去马赛克图像，图层必须为 R、G 或 B（0 到 2）。\n"

#: src/io/ser.c:1246
msgid "Trying to add an image of different size in a SER\n"
msgstr "试图在SER文件中加入不是一致尺寸的图像\n"

#: src/io/single_image.c:222
msgid "Cannot open a sequence from here\n"
msgstr "在此无法打开序列\n"

#: src/io/single_image.c:237
#, c-format
msgid "Opening %s failed.\n"
msgstr "打开 %s 失败。\n"

#: src/io/single_image.c:283
msgid ""
"Cannot open another file while the processing thread is still operating on "
"the current one!\n"
msgstr "当处理线程仍在当前文件上运行时，无法打开另一个文件！\n"

#: src/io/single_image.c:295
msgid "Error opening file"
msgstr "打开文件失败"

#: src/io/single_image.c:296
msgid ""
"There was an error when opening this image. See the log for more information."
msgstr "打开图像发生错误。请查询日志以获取更多信息。"

#: src/io/siril_catalogues.c:258
msgid "Tycho-2"
msgstr "Tycho-2"

#: src/io/siril_catalogues.c:260
msgid "NOMAD"
msgstr "NOMAD"

#: src/io/siril_catalogues.c:262
msgid "Gaia DR3 (via Vizier)"
msgstr "Gaia DR3 (via Vizier)"

#: src/io/siril_catalogues.c:264
msgid "Gaia DR3 (direct)"
msgstr "Gaia DR3 (direct)"

#: src/io/siril_catalogues.c:266
msgid "PPMXL"
msgstr "PPMXL"

#: src/io/siril_catalogues.c:268
msgid "bright stars"
msgstr "亮星"

#: src/io/siril_catalogues.c:272
msgid "AAVSO Variable stars"
msgstr "AAVSO 变星"

#: src/io/siril_catalogues.c:274
msgid "GCVS"
msgstr "GCVS"

#: src/io/siril_catalogues.c:278
msgid "Gaia DR3 Variability"
msgstr "Gaia DR3 光变数据集"

#: src/io/siril_catalogues.c:280
msgid "PGC"
msgstr "PGC"

#: src/io/siril_catalogues.c:282
msgid "Exoplanet archive"
msgstr "系外行星档案"

#: src/io/siril_catalogues.c:284
msgid "IMCCE solar system"
msgstr "IMCEE 太阳系"

#: src/io/siril_catalogues.c:286
msgid "AAVSO VSP Chart"
msgstr "AAVSO VSP 星图"

#: src/io/siril_catalogues.c:288
msgid "Tycho-2+NOMAD"
msgstr "Tycho-2+NOMAD星表"

#: src/io/siril_catalogues.c:290
msgid "Gaia DR3 astrometry"
msgstr "Gaia DR3 天体测量"

#: src/io/siril_catalogues.c:293
msgid "Gaia DR3 xp_sampled"
msgstr "Gaia DR3 xp_sampled 星表"

#: src/io/siril_catalogues.c:387
#, c-format
msgid ""
"Did not find the minimal set of columns necessary for the catalog %s, "
"aborting\n"
msgstr "未找到星表 %s 所需的最小列集，异常中止\n"

#: src/io/siril_catalogues.c:645 src/io/siril_catalogues.c:648
#, c-format
msgid "Could not open the catalog (%s)\n"
msgstr "无法打开星表（%s）\n"

#: src/io/siril_catalogues.c:689
msgid "No columns found in the catalogue\n"
msgstr "在星表中找不到列\n"

#. checking that current line has a number of columns consistent with the headers
#: src/io/siril_catalogues.c:709
#, c-format
msgid "Malformed line found %s\n"
msgstr "发现格式错误的行: %s\n"

#: src/io/siril_catalogues.c:742
#, c-format
msgid ""
"Catalog %s was read but no items were found in the view cone, nothing to "
"show\n"
msgstr "星表 %s 已读取，但在视锥中未找到任何项目，没有可显示的内容\n"

#: src/io/siril_catalogues.c:950
msgid "Cannot correct for velocities, will use ra/dec as is\n"
msgstr "无法校正速率，将按原样使用 赤经/赤纬\n"

#: src/io/siril_catalogues.c:951
msgid "To tag solar system objects, please refer to conesearch command\n"
msgstr "要标记太阳系天体，请参考conesearch命令\n"

#: src/io/siril_catalogues.c:1039
msgid "no DATE-OBS information, cannot account for stars proper motions\n"
msgstr "没有 DATE-OBS 信息，无法解释恒星自行运动\n"

#: src/io/siril_catalogues.c:1042
msgid "This catalog does not have proper motion info, will not be computed\n"
msgstr "该星表没有自行信息，不会被计算\n"

#: src/io/siril_catalogues.c:1104
#, c-format
msgid ""
"Won't log list of objects for catalog %s which does not have name "
"information\n"
msgstr "不会记录没有名称信息的星表 %s 的天体列表\n"

#: src/io/siril_catalogues.c:1108
msgid "Won't show objects tags as there is no display, ignoring\n"
msgstr "不会显示天体标签，因为没有显示，已忽略\n"

#: src/io/siril_catalogues.c:1112
#, c-format
msgid ""
"Won't display objects tags for catalog %s which does not have name "
"information\n"
msgstr "不会显示没有名称信息的星表 %s 的天体标签\n"

#: src/io/siril_catalogues.c:1132
#, c-format
msgid "Using default observatory code %s\n"
msgstr "使用默认天文台代码 %s\n"

#: src/io/siril_catalogues.c:1136
msgid ""
"Did not specify an observatory code, using geocentric by default, positions "
"may not be accurate\n"
msgstr "未指定天文台代码，默认使用地心，位置可能不准确\n"

#: src/io/siril_catalogues.c:1264
#, c-format
msgid "The %s catalog has been successfully downloaded\n"
msgstr "%s 星表已成功下载\n"

#: src/io/siril_catalogues.c:1275
msgid "No item found in the image\n"
msgstr "图像中未找到项目\n"

#. Summary log message
#: src/io/siril_catalogues.c:1407
#, c-format
msgid "%d objects found%s in the image (mag limit %.2f) using %s catalogue\n"
msgstr "%d 个天体在图像%s中找到（极限星等: %.2f，使用星表: %s）\n"

#: src/io/siril_catalogues.c:1465
#, c-format
msgid "List saved to %s\n"
msgstr "列表已保存至 %s\n"

#: src/io/siril_catalogues.c:1467
#, c-format
msgid "Failed to save list to %s\n"
msgstr "将列表保存到%s时出错\n"

#: src/io/siril_git.c:144
msgid ""
"Error removing Git lock files. You may need to delete the local git "
"repository and allow Siril to re-clone it.\n"
msgstr ""
"删除 Git 锁定文件时出错。可能需要删除本地 Git 仓库并允许 Siril 重新克隆它。\n"

#. Not a valid git path
#: src/io/siril_git.c:153
msgid "Invalid Git repository path.\n"
msgstr "Git仓库路径无效。\n"

#: src/io/siril_git.c:166 src/io/siril_git.c:177 src/io/siril_git.c:188
msgid ""
"Error performing hard reset. You may need to delete the local git repository "
"and allow Siril to re-clone it.\n"
msgstr ""
"执行硬重置时出错。您可能需要删除本地 git 仓库并允许 Siril 重新克隆它。\n"

#: src/io/siril_git.c:209
msgid ""
"Unable to create anonymous remote for the repository. Check your "
"connectivity and try again.\n"
msgstr "无法为仓库创建匿名远程。检查您的连接并重试。\n"

#: src/io/siril_git.c:228
msgid ""
"Detected 1.4.0-beta2 bug condition. Removing and re-cloning repository...\n"
msgstr "检测到 1.4.0-beta2 的 bug 。删除并重新克隆存储库...\n"

#: src/io/siril_git.c:233
#, c-format
msgid "Error removing repository directory: %s\n"
msgstr "移除仓库目录时出错：%s\n"

#: src/io/siril_git.c:242 src/io/siril_git.c:569 src/io/siril_git.c:594
#, c-format
msgid "Error cloning repository into %s: %s\n"
msgstr "将仓库克隆到%s时出错：%s\n"

#: src/io/siril_git.c:246
msgid "Repository re-cloned successfully!\n"
msgstr "仓库重新克隆成功！\n"

#: src/io/siril_git.c:250
msgid ""
"Error fetching remote: Remote repository or references not found. Check the "
"repository URL and your connectivity.\n"
msgstr "远程获取出错：找不到远程仓库或引用。请检查仓库URL和网络连接。\n"

#. Generic fallback
#: src/io/siril_git.c:255
msgid ""
"Error fetching remote. This may be a temporary error, check your "
"connectivity and try again.\n"
msgstr "获取远程时出错。这可能是暂时错误，请检查您的连接并重试。\n"

#: src/io/siril_git.c:502 src/io/siril_git.c:836
#, fuzzy
msgid "Failed to open repository.\n"
msgstr "无法查找远程。\n"

#: src/io/siril_git.c:508 src/io/siril_git.c:614 src/io/siril_git.c:842
#: src/io/siril_git.c:922
msgid "Failed to lookup remote.\n"
msgstr "无法查找远程。\n"

#: src/io/siril_git.c:515 src/io/siril_git.c:850
#, fuzzy
msgid "Cannot identify local repository's configured remote.\n"
msgstr "错误：无法识别本地仓库配置的远程仓库。\n"

#: src/io/siril_git.c:522
#, fuzzy, c-format
msgid ""
"Local siril-scripts repository folder %s is not configured with %s as its "
"remote.\n"
msgstr ""
"错误：本地 Siril-scripts 仓库文件夹未配置 %s 作为其远程。您应该删除文件夹 %s "
"并重新启动 Siril 以重新克隆正确的仓库。\n"

#: src/io/siril_git.c:539
#, fuzzy
msgid ""
"Existing directory is not a valid git repository or is misconfigured. "
"Cleaning up...\n"
msgstr "现有的git仓库目录无效。清理中...\n"

#: src/io/siril_git.c:555 src/io/siril_git.c:879
#, c-format
msgid "Error deleting existing directory %s: %s\n"
msgstr "删除现有目录%s时出错：%s\n"

#. Now attempt to clone into the clean directory
#: src/io/siril_git.c:565 src/io/siril_git.c:590 src/io/siril_git.c:888
#: src/io/siril_git.c:904
msgid "Attempting to clone from remote source...\n"
msgstr "正在尝试从远程源克隆...\n"

#: src/io/siril_git.c:575 src/io/siril_git.c:600 src/io/siril_git.c:897
#: src/io/siril_git.c:914
msgid "Repository cloned successfully!\n"
msgstr "仓库克隆成功！\n"

#: src/io/siril_git.c:579 src/io/siril_git.c:604
msgid ""
"Siril is in offline mode. Will not attempt to clone remote repository.\n"
msgstr "Siril现为离线模式。不会克隆远程仓库。\n"

#: src/io/siril_git.c:622 src/io/siril_git.c:930
msgid "Error: cannot identify local repository's configured remote.\n"
msgstr "错误：无法识别本地仓库配置的远程仓库。\n"

#: src/io/siril_git.c:631
#, c-format
msgid ""
"Error: local siril-scripts repository folder is not configured with %s as "
"its remote. You should remove the folder %s and restart Siril to re-clone "
"the correct repository.\n"
msgstr ""
"错误：本地 Siril-scripts 仓库文件夹未配置 %s 作为其远程。您应该删除文件夹 %s "
"并重新启动 Siril 以重新克隆正确的仓库。\n"

#: src/io/siril_git.c:636 src/io/siril_git.c:944
msgid "Repository Error"
msgstr "仓库错误"

#: src/io/siril_git.c:657 src/io/siril_git.c:670 src/io/siril_git.c:962
#: src/io/siril_git.c:974
msgid ""
"Error performing hard reset. If the problem persists you may need to delete "
"the local git repository and allow Siril to re-clone it.\n"
msgstr ""
"执行硬重置时出错。如果问题仍然存在，您可能需要删除本地 git 仓库并允许 Siril "
"重新克隆它。\n"

#: src/io/siril_git.c:679
msgid "Local scripts repository is up-to-date!\n"
msgstr "本地脚本仓库是最新的！\n"

#: src/io/siril_git.c:708
#, fuzzy
msgid "Scripts repository directory does not exist.\n"
msgstr "移除仓库目录时出错：%s\n"

#: src/io/siril_git.c:717
#, fuzzy
msgid "Failed to open scripts repository.\n"
msgstr "错误：无法打开本地脚本仓库。\n"

#: src/io/siril_git.c:726
msgid "Error accessing repository index.\n"
msgstr "访问存储库索引时出错。\n"

#: src/io/siril_git.c:744
msgid "Warning: failed to get repository index entry.\n"
msgstr "警告：获取仓库索引条目失败。\n"

#: src/io/siril_git.c:750
msgid "Warning: skipping script with invalid UTF-8 path.\n"
msgstr "警告：跳过UTF-8路径无效的脚本。\n"

#: src/io/siril_git.c:763
msgid "Warning: memory allocation failed for script path.\n"
msgstr "警告：为脚本路径分配内存失败。\n"

#: src/io/siril_git.c:857
#, fuzzy, c-format
msgid ""
"Local siril-spcc-database repository folder %s is not configured with %s as "
"its remote.\n"
msgstr ""
"错误：本地 Siril-spcc-database 仓库文件夹未配置为 %s 作为其远程。您应该删除文"
"件夹 %s 并重新启动 Siril 以重新克隆正确的仓库。\n"

#: src/io/siril_git.c:874
msgid "Existing directory is not a valid git repository. Cleaning up...\n"
msgstr "现有的git仓库目录无效。清理中...\n"

#: src/io/siril_git.c:892 src/io/siril_git.c:909
#, c-format
msgid "Error cloning repository: %s\n"
msgstr "克隆仓库时出错：%s\n"

#: src/io/siril_git.c:939
#, c-format
msgid ""
"Error: local siril-spcc-database repository folder is not configured with %s "
"as its remote. You should remove the folder %s and restart Siril to re-clone "
"the correct repository.\n"
msgstr ""
"错误：本地 Siril-spcc-database 仓库文件夹未配置为 %s 作为其远程。您应该删除文"
"件夹 %s 并重新启动 Siril 以重新克隆正确的仓库。\n"

#: src/io/siril_git.c:980
msgid "Local SPCC database repository is up-to-date!\n"
msgstr "本地 SPCC 数据库仓库是最新的！\n"

#: src/io/siril_git.c:1325
msgid "Error opening scripts repository\n"
msgstr "打开脚本仓库出错\n"

#: src/io/siril_pythoncommands.c:504
msgid "Unknown config type"
msgstr "未知配置类型"

#: src/io/siril_pythoncommands.c:662
msgid "Received incomplete command header\n"
msgstr "收到的命令头不完整\n"

#: src/io/siril_pythoncommands.c:671
#, c-format
msgid "Received incomplete command payload: length = %u, expected %u\n"
msgstr "收到不完整的命令数据载荷：实际长度 = %u，预期长度应为 %u\n"

#. Handle error retrieving dimensions
#: src/io/siril_pythoncommands.c:701 src/io/siril_pythoncommands.c:735
msgid "Failed to retrieve image dimensions - no image loaded"
msgstr "无法获取图像尺寸 - 未加载图像"

#. Handle error retrieving dimensions
#: src/io/siril_pythoncommands.c:758
msgid "Failed to retrieve current vport - no image loaded"
msgstr "检索当前vport失败 - 未加载图像"

#: src/io/siril_pythoncommands.c:775
msgid "Failed to set selection - selection exceeds image bounds"
msgstr "无法设置选区 - 超出图像边界"

#. Handle error retrieving dimensions
#: src/io/siril_pythoncommands.c:787
#, fuzzy
msgid "Failed to set selection - no image or sequence frame loaded"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:803
#, c-format
msgid "Unexpected payload length %u received for GET_PIXELDATA\n"
msgstr "GET_PIXELDATA收到了意外的载荷长度：%u\n"

#: src/io/siril_pythoncommands.c:817 src/io/siril_pythoncommands.c:1276
#: src/io/siril_pythoncommands.c:1303 src/io/siril_pythoncommands.c:1370
#: src/io/siril_pythoncommands.c:1383 src/io/siril_pythoncommands.c:1410
#: src/io/siril_pythoncommands.c:1463 src/io/siril_pythoncommands.c:1950
#: src/io/siril_pythoncommands.c:2549 src/io/siril_pythoncommands.c:2562
#: src/io/siril_pythoncommands.c:2580 src/io/siril_pythoncommands.c:2587
#: src/io/siril_pythoncommands.c:2622 src/io/siril_pythoncommands.c:3065
#: src/io/siril_pythoncommands.c:3397
msgid "Invalid payload length"
msgstr "无效载荷长度"

#: src/io/siril_pythoncommands.c:860 src/io/siril_pythoncommands.c:1013
msgid "Invalid selection"
msgstr "无效选区"

#: src/io/siril_pythoncommands.c:905
#, fuzzy
msgid "Selection too close to edge of image"
msgstr "选区大于图像\n"

#: src/io/siril_pythoncommands.c:911 src/io/siril_pythoncommands.c:1004
#: src/io/siril_pythoncommands.c:1428 src/io/siril_pythoncommands.c:1938
msgid "Invalid channel"
msgstr "无效通道"

#: src/io/siril_pythoncommands.c:926
msgid "Failed to find a star"
msgstr "无法找到一个星点"

#: src/io/siril_pythoncommands.c:948 src/io/siril_pythoncommands.c:1024
#: src/io/siril_pythoncommands.c:1451 src/io/siril_pythoncommands.c:1515
#: src/io/siril_pythoncommands.c:1647 src/io/siril_pythoncommands.c:1679
#: src/io/siril_pythoncommands.c:1913 src/io/siril_pythoncommands.c:2086
#: src/io/siril_pythoncommands.c:2117 src/io/siril_pythoncommands.c:2537
msgid "Memory allocation error"
msgstr "内存分配错误"

#: src/io/siril_pythoncommands.c:974
msgid "Invalid region: selection breaches image dimensions"
msgstr "无效区域：选区与图像的维度不同"

#: src/io/siril_pythoncommands.c:997 src/io/siril_pythoncommands.c:1421
#: src/io/siril_pythoncommands.c:1502 src/io/siril_pythoncommands.c:2105
#: src/io/siril_pythoncommands.c:2128 src/io/siril_pythoncommands.c:2166
#: src/io/siril_pythoncommands.c:2190 src/io/siril_pythoncommands.c:2246
msgid "No image loaded"
msgstr "未载入图像"

#: src/io/siril_pythoncommands.c:1048
#, c-format
msgid "Unexpected payload length %u received for GET_PIXELDATA_REGION\n"
msgstr "GET_PIXELDATA_REGION收到了意外的载荷长度：%u\n"

#: src/io/siril_pythoncommands.c:1060
msgid "Invalid FINISHED_WITH_SHM payload"
msgstr "FINISHED_WITH_SHM载荷无效"

#: src/io/siril_pythoncommands.c:1146
msgid "Unknown dialog type"
msgstr "未知星表类型"

#: src/io/siril_pythoncommands.c:1185
msgid "Undo not supported in headless mode"
msgstr "headless 模式下不支持撤销"

#. Handle error
#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:1198 src/io/siril_pythoncommands.c:1267
msgid "Image not loaded"
msgstr "图像未载入"

#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:1211
msgid "Working directory not set"
msgstr "链接：工作目录未设置"

#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:1225
msgid "Error: user config directory not set"
msgstr "错误：用户配置目录未设置"

#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:1240
msgid "Error: user data directory not set"
msgstr "错误：用户数据目录未设置"

#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:1254
msgid "Error: system data directory not set"
msgstr "错误：系统数据目录未设置"

#: src/io/siril_pythoncommands.c:1292
#, fuzzy
msgid "Invalid sequence type"
msgstr "内核类型无效"

#: src/io/siril_pythoncommands.c:1312
#, fuzzy
msgid "Failed to load sequence frame: index out of range"
msgstr "无法载入序列帧"

#: src/io/siril_pythoncommands.c:1331
msgid "Failed to load sequence frame"
msgstr "无法载入序列帧"

#: src/io/siril_pythoncommands.c:1359
#, c-format
msgid "Error writing sequence frame %i from Python\n"
msgstr "利用Python写入序列的第%i帧时出错\n"

#: src/io/siril_pythoncommands.c:1438
msgid "No stats"
msgstr "无数据"

#: src/io/siril_pythoncommands.c:1536 src/io/siril_pythoncommands.c:1580
#: src/io/siril_pythoncommands.c:1621 src/io/siril_pythoncommands.c:2518
msgid "Incorrect command arguments"
msgstr "不正确的命令参数"

#: src/io/siril_pythoncommands.c:1546 src/io/siril_pythoncommands.c:1960
#: src/io/siril_pythoncommands.c:2009 src/io/siril_pythoncommands.c:2059
#: src/io/siril_pythoncommands.c:3027
msgid "Memory allocation failed"
msgstr "内存分配失败"

#: src/io/siril_pythoncommands.c:1551 src/io/siril_pythoncommands.c:1560
msgid "No regdata available"
msgstr "没有可用的对齐数据"

#: src/io/siril_pythoncommands.c:1602
msgid "Error building frame filename"
msgstr "创建当前帧的文件名时出错"

#: src/io/siril_pythoncommands.c:1633
msgid "No stats for this sequence"
msgstr "此序列没有统计数据"

#: src/io/siril_pythoncommands.c:1641
msgid "No stats for this channel for this frame"
msgstr "此帧的此通道无统计数据"

#: src/io/siril_pythoncommands.c:1667 src/io/siril_pythoncommands.c:1769
#: src/io/siril_pythoncommands.c:2685 src/io/siril_pythoncommands.c:2751
#: src/io/siril_pythoncommands.c:2923
msgid "Incorrect command argument"
msgstr "命令参数错误"

#: src/io/siril_pythoncommands.c:1696
msgid "Incorrect payload"
msgstr "错误的载荷"

#: src/io/siril_pythoncommands.c:1717
msgid "Selection cropped to frame boundaries\n"
msgstr "已将帧边界裁切至选区\n"

#: src/io/siril_pythoncommands.c:1723
msgid "Failed to read sequence frame"
msgstr "无法读取序列帧"

#: src/io/siril_pythoncommands.c:1736
msgid "Invalid dimensions"
msgstr "无效尺寸"

#: src/io/siril_pythoncommands.c:1776 src/io/siril_pythoncommands.c:2693
msgid "Failed to read frame metadata"
msgstr "无法读取帧的元数据"

#: src/io/siril_pythoncommands.c:1797 src/io/siril_pythoncommands.c:2803
#, fuzzy
msgid "Memory allocation error: response buffer"
msgstr "内存分配错误"

#: src/io/siril_pythoncommands.c:1808 src/io/siril_pythoncommands.c:2812
msgid "fits_to_py conversion error"
msgstr ""

#: src/io/siril_pythoncommands.c:1816 src/io/siril_pythoncommands.c:2819
msgid "keywords_to_py conversion error"
msgstr ""

#: src/io/siril_pythoncommands.c:1828
#, fuzzy
msgid "Pixel shared memory allocation error"
msgstr "内存分配错误"

#: src/io/siril_pythoncommands.c:1983
#, fuzzy
msgid "Star detection failed"
msgstr "星点侦测"

#: src/io/siril_pythoncommands.c:1997
msgid "No stars in image"
msgstr "图中没有星"

#: src/io/siril_pythoncommands.c:2022
#, fuzzy
msgid "Star conversion error"
msgstr "中心坐标选取错误"

#: src/io/siril_pythoncommands.c:2049
msgid "No background samples list available"
msgstr "没有可用的背景样本列表"

#: src/io/siril_pythoncommands.c:2068
msgid "Mismatch in samples count"
msgstr "样本数量不匹配"

#: src/io/siril_pythoncommands.c:2076
msgid "Unexpected null background sample"
msgstr "意外的空背景样本"

#: src/io/siril_pythoncommands.c:2133
msgid "Image has no ICC profile"
msgstr "图像不含 ICC 色彩特性文件"

#: src/io/siril_pythoncommands.c:2149
msgid "Siril is running headless, no display ICC profile"
msgstr ""

#: src/io/siril_pythoncommands.c:2172 src/io/siril_pythoncommands.c:2698
msgid "Image has no FITS header"
msgstr "图像没有FITS文件头"

#: src/io/siril_pythoncommands.c:2196
msgid "Image has no history entries"
msgstr "图像没有历史输入"

#: src/io/siril_pythoncommands.c:2252
msgid "Image has no unknown keys"
msgstr "图像有未知关键字"

#. Need at least two null-terminated strings
#: src/io/siril_pythoncommands.c:2267
msgid "Group and key must be provided"
msgstr "必须提供组和键"

#: src/io/siril_pythoncommands.c:2276
msgid "Malformed group/key data"
msgstr "畸形的键值数据"

#: src/io/siril_pythoncommands.c:2287
msgid "Configuration key not found"
msgstr "找不到配置的键"

#. Handle no WCS error
#: src/io/siril_pythoncommands.c:2314 src/io/siril_pythoncommands.c:2354
msgid "Siril image is not plate solved"
msgstr "Siril 图像未解析"

#. Handle error retrieving dimensions
#: src/io/siril_pythoncommands.c:2343 src/io/siril_pythoncommands.c:2381
msgid "Failed to set selection - no image loaded"
msgstr "无法设置选区 - 未载入图像"

#. Handle error retrieving the working directory
#: src/io/siril_pythoncommands.c:2397
msgid "Failed to retrieve bundle path"
msgstr "无法获取捆绑包路径"

#. Handle error: OS is not Windows
#: src/io/siril_pythoncommands.c:2402
msgid "_get_bundle_path() only applicable on Windows"
msgstr "_get_bundle_path()仅在Windows上可用"

#. Unable to claim the thread
#: src/io/siril_pythoncommands.c:2412
msgid ""
"the processing thread is locked. Wait for the current processing task to "
"finish."
msgstr "处理中的线程已锁定。请等待当前处理任务完成。"

#. Unable to claim the thread
#: src/io/siril_pythoncommands.c:2417
msgid ""
"an image processing dialog is open. Close it to release the image lock and "
"try again."
msgstr "有已打开的图像处理对话框。请将其关闭，以解除图像锁定，然后再试。"

#. Unable to claim the thread
#: src/io/siril_pythoncommands.c:2426
msgid "Unknown error"
msgstr "未知错误"

#: src/io/siril_pythoncommands.c:2452 src/io/siril_pythoncommands.c:2501
msgid "Incorrect payload length"
msgstr "无效载荷长度"

#: src/io/siril_pythoncommands.c:2478
msgid "Index is out of range"
msgstr "索引越界"

#: src/io/siril_pythoncommands.c:2523
msgid "No distodata available"
msgstr "没有可用的畸变数据"

#: src/io/siril_pythoncommands.c:2604
msgid "No polygon found matching id"
msgstr "找不到与id匹配的多边形"

#: src/io/siril_pythoncommands.c:2612
msgid "Failed to serialize user polygon"
msgstr "无法序列化用户多边形"

#: src/io/siril_pythoncommands.c:2632
msgid "No user polygons to serialize"
msgstr "没有要序列化的用户多边形"

#: src/io/siril_pythoncommands.c:2638
msgid "Failed to serialize user polygon list"
msgstr "无法序列化用户多边形列表"

#: src/io/siril_pythoncommands.c:2653 src/io/siril_pythoncommands.c:2659
#: src/io/siril_pythoncommands.c:2665
msgid "Argument error"
msgstr "参数错误"

#: src/io/siril_pythoncommands.c:2719
msgid "Could not create the new sequence"
msgstr "无法创建新序列"

#: src/io/siril_pythoncommands.c:2730
msgid "Wrong mouse mode"
msgstr "鼠标模式错误"

#: src/io/siril_pythoncommands.c:2740
msgid "Invalid payload for CMD_DRAW_POLYGON"
msgstr "CMD_DRAW_POLYGON的载荷无效"

#: src/io/siril_pythoncommands.c:2765 src/io/siril_pythoncommands.c:2929
#, fuzzy
msgid "Invalid filepath length"
msgstr "无效载荷长度"

#: src/io/siril_pythoncommands.c:2775 src/io/siril_pythoncommands.c:2941
msgid "File does not exist or is not accessible"
msgstr ""

#: src/io/siril_pythoncommands.c:2784 src/io/siril_pythoncommands.c:2955
#, fuzzy
msgid "Failed to read image file"
msgstr "无法分配图像缓冲区"

#: src/io/siril_pythoncommands.c:2845
msgid "imstats_to_py conversion error"
msgstr ""

#: src/io/siril_pythoncommands.c:2860 src/io/siril_pythoncommands.c:2879
#: src/io/siril_pythoncommands.c:2899
#, fuzzy
msgid "Shared memory allocation error"
msgstr "内存分配错误"

#: src/io/siril_pythoncommands.c:3035
#, fuzzy
msgid "No analysis available"
msgstr "没有可用的对齐数据"

#: src/io/siril_pythoncommands.c:3138
#, fuzzy
msgid "Failed to set STF - invalid mode value"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:3150 src/io/siril_pythoncommands.c:3178
#: src/io/siril_pythoncommands.c:3235
#, fuzzy
msgid "Failed to set slider state - invalid payload length"
msgstr "无法设置选区 - 未载入图像"

#. Handle error - no image loaded
#: src/io/siril_pythoncommands.c:3157 src/io/siril_pythoncommands.c:3184
#: src/io/siril_pythoncommands.c:3242
#, fuzzy
msgid "Failed to set slider state - no image loaded"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:3224
#, fuzzy
msgid "Failed to set slider state - invalid mode value"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:3260
#, fuzzy
msgid "Error: invalid slider values"
msgstr "错误：值数组缺失或无效。\n"

#: src/io/siril_pythoncommands.c:3272
#, fuzzy
msgid "Failed to set slider values - invalid payload length"
msgstr "无法设置选区 - 未载入图像"

#. Handle error - no image loaded
#: src/io/siril_pythoncommands.c:3279
#, fuzzy
msgid "Failed to set slider values - no image loaded"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:3302 src/io/siril_pythoncommands.c:3334
#, fuzzy
msgid "Failed to set display offset - invalid payload length"
msgstr "无法设置选区 - 未载入图像"

#. Handle error - no image loaded
#: src/io/siril_pythoncommands.c:3309 src/io/siril_pythoncommands.c:3341
#, fuzzy
msgid "Failed to set display offset - no image loaded"
msgstr "无法设置选区 - 未载入图像"

#: src/io/siril_pythoncommands.c:3368
#, fuzzy
msgid "Failed to set image filename - empty filename provided"
msgstr "无法获取图像尺寸 - 未加载图像"

#: src/io/siril_pythoncommands.c:3378
msgid "Log only available in GUI mode"
msgstr ""

#: src/io/siril_pythoncommands.c:3407
msgid "Unknown command"
msgstr "未知命令"

#: src/io/siril_pythonmodule.c:196
#, c-format
msgid "Invalid file descriptor after shm_open: %s\n"
msgstr "shm_open之后的文件描述符无效：%s\n"

#: src/io/siril_pythonmodule.c:201
msgid "Invalid file descriptor after shm_open\n"
msgstr "shm_open之后的文件描述符无效\n"

#: src/io/siril_pythonmodule.c:209
msgid "Invalid page size reported\n"
msgstr "报告的页面大小无效\n"

#: src/io/siril_pythonmodule.c:221
#, c-format
msgid "Failed to set shared memory size (total_bytes: %ld): %s\n"
msgstr "无法设置共享内存大小（总字节数：%ld）：%s\n"

#: src/io/siril_pythonmodule.c:231
#, c-format
msgid "Failed to map shared memory: %s\n"
msgstr "无法映射共享内存：%s\n"

#: src/io/siril_pythonmodule.c:341
#, fuzzy
msgid "Failed to retrieve pixel data - no FITS image"
msgstr "无法获取像素数据 - 未加载图像"

#: src/io/siril_pythonmodule.c:368 src/io/siril_pythonmodule.c:377
#: src/io/siril_pythonmodule.c:386 src/io/siril_pythonmodule.c:497
#: src/io/siril_pythonmodule.c:505 src/io/siril_pythonmodule.c:514
msgid "Failed to allocate shared memory"
msgstr "无法分配共享内存"

#: src/io/siril_pythonmodule.c:485
msgid "Incorrect memory region specification"
msgstr "内存区域指定错误"

#: src/io/siril_pythonmodule.c:550
msgid ""
"Processing thread is not claimed: unable to update the current image. This "
"is a script error: claim_thread() has either not been called or has failed, "
"or the thread has been released too early."
msgstr ""
"处理线程未被声明：无法更新当前图像。这是一个脚本错误：claim_thread() 函数未被"
"调用或调用失败，或线程过早被释放。"

#: src/io/siril_pythonmodule.c:559
msgid ""
"No image or sequence loaded: set_pixel_data() can only be used to update a "
"loaded image, not to create a new one"
msgstr ""
"未加载图像或序列：set_pixel_data() 只能用于更新已加载的图像，而不能创建新图像"

#: src/io/siril_pythonmodule.c:566
msgid "Invalid image info size"
msgstr "图像信息大小无效"

#: src/io/siril_pythonmodule.c:578
msgid "Invalid image size: exceeds memory limit"
msgstr "图像尺寸无效：超出内存限制"

#: src/io/siril_pythonmodule.c:589 src/io/siril_pythonmodule.c:765
#, c-format
msgid "Invalid image dimensions or format: w = %u, h = %u, c = %u, size = %s"
msgstr "图像尺寸或格式无效: w = %u, h = %u, c = %u, size = %s"

#: src/io/siril_pythonmodule.c:601 src/io/siril_pythonmodule.c:778
msgid "Error: image pixelbuffer does not match expected size"
msgstr "错误：图像像素缓冲区与预期尺寸不匹配"

#: src/io/siril_pythonmodule.c:603
msgid "Error in send_response: size mismatch\n"
msgstr "send_response错误：尺寸不匹配\n"

#: src/io/siril_pythonmodule.c:607 src/io/siril_pythonmodule.c:785
msgid "Error: image dimensions exceed available memory"
msgstr "错误：图像尺寸超出可用内存"

#: src/io/siril_pythonmodule.c:609
msgid "Error in send_response: image exceeds available memory\n"
msgstr "send_response错误：图像尺寸超出可用内存\n"

#: src/io/siril_pythonmodule.c:637 src/io/siril_pythonmodule.c:1015
#: src/io/siril_pythonmodule.c:1115 src/io/siril_pythonmodule.c:1206
#: src/io/siril_pythonmodule.c:1267 src/io/siril_pythonmodule.c:1329
msgid "Failed to open shared memory"
msgstr "无法打开共享内存"

#: src/io/siril_pythonmodule.c:646 src/io/siril_pythonmodule.c:1021
#: src/io/siril_pythonmodule.c:1121 src/io/siril_pythonmodule.c:1212
#: src/io/siril_pythonmodule.c:1273 src/io/siril_pythonmodule.c:1335
msgid "Failed to map shared memory"
msgstr "无法映射共享内存"

#: src/io/siril_pythonmodule.c:687 src/io/siril_pythonmodule.c:924
msgid "Failed to allocate image buffer"
msgstr "无法分配图像缓冲区"

#: src/io/siril_pythonmodule.c:744
#, fuzzy
msgid "Invalid save image info size"
msgstr "图像信息大小无效"

#: src/io/siril_pythonmodule.c:815
#, fuzzy
msgid "Failed to open shared memory for image data"
msgstr "无法打开共享内存"

#: src/io/siril_pythonmodule.c:823
#, fuzzy
msgid "Failed to map shared memory for image data"
msgstr "无法映射共享内存"

#: src/io/siril_pythonmodule.c:870
#, fuzzy
msgid "Failed to open shared memory for header"
msgstr "无法打开共享内存"

#: src/io/siril_pythonmodule.c:880
#, fuzzy
msgid "Failed to map shared memory for header"
msgstr "无法映射共享内存"

#: src/io/siril_pythonmodule.c:1026 src/io/siril_pythonmodule.c:1126
#: src/io/siril_pythonmodule.c:1217 src/io/siril_pythonmodule.c:1278
#: src/io/siril_pythonmodule.c:1341
msgid "Error: could not open shared memory"
msgstr "错误：无法打开共享内存"

#: src/io/siril_pythonmodule.c:1077
msgid ""
"Error: Siril has been compiled with a version of Cairo that does not provide "
"SVG surface support. Saving plots as SVG is not possible with this build.\n"
msgstr ""
"错误：Siril 编译时使用的 Cairo 版本不支持 SVG surface 功能。当前版本无法将图"
"表保存为 SVG 格式。\n"

#: src/io/siril_pythonmodule.c:1082
#, c-format
msgid "Saved plot to %s\n"
msgstr "已将图表保存到 %s\n"

#: src/io/siril_pythonmodule.c:1224
#, fuzzy
msgid "Error: could not parse FITS header string"
msgstr "错误：无法解析 -to 值。\n"

#: src/io/siril_pythonmodule.c:1304
msgid "Failed to add user polygon: no image loaded"
msgstr "添加用户多边形失败：未加载图像"

#: src/io/siril_pythonmodule.c:1374
msgid "Failed to add user polygon"
msgstr "添加用户多边形失败"

#: src/io/siril_pythonmodule.c:1394
#, c-format
msgid "Error reading stdout: %s\n"
msgstr "读取stdout时出错：%s\n"

#: src/io/siril_pythonmodule.c:1418
#, c-format
msgid "Error reading stderr: %s\n"
msgstr "无法读取stderr: %s\n"

#: src/io/siril_pythonmodule.c:1646
msgid "Python communication worker finished...\n"
msgstr "Python通信工作程序已完成...\n"

#: src/io/siril_pythonmodule.c:2182
msgid ""
"Installing / updating python module in the background. This may take a few "
"seconds...\n"
msgstr "在后台安装/更新 Python 模块。这可能需要几秒钟...\n"

#: src/io/siril_pythonmodule.c:2224
#, c-format
msgid "Retrying pip installation (attempt %d/%d)...\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2379
msgid "Error checking python magic number: pyc files will not work\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2399
#, c-format
msgid "Preparing python virtual environment: %s.\n"
msgstr "正在准备python虚拟环境：%s。\n"

#. Check the sirilpy python module is the latest version and install or
#. update it using the venv pip if not.
#: src/io/siril_pythonmodule.c:2442
msgid "Checking the python module is up-to-date...\n"
msgstr "正在检查 python 模块是否是最新的......\n"

#: src/io/siril_pythonmodule.c:2447
msgid "Warning: unable to install or update the Siril python module.\n"
msgstr "警告：无法安装或更新 Siril python 模块。\n"

#: src/io/siril_pythonmodule.c:2459
msgid "Python module is up-to-date\n"
msgstr "Python模块已是最新\n"

#: src/io/siril_pythonmodule.c:2495
msgid ""
"Warning: Python initialization in progress. Waiting for it to complete...\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2538
#, c-format
msgid "Virtual environment health check failed: %s\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2541
msgid "Venv exists but is unhealthy. Recreating the venv...\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2566
msgid ""
"Error: msys2 environment detected. Siril Python support cannot be correctly "
"initialized.\n"
msgstr "错误：检测到 msys2 环境。无法正确初始化 Siril Python 支持。\n"

#: src/io/siril_pythonmodule.c:2569
msgid ""
"To complete the process, first make sure you have a Python installation "
"(>=3.9) on your computer.\n"
msgstr "要完成该过程，首先确保您的计算机上已安装 Python（>=3.9）。\n"

#: src/io/siril_pythonmodule.c:2572
msgid ""
"Locate siril.exe (usually located in C:\\msys64\\mingw64\\bin) and start it "
"from there.\n"
msgstr "找到 siril.exe（通常位于 C:\\msys64\\mingw64\\bin）并从此处启动。\n"

#: src/io/siril_pythonmodule.c:2575
msgid ""
"Next time you need to start siril, you can go back to starting it from msys2 "
"terminal.\n"
msgstr "下次需要启动siril时，你可以通过MSYS2终端来启动。\n"

#: src/io/siril_pythonmodule.c:2605
msgid ""
"ERROR: No Python installation found.\n"
"\n"
"Siril requires Python 3.9 or later for advanced features.\n"
"Please install Python from https://www.python.org/downloads/\n"
"\n"
"During installation, ensure you check:\n"
"  - 'Add Python to PATH'\n"
"  - 'Install pip'\n"
"  - 'Install py launcher'\n"
"\n"
"After installing Python, restart Siril.\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2631
msgid ""
"ERROR: Python not found in system PATH.\n"
"\n"
"Siril requires Python 3.9 or later.\n"
"Please install Python using your system package manager:\n"
"\n"
"  Debian/Ubuntu:  sudo apt install python3 python3-venv python3-pip\n"
"  Fedora/RHEL:    sudo dnf install python3 python3-pip\n"
"  Arch Linux:     sudo pacman -S python python-pip\n"
"  openSUSE:       sudo zypper install python3 python3-pip\n"
"  macOS:          brew install python@3.9\n"
"\n"
"After installing Python, restart Siril.\n"
msgstr ""

#: src/io/siril_pythonmodule.c:2650
#, fuzzy, c-format
msgid ""
"ERROR: Python validation failed.\n"
"\n"
"%s\n"
msgstr "错误：内存分配失败。\n"

#: src/io/siril_pythonmodule.c:2678
#, fuzzy, c-format
msgid ""
"ERROR: Failed to execute venv creation command.\n"
"%s\n"
msgstr "创建虚拟环境的命令出错：%s\n"

#: src/io/siril_pythonmodule.c:2687
#, fuzzy, c-format
msgid ""
"ERROR: Failed to create virtual environment.\n"
"%s\n"
msgstr "无法准备虚拟环境\n"

#: src/io/siril_pythonmodule.c:2691
#, fuzzy, c-format
msgid ""
"Python error output:\n"
"%s\n"
msgstr "Python脚本"

#: src/io/siril_pythonmodule.c:2741
#, c-format
msgid "Failed to initialize Python virtual environment: %s\n"
msgstr "无法初始化Python虚拟环境：%s\n"

#: src/io/siril_pythonmodule.c:2753
#, fuzzy, c-format
msgid "Failed to prepare virtual environment: %s\n"
msgstr "无法准备虚拟环境\n"

#: src/io/siril_pythonmodule.c:2808
#, fuzzy
msgid "Python initialization already in progress\n"
msgstr "旋转渐变进行中..."

#: src/io/siril_pythonmodule.c:2850 src/io/siril_pythonmodule.c:2858
#, c-format
msgid "Python process (PID: %d) exited with status %d\n"
msgstr "Python进程（PID: %d）已退出，状态为%d\n"

#: src/io/siril_pythonmodule.c:2861
#, c-format
msgid "Python process (PID: %d) terminated by signal %d\n"
msgstr "Python进程（PID: %d）被信号%d终止\n"

#: src/io/siril_pythonmodule.c:2956
msgid ""
"Error: python not ready yet. This may happen at first run if the python venv "
"and module setup has not yet completed. Please wait a short time for a "
"completion message in the log and try again.\n"
msgstr ""
"错误：python还没配置好。如果python虚拟环境和模块设置尚未完成，则可能会在首次"
"运行时发生这种情况。请稍等，直到日志中出现完成消息后再试。\n"

#: src/io/siril_pythonmodule.c:2983
msgid "Error: failed to create Python connection.\n"
msgstr "错误：创建Python连接失败。\n"

#: src/io/siril_pythonmodule.c:3000
#, fuzzy
msgid "Error: Python worker thread not available.\n"
msgstr "错误：Python连接不可用。\n"

#: src/io/siril_pythonmodule.c:3015
#, fuzzy
msgid "Error: failed to get environment variables.\n"
msgstr "错误：创建Python连接失败。\n"

#: src/io/siril_pythonmodule.c:3079
msgid "Error finding venv python path, unable to spawn python.\n"
msgstr "找不到python虚拟环境的路径，无法调用python。\n"

#: src/io/siril_pythonmodule.c:3144
#, fuzzy, c-format
msgid "Warning: failed to add %s to child process list\n"
msgstr "警告：获取仓库索引条目失败。\n"

#. Log spawn failure details
#: src/io/siril_pythonmodule.c:3150
#, fuzzy, c-format
msgid "Failed to spawn Python process: %s\n"
msgstr "无法执行Python脚本：%s\n"

#: src/io/siril_pythonmodule.c:3167
#, c-format
msgid "Failed to execute Python script: %s\n"
msgstr "无法执行Python脚本：%s\n"

#: src/io/spcc_json.c:64 src/io/spcc_json.c:296 src/io/spcc_json.c:572
#, c-format
msgid "Error loading SPCC JSON file %s: %s (at position %zu)\n"
msgstr "加载 SPCC JSON 文件%s时出错：%s （在位置%zu处）\n"

#: src/io/spcc_json.c:72
msgid "Error: The JSON file should contain an array of objects.\n"
msgstr "错误：JSON 文件应包含对象数组。\n"

#: src/io/spcc_json.c:207
#, c-format
msgid ""
"Error loading SPCC JSON file: arrays have not the same size (%zu != %zu)\n"
msgstr "加载 SPCC JSON 文件时出错：数组大小不同 (%zu != %zu)\n"

#: src/io/spcc_json.c:390
#, c-format
msgid "Error reading JSON object in file %s\n"
msgstr "读取文件 %s 中的 JSON 对象时出错\n"

#: src/io/spcc_json.c:538
#, c-format
msgid "Warning: Duplicate x value detected in JSON file %s: %.1f\n"
msgstr "警告：在 JSON 文件 %s 中检测到重复的 x 值：%.1f\n"

#: src/io/spcc_json.c:585 src/io/spcc_json.c:588
msgid "Error: index % "
msgstr "错误: 索引 % "

#: src/io/spcc_json.c:596
msgid "Error: index must be 0 for single object JSON.\n"
msgstr "错误：对于单对象JSON，索引必须为0。\n"

#: src/io/spcc_json.c:601
msgid "Error: JSON root must be an array or object.\n"
msgstr "错误：JSON root必须是数组或对象。\n"

#: src/io/spcc_json.c:609
msgid "Error: Missing or invalid wavelength/values objects.\n"
msgstr "错误：波长/值对象缺失或无效。\n"

#: src/io/spcc_json.c:616
msgid "Error: Missing or invalid wavelength units.\n"
msgstr "错误：波长单位缺失或无效。\n"

#: src/io/spcc_json.c:627
#, c-format
msgid "Warning: error in JSON file %s: unrecognised wavelength unit\n"
msgstr "警告：JSON 文件 %s 中出现错误：无法识别的波长单位\n"

#: src/io/spcc_json.c:635
msgid "Error: Missing or invalid value range.\n"
msgstr "错误：取值范围缺失或无效。\n"

#: src/io/spcc_json.c:644
msgid "Error: Missing or invalid value arrays.\n"
msgstr "错误：值数组缺失或无效。\n"

#: src/io/spcc_json.c:651
#, c-format
msgid "Error: Invalid array sizes (wavelength: %zu, values: %zu).\n"
msgstr "错误：数组大小（波长: %zu, 值: %zu）无效。\n"

#: src/io/spcc_json.c:662 src/io/spcc_json.c:694
msgid "Error: Memory allocation failed.\n"
msgstr "错误：内存分配失败。\n"

#: src/io/spcc_json.c:676
#, c-format
msgid "Error: Invalid number at index %zu.\n"
msgstr "错误：索引%zu处为无效值。\n"

#: src/livestacking/gui.c:88
#, c-format
msgid "Registering with %s transformation"
msgstr "以变形方式对齐%s"

#: src/livestacking/gui.c:109
msgid "minutes"
msgstr "分"

#: src/livestacking/gui.c:112
msgid "seconds"
msgstr "秒"

#: src/livestacking/gui.c:116
#, c-format
msgid ""
"Noise: %0.3f\n"
"\n"
"Last image processing time: %s"
msgstr ""
"噪声：%0.3f\n"
"\n"
"最后图像处理时间: %s"

#: src/livestacking/gui.c:119
#, c-format
msgid "Noise: %0.3f"
msgstr "噪声：%0.3f"

#: src/livestacking/gui.c:122
msgid "Noise: N/A"
msgstr "噪声：N/A"

#: src/livestacking/gui.c:125
#, c-format
msgid ""
"%d images stacked\n"
"\n"
"%d %s of cumulative exposure"
msgstr ""
"%d 图像已叠加\n"
"\n"
"%d %s 累计曝光时间"

#: src/livestacking/gui.c:137
msgid "Paused ..."
msgstr "已暂停..."

#: src/livestacking/gui.c:251
msgid ""
"COSMETIC CORRECTION: can only use masterdark in livestacking mode - disabling"
msgstr "坏点修正：实时叠加模式下仅可使用主暗场帧 - 已禁用"

#: src/livestacking/gui.c:258
msgid "COSMETIC CORRECTION: could not read the inputs - disabling"
msgstr "坏点修正：无法读取输入 - 关闭"

#: src/livestacking/livestacking.c:114
msgid "Stopping live stacking engine...\n"
msgstr "停止实时叠加引擎…\n"

#: src/livestacking/livestacking.c:219
#, c-format
msgid "File not supported for live stacking: %s\n"
msgstr "实时叠加不支持文件：%s\n"

#: src/livestacking/livestacking.c:227
#, c-format
msgid "Could not open file: %s"
msgstr "无法打开文件: %s"

#: src/livestacking/livestacking.c:246
msgid "Starting live stacking"
msgstr "开始实时叠加"

#: src/livestacking/livestacking.c:266 src/livestacking/livestacking.c:275
#, c-format
msgid "Unable to monitor CWD (%s): %s\n"
msgstr "无法监听CWD路径(%s): %s\n"

#: src/livestacking/livestacking.c:295
#, c-format
msgid "NOT USING DARK: cannot open file '%s'\n"
msgstr "未使用暗场：无法打开文件'%s'\n"

#: src/livestacking/livestacking.c:306 src/livestacking/livestacking.c:333
msgid "Calibration with color images is not yet supported\n"
msgstr "尚不支持校准彩色图像\n"

#: src/livestacking/livestacking.c:318
#, c-format
msgid ""
"Master dark %d x %d configured for live stacking (%s cosmetic correction)\n"
msgstr "主暗场帧 %d x %d 被用于实时叠加（%s坏点修正）\n"

#: src/livestacking/livestacking.c:318
msgid "with"
msgstr "具有"

#: src/livestacking/livestacking.c:318
msgid "without"
msgstr "不具有"

#: src/livestacking/livestacking.c:324
#, c-format
msgid "NOT USING FLAT: cannot open file '%s'\n"
msgstr "未使用平场：无法打开文件 ‘%s’\n"

#: src/livestacking/livestacking.c:341
#, c-format
msgid "Master flat %d x %d configured for live stacking\n"
msgstr "主平场帧 %d x %d 被用于实时叠加\n"

#: src/livestacking/livestacking.c:369
msgid "Preprocessing is ready\n"
msgstr "预处理就绪\n"

#: src/livestacking/livestacking.c:370
msgid "Preprocessing not used\n"
msgstr "预处理未使用\n"

#: src/livestacking/livestacking.c:382
msgid "live stacking is already running, stop it first\n"
msgstr "实时叠加已开启，请先停止\n"

#: src/livestacking/livestacking.c:511 src/registration/global.c:666
msgid "Global star registration"
msgstr "全局星点对齐"

#: src/livestacking/livestacking.c:552
msgid "preprocessing failed\n"
msgstr "预处理失败\n"

#: src/livestacking/livestacking.c:562
msgid "Live stacking waiting for files"
msgstr "实时叠加正在等待文件"

#: src/livestacking/livestacking.c:577
msgid "Failed to open the first image"
msgstr "无法打开第一帧图像"

#: src/livestacking/livestacking.c:590
msgid "live stacking will debayer images\n"
msgstr "实时叠加会对图像解拜耳\n"

#: src/livestacking/livestacking.c:591
msgid "live stacking will not debayer images\n"
msgstr "实时叠加不会对图像解拜耳\n"

#: src/livestacking/livestacking.c:612
#, c-format
msgid "Preprocessed image to %s\n"
msgstr "预处理图像到 %s\n"

#: src/livestacking/livestacking.c:637
msgid "Failed to rename or make a symbolic link to the input file"
msgstr "无法重命名或为输入文件建立符号链接"

#: src/livestacking/livestacking.c:657
msgid "Waiting for second image"
msgstr "等待第二帧图像"

#: src/livestacking/livestacking.c:677
msgid "Failed to read the sequence, aborting."
msgstr "无法读取序列，异常中止。"

#: src/livestacking/livestacking.c:684
#, c-format
msgid "Dark image is not the same size, not using (%dx%d)\n"
msgstr "暗场帧尺寸不统一 (%dx%d)\n"

#: src/livestacking/livestacking.c:691
#, c-format
msgid "Flat image is not the same size, not using (%dx%d)\n"
msgstr "平场帧尺寸不统一 (%dx%d)\n"

#: src/livestacking/livestacking.c:772
msgid "Reference image statistics not found\n"
msgstr "参考帧的统计信息未找到\n"

#: src/livestacking/livestacking.c:783
#, c-format
msgid "Stacking failed for image %d"
msgstr "叠加图像%d失败"

#: src/livestacking/livestacking.c:791
#, c-format
msgid "Could not save the stacking result %s, aborting\n"
msgstr "无法保存叠加结果 %s，异常中止\n"

#: src/livestacking/livestacking.c:815
#, c-format
msgid "Stacked image %d"
msgstr "叠加图像 %d"

#: src/livestacking/livestacking.c:826
#, c-format
msgid "Time to process the last image for live stacking: %s\n"
msgstr "处理实时叠加的最后一幅图像的时间：%s\n"

#: src/main-cli.c:118 src/main.c:132
msgid "changing the current working directory as the argument"
msgstr "该参数用于修改当前工作目录作"

#: src/main-cli.c:119 src/main.c:133
msgid ""
"run the siril commands script in console mode. If argument is equal to \"-"
"\", then siril will read stdin input"
msgstr "在控制台模式运行siril命令脚本，如果参数为“-”则siril会读取stdin作为输入"

#: src/main-cli.c:120 src/main.c:134
msgid ""
"load configuration from file name instead of the default configuration file"
msgstr "从特定文件读取色彩特性而非缺省的配置文件"

#: src/main-cli.c:121 src/main.c:135
msgid "run in console mode with command and log stream through named pipes"
msgstr "运行于控制台模式，命令交互和日志输入通过命名管道"

#: src/main-cli.c:122 src/main.c:136
msgid "specify the path for the read pipe, the one receiving commands"
msgstr "指定读取管道的路径，即接收命令的路径"

#: src/main-cli.c:123 src/main.c:137
msgid "specify the path for the write pipe, the one outputting messages"
msgstr "指定输出消息的写管道的路径"

#: src/main-cli.c:124 src/main.c:138
msgid ""
"print all supported image file formats (depending on installed libraries)"
msgstr "列出所有支持的图像文件格式（依赖于所安装的库）"

#: src/main-cli.c:125 src/main.c:139
msgid "start in offline mode"
msgstr "以离线模式启动"

#: src/main-cli.c:126 src/main.c:140
msgid "print the application’s version"
msgstr "显示应用版本号"

#: src/main-cli.c:127 src/main.c:141
msgid "print the copyright"
msgstr "显示版权信息"

#: src/main-cli.c:172
#, fuzzy, c-format
msgid "Welcome to %s - CLI\n"
msgstr "欢迎使用 %s v%s\n"

#: src/main-cli.c:183 src/main.c:354
#, c-format
msgid "Could not load or create settings file, exiting.\n"
msgstr "无法读取或创建配置文件，程序退出。\n"

#: src/main-cli.c:233 src/main.c:403
#, c-format
msgid "File [%s] does not exist (from CWD, use absolute path?)\n"
msgstr "文件 [%s] 不存在（命令行使用绝对路径）\n"

#. g_signal_connect(app, "open", G_CALLBACK(siril_app_open), NULL);
#: src/main-cli.c:399 src/main.c:650
msgid "Siril - A free astronomical image processing software."
msgstr "Siril - 一款自由的天文图像处理软件。"

#: src/main-cli.c:406 src/main.c:668
#, c-format
msgid "Run “%s --help” to see a full list of available command line options."
msgstr "执行 “%s --help” 来得到一个完整的命令行参数列表。"

#: src/main.c:201
#, c-format
msgid ""
"%s was not found or contains errors, cannot render GUI.\n"
" Exiting.\n"
msgstr ""
"未找到 %s 或包含错误，无法渲染 GUI。\n"
"已退出。\n"

#: src/main.c:215 src/main.c:233
#, c-format
msgid ""
"%s was not found or contains errors, cannot render GUI:\n"
"%s\n"
" Exiting.\n"
msgstr ""
"找不到%s或包含错误，无法渲染GUI：\n"
"%s\n"
"已退出。\n"

#: src/main.c:282
#, c-format
msgid "Initializing FFTW multithreading support...\n"
msgstr "正在初始化 FFTW 多线程支持...\n"

#: src/main.c:343
#, fuzzy, c-format
msgid "Welcome to %s - GUI\n"
msgstr "欢迎使用 %s v%s\n"

#: src/opencv/opencv.cpp:111
#, c-format
msgid "Images with %ld channels are not supported\n"
msgstr "含有 %ld 通道的图像不被支持\n"

#: src/pixelMath/pixel_math_runner.c:68
msgid "Absolute value of x."
msgstr "表达式x的绝对值."

#: src/pixelMath/pixel_math_runner.c:69
msgid "Arc cosine of x."
msgstr "表达式x的反余弦."

#: src/pixelMath/pixel_math_runner.c:70
msgid "Hyperbolic arc cosine of x."
msgstr "表达式x的双曲反余弦。"

#: src/pixelMath/pixel_math_runner.c:71
msgid "Arc sine of x."
msgstr "表达式x的反正弦."

#: src/pixelMath/pixel_math_runner.c:72
msgid "Hyperbolic arc sine of x."
msgstr "表达式x的双曲反正弦。"

#: src/pixelMath/pixel_math_runner.c:73
msgid "Arc tangent of x."
msgstr "表达式x的反正切."

#: src/pixelMath/pixel_math_runner.c:74
msgid "Arc tangent of y/x."
msgstr "表达式y/x的反正切."

#: src/pixelMath/pixel_math_runner.c:75
msgid "Hyperbolic arc tangent of x."
msgstr "表达式x的双曲反正切。"

#: src/pixelMath/pixel_math_runner.c:76
msgid "Round x upwards to the nearest integer."
msgstr "对x向上取整。"

#: src/pixelMath/pixel_math_runner.c:77
msgid "Cosine of x."
msgstr "表达式x的余弦."

#: src/pixelMath/pixel_math_runner.c:78
msgid "Hyperbolic cosine of x."
msgstr "表达式x的双曲余弦."

#: src/pixelMath/pixel_math_runner.c:79
msgid "The constant e=2.718282..."
msgstr "常数e=2.718282…"

#: src/pixelMath/pixel_math_runner.c:80
msgid "Exponential function."
msgstr "指数函数."

#: src/pixelMath/pixel_math_runner.c:81
msgid "Factorial function."
msgstr "阶乘函数."

#: src/pixelMath/pixel_math_runner.c:82
msgid ""
"Conditional function (or inline if function).\n"
"\n"
"Returns <i>expr_true</i> if <i>cond</i> evaluates to nonzero.\n"
"Returns <i>expr_false</i> if <i>cond</i> evaluates to zero."
msgstr ""
"条件函数（或內联if函数）。\n"
"\n"
"返回 <i>expr_true</i> if <i>cond</i> 求值为非零。\n"
"返回 <i>expr_false</i> if <i>cond</i> 求值为零。"

#: src/pixelMath/pixel_math_runner.c:85
msgid "Highest integer less than or equal to x."
msgstr "小于等于x的最大整数."

#: src/pixelMath/pixel_math_runner.c:86
msgid "Natural logarithm of x."
msgstr "自然对数."

#: src/pixelMath/pixel_math_runner.c:87 src/pixelMath/pixel_math_runner.c:88
msgid "Base-10 logarithm of x."
msgstr "以10为底的对数."

#: src/pixelMath/pixel_math_runner.c:89
msgid "Base-2 logarithm of x."
msgstr "以2为底的对数."

#: src/pixelMath/pixel_math_runner.c:90
msgid "Maximum function."
msgstr "最大值函数."

#: src/pixelMath/pixel_math_runner.c:91
msgid "Minimum function."
msgstr "最小值函数."

#: src/pixelMath/pixel_math_runner.c:92
msgid ""
"Midtones Transfer Function (MTF) of x for a midtones balance parameter m in "
"the [0, 1] range."
msgstr "x的中间调传递函数 （MTF）其中间调平衡参数 m 在[0, 1] 范围内。"

#: src/pixelMath/pixel_math_runner.c:93
msgid "Combinations function."
msgstr "组合函数."

#: src/pixelMath/pixel_math_runner.c:94
msgid "Permutations function."
msgstr "排列函数."

#: src/pixelMath/pixel_math_runner.c:95
msgid "The constant π=3.141592..."
msgstr "常数π=3.141592…"

#: src/pixelMath/pixel_math_runner.c:96
msgid "Exponentiation function."
msgstr "幂函数."

#: src/pixelMath/pixel_math_runner.c:97
msgid ""
"Sign of x:\n"
"\n"
"\t +1 if x &gt; 0\n"
"\t −1 if x &lt; 0\n"
"\t  0 if x = 0."
msgstr ""
"表达式x的符号：\n"
"\n"
"\t +1 if x &gt; 0\n"
"\t −1 if x &lt; 0\n"
"\t  0 if x = 0."

#: src/pixelMath/pixel_math_runner.c:101
msgid "Sine of x."
msgstr "表达式x的正弦."

#: src/pixelMath/pixel_math_runner.c:102
msgid "Hyperbolic sine of x."
msgstr "表达式x的双曲正弦."

#: src/pixelMath/pixel_math_runner.c:103
msgid "Square root of x."
msgstr "表达式x的平方根."

#: src/pixelMath/pixel_math_runner.c:104
msgid "Tangent of x."
msgstr "表达式x的正切."

#: src/pixelMath/pixel_math_runner.c:105
msgid "Hyperbolic tangent of x."
msgstr "表达式x的双曲正切."

#: src/pixelMath/pixel_math_runner.c:106
msgid "Truncated integer part of x."
msgstr "表达式x的整数部分（小数全舍）."

#: src/pixelMath/pixel_math_runner.c:110
msgid "Average absolute deviation of the image."
msgstr "图像的平均绝对偏差。"

#: src/pixelMath/pixel_math_runner.c:111
msgid "Biweight midvariance of the image."
msgstr "图像的双权中方差。"

#: src/pixelMath/pixel_math_runner.c:112
msgid "Height in pixels of the specified image."
msgstr "指定图像的高度（以像素为单位）。"

#: src/pixelMath/pixel_math_runner.c:113 src/pixelMath/pixel_math_runner.c:115
msgid "Median absolute deviation of the image."
msgstr "图像的中位数绝对偏差。"

#: src/pixelMath/pixel_math_runner.c:114
msgid "Pixel maximum of the image."
msgstr "图像的像素最大值。"

#: src/pixelMath/pixel_math_runner.c:116
msgid "Mean of the image."
msgstr "图像的平均值。"

#: src/pixelMath/pixel_math_runner.c:117 src/pixelMath/pixel_math_runner.c:118
msgid "Median of the image."
msgstr "图像的中位数。"

#: src/pixelMath/pixel_math_runner.c:119
msgid "Pixel minimum of the image."
msgstr "图像的像素最小值。"

#: src/pixelMath/pixel_math_runner.c:120
msgid "Estimation of Gaussian noise in the image."
msgstr "图像的高斯噪声的估算值。"

#: src/pixelMath/pixel_math_runner.c:121
msgid "Standard deviation of the image."
msgstr "图像的标准差。"

#: src/pixelMath/pixel_math_runner.c:122
msgid "Width in pixels of the specified image."
msgstr "指定图像的宽度（以像素为单位）。"

#: src/pixelMath/pixel_math_runner.c:126
msgid "Pixel Inversion operator."
msgstr "像素倒置。"

#: src/pixelMath/pixel_math_runner.c:127
msgid "Unary Minus operator (sign change)."
msgstr "一元减法（符号变化）。"

#: src/pixelMath/pixel_math_runner.c:128
msgid "Unary Plus operator."
msgstr "一元加法。"

#: src/pixelMath/pixel_math_runner.c:129
msgid "Logical NOT operator."
msgstr "逻辑非。"

#: src/pixelMath/pixel_math_runner.c:130
msgid "Exponentiation operator."
msgstr "幂运算。"

#: src/pixelMath/pixel_math_runner.c:131
msgid "Multiplication operator."
msgstr "乘法。"

#: src/pixelMath/pixel_math_runner.c:132
msgid "Division operator."
msgstr "除法。"

#: src/pixelMath/pixel_math_runner.c:133
msgid "Modulus operator."
msgstr "求模。"

#: src/pixelMath/pixel_math_runner.c:134
msgid "Addition operator."
msgstr "加法。"

#: src/pixelMath/pixel_math_runner.c:135
msgid "Subtraction operator."
msgstr "减法。"

#: src/pixelMath/pixel_math_runner.c:136
msgid "Less Than relational operator."
msgstr "小于。"

#: src/pixelMath/pixel_math_runner.c:137
msgid "Less Than Or Equal relational operator."
msgstr "小于等于。"

#: src/pixelMath/pixel_math_runner.c:138
msgid "Greater Than relational operator."
msgstr "大于。"

#: src/pixelMath/pixel_math_runner.c:139
msgid "Greater Than Or Equal relational operator."
msgstr "大于等于。"

#: src/pixelMath/pixel_math_runner.c:140
msgid "Equal To relational operator."
msgstr "等于。"

#: src/pixelMath/pixel_math_runner.c:141
msgid "Not Equal To relational operator."
msgstr "不等于。"

#: src/pixelMath/pixel_math_runner.c:142
msgid "Logical AND operator."
msgstr "逻辑与。"

#: src/pixelMath/pixel_math_runner.c:143
msgid "Logical OR operator."
msgstr "逻辑或。"

#: src/pixelMath/pixel_math_runner.c:279
msgid "Syntax error"
msgstr "语法错误"

#: src/pixelMath/pixel_math_runner.c:285
#, c-format
msgid "%d x %d pixels (%d channel)"
msgid_plural "%d x %d pixels (%d channels)"
msgstr[0] "%d x %d 像素 (%d 通道)"

#: src/pixelMath/pixel_math_runner.c:334 src/pixelMath/pixel_math_runner.c:870
msgid "Pixel Math result"
msgstr "像素数学结果"

#: src/pixelMath/pixel_math_runner.c:698 src/pixelMath/pixel_math_runner.c:709
#: src/pixelMath/pixel_math_runner.c:719
#, c-format
msgid "Error in pixel math expression '%s' at character %d\n"
msgstr "像素数学表达式“%s”中的错误于字符 %d\n"

#: src/pixelMath/pixel_math_runner.c:990
#, c-format
msgid "A maximum of %d images can be used in a single expression.\n"
msgstr "单个表达式中最多可以使用 %d 帧图像。\n"

#: src/pixelMath/pixel_math_runner.c:1081
msgid ""
"ICC profiles are inconsistent. The output color profile will be based on the "
"first layer to be loaded.\n"
msgstr "ICC 色彩特性文件不一致。输出色彩特性文件将基于要加载的第一图层。\n"

#: src/pixelMath/pixel_math_runner.c:1085
#, c-format
msgid ""
"ICC profile of layer %d does not match the first image. Converting it to "
"match.\n"
msgstr "%d 图层的 ICC 色彩特性文件与第一张图像不匹配。将其转换为匹配。\n"

#: src/pixelMath/pixel_math_runner.c:1087
msgid ""
"The first layer loaded had no color profile. All input layers will be "
"treated as raw data.\n"
msgstr "加载的第一图层没有色彩特性文件。所有输入图层都将被视为原始数据。\n"

#: src/pixelMath/pixel_math_runner.c:1104
msgid "Incompatible parameters"
msgstr "参数不匹配"

#: src/pixelMath/pixel_math_runner.c:1105
msgid ""
"3 channel images are incompatible with the \"Use single RGB/K expression\" "
"unchecked."
msgstr "3通道图像不适用于未选定 “使用单一的RGB/K表达式”的操作。"

#: src/pixelMath/pixel_math_runner.c:1117
msgid "Parameter error"
msgstr "参数错误"

#: src/pixelMath/pixel_math_runner.c:1117
msgid "Parameter symbols could not be parsed."
msgstr "参数符号无法被解析。"

#: src/pixelMath/pixel_math_runner.c:1144
msgid "Incorrect formula"
msgstr "公式不正确"

#: src/pixelMath/pixel_math_runner.c:1144
msgid "RGB $T cannot be used in this context."
msgstr "RGB $T 在此上下文中不可用。"

#: src/pixelMath/pixel_math_runner.c:1157
msgid "Images have different size"
msgstr "图像大小不同"

#: src/pixelMath/pixel_math_runner.c:1158
msgid ""
"The image currently displayed must be the same size as the other images "
"loaded into PixelMath."
msgstr "当前显示的图像必须与加载到 PixelMath 的其他图像尺寸相同。"

#: src/pixelMath/pixel_math_runner.c:1166
msgid "No images loaded"
msgstr "图像未载入"

#: src/pixelMath/pixel_math_runner.c:1166
msgid "You must load images first."
msgstr "请先载入图像。"

#: src/pixelMath/pixel_math_runner.c:1313
msgid "Image must have same dimension"
msgstr "图像必须具有相同的尺寸"

#: src/pixelMath/pixel_math_runner.c:1324
msgid "Error: maximum variable index exceeded - too many variables!\n"
msgstr ""

#: src/pixelMath/pixel_math_runner.c:1387
msgid "Cannot load new image"
msgstr "无法载入新文件"

#: src/pixelMath/pixel_math_runner.c:1388
msgid "You've reached the maximum of loaded image file."
msgstr "已达到最大的可载入图像数量。"

#: src/pixelMath/pixel_math_runner.c:1435
msgid "Error evaluating pixelmath expression.\n"
msgstr "计算 PixelMath 表达式时出错。\n"

#: src/registration/3stars.c:125 src/registration/3stars.c:207
msgid "Make sure you load the first image"
msgstr "请确保载入第一幅图像"

#: src/registration/3stars.c:128
msgid "Make sure you load the first selected image"
msgstr "请确保载入选中图像的第一张"

#: src/registration/3stars.c:133
msgid "Make sure you load an image which is included"
msgstr "确保载入已包含的图像"

#: src/registration/3stars.c:146
msgid "Draw a selection around the star"
msgstr "框选一个星点"

#: src/registration/3stars.c:186
msgid "No star found, make another selection"
msgstr "未找到星点，请重新框选"

#: src/registration/3stars.c:208
msgid "Star analysis failed"
msgstr "星点分析失败"

#: src/registration/3stars.c:220
msgid ""
"The star was not found in the reference image. Change the selection or the "
"reference image\n"
msgstr "参考帧中未找到星点。请重新选择参考帧\n"

#: src/registration/3stars.c:272
msgid ""
"The current image has a null matrix and was not previously registered. "
"Please load another one to select the stars.\n"
msgstr "当前图像具有空矩阵，并且以前未对齐。请载入另一个以选择星点。\n"

#: src/registration/3stars.c:303
msgid "PSF on area for 2 or 3 stars"
msgstr "二/三个星点区域的PSF"

#: src/registration/3stars.c:346
#, c-format
msgid "Processing star #%d\n"
msgstr "处理星点 #%d\n"

#: src/registration/3stars.c:352
msgid ""
"Less than two stars were found in the reference image, try setting another "
"as reference?\n"
msgstr "在参考帧中发现的星点少于2颗，请尝试换为另一帧？\n"

#: src/registration/3stars.c:357
msgid ""
"No star was found in the reference image, try setting another as reference?\n"
msgstr "参考帧中未找到星点，请尝试换为另一帧？\n"

#: src/registration/3stars.c:368
msgid "Saving the transformation matrices\n"
msgstr "保存变换矩阵\n"

#: src/registration/3stars.c:431 src/registration/3stars.c:454
#: src/registration/3stars.c:480 src/registration/3stars.c:491
#: src/registration/3stars.c:516
#, c-format
msgid "Cannot perform star matching: Image %d skipped\n"
msgstr "无法执行星点匹配：跳过图像 %d\n"

#. for display purposes
#: src/registration/3stars.c:441 src/registration/global.c:988
#: src/registration/global.c:1022
#, c-format
msgid ""
"Trial #%d: After sequence analysis, we are choosing image %d as new "
"reference for registration\n"
msgstr "试验#%d：序列分析后，我们选择图像%d作为新参考用于对齐\n"

#: src/registration/applyreg.c:60
#, c-format
msgid "Applying existing registration from layer #%d to transform the images\n"
msgstr "应用图层 #%d 中的已有对齐数据来转换图像\n"

#: src/registration/applyreg.c:64
msgid "No registration data exists for this layer\n"
msgstr "此图层中没有对齐数据\n"

#: src/registration/applyreg.c:146 src/registration/applyreg.c:274
#, c-format
msgid "Image %d has no overlap with the reference\n"
msgstr "图像 %d 与参考帧没有重叠\n"

#: src/registration/applyreg.c:217
msgid "The intersection of all images is null or negative\n"
msgstr "所有图像的交集均为零或负\n"

#: src/registration/applyreg.c:251
#, c-format
msgid "Framing: Shift from reference origin: %d, %d\n"
msgstr "构图：从参考原点平移：%d，%d\n"

#: src/registration/applyreg.c:348
#, fuzzy
msgid "Applying interpolation on a sequence opened as CFA is a bad idea.\n"
msgstr "对以 CFA 模式打开的序列应用变换是一个坏主意。\n"

#: src/registration/applyreg.c:351
msgid ""
"Distortion data was found in the sequence file, undistortion will be "
"applied\n"
msgstr "序列中有畸变数据，将启用畸变消除\n"

#: src/registration/applyreg.c:357 src/registration/global.c:170
msgid "Could not init distortion mapping\n"
msgstr "无法初始化畸变映射\n"

#: src/registration/applyreg.c:366 src/registration/global.c:179
#, fuzzy
msgid "Could not init drizzle\n"
msgstr "无法打开文件: %s\n"

#: src/registration/applyreg.c:395 src/registration/global.c:321
#, c-format
msgid "Frame %d:\n"
msgstr "第%d帧：\n"

#: src/registration/applyreg.c:466
msgid "Drizzle: Could not get compiled CFA pattern from the image.\n"
msgstr ""

#: src/registration/applyreg.c:473
#, c-format
msgid ""
"Drizzle: CFA pattern mismatch between reference image and image #%d, using "
"reference pattern.\n"
msgstr ""

#: src/registration/applyreg.c:496
msgid "Error generating mapping array.\n"
msgstr "生成映射数组时出错。\n"

#: src/registration/applyreg.c:694 src/registration/global.c:441
#, fuzzy
msgid "No image was registered to the reference\n"
msgstr "图像 %d 与参考帧没有重叠\n"

#: src/registration/applyreg.c:734 src/registration/comet.c:239
msgid "Applying registration completed.\n"
msgstr "应用对齐完成。\n"

#: src/registration/applyreg.c:738
#, c-format
msgid "Total: %d failed, %d exported.\n"
msgstr "总计: %d 失败， %d 已导出。\n"

#: src/registration/applyreg.c:749
msgid "Transformation aborted.\n"
msgstr "变换中止。\n"

#: src/registration/applyreg.c:941
msgid "Drizzle: Could not allocate memory for weight calculation.\n"
msgstr ""

#: src/registration/applyreg.c:948
msgid "Drizzle: Could not allocate memory for tiny flat calculation.\n"
msgstr ""

#: src/registration/applyreg.c:996
#, fuzzy
msgid "Drizzle: Could not compute mapping for weights calculation.\n"
msgstr "无法计算图像分辨率\n"

#: src/registration/applyreg.c:1002
#, fuzzy
msgid "Drizzle:Error generating mapping array.\n"
msgstr "生成映射数组时出错。\n"

#: src/registration/applyreg.c:1036 src/registration/applyreg.c:1047
#, c-format
msgid "Drizzle: Statistics for drizzle flat on layer %d is invalid.\n"
msgstr ""

#: src/registration/applyreg.c:1072
msgid "Error computing statistics for drizzle weights.\n"
msgstr ""

#: src/registration/applyreg.c:1077
#, c-format
msgid "Max drizzle weight for layer %d is invalid.\n"
msgstr ""

#: src/registration/applyreg.c:1104
msgid "Initializing drizzle data..."
msgstr "初始化 drizzle 数据..."

#: src/registration/applyreg.c:1118
msgid ""
"Warning: the CFA pattern in the reference image is not supported by "
"drizzle.\n"
msgstr ""

#: src/registration/applyreg.c:1195
msgid ""
"Warning: the number of images after collecting astrometry is different from "
"the number of images before filtering.\n"
msgstr "警告：天体测量后收集到的图像数量与筛选前的图像数量不同。\n"

#: src/registration/applyreg.c:1196
msgid "The registration will be applied to the filtered images only.\n"
msgstr "对齐将仅应用于筛选后的图像。\n"

#: src/registration/applyreg.c:1231
msgid "Apply registration"
msgstr "应用对齐"

#: src/registration/applyreg.c:1256 src/registration/global.c:639
#: src/registration/global.c:862
msgid "Could not initialize distortion data, aborting\n"
msgstr "无法初始化畸变数据，异常中止\n"

#: src/registration/applyreg.c:1272
msgid ""
"Distortion was found in reference image astrometry but you did not include "
"distortion correction when registering the images\n"
msgstr "对参考帧天体测量时发现了畸变，但对齐图像时没有包括畸变校正\n"

#: src/registration/applyreg.c:1357
msgid ""
"Images will be larger than what Siril can display for now. Tune scale ratio "
"to get max dimension smaller than 32767 pixels or proceed and post process "
"your images with an external program."
msgstr ""
"图像将超出现在的Siril能显示的最大尺寸。请调整缩放比例，使长边小于32767像素，"
"或者使用其他程序对图像进行后续处理。"

#. Estimate button was pressed, we just warn
#: src/registration/applyreg.c:1361 src/registration/applyreg.c:1362
msgid "Output too large"
msgstr "输出太大"

#: src/registration/applyreg.c:1375
msgid ""
"Unselect the images generating the error or change framing method to max\n"
msgstr "取消勾选导致错误的图像，或者将构图方式改为最大化\n"

#: src/registration/applyreg.c:1389
msgid "Images will be larger than what Siril can display for now.\n"
msgstr "图像将超出现在的Siril能显示的最大尺寸。\n"

#: src/registration/applyreg.c:1390
msgid "Tune scale ratio to get max dimension smaller than 32767 pixels.\n"
msgstr "调整缩放比例，使长边小于32767像素。\n"

#: src/registration/applyreg.c:1398
msgid ""
"The output sequence is too small compared to reference image (too much "
"rotation or little overlap?)\n"
msgstr "与参考帧相比，输出序列太小（旋转过多或重叠度不足？）\n"

#: src/registration/applyreg.c:1399
msgid "You should change framing method, aborting\n"
msgstr "您应该更改构图方式，异常中止\n"

#: src/registration/applyreg.c:1411
msgid ""
"The reference image has a null matrix and was not previously aligned, choose "
"another one, aborting\n"
msgstr "参考帧具有空矩阵，并且之前未对齐，请选择另一帧，异常中止\n"

#: src/registration/applyreg.c:1418
#, c-format
msgid ""
"Applying registration computed with higher degree of freedom (%d) than shift "
"is not allowed when interpolation is set to none, aborting\n"
msgstr ""
"当插值设置为“无”时，对齐的自由度不能高于平移的自由度 （%d），异常中止\n"

#: src/registration/applyreg.c:1424
msgid ""
"Applying registration with changes in output image size is not allowed when "
"interpolation is set to none , aborting\n"
msgstr "当插值设置为“无”时，不允许更改对齐的输出尺寸，异常中止\n"

#: src/registration/applyreg.c:1430
msgid ""
"Applying registration on images with different sizes when interpolation is "
"set to none is not allowed, aborting\n"
msgstr "当插值设置为“无”时，不允许对齐不同尺寸的图像，异常中止\n"

#: src/registration/applyreg.c:1435
msgid ""
"Applying registration on images with distortions when interpolation is set "
"to none is not allowed, aborting\n"
msgstr "当插值设置为“无”时，不允许对齐含有畸变的图像，异常中止\n"

#: src/registration/applyreg.c:1441
msgid ""
"Existing registration data is a set of identity matrices, no transformation "
"would be applied, aborting\n"
msgstr "现有对齐数据是一组单位矩阵，不会应用任何变换，异常中止\n"

#: src/registration/applyreg.c:1447
msgid ""
"Existing registration data is a set of null matrices, no transformation "
"would be applied, aborting\n"
msgstr "现有对齐数据是一组空矩阵，不会应用任何变换，异常中止\n"

#: src/registration/applyreg.c:1453
msgid "Some images were not registered, excluding them\n"
msgstr "某些图像未对齐，排除它们\n"

#: src/registration/applyreg.c:1463
msgid ""
"Framing method \"cog\" requires all images to be of same size, aborting\n"
msgstr "构图方式\"重心\"要求全部图像尺寸相同，异常中止\n"

#: src/registration/applyreg.c:1469
msgid ""
"Framing method \"max\" cannot export to FITSEQ or SER format, aborting\n"
msgstr "构图方式\"最大化\"不能导出为FITSEQ或者SER格式，异常中止\n"

#: src/registration/applyreg.c:1479
msgid "Reference image is not included in the filtered list, aborting\n"
msgstr "参考帧不在筛选后的列表中，异常中止\n"

#: src/registration/applyreg.c:1480
msgid ""
"This is not compatible with framing mode \"current\", change reference image"
msgstr "这与“当前”构图方式不兼容，请更改参考帧"

#: src/registration/applyreg.c:1489
#, c-format
msgid ""
"Reference image is not included in the filtered list, using image #%d "
"instead\n"
msgstr "参考帧被筛选掉了。已改用图像#%d作为参考帧\n"

#: src/registration/astrometric.c:133
#, fuzzy
msgid "Failed to compute homography from corners\n"
msgstr "无法计算输出索引"

#: src/registration/astrometric.c:271
#, c-format
msgid "Sequence COG - RA:%7.3f - DEC:%+7.3f\n"
msgstr "序列重心 - 赤经: %7.3f - 赤纬: %+7.3f\n"

#: src/registration/astrometric.c:304
#, c-format
msgid "Could not compute camera parameters of image %d from sequence %s\n"
msgstr "无法计算图像 %d 的相机参数，序列 %s\n"

#: src/registration/astrometric.c:319
#, c-format
msgid "Image #%5d - RA:%7.3f - DEC:%+7.3f - Rotation:%+6.1f\n"
msgstr "图像 # %5d - 赤经：%7.3f - 赤纬：%+7.3f - 旋转：%+6.1f\n"

#: src/registration/astrometric.c:322
msgid "No image selected after computing transformations, aborting\n"
msgstr "计算转换后没有选中图像，异常中止\n"

#: src/registration/astrometric.c:347
#, c-format
msgid "Sequence optimal framing: %.1f\n"
msgstr "序列的最佳构图方式: %.1f\n"

#: src/registration/astrometric.c:349 src/registration/astrometric.c:351
#, c-format
msgid "Sequence framing: %.1f\n"
msgstr "序列的构图方式：%.1f\n"

#: src/registration/astrometric.c:376
#, fuzzy
msgid "Could not create WCS structure for framing, aborting\n"
msgstr "无法创建 %s，异常中止\n"

#: src/registration/astrometric.c:424
msgid "Astrometric registration computed.\n"
msgstr "天体测量对齐已计算完成。\n"

#: src/registration/astrometric.c:446
#, c-format
msgid "Image %d has not been plate-solved, unselecting\n"
msgstr "图像 %d 尚未进行解析，取消选择\n"

#: src/registration/comet.c:190
#, c-format
msgid "Image %d has no registration data, removing\n"
msgstr "图像 %d 没有对齐数据，已删除\n"

#: src/registration/comet.c:274
msgid "Moving object registration"
msgstr "移动目标对齐"

#: src/registration/distorsion.c:349
msgid "Could not parse the distortion master, aborting\n"
msgstr "无法解析总和畸变文件，异常中止\n"

#: src/registration/distorsion.c:375 src/registration/distorsion.c:404
msgid "Could not save WCS file for distortion\n"
msgstr "无法保存WCS畸变文件\n"

#: src/registration/distorsion.c:389
msgid "Could not load FITS file for distortion\n"
msgstr "无法加载畸变 FITS 文件\n"

#: src/registration/distorsion.c:395
msgid "Could not copy WCS information for distortion\n"
msgstr "无法拷贝WCS畸变文件\n"

#: src/registration/distorsion.c:414
msgid ""
"Sequence file points to master distorsion file but its specification is "
"empty in the preferences\n"
msgstr "序列文件指向了总和畸变文件，但其并未在偏好设置中设置\n"

#: src/registration/distorsion.c:435
#, fuzzy, c-format
msgid "Could not load image# %d, aborting\n"
msgstr "无法载入图像，异常中止。\n"

#: src/registration/distorsion.c:445
msgid "Could not parse master file name for distortion, aborting\n"
msgstr "无法解析总和畸变的文件名，异常中止\n"

#: src/registration/distorsion.c:451
msgid "Could not load master file for distortion, aborting\n"
msgstr "无法载入总和畸变文件，异常中止\n"

#: src/registration/distorsion.c:459
msgid "Could not copy WCS information for distortion, aborting\n"
msgstr "无法拷贝WCS畸变信息，异常中止\n"

#: src/registration/distorsion.c:487
msgid "Selected file has no distortion information\n"
msgstr "选中的文件没有畸变数据\n"

#: src/registration/distorsion.c:529
msgid "Distortion data is valid and will be used\n"
msgstr "畸变数据有效，将采用\n"

#: src/registration/distorsion.c:538 src/registration/distorsion.c:544
msgid ""
"You have selected undistortion from current image but it is not platesolved, "
"perform astrometry first or disable distortion"
msgstr "当前图像已启用消除畸变，但并未解析。请先执行天体测量或禁用消除畸变"

#: src/registration/distorsion.c:540
msgid "Platesolve current image"
msgstr "解析当前图像"

#: src/registration/distorsion.c:546
msgid "Platesolve current image with distortions"
msgstr "解析当前图像（含畸变）"

#: src/registration/distorsion.c:552
msgid ""
"You have selected undistortion from an existing file, you need to specify "
"the filename"
msgstr "您选择了利用一个现有的文件来消除畸变，请指定该文件的文件名"

#: src/registration/distorsion.c:554
msgid "Load a FITS/WCS file for distortion"
msgstr "载入用于畸变的FITS/WCS文件"

#: src/registration/distorsion.c:559 src/registration/distorsion.c:561
msgid "Could not load FITS image for distortion"
msgstr "无法载入FITS畸变图像"

#: src/registration/distorsion.c:566
msgid ""
"You have selected undistortion from file but it is not platesolved, perform "
"astrometry first or disable distortion"
msgstr "您选择了利用现有文件来消除畸变，但其并未解析。请先解析或禁用消除畸变"

#: src/registration/distorsion.c:568
msgid "Selected file has no WCS information"
msgstr "选中的文件没有WCS信息"

#: src/registration/distorsion.c:573
msgid ""
"You have selected undistortion from file but it is has no distortion terms, "
"perform astrometry with SIP enabled or disable distortion"
msgstr ""
"您选择了利用现有文件来消除畸变，但其使用的是无畸变的解析。请先用多项式（SIP）"
"解析或禁用消除畸变"

#: src/registration/distorsion.c:575
msgid "Selected file has no distortion information"
msgstr "选中的文件没有畸变信息"

#: src/registration/distorsion.c:582 src/registration/distorsion.c:584
msgid "Selected file has no dimensions information"
msgstr "选中的文件没有维度信息"

#: src/registration/distorsion.c:589 src/registration/distorsion.c:591
msgid "Selected file and current sequence do not have the same size"
msgstr "选中的文件和序列的尺寸不一致"

#: src/registration/distorsion.c:600 src/registration/distorsion.c:602
msgid ""
"You need to set a distortion master template in Preferences/Preprocessing"
msgstr "您需要在“偏好设置/预处理”中设置总和畸变文件"

#: src/registration/distorsion.c:607 src/registration/distorsion.c:609
msgid "Distortion master could not be parsed"
msgstr "无法解析总和畸变文件"

#: src/registration/global.c:69
msgid "shift-only (2 degrees)"
msgstr "仅平移（2自由度）"

#: src/registration/global.c:71
msgid "similarity (4 degrees)"
msgstr "同构（4自由度）"

#: src/registration/global.c:73
msgid "affine (6 degrees)"
msgstr "仿射（6自由度）"

#: src/registration/global.c:75
msgid "homography (8 degrees)"
msgstr "单应（8自由度）"

#: src/registration/global.c:77
msgid "INVALID"
msgstr "无效"

#: src/registration/global.c:136
#, c-format
msgid "Found %d stars in reference, channel #%d\n"
msgstr "参考帧中找到%d星点，于通道 #%d\n"

#: src/registration/global.c:140
msgid "There are not enough stars in reference image to perform alignment\n"
msgstr "参考帧中没有足够数量的星点用于执行对齐\n"

#: src/registration/global.c:196 src/registration/global.c:352
#: src/registration/global.c:930
msgid "Could not correct the stars position with SIP coeffients\n"
msgstr "无法使用多项式（SIP）系数校正星点位置\n"

#: src/registration/global.c:227
#, c-format
msgid "Reference Image: Limiting to %d brightest stars\n"
msgstr "参考帧：限制为最亮的%d个星点\n"

#: src/registration/global.c:234
#, c-format
msgid "FWHMx:%*.2f %s\n"
msgstr "x方向的FWHM：%*.2f %s\n"

#: src/registration/global.c:235
#, c-format
msgid "FWHMy:%*.2f %s\n"
msgstr "y方向的FWHM：%*.2f %s\n"

#: src/registration/global.c:265
#, c-format
msgid "Cannot perform star matching: try #%d. Image %d skipped\n"
msgstr "无法执行星点匹配：尝试#%d。跳过图像 %d \n"

#: src/registration/global.c:269
#, c-format
msgid "Not enough star pairs (%d): Image %d skipped\n"
msgstr "配对星点过少 (%d): 图像 %d 被跳过\n"

#: src/registration/global.c:276
#, c-format
msgid ""
"Less than %d%% star pairs kept by shift model, it may be too rigid for your "
"data: Image %d skipped\n"
msgstr "平移模式使用了少于 %d%% 对星点，可能无法精确对齐：图像 %d 被跳过\n"

#: src/registration/global.c:281
#, c-format
msgid ""
"Less than %d%% star pairs kept by similarity model, it may be too rigid for "
"your data: Image %d skipped\n"
msgstr "同构模式使用了少于 %d%% 对星点，可能无法精确对齐：图像 %d 被跳过\n"

#: src/registration/global.c:286
#, c-format
msgid ""
"Less than %d%% star pairs kept by affine model, it may be too rigid for your "
"data: Image %d skipped\n"
msgstr "仿射模式使用了少于 %d%% 对星点，可能无法精确对齐：图像 %d 被跳过\n"

#: src/registration/global.c:291
#, c-format
msgid ""
"Less than %d%% star pairs kept by homography model, Image %d may show "
"important distortion\n"
msgstr "单应模式使用了少于 %d%% 对星点，图像 %d 可能出现严重的失真\n"

#: src/registration/global.c:342
#, c-format
msgid "Not enough stars. Image %d skipped\n"
msgstr "没有足够的星点。图像 %d 被跳过\n"

#. Matching information
#: src/registration/global.c:701
#, c-format
msgid "Matching stars in image %d: done\n"
msgstr "匹配星点于图像 %d：完成\n"

#: src/registration/global.c:702
#, c-format
msgid "Initial pair matches: %d\n"
msgstr "初始星点匹配：%d\n"

#: src/registration/global.c:703
#, c-format
msgid "Pair matches after fitting: %d\n"
msgstr "拟合后星点匹配：%d\n"

#: src/registration/global.c:705
#, c-format
msgid "Inliers:%*.3f\n"
msgstr "缩放：%*.3f\n"

#: src/registration/global.c:711
#, c-format
msgid "scaleX:%*.3f\n"
msgstr "缩放X轴：%*.3f\n"

#: src/registration/global.c:712
#, c-format
msgid "scaleY:%*.3f\n"
msgstr "缩放Y轴：%*.3f\n"

#: src/registration/global.c:713
#, c-format
msgid "scale:%*.3f\n"
msgstr "缩放：%*.3f\n"

#: src/registration/global.c:717
#, c-format
msgid "rotation:%+*.3f deg\n"
msgstr "旋转：%+*.3f 度\n"

#: src/registration/global.c:722
#, c-format
msgid "dx:%+*.2f px\n"
msgstr "x轴平移：%+*.2f px\n"

#: src/registration/global.c:723
#, c-format
msgid "dy:%+*.2f px\n"
msgstr "y轴平移：%+*.2f px\n"

#: src/registration/global.c:724
#, c-format
msgid "FWHM:%*.2f %s\n"
msgstr "FWHM：%*.2f %s\n"

#: src/registration/global.c:725
#, c-format
msgid "roundness:%*.2f\n"
msgstr "圆度：%*.2f\n"

#: src/registration/global.c:945
msgid "The number of stars has capped, readapting threshold and filtering\n"
msgstr "星点数量达到上限，重新调整阈值和筛选条件\n"

#: src/registration/global.c:1016
#, c-format
msgid ""
"Trial #%d: After sequence alignment, image #%d could not align more than "
"half of the frames, recomputing\n"
msgstr "第%d次尝试：序列对齐后，图像#%d无法对齐超过半数的帧，正在重新计算\n"

#: src/registration/global.c:1038
#, c-format
msgid ""
"After %d trials, no reference image could align more than half of the "
"frames, selecting best candidate\n"
msgstr "在%d次试验后，没有参考帧能使超过半数的帧对齐，已选择最佳候选图像\n"

#: src/registration/global.c:1040
#, c-format
msgid "Trial #%d: Reference image: #%d - Frames aligned: %d\n"
msgstr "试验 #%d：参考帧：#%d - 对齐的帧数：%d\n"

#: src/registration/global.c:1047
msgid "Could not find an image that aligns more than itself, aborting\n"
msgstr "找不到比自身对齐得更好的图像，异常中止\n"

#. for display purposes
#: src/registration/global.c:1054 src/registration/global.c:1081
#, c-format
msgid ""
"After sequence analysis, we are choosing image %d as new reference for "
"registration\n"
msgstr "序列分析后，我们选择图像%d作为新参考用于对齐\n"

#: src/registration/global.c:1067
#, c-format
msgid ""
"After sequence alignment, image %d is too far from the sequence cog, "
"recomputing\n"
msgstr "序列对齐后，图像%d距离序列重心太远，正在重新计算\n"

#: src/registration/global.c:1068
#, c-format
msgid "Distance to cog is  %2.1fpx while threshold is set at %2.1fpx\n"
msgstr "到重心的距离为 %2.1fpx，而阈值设置为 %2.1fpx\n"

#: src/registration/global.c:1085
#, c-format
msgid ""
"Could not find a better frame, keeping image %d as the reference for the "
"sequence\n"
msgstr "找不到更好的帧，保留图像 %d 为序列的参考\n"

#: src/registration/global.c:1088
#, c-format
msgid ""
"After sequence alignment, we find that image %d is %2.1fpx away from "
"sequence cog, i.e. within allowable bounds\n"
msgstr "序列对齐后，我们发现图像 %d 距离序列重心 %2.1fpx，即在允许的范围内\n"

#: src/registration/shift_methods.c:101
msgid "Register DFT: loading and processing reference frame"
msgstr "DFT对齐：读取并处理参考帧"

#: src/registration/shift_methods.c:110 src/registration/shift_methods.c:401
msgid "Register: could not load first image to register, aborting.\n"
msgstr "对齐：无法读取第一幅图像，异常中止。\n"

#: src/registration/shift_methods.c:206 src/registration/shift_methods.c:452
#, c-format
msgid "Register: processing image %s"
msgstr "对齐：处理图像 %s"

#: src/registration/shift_methods.c:314 src/registration/shift_methods.c:518
#, c-format
msgid "Best frame: #%d.\n"
msgstr "最佳帧： #%d.\n"

#: src/registration/shift_methods.c:390
msgid "Register using KOMBAT: loading and processing reference frame"
msgstr "KOMBAT对齐：读取并处理参考帧"

#: src/registration/shift_methods.c:461
#, c-format
msgid "Cannot perform KOMBAT alignment for frame %d\n"
msgstr "无法在帧%d中执行KOMBAT对齐\n"

#: src/registration/shift_methods.c:481
#, c-format
msgid "Register: KOMBAT could not find alignment pattern on image #%d.\n"
msgstr "对齐：KOMBAT无法找到对齐模式于帧 #%d。\n"

#: src/registration/shift_methods.c:562
msgid "Registration PSF: failed to compute PSF for reference frame at least\n"
msgstr "PSF对齐：无法计算参考帧的PSF\n"

#: src/registration/shift_methods.c:602
#, c-format
msgid "Best frame: #%d with fwhm=%.3g.\n"
msgstr "最佳图像： #%d with fwhm=%.3g.\n"

#. the mask exists and is more recent than the img, we don't need to read again
#: src/stacking/blending.c:71
#, c-format
msgid "Mask for image %d already exists, skipping\n"
msgstr "图像 %d 已有蒙版，已跳过\n"

#: src/stacking/blending.c:184
#, c-format
msgid "Failed to save mask for image %d\n"
msgstr "保存图像 %d 的蒙版时出错\n"

#: src/stacking/blending.c:209
msgid "Compute feathering masks"
msgstr "计算羽化的蒙版"

#: src/stacking/median_and_mean.c:82
msgid "Opening images for stacking"
msgstr "打开用于叠加的图像"

#: src/stacking/median_and_mean.c:105
#, c-format
msgid "Drizzle file %s not found in ./drizztmp folder, aborting\n"
msgstr ""

#: src/stacking/median_and_mean.c:118 src/stacking/median_and_mean.c:124
#, c-format
msgid "Opening image %d failed\n"
msgstr "打开图像 %d 失败\n"

#: src/stacking/median_and_mean.c:129
#, c-format
msgid "There was an error opening frame %d for stacking\n"
msgstr "打开用于叠加的图像 %d 时产生错误\n"

#: src/stacking/median_and_mean.c:236
msgid ""
"Rejection stacking is only supported for FITS images/sequences and SER "
"sequences.\n"
"Use \"Sum Stacking\" instead.\n"
msgstr ""
"像素剔除算法只适用于FITS文件/序列和SER序列。\n"
"请另行尝试“加法叠加”。\n"

#: src/stacking/median_and_mean.c:242
#, fuzzy
msgid "Drizzle stacking will be used.\n"
msgstr "实时叠加会对图像解拜耳\n"

#: src/stacking/median_and_mean.c:245
msgid ""
"Drizzle stacking cannot be performed because drizzle weights are missing.\n"
msgstr ""

#: src/stacking/median_and_mean.c:306
#, c-format
msgid "We have %d parallel blocks of size %d (+%d) for stacking.\n"
msgstr "我们有 %d 大小为 %d （+%d） 的并行块用于叠加。\n"

#: src/stacking/median_and_mean.c:319
msgid ""
"A bug has been found. Unable to split the image area into the correct "
"processing blocks.\n"
msgstr "发现一个Bug，无法将图像区域拆分成正确的待处理块。\n"

#: src/stacking/median_and_mean.c:473
#, c-format
msgid "Error reading one of the image areas (%d: %d %d %d %d)\n"
msgstr "某个图像区域读取错误（%d: %d %d %d %d）\n"

#: src/stacking/median_and_mean.c:502
#, c-format
msgid "Error reading one of the masks areas (%d: %d %d %d %d)\n"
msgstr "某个蒙版区域读取错误（%d: %d %d %d %d）\n"

#: src/stacking/median_and_mean.c:529 src/stacking/median_and_mean.c:534
#: src/stacking/sum.c:124
#, fuzzy, c-format
msgid "Error reading one of the drizzle weights areas (%d: %d %d %d %d)\n"
msgstr "某个图像区域读取错误（%d: %d %d %d %d）\n"

#: src/stacking/median_and_mean.c:1114 src/stacking/median_and_mean.c:1161
#, c-format
msgid ""
"Sequence does not have registration info, cannot use weighing by %s, "
"aborting\n"
msgstr "序列没有对齐信息，无法使用以 %s 的加权，异常中止\n"

#: src/stacking/median_and_mean.c:1161
msgid "number of stars"
msgstr "星点数量"

#: src/stacking/median_and_mean.c:1217
#, c-format
msgid "Using %d MB memory maximum for stacking\n"
msgstr "叠加操作共使用内存%d MB\n"

#: src/stacking/median_and_mean.c:1249
msgid "Select at least two frames for stacking. Aborting.\n"
msgstr "至少选择两幅图像用于叠加，异常中止。\n"

#: src/stacking/median_and_mean.c:1252
msgid ""
"The Generalized Extreme Studentized Deviate Test needs at least three frames "
"for stacking. Aborting.\n"
msgstr "广义ESD检验算法至少需要三幅图像用于叠加，异常中止。\n"

#: src/stacking/median_and_mean.c:1258
msgid "No registration layer passed, ignoring registration data!\n"
msgstr "没有传递已对齐的图层，已忽略对齐数据！\n"

#. no image has been loaded
#: src/stacking/median_and_mean.c:1272
msgid "Rejection stack error: uninitialized sequence\n"
msgstr "叠加（像素剔除）：序列未初始化\n"

#: src/stacking/median_and_mean.c:1277
#, c-format
msgid ""
"Rejection stack error: sequence has wrong image size (%dx%d for sequence, "
"%ldx%ld for images)\n"
msgstr "像素剔除叠加：序列具有错误的图像尺寸（%dx%d 序列, %ldx%ld 图像）\n"

#: src/stacking/median_and_mean.c:1282
msgid "Processing the sequence as RGB\n"
msgstr "以RGB模式处理当前序列\n"

#: src/stacking/median_and_mean.c:1335
msgid ""
"Stacking a film will work only on one core and will be slower than if you "
"convert it to SER\n"
msgstr "视频叠加只能在单线程上工作，将其转换为SER再处理会更快\n"

#: src/stacking/median_and_mean.c:1494
msgid "Computing weights based on noise...\n"
msgstr "基于噪声计算权重…\n"

#: src/stacking/median_and_mean.c:1498
msgid "Computing weights based on wFWHM...\n"
msgstr "基于 wFWHM 计算权重…\n"

#: src/stacking/median_and_mean.c:1502
msgid "Computing weights based on number of stars...\n"
msgstr "基于星点数量计算权重…\n"

#: src/stacking/median_and_mean.c:1506
msgid "Computing weights based on number of stacked images...\n"
msgstr "基于已叠加图像数量计算权重…\n"

#: src/stacking/median_and_mean.c:1514
msgid "Starting stacking...\n"
msgstr "开始叠加...\n"

#: src/stacking/median_and_mean.c:1516
msgid "Rejection stacking in progress..."
msgstr "叠加（像素剔除）进行中..."

#: src/stacking/median_and_mean.c:1517
msgid "Median stacking in progress..."
msgstr "中位数叠加处理中..."

#: src/stacking/median_and_mean.c:1734 src/stacking/stackminmax.c:244
msgid "Finalizing stacking..."
msgstr "叠加最终定稿..."

#: src/stacking/median_and_mean.c:1738
msgid "Pixel rejection in channel #%d: %.3lf%% - %.3lf%%\n"
msgstr "像素剔除于通道 #%d: %.3lf%% - %.3lf%%\n"

#: src/stacking/median_and_mean.c:1780
msgid "Rejection stacking failed. Check the log."
msgstr "叠加（像素剔除）失败，请检查日志。"

#: src/stacking/median_and_mean.c:1781
msgid "Median stacking failed. Check the log."
msgstr "中位数叠加错误。 请查询日志。"

#: src/stacking/median_and_mean.c:1783
msgid "Stacking operation was cancelled.\n"
msgstr "叠加操作已取消。\n"

#: src/stacking/median_and_mean.c:1784 src/stacking/stackminmax.c:299
msgid "Stacking failed.\n"
msgstr "叠加失败。\n"

#: src/stacking/median_and_mean.c:1787
msgid "Rejection stacking complete."
msgstr "像素剔除叠加完成。"

#: src/stacking/median_and_mean.c:1788
#, c-format
msgid "Rejection stacking complete. %d images have been stacked.\n"
msgstr "像素剔除叠加完成。共%d帧图像被叠加。\n"

#: src/stacking/median_and_mean.c:1790
msgid "Median stacking complete."
msgstr "中位数叠加完成。"

#: src/stacking/median_and_mean.c:1791
#, c-format
msgid "Median stacking complete. %d images have been stacked.\n"
msgstr "中位数叠加完成。共%d帧图像被叠加。\n"

#: src/stacking/normalization.c:77
msgid "Normalization computation time"
msgstr "归一化计算时间"

#: src/stacking/normalization.c:206
#, c-format
msgid ""
"Your system does not have enough memory to normalize images for stacking "
"operation (%d MB free for %d MB required)\n"
msgstr ""
"系统没有足够的内存来执行叠加操作的归一化（可用内存 %d MB，所需内存 %d MB）\n"

#: src/stacking/normalization.c:213
#, c-format
msgid ""
"With the current memory and thread (%d) limits, up to %d thread(s) can be "
"used for sequence normalization\n"
msgstr ""
"基于当前的内存和线程 （%d） 上限， 最多 %d 线程可用于序列的归一化操作\n"

#: src/stacking/normalization.c:232
msgid "Computing normalization...\n"
msgstr "计算归一化...\n"

#: src/stacking/normalization.c:240 src/stacking/normalization.c:693
msgid ""
"The reference image is not in the selected set of images. Please choose "
"another reference image.\n"
msgstr "参考帧不在所选定的序列里。请另选参考帧。\n"

#: src/stacking/normalization.c:245 src/stacking/normalization.c:761
msgid "Normalization failed."
msgstr "归一化失败。"

#: src/stacking/normalization.c:277 src/stacking/normalization.c:793
#, c-format
msgid "%s Check image %d first.\n"
msgstr "%s 请先检查文件 %d \n"

#: src/stacking/normalization.c:542
#, c-format
msgid "Could not read overlap data between image %d and %d\n"
msgstr "无法读取图像 %d 和 %d 之间的重叠数据\n"

#: src/stacking/normalization.c:655
#, c-format
msgid ""
"Your system does not have enough memory to normalize images overlaps for "
"stacking operation (%d MB free for %d MB required)\n"
msgstr ""
"系统没有足够的内存来将图像的重叠部分归一化，以便后续叠加（可用内存 %d MB，需"
"要 %d MB）\n"

#: src/stacking/normalization.c:662
#, c-format
msgid ""
"With the current memory and thread (%d) limits, up to %d thread(s) can be "
"used for sequence overlaps normalization\n"
msgstr ""
"受限于当前内存和允许线程数（%d），最多%d个线程可用于序列重叠部分的归一化\n"

#: src/stacking/normalization.c:757
msgid "Computing normalization on overlaps...\n"
msgstr "正在计算重叠区域的归一化...\n"

#: src/stacking/stacking.c:59
msgid ""
"Input sequence is in 32-bit format but preferences are set to 16-bit output "
"format. Please, change your preference settings and retry.\n"
msgstr ""
"输入序列为32位格式，而偏好设置中设置为16位输出。请修改偏好设置后重试。\n"

#: src/stacking/stacking.c:89
#, c-format
msgid ""
"Your system does not allow one to open more than %d files at the same time. "
"You may consider either to enhance this limit (the method depends of your "
"Operating System) or to convert your FITS sequence into a SER sequence "
"before stacking, or to stack with the \"sum\" method.\n"
msgstr ""
"你的系统不支持同时打开超过 %d 个文件。您需要修改操作系统的限制，或者在叠加之"
"前将FITS序列转换为一个SER序列文件，或者使用“加法叠加”。\n"

#: src/stacking/stacking.c:101
msgid "Stacking result will be stored as a 32-bit image\n"
msgstr "叠加结果将被保存为32位图像\n"

#: src/stacking/stacking.c:128
#, c-format
msgid "Integration of %d images on %d of the sequence:\n"
msgstr "叠加 %d 个图像于 %d 序列：\n"

#: src/stacking/stacking.c:132
msgid "Pixel combination ......... average\n"
msgstr "叠加方式 ………… 平均数\n"

#: src/stacking/stacking.c:134
msgid "Pixel combination ......... normalized sum\n"
msgstr "叠加方式 ………… 归一化加法叠加\n"

#: src/stacking/stacking.c:136
msgid "Pixel combination ......... median\n"
msgstr "叠加方式 ………… 中位数\n"

#: src/stacking/stacking.c:138
msgid "Pixel combination ......... minimum\n"
msgstr "叠加方式 ………… 像素最小值\n"

#: src/stacking/stacking.c:140
msgid "Pixel combination ......... maximum\n"
msgstr "叠加方式 ………… 像素最大值\n"

#: src/stacking/stacking.c:142
msgid "Pixel combination ......... none\n"
msgstr "叠加方式 ………… 无\n"

#: src/stacking/stacking.c:149 src/stacking/stacking.c:154
#: src/stacking/stacking.c:188
msgid "none"
msgstr "无"

#: src/stacking/stacking.c:157
msgid "additive"
msgstr "加法"

#: src/stacking/stacking.c:160
msgid "multiplicative"
msgstr "乘法"

#: src/stacking/stacking.c:163
msgid "additive + scaling"
msgstr "加法带拉伸"

#: src/stacking/stacking.c:166
msgid "multiplicative + scaling"
msgstr "乘法带拉伸"

#: src/stacking/stacking.c:170
msgid " (fast)"
msgstr " （快速）"

#: src/stacking/stacking.c:172
msgid " (overlaps)"
msgstr " （重叠区域）"

#: src/stacking/stacking.c:174
#, c-format
msgid "Input normalization ....... %s%s%s\n"
msgstr "输入归一化 ....... %s%s%s\n"

#: src/stacking/stacking.c:177
msgid "Output normalization ...... enabled\n"
msgstr "输出归一化 ...... 已启用\n"

#: src/stacking/stacking.c:178
msgid "Output normalization ...... disabled\n"
msgstr "输出归一化 ...... 已禁用\n"

#: src/stacking/stacking.c:182
msgid "Pixel rejection ........... none\n"
msgstr "像素剔除 ………… 无\n"

#: src/stacking/stacking.c:191
msgid "percentile clipping"
msgstr "百分数排异"

#: src/stacking/stacking.c:194
msgid "sigma clipping"
msgstr "sigma排异"

#: src/stacking/stacking.c:200
msgid "median sigma clipping"
msgstr "中位数sigma排异"

#: src/stacking/stacking.c:203
msgid "winsorized sigma clipping"
msgstr "winsorized sigma排异"

#: src/stacking/stacking.c:206
msgid "linear fit clipping"
msgstr "线性拟合排异"

#: src/stacking/stacking.c:209
msgid "GESDT clipping"
msgstr "广义ESD检验排异"

#: src/stacking/stacking.c:212
#, c-format
msgid "Pixel rejection ........... %s\n"
msgstr "像素剔除 ………… %s\n"

#: src/stacking/stacking.c:215
#, c-format
msgid "Rejection parameters ...... outliers=%.3f significance=%.3f\n"
msgstr "剔除参数 ………… 离群=%.3f 有效=%.3f\n"

#: src/stacking/stacking.c:218
#, c-format
msgid "Rejection parameters ...... low=%.3f high=%.3f\n"
msgstr "剔除参数 ………… 下限=%.3f 上限=%.3f\n"

#: src/stacking/stacking.c:222
msgid "Creating rejection maps ... no\n"
msgstr "创建像素剔除图 ... 否\n"

#: src/stacking/stacking.c:225
msgid "Creating rejection maps ... yes (merged)\n"
msgstr "创建像素剔除图 ... 是（合并）\n"

#: src/stacking/stacking.c:226
msgid "Creating rejection maps ... yes\n"
msgstr "创建像素剔除图 ... 是\n"

#: src/stacking/stacking.c:232
msgid "Image weighting ........... from noise\n"
msgstr "图像加权 ........... 来自噪声\n"

#: src/stacking/stacking.c:234
msgid "Image weighting ........... from image count\n"
msgstr "图像加权 ........... 来自图像计数\n"

#: src/stacking/stacking.c:236
msgid "Image weighting ........... from weighted FWHM\n"
msgstr "图像加权 ........... 来自加权的FWHM\n"

#: src/stacking/stacking.c:238
msgid "Image weighting ........... from star count\n"
msgstr "图像加权 ........... 来自星点计数\n"

#: src/stacking/stacking.c:239
msgid "Image weighting ........... disabled\n"
msgstr "图像加权 ........... 已禁用\n"

#: src/stacking/stacking.c:242
#, c-format
msgid "Feathering ................ over %4d pixels\n"
msgstr "羽化 ................ %4d 像素\n"

#: src/stacking/stacking.c:246
msgid "RGB equalization .......... enabled\n"
msgstr "RGB均衡 .......... 已启用\n"

#: src/stacking/stacking.c:247
msgid "RGB equalization .......... disabled\n"
msgstr "RGB均衡 .......... 已禁用\n"

#: src/stacking/stacking.c:417
msgid "Stacking result image"
msgstr "叠加最终目标图像"

#: src/stacking/stacking.c:466
msgid "Unsaved stacking result"
msgstr "叠加结果未保存"

#: src/stacking/stackminmax.c:67
msgid "No frame selected for stacking (select at least 2). Aborting.\n"
msgstr "没有图像被选中用于叠加（至少2），异常中止。\n"

#: src/stacking/stackminmax.c:112
msgid "Stacking: could not read frame, aborting\n"
msgstr "叠加：无法读取帧，异常中止\n"

#: src/stacking/stackminmax.c:161
msgid "Stacking: image in sequence doesn't has the same dimensions\n"
msgstr "叠加：序列中的图像尺寸不一致\n"

#: src/stacking/stackminmax.c:298
msgid "Stacking failed. Check the log."
msgstr "叠加失败，请检查日志。"

#: src/stacking/stackminmax.c:301
msgid "Stacking complete."
msgstr "叠加完成。"

#: src/stacking/sum.c:314
msgid ""
"Reducing the stacking output to a 16-bit image will result in precision "
"loss\n"
msgstr "将叠加输出图像降低为16位会导致精度损失\n"

#: src/stacking/upscaling.c:138
msgid "Up-scaling sequence for stacking"
msgstr "将要叠加的超采样序列"

#: src/stacking/upscaling.c:149
msgid "Stacking will be done without up-scaling (disabling 'drizzle')\n"
msgstr "叠加将不会使用超采样（“drizzle”关闭）\n"

#, fuzzy
#~ msgid "Reloading image"
#~ msgstr "保存图像 %s"

#, fuzzy
#~ msgid "Error initialising CURL handle for range request.\n"
#~ msgstr "初始化 CURL 句柄时出错，URL 功能不可用。\n"

#~ msgid "preview"
#~ msgstr "预览"

#~ msgid ""
#~ "No python installation found in the system or in the bundle, aborting\n"
#~ msgstr "在系统或捆绑包中找不到python安装，异常中止\n"

#~ msgid "Local Gaia DR3 xp_sampled catalogue"
#~ msgstr "本地 Gaia DR3 xp_sampled 星表"

#~ msgid ""
#~ "The Gaia archive status indicator is not responding. This does not "
#~ "necessarily mean the Gaia archive is offline, however if it is then SPCC "
#~ "will be unavailable. Further information may be available at https://"
#~ "www.cosmos.esa.int/web/gaia/"
#~ msgstr ""
#~ "Gaia星表状态未响应。Gaia未必离线，但如果确实离线，那SPCC就不可用了。详情请"
#~ "访问https://www.cosmos.esa.int/web/gaia/"

#~ msgid "Gaia archive available"
#~ msgstr "Gaia星表可用"

#~ msgid "Gaia archive unavailable"
#~ msgstr "Gaia星表不可用"

#~ msgid "Unknown Gaia archive status"
#~ msgstr "Gaia星表状态未知"

#~ msgid "Offline, cannot retrieve URL.\n"
#~ msgstr "离线模式：不能检索URL。\n"

#~ msgid "Offline: cannot fetch catalog\n"
#~ msgstr "离线模式：不能获取星表\n"

#~ msgid ""
#~ "Submitting conesearch request to ESA Gaia DR3 catalog. This may take a "
#~ "few seconds to complete...\n"
#~ msgstr "向 ESA Gaia DR3 星表提交锥形搜索请求。这可能需要几秒钟才能完成...\n"

#~ msgid "Error submitting conesearch request.\n"
#~ msgstr "提交锥形搜索请求时出错。\n"

#~ msgid "Job id not found in the response.\n"
#~ msgstr "在响应中找不到作业 ID。\n"

#~ msgid "Timeout on Gaia DR3 query\n"
#~ msgstr "Gaia DR3 查询超时\n"

#~ msgid "Gaia DR3 async query failed, unable to continue.\n"
#~ msgstr "Gaia DR3 异步查询失败，无法继续。\n"

#, c-format
#~ msgid "Gaia DR3 conesearch query succeeded: cached as %s\n"
#~ msgstr "Gaia DR3 conesearch 查询成功：缓存为 %s\n"

#~ msgid ""
#~ "Submitting spectral data request to ESA Gaia DR3 catalog. This may take "
#~ "several seconds to complete...\n"
#~ msgstr "向 ESA Gaia DR3 星表提交光谱数据请求。这可能需要几秒钟才能完成...\n"

#~ msgid "Using already downloaded datalink product\n"
#~ msgstr "使用已下载的数据链产品\n"

#, c-format
#~ msgid "Gaia DR3 datalink query succeeded: cached as %s\n"
#~ msgstr "Gaia DR3 数据链路查询成功：缓存为 %s\n"

#, fuzzy
#~ msgid "Gaia archive running but performing slightly slower"
#~ msgstr "Gaia星表运行中，但性能略有下降\n"

#~ msgid "Gaia archive running but performing very slowly"
#~ msgstr "Gaia星表运行中，但性能下降严重"

#~ msgid "Gaia archive unreachable"
#~ msgstr "Gaia星表无法连接"

#~ msgid "Astrometry.net local solver"
#~ msgstr "Astrometry.net 本地解析器"

#~ msgid "Stars array was cleared mid-process"
#~ msgstr "星点数组在处理中被清空"

#~ msgid "Unexpected null star entry"
#~ msgstr "意外的空星点输入"

#~ msgid ""
#~ "Select the droplet model. See the documentation for details\n"
#~ "Note that the Gaussian and Lanczos models do not conserve flux and should "
#~ "not be used f you wish to use the output for accurate photometry."
#~ msgstr ""
#~ "选择液滴模型。详细信息请参阅说明文档\n"
#~ "注意：高斯模型和 Lanczos 模型不保持通量守恒。如果您希望使用输出进行精确测"
#~ "光，则不应使用它们。"

#~ msgid "Not enough space to save the output images\n"
#~ msgstr "没有足够的空间来保存输出图像\n"

#, c-format
#~ msgid "Could not load image# %d, deselecting\n"
#~ msgstr "无法载入第%d张图像，已取消勾选\n"

#~ msgid ""
#~ "Rescale\n"
#~ "(values > 0 only)"
#~ msgstr ""
#~ "重缩放\n"
#~ "（仅针对值>0的部分）"

#~ msgid ""
#~ "Rescale\n"
#~ "(all values)"
#~ msgstr ""
#~ "重缩放\n"
#~ "（所有值）"

#~ msgid "Cancel without making any changes"
#~ msgstr "取消而不做任何更改"

#~ msgid "Clip pixel values to the range 0.0 - 1.0"
#~ msgstr "将值的范围截断为 0.0 - 1.0"

#~ msgid ""
#~ "Rescale pixel values to fit the range 0.0 - 1.0, clipping negative pixel "
#~ "values"
#~ msgstr "将值的范围重新缩放至 0.0 - 1.0，负值截断"

#~ msgid ""
#~ "Rescale pixel values to fit the range 0.0 to 1.0, applying an offset to "
#~ "bring negative pixel values into range"
#~ msgstr ""
#~ "将值的范围重新缩放至 0.0 - 1.0，并应用一个偏移量以将负值抬高到此范围内"

#, c-format
#~ msgid ""
#~ "This image contains pixel values outside the range 0.0 - 1.0 (min = %.3f, "
#~ "max = %.3f). This can cause unwanted behaviour. Choose how to handle "
#~ "this.\n"
#~ msgstr ""
#~ "此图像包含超出范围 0.0 - 1.0（最小值 = %.3f，最大值 = %.3f）的像素值。这可"
#~ "能会导致非预期行为。选择如何处理此问题。\n"

#~ msgid "Debayer FITS files in top-down if no explicit keywords found"
#~ msgstr "针对FITS自上而下执行解拜耳（如无明确关键字信息）"

#~ msgid ""
#~ "Siril read FITS data in the bottom-up orientation but a lot of capture "
#~ "software do not meet this specification. If data are stored in top-down "
#~ "orientation (as they usual do), you need to check this box in order to "
#~ "debayer the file in the right orientation."
#~ msgstr ""
#~ "Siril以自下而上的顺序读取FITS数据，然而很多拍摄软件并不是按照这样的顺序。"
#~ "如果拍摄软件以自上而下顺序保存数据（通常都是这样），此项需要被选定，以获得"
#~ "正确的解拜耳顺序。"

#, c-format
#~ msgid ""
#~ "Bayer pattern found in header (%s) is different from Bayer pattern in "
#~ "settings (%s). Overriding settings.\n"
#~ msgstr ""
#~ "文件头中的拜耳阵列模式 (%s) 不同于设置中的拜耳阵列模式 (%s)。 设置被覆"
#~ "盖。\n"

#~ msgid "XTRANS Sensor detected. Using special algorithm.\n"
#~ msgstr "发现XTRANS传感器。特殊算法将被采用。\n"

#, c-format
#~ msgid "Filter Pattern: %s\n"
#~ msgstr "拜耳阵列模式: %s\n"

#~ msgid "XTRANS pattern not supported for this feature.\n"
#~ msgstr "此功能不支持 XTRANS 模式。\n"

#~ msgid "Error: unknown CFA pattern\n"
#~ msgstr "错误：未知的 CFA 模式\n"

#~ msgid "Unsupported SER CFA pattern detected. Treating as mono.\n"
#~ msgstr "检测到不受支持的 SER CFA 模式。被视为单色。\n"

#~ msgid "Error: SER file has wrong type. Cannot proceed.\n"
#~ msgstr "错误：SER文件类型错误。无法继续。\n"

#~ msgid "Error reading frame metadata\n"
#~ msgstr "读取帧的元数据出错。\n"

#~ msgid "Super-pixel is not handled yet for on the fly SER stacking\n"
#~ msgstr "超级像素尚未支持动态 SER 叠加\n"

#~ msgid "Open the GraXpert external tool interface"
#~ msgstr "打开GraXpert工具接口（第三方）"

#~ msgid "GraXpert Interface..."
#~ msgstr "GraXpert 接口..."

#, c-format
#~ msgid "Cannot create output folder: %s\n"
#~ msgstr "无法创建输出目录: %s\n"

#~ msgid "Rescans the scripts folders and updates the Scripts menu"
#~ msgstr "重新扫描脚本文件夹并更新“脚本”菜单"

#~ msgid ""
#~ "The original GraXpert interface has been removed for technical reasons "
#~ "and unreliability. Please use the GraXpert_AI.py script available in the "
#~ "scripts repository: you can add it via the \"Get Scripts\" menu entry in "
#~ "the hamburger menu.\n"
#~ "The new script handles single images and sequences just like the original "
#~ "interface and provides both a GUI and command-line access using the "
#~ "pyscript command, for use in scripts. It is less resource hungry, better "
#~ "integrated and performs better than the original, and we expect it will "
#~ "be more reliable too."
#~ msgstr ""
#~ "原先的GraXpert接口由于技术原因和不可靠性已被删除。请改用脚本仓库中的 "
#~ "GraXpert_AI.py 脚本：您可以使用三横菜单中的“获取脚本”来获取它。\n"
#~ "这个新脚本和原先的接口一样，可以处理单个图像或者序列；既可以通过 GUI 操"
#~ "作，也可以使用 pyscript 命令在命令行中操作（以便在脚本中使用）。它对资源的"
#~ "消耗更少，集成度更好，性能也更好，我们预计它也会更可靠。"

#~ msgid "(Monochrome Preview)"
#~ msgstr "（黑白预览）"

#~ msgid "Could not load metadata"
#~ msgstr "无法加载元数据"

#~ msgid "libgit2: unable to parse some refish\n"
#~ msgstr "libgit2：无法解析一些 refish\n"

#~ msgid "Failed to find commit with given OID.\n"
#~ msgstr "无法找到具有给定 OID 的提交。\n"

#, c-format
#~ msgid "libgit2: repository is in unexpected state %d. Cleaning up...\n"
#~ msgstr "libgit2：仓库处于意外状态 %d。清理...\n"

#~ msgid "libgit2: repository failed to clean up properly. Cannot continue.\n"
#~ msgstr "libgit2：仓库未能正确清理。无法继续。\n"

#, c-format
#~ msgid "Commit message: %s\n"
#~ msgstr "提交消息：%s\n"

#~ msgid "Error: unable to open local spcc-database repository.\n"
#~ msgstr "错误：无法打开本地 spcc 数据库仓库。\n"

#~ msgid "Ch."
#~ msgstr "Ch."

#~ msgid "A"
#~ msgstr "A"

#~ msgid "x0"
#~ msgstr "x0"

#~ msgid "y0"
#~ msgstr "y0"

#~ msgid "Ra"
#~ msgstr "赤经"

#~ msgid "Dec"
#~ msgstr "赤纬"

#~ msgid "FWHMx"
#~ msgstr "FWHMx"

#~ msgid "FWHMy"
#~ msgstr "FWHMy"

#~ msgid "Mag"
#~ msgstr "星等"

#~ msgid "Beta"
#~ msgstr "Beta"

#~ msgid "r"
#~ msgstr "圆度"

#~ msgid "Angle"
#~ msgstr "偏角"

#~ msgid "RMSE"
#~ msgstr "RMSE"

#~ msgid "Current script version"
#~ msgstr "当前脚本版本"

#~ msgid "Apply autostretch algorithm to image"
#~ msgstr "执行自动拉伸"

#~ msgid "Cannot refresh script list"
#~ msgstr "无法刷新脚本列表"

#~ msgid "Siril GraXpert Interface"
#~ msgstr "Siril GraXpert 接口"

#~ msgid "Preview the current settings on a region of interest."
#~ msgstr "在图像的感兴趣区域（ROI）上预览当前的设置。"

#~ msgid "Apply the selected operation."
#~ msgstr "应用所选的操作。"

#~ msgid "Algorithm"
#~ msgstr "算法"

#~ msgid "Configure which GraXpert algorithm to use"
#~ msgstr "选取GraXpert算法"

#~ msgid "AI"
#~ msgstr "AI法"

#~ msgid "Kriging"
#~ msgstr "克里金法"

#~ msgid "Spline"
#~ msgstr "Spline法"

#~ msgid ""
#~ "Configure whether GraXpert applies background correction by subtraction "
#~ "or division"
#~ msgstr "指定GraXpert使用减法还是除法来提取背景"

#~ msgid "Background Tolerance"
#~ msgstr "背景容差"

#~ msgid ""
#~ "Set the background tolerance: the allowed range is -2.0 to +6.0. Higer "
#~ "values are more tolerant of strong background gradients; lower values are "
#~ "better at rejecting background samples in areas representing real "
#~ "neblosity."
#~ msgstr ""
#~ "设置背景容差：允许的范围为[-2.0, +6.0]。值越高，越能适应陡峭的背景渐变；低"
#~ "值会更严格地剔除包含天体的样本。"

#~ msgid "# samples per row"
#~ msgstr "# 每行样本数"

#~ msgid "Set the number of samples per row in the sampling grid."
#~ msgstr "设置样本网格中每行的样本数。"

#~ msgid "Sample size / px"
#~ msgstr "样本尺寸/像素"

#~ msgid ""
#~ "Set the GraXpert sample size of each background sample. Larger samples "
#~ "may give better statistical properties but have a bigger risk of "
#~ "including non-background pixels such as stars."
#~ msgstr ""
#~ "设置每个背景样本的尺寸。尺寸越大，统计特征就越明显，但也越可能囊括天体（比"
#~ "如星点）。"

#~ msgid "Keep background"
#~ msgstr "保持背景"

#~ msgid ""
#~ "The generated background model will be saved with the affix "
#~ "\"_background\""
#~ msgstr "生成的背景模型会缀以\"_background\"并保存"

#~ msgid "Clear samples"
#~ msgstr "清除样本"

#~ msgid "Clear background samples"
#~ msgstr "清除背景样本"

#~ msgid "Generate samples"
#~ msgstr "生成样本"

#~ msgid ""
#~ "Background samples must be generated in order to use the GraXpert RBF, "
#~ "Kriging or Spline algorithms. It is not necessary for the AI algorithm."
#~ msgstr ""
#~ "在使用RBF、Kriging或Spline算法生成背景模型前，必须先生成背景样本。使用AI背"
#~ "景提取则无需样本。"

#~ msgid "BG AI model version:"
#~ msgstr "背景提取AI模型版本:"

#~ msgid ""
#~ "Set the AI model version for use with GraXpert background extraction. "
#~ "Defaults to latest."
#~ msgstr "设置GraXpert中用于背景提取的AI模型版本。默认为最新版。"

#~ msgid "latest"
#~ msgstr "最新"

#~ msgid ""
#~ "Set the level of smoothing to be applied by GraXpert, between 0.0 and 1.0."
#~ msgstr "设置GraXpert的平滑强度，范围为[0.0, 1.0]。"

#~ msgid "RBF Kernel"
#~ msgstr "RBF内核"

#~ msgid "Set the RBF kernel type"
#~ msgstr "设置RBF内核"

#~ msgid "Thin plate"
#~ msgstr "薄板"

#~ msgid "Quintic"
#~ msgstr "五次多项式"

#~ msgid "Cubic"
#~ msgstr "三次插值"

#~ msgid "Spline Order"
#~ msgstr "spline的阶数"

#~ msgid ""
#~ "Set the spline order used for the spline background removal algorithm."
#~ msgstr "设置GraXpert中背景提取spline算法的阶数。"

#~ msgid ""
#~ "Toggles between stellar and object deconvolution modes. If this item is "
#~ "unsensitive out, your version of GraXpert is not compatible."
#~ msgstr ""
#~ "切换反卷积模式：星点或深空天体。如果GraXpert的版本不合适，则此设置无效。"

#~ msgid "Objects"
#~ msgstr "盘面"

#~ msgid "Strength"
#~ msgstr "强度"

#~ msgid "Configure GraXpert deconvolution strength."
#~ msgstr "配置GraXpert反卷积强度。"

#~ msgid "Image FWHM (in pixels)"
#~ msgstr "图像的FWHM（单位：像素）"

#~ msgid "Configure GraXpert deconvolution Image FWHM (in pixels)."
#~ msgstr "配置GraXpert反卷积的FWHMK（单位：像素）。"

#~ msgid "Deconvolution AI model version:"
#~ msgstr "反卷积AI模型版本:"

#~ msgid ""
#~ "Set the AI model version for use with GraXpert deconvolution. Defaults to "
#~ "latest."
#~ msgstr "设置GraXpert中用于反卷积的AI模型版本。默认为最新版。"

#~ msgid "Configure GraXpert denoising strength."
#~ msgstr "配置GraXpert降噪强度。"

#~ msgid "Denoising AI model version:"
#~ msgstr "降噪AI模型版本:"

#~ msgid ""
#~ "Set the AI model version for use with GraXpert denoising. Defaults to "
#~ "latest."
#~ msgstr "设置GraXpert中用于降噪的AI模型版本。默认为最新版。"

#~ msgid "Denoising"
#~ msgstr "降噪"

#~ msgid "Use GPU"
#~ msgstr "使用GPU"

#~ msgid ""
#~ "Configure GraXpert to use the GPU for AI inference, if available. Note: "
#~ "although GraXpert should fall back to CPU use if GPU support is "
#~ "unavailable, in some cases it may fail. The option defaults to off but is "
#~ "persistent so if your GPU is suppoted you can set it and forget about it. "
#~ "If you enable GPUsupport but see GraXpert errors, disable it again and "
#~ "report the issue upstream to GraXpert."
#~ msgstr ""
#~ "配置GraXpert以使用GPU进行AI推理（如果可用）。注意：若GPU支持不可用，"
#~ "GraXpert应该自动改用CPU，但可能会失败。该选项默认关闭，且是持久化的。因此"
#~ "如果您的GPU不受支持，您可以关闭此选项然后忘掉它。如果您启用了GPU支持，但"
#~ "GraXpert出错，请禁用它，并向GraXpert上游报告问题。"

#~ msgid "AI batch size "
#~ msgstr "AI批大小 "

#~ msgid ""
#~ "Set the number of image tiles which GraXpert will denoise in parallel. Be "
#~ "careful: increasing this value might result in out-of-memory errors. "
#~ "Valid Range: 1 - 32, default: \"4\"."
#~ msgstr ""
#~ "设置GraXpert降噪时并行处理的图像分块数量。注意：提高此值可能导致内存溢出。"
#~ "有效值：1-32。缺省值：4。"

#~ msgid "General Settings"
#~ msgstr "通用设置"

#~ msgid "Error: unknown GraXpert operation!\n"
#~ msgstr "错误：未知的 GraXpert 操作！\n"

#~ msgid "Error: unknown background extraction algorithm!\n"
#~ msgstr "错误：未知的背景提取算法！\n"

#~ msgid "Error: unknown correction mode!\n"
#~ msgstr "错误：未知的修正模式！\n"

#~ msgid "Error: unknown RBF kernel!\n"
#~ msgstr "错误：未知的RBF核！\n"

#~ msgid "Error: no AI batch size specified\n"
#~ msgstr "错误：未指定AI批处理尺寸\n"

#~ msgid "Error: no spline order specified\n"
#~ msgstr "错误：未指定spline order\n"

#~ msgid "Error: no sample size specified\n"
#~ msgstr "错误：未指定样本尺寸\n"

#~ msgid "Error: no smoothing value specified\n"
#~ msgstr "错误：未指定平滑值\n"

#~ msgid "Error: no background tolerance value specified\n"
#~ msgstr "错误：未指定背景容差\n"

#~ msgid "Error: no strength value specified\n"
#~ msgstr "错误：未指定强度值\n"

#~ msgid "Error: no psf size value specified\n"
#~ msgstr "错误：未指定psf尺寸\n"

#~ msgid ""
#~ "Error: the requested AI model version is unavailable. Available versions "
#~ "are:\n"
#~ msgstr "错误：请求的 AI 模型版本不可用。可用版本为：\n"

#~ msgid "Error: unable to load sequence\n"
#~ msgstr "错误：无法载入序列\n"

#~ msgid "whether to use the GPU for GraXpert"
#~ msgstr "是否让GraXpert使用GPU"

#~ msgid "Starting GraXpert..."
#~ msgstr "启动GraXpert..."

#, c-format
#~ msgid "Spawning GraXpert failed: %s\n"
#~ msgstr "调用 GraXpert 失败：%s\n"

#~ msgid "Running GraXpert"
#~ msgstr "运行GraXpert"

#~ msgid "GraXpert reported an error"
#~ msgstr "GraXpert报错了"

#~ msgid "Done."
#~ msgstr "完成。"

#, c-format
#~ msgid "GraXpert caught buffer: %s : exit successful\n"
#~ msgstr "GraXpert 捕获缓冲区: %s : 退出成功\n"

#~ msgid "GraXpert GUI finished.\n"
#~ msgstr "GraXpert GUI结束。\n"

#, c-format
#~ msgid "GraXpert exit not caught, last buffer: %s\n"
#~ msgstr "未捕获 GraXpert 退出，最后一个缓冲区：%s\n"

#, c-format
#~ msgid ""
#~ "Spawning GraXpert failed during available AI model versions check: %s\n"
#~ msgstr "检查AI模型版本期间调用 GraXpert 失败: %s\n"

#, c-format
#~ msgid "Thread creation failed: %s\n"
#~ msgstr "线程创建失败: %s\n"

#, c-format
#~ msgid "Spawning GraXpert failed during version check: %s\n"
#~ msgstr "检查版本期间调用 GraXpert 失败: %s\n"

#, c-format
#~ msgid ""
#~ "Error: GraXpert version is too old. You have version %d.%d.%d; at least "
#~ "version 3.0.0 is required.\n"
#~ msgstr ""
#~ "错误：GraXpert版本太旧。您拥有的版本是%d . %d . %d；至少需要版本 3.0.0。\n"

#~ msgid "None!\n"
#~ msgstr "无！\n"

#~ msgid "Reading result from the temporary working file...\n"
#~ msgstr "正在从临时工作文件读取结果...\n"

#, c-format
#~ msgid "Error opening GraXpert result. Check the file %s\n"
#~ msgstr "打开GraXpert的结果文件出错。请检查文件 %s\n"

#~ msgid ""
#~ "Error: the GraXpert image dimensions and bit depth do not match those of "
#~ "the original image. Please report this as a bug.\n"
#~ msgstr "错误：GraXpert图像的尺寸和位深与原图不符。请上报此bug。\n"

#~ msgid "Removing the temporary working file...\n"
#~ msgstr "正在删除工作中的临时文件...\n"

#, c-format
#~ msgid "GraXpert BG extraction, smoothness %.3f"
#~ msgstr "GraXpert 背景提取，平滑度 %.3f"

#, c-format
#~ msgid "GraXpert denoising, strength %.3f"
#~ msgstr "GraXpert 降噪，强度 %.3f"

#, c-format
#~ msgid "GraXpert deconv, strength %.3f, psf size %.3f"
#~ msgstr "GraXpert 反卷积，强度 %.3f，psf 尺寸 %.3f"

#~ msgid "GraXpert operations using GUI"
#~ msgstr "使用GUI的GraXpert操作"

#~ msgid "Saving temporary working file...\n"
#~ msgstr "正在保存工作中的临时文件...\n"

#~ msgid "Error: failed to save temporary FITS\n"
#~ msgstr "错误：无法将临时文件保存为 FITS\n"

#~ msgid ""
#~ "Background samples must be computed for GraXpert RBF, Spline and Kriging "
#~ "methods\n"
#~ msgstr ""
#~ "在GraXpert使用RBF、Spline或Kriging算法得到背景渐变之前，背景样本会被计算\n"

#~ msgid ""
#~ "GraXpert GUI will open with the current image. When you have finished, "
#~ "save the image and return to Siril.\n"
#~ "You will need to check and re-assign the ICC profile as GraXpert does not "
#~ "preserve ICC profiles embedded in FITS files.\n"
#~ msgstr ""
#~ "GraXpert GUI 将打开当前图像。完成后，保存图像并返回 Siril。\n"
#~ "您需要检查并重新分配 ICC 色彩特性文件，因为 GraXpert 不保留 FITS 文件中嵌"
#~ "入的 ICC 色彩特性文件。\n"

#~ msgid "Error: unknown GraXpert operation\n"
#~ msgstr "错误：未知的 GraXpert 操作\n"

#, c-format
#~ msgid "GraXpert: Processing image %d\n"
#~ msgstr "GraXpert：处理图像 %d\n"

#~ msgid "GraXpert"
#~ msgstr "GraXpert"

#~ msgid "GraXpert: Processing..."
#~ msgstr "GraXpert：处理中..."

#, c-format
#~ msgid "GraXpert available and supports %s."
#~ msgstr "GraXpert可用并支持%s。"

#~ msgid "background extraction"
#~ msgstr "背景提取"

#~ msgid "denoising"
#~ msgstr "降噪"

#~ msgid "deconvolution"
#~ msgstr "反卷积"

#~ msgid "GUI"
#~ msgstr "图形用户界面"

#~ msgid ""
#~ "<span foreground=\"red\">No suitable version of GraXpert is available.\n"
#~ "Configure the executable in Preferences -> Miscellaneous.</span>"
#~ msgstr ""
#~ "<span foreground=\"red\">没有合适的 GraXpert 版本可用。\n"
#~ "在“偏好设置”->“杂项”中配置可执行文件。</span>"

#~ msgid "Deprecation Notice"
#~ msgstr "弃用功能通知"

#~ msgid ""
#~ "The builtin C interface to GraXpert is deprecated owing to issues with "
#~ "reliability and the level of technical debt, and it will soon be removed "
#~ "in an upcoming release. It is replaced by a Python script that interfaces "
#~ "directly with the GraXpert AI models and provides a model manager that "
#~ "uses GraXpert to download model files.\n"
#~ "\n"
#~ "You can find the Python script in the hamburger menu -> Get Scripts and "
#~ "look in the Python repository for \"GraXpert_AI.py\""
#~ msgstr ""
#~ "由于可靠性和一定程度的技术债问题，GraXpert的内置C接口已被弃用，并将在即将"
#~ "发布的版本中删除。一个Python脚本取而代之。该脚本直接与GraXpert AI模型交"
#~ "互，并提供了一个利用GraXpert来下载模型文件的模型管理器。\n"
#~ "\n"
#~ "该Python脚本名为“GraXpert_AI.py”，可以在 三横菜单 -> 获取脚本 中找到，也可"
#~ "以在Python仓库中找到"

#~ msgid "Warning!"
#~ msgstr "警告！"

#~ msgid ""
#~ "GraXpert is running. Changing the GraXpert operation will cancel the "
#~ "current GraXpert process. Proceed?"
#~ msgstr "GraXpert正在运行。更改操作会打断正在进行的处理。确定吗？"

#~ msgid "GraXpert operation cancelled by user\n"
#~ msgstr "GraXpert操作被用户取消\n"

#~ msgid "Stellar"
#~ msgstr "深空"

#~ msgid "Thread is busy"
#~ msgstr "线程正忙"

#~ msgid "Image processing dialog is open"
#~ msgstr "有打开的图像处理对话框"

#, c-format
#~ msgid "Loading registration method: %s\n"
#~ msgstr "载入对齐方法：%s\n"

#~ msgid "Manual Update"
#~ msgstr "手动更新"

#~ msgid "Success! The local repository is up-to-date with the remote."
#~ msgstr "成功！本地存储库与远程存储库保持同步。"

#~ msgid "Manually synchronising script repository\n"
#~ msgstr "手动同步脚本存储库\n"

#~ msgid "Error getting the list of unmerged changes"
#~ msgstr "获取未合并更改的列表时出错"

#~ msgid ""
#~ "Merge analysis shows that the merge cannot be fast-forwarded. This "
#~ "indicates you have made changes to the local repository. Siril does not "
#~ "provide full git functionality and cannot be used to merge upstream "
#~ "updates into an altered local repository.\n"
#~ "\n"
#~ "If you accept the update, the local repository will be hard reset to "
#~ "match the remote repository and any local changes will be lost.\n"
#~ "\n"
#~ "If you have made local changes that you wish to keep, you should cancel "
#~ "this update and copy your modified scripts to another location, and add "
#~ "this location to the list of script directories to be searched."
#~ msgstr ""
#~ "合并分析表明合并无法快进。这表明您已对本地存储库进行了更改。 Siril 不提供"
#~ "完整的 git 功能，并且不能用于将上游更新合并到更改的本地存储库中。\n"
#~ "\n"
#~ "如果您接受更新，本地存储库将被硬重置以匹配远程存储库，并且任何本地更改都将"
#~ "丢失。\n"
#~ "\n"
#~ "如果您希望保留本地更改，则应取消此更新并将修改后的脚本复制到另一个位置，并"
#~ "将该位置添加到要搜索的脚本目录列表中。"

#~ msgid "Read and confirm the pending changes to be synced"
#~ msgstr "阅读并确认要同步的待处理更改"

#~ msgid "Confirm"
#~ msgstr "确认"

#~ msgid "Error! Script database failed to update."
#~ msgstr "错误！脚本数据库更新失败。"

#~ msgid "Update cancelled. Updates have not been applied."
#~ msgstr "更新已取消。更新尚未应用。"

#~ msgid "Manual scripts update: the script repository is up to date.\n"
#~ msgstr "手动更新脚本：脚本存储库是最新的。\n"

#~ msgid ""
#~ "Merge analysis shows that the merge cannot be fast-forwarded. This "
#~ "indicates you have made changes to the local scripts repository. Siril "
#~ "does not provide full git functionality and cannot be used to merge "
#~ "upstream updates into an altered local repository.\n"
#~ "\n"
#~ "If you accept the update, the local repository will be hard reset to "
#~ "match the remote repository and any local changes will be lost.\n"
#~ "\n"
#~ "If you have made local changes that you wish to keep, you should cancel "
#~ "this update and copy your modified scripts to another location, and add "
#~ "this location to the list of script directories to be searched."
#~ msgstr ""
#~ "合并分析表明合并无法快进。这表明您已对本地脚本存储库进行了更改。 Siril 不"
#~ "提供完整的 git 功能，并且不能用于将上游更新合并到更改的本地存储库中。\n"
#~ "\n"
#~ "如果您接受更新，本地存储库将被硬重置以匹配远程存储库，并且任何本地更改都将"
#~ "丢失。\n"
#~ "\n"
#~ "如果您希望保留本地更改，则应取消此更新并将修改后的脚本复制到另一个位置，并"
#~ "将该位置添加到要搜索的脚本目录列表中。"

#~ msgid "Error! SPCC database failed to update."
#~ msgstr "错误！ SPCC 数据库更新失败。"

#~ msgid ""
#~ "Manual SPCC database update: the SPCC database repository is up to date.\n"
#~ msgstr "手动更新SPCC数据库：SPCC数据库存储库是最新的。\n"

#, c-format
#~ msgid "Error spawning thread to update scripts repository: %s\n"
#~ msgstr "生成更新脚本存储库的线程时出错：%s\n"

#~ msgid ""
#~ "Online scripts repository not enabled. Not fetching or updating siril-"
#~ "scripts...\n"
#~ msgstr "未启用在线脚本存储库。不获取或更新 Siril 脚本...\n"

#, c-format
#~ msgid "Error spawning thread to update SPCC repository: %s\n"
#~ msgstr "生成更新SPCC仓库的线程时出错：%s\n"

#~ msgid ""
#~ "Online scripts repository not enabled. Not fetching or updating siril-"
#~ "spcc...\n"
#~ msgstr "未启用联机脚本存储库。不获取或更新siril spcc...\n"

#~ msgid "Configure GraXpert to use the GPU for AI inference, if available"
#~ msgstr "配置GraXpert在有条件时使用GPU进行AI推算"

#~ msgid "Welcome to the newest version of Siril, "
#~ msgstr "欢迎来到最新版本的Siril， "

#~ msgid "Script Filename"
#~ msgstr "脚本文件名"

#, fuzzy
#~ msgid "0/0"
#~ msgstr "0.0"

#~ msgid ""
#~ "Welcome to the newest version of Siril. Please take a moment to read some "
#~ "tips about this release"
#~ msgstr "欢迎来到Siril最新版本。请花点时间来阅读新版本的提示"

#~ msgid ""
#~ "The RGB tab is now ready for processing. You can select and work on this "
#~ "tab which is open by default if the image is RGB."
#~ msgstr ""
#~ "RGB 标签现在已准备好进行处理。您可以选择并工作于此标签，如果图像是RGB，则"
#~ "默认情况下打开该标签。"

#~ msgid ""
#~ "Pre-processing steps are grouped together in the right panel. You can "
#~ "reach each step with the F1...F7 keys"
#~ msgstr "预处理操作被分组布置在右侧面板。您可通过快捷键F1…F7来唤起它们"

#~ msgid ""
#~ "This button will hide the right panel. You can also try the full screen "
#~ "mode (Control - F)"
#~ msgstr "该按钮将会隐藏右侧面板。您也可以尝试全屏模式(Control - F)"

#~ msgid ""
#~ "Press F10 or click on this button to open the menu. Here you can find the "
#~ "shortcut list and the preferences dialog where many of the options are "
#~ "available"
#~ msgstr ""
#~ "按F10或点此按钮以开启菜单。您可以在偏好设置对话框中找到快捷键列表以及其他"
#~ "可用操作"

#~ msgid ""
#~ "You can get more scripts by clicking on the \"Get scripts\" item in the "
#~ "menu"
#~ msgstr "您可以通过点击菜单中的“获取脚本”选项来获得更多的脚本"

#~ msgid ""
#~ "The documentation set is also available via the menu \"Siril Manual\""
#~ msgstr "该文档集也可通过菜单“Siril 手册”获取"

#~ msgid ""
#~ "You can change your working directory by hitting this button. The working "
#~ "directory is shown right below the title at the center of the headerbar"
#~ msgstr ""
#~ "您可以通过点此按钮来更改工作目录。工作目录显示在标题栏中心的标题右下方"

#~ msgid "You can open a single image or FITS/SER sequence"
#~ msgstr "不可以打开单独的图像或者FITS/SER序列"

#~ msgid "Here is a list of the most recent FITS files you’ve opened"
#~ msgstr "这里显示您最近所打开过的FITS文件列表"

#~ msgid "Processing algorithms are all in this single menu"
#~ msgstr "处理算法都在单独的菜单项"

#~ msgid ""
#~ "This new button brings together all the tools that were previously "
#~ "scattered throughout the application. It includes some of what was "
#~ "contained in the Hamburger menu, as well as tools for photometry, "
#~ "astrometry and much more. This menu is generally essential once pre-"
#~ "processing is complete."
#~ msgstr ""
#~ "这个新按钮汇集了以前分散在整个应用程序中的所有工具。它包括汉堡菜单中包含的"
#~ "一些内容，以及测光、天体测量等工具。预处理完成后，此菜单通常是必需的。"

#~ msgid "Use this button to undo an operation"
#~ msgstr "用此按钮实现撤销操作"

#~ msgid "Use this button to redo an operation"
#~ msgstr "用此按钮实现恢复操作"

#~ msgid ""
#~ "Siril works in 32-bit per channel precision by default. You can change it "
#~ "in Preferences and you can change the currently loaded image precision "
#~ "with this selector"
#~ msgstr ""
#~ "Siril目前缺省运行于32位/通道模式。您可以在偏好设置中更改，也可以在此更改当"
#~ "前载入图像的精度"

#~ msgid "Save your work as many times as needed by choosing a new name ..."
#~ msgstr "以新命名来保存您当前的工作…"

#~ msgid "... or save the current FITS image with the same name"
#~ msgstr "…或以同样的名称保存当前FITS图像"

#~ msgid ""
#~ "Take a snapshot of your image at any time, with false color, in negative "
#~ "view or with annotation"
#~ msgstr "随时将图像预览制作成快照，在伪色、负片和标注模式下也都可用"

#~ msgid ""
#~ "As usual you can enter Siril commands. To have an overview of all "
#~ "commands, type \"help\""
#~ msgstr "像往常一样，您可以输入 Siril 命令。要概览所有命令，请键入“help”"

#~ msgid ""
#~ "Basic viewing operations are available in the main toolbar. Zooming is "
#~ "available with Ctrl-Scroll up and down"
#~ msgstr "主工具栏中提供基础的预览操作。可以按住Ctrl上下滚动鼠标滚轮缩放"

#~ msgid "To pan your image you can use Ctrl-Click (and drag)"
#~ msgstr "浏览图像全貌可以使用Ctrl单击（并拖拽）"

#~ msgid "Enjoy using the new Siril"
#~ msgstr "欢迎使用新Siril"

#~ msgid "tycho2"
#~ msgstr "tycho2星表"

#~ msgid "nomad"
#~ msgstr "nomad星表"

#~ msgid "gaia"
#~ msgstr "GAIA（盖亚）星表"

#~ msgid "ppmxl"
#~ msgstr "ppmxl星表"

#~ msgid "bsc"
#~ msgstr "bsc星表"

#~ msgid "apass"
#~ msgstr "apass星表"

#~ msgid "gcvs"
#~ msgstr "gcvs星表"

#~ msgid "vsx"
#~ msgstr "vsx星表"

#~ msgid "varisum"
#~ msgstr "varisum星表"

#~ msgid "simbad"
#~ msgstr "simbad星表"

#~ msgid "exo"
#~ msgstr "exo星表"

#~ msgid "pgc"
#~ msgstr "pgc星表"

#~ msgid "aavso_chart"
#~ msgstr "aavso_chart星表"

#~ msgid "solsys"
#~ msgstr "solsys星表"

#, fuzzy
#~ msgid "0.000"
#~ msgstr "10.00"

#~ msgid ""
#~ "Runs the external tool GraXpert in background extraction mode.\n"
#~ "\n"
#~ "The following optional arguments may be provided:\n"
#~ "\n"
#~ "<b>-algo=</b> sets the background removal algorithm and must be one of "
#~ "<b>ai</b>, <b>rbf</b>, <b>kriging</b> or <b>spline</b>;\n"
#~ "<b>-mode=</b> sets the background extraction mode and must be one of "
#~ "<b>sub</b> or <b>div</b>;\n"
#~ "<b>-kernel=</b> sets the RBF kernel and must be one of <b>thinplate</b>, "
#~ "<b>quintic</b>, <b>cubic</b> or <b>linear</b>;\n"
#~ "<b>-pts_per_row=</b> sets the number of points per row on the background "
#~ "sampling grid (default = 15);\n"
#~ "<b>-samplesize=</b> sets the sampling box size for each sample (default = "
#~ "25);\n"
#~ "<b>-splineorder=</b> sets the spline order for use with the spline "
#~ "algorithm (default = 3);\n"
#~ "<b>-bgtol=</b> sets the background tolerance between -2.0 and 6.0 "
#~ "(default 2.0);\n"
#~ "<b>-smoothing=</b> sets the amount of background smoothing (default = "
#~ "0.5);\n"
#~ "<b>-keep_bg</b> sets GraXpert to save the indicative background image;\n"
#~ "<b>-cpu</b> sets GraXpert to use CPU only;\n"
#~ "<b>-gpu</b> sets GraXpert to use a GPU if available (and otherwise fall "
#~ "back to CPU);\n"
#~ "<b>-ai_batch_size=</b> sets the batch size for AI operations (denoising "
#~ "and the background removal AI algorithm) (default = 4: bigger batch sizes "
#~ "may improve performance, especially on CPU, but require more memory). The "
#~ "optional argument <b>-ai_version=</b> forces a specific version of the AI "
#~ "model. Note that GraXpert AI background removal is comparatively fast "
#~ "anyway so at present there is little need to specify an older model for "
#~ "speed reasons even if running in CPU-only mode. If this argument is "
#~ "omitted, the latest available AI model version is used"
#~ msgstr ""
#~ "运行外部工具GraXpert的背景提取模式。\n"
#~ "\n"
#~ "可以提供以下可选参数：\n"
#~ "\n"
#~ "<b>-algo=</b> 设置背景去除算法，必须是 <b>ai</b>、<b>rbf</b>、<b>kriging</"
#~ "b> 或 <b>spline</b> 之一；\n"
#~ "<b>-mode=</b> 设置背景提取模式，必须是 <b>sub</b> 或 <b>div</b> 之一；\n"
#~ "<b>-kernel=</b> 设置RBF核函数，必须是 <b>thinplate</b>、<b>quintic</b>、"
#~ "<b>cubic</b> 或 <b>linear</b> 之一；\n"
#~ "<b>-pts_per_row=</b> 设置每行背景样本数（默认值 = 15）；\n"
#~ "<b>-samplesize=</b> 设置每个样本的采样框大小（默认值 = 25）；\n"
#~ "<b>-splineorder=</b> 设置用于样条算法的样条阶数（默认值 = 3）；\n"
#~ "<b>-bgtol=</b> 设置背景容差，范围在 -2.0 到 6.0 之间（默认值 = 2.0）；\n"
#~ "<b>-smoothing=</b> 设置背景平滑量（默认值 = 0.5）；\n"
#~ "<b>-keep_bg</b> 设置GraXpert保存指示性背景图像；\n"
#~ "<b>-cpu</b> 设置GraXpert仅使用CPU；\n"
#~ "<b>-gpu</b> 设置GraXpert在可用时使用GPU（否则回退到CPU）；\n"
#~ "<b>-ai_batch_size=</b> 设置AI操作（去噪和背景去除AI算法）的批量大小（默认"
#~ "值 = 4：较大的批量大小可能会提高性能，尤其是在CPU上，但需要更多内存）。可"
#~ "选参数 <b>-ai_version=</b> 强制使用特定版本的AI模型。注意：GraXpert AI背景"
#~ "去除相对较快，因此目前即使仅在CPU模式下运行，也几乎不需要为了速度而指定旧"
#~ "版模型。如果省略此参数，则使用最新的可用AI模型版本"

#~ msgid ""
#~ "Runs the external tool GraXpert in deconvolution mode.\n"
#~ "\n"
#~ "The following optional arguments may be provided:\n"
#~ "\n"
#~ "<b>-strength=</b> sets the deconvolution strength, between 0.0 and 1.0 "
#~ "(default = 0.5) and <b>-psfsize=</b> the estimate of the FWHM of the "
#~ "image, range between 0.0 and 14.0 pixels (default = 5.0);\n"
#~ "<b>-gpu</b> sets GraXpert to use a GPU if available (and otherwise fall "
#~ "back to CPU);\n"
#~ "<b>-ai_batch_size=</b> sets the batch size for AI operations (denoising "
#~ "and the background removal AI algorithm) (default = 4: bigger batch sizes "
#~ "may improve performance, especially on CPU, but require more memory). The "
#~ "optional argument <b>-ai_version=</b> forces a specific version of the AI "
#~ "model. If this argument is omitted, the latest available AI model version "
#~ "is used"
#~ msgstr ""
#~ "运行外部工具GraXpert的反卷积模式。\n"
#~ "\n"
#~ "可以提供以下可选参数：\n"
#~ "\n"
#~ "<b>-strength=</b> 设置反卷积强度，范围在 0.0 到 1.0 之间（默认值 = 0.5），"
#~ "<b>-psfsize=</b> 设置图像FWHM（半高全宽）的估计值，范围在 0.0 到 14.0 像素"
#~ "之间（默认值 = 5.0）；\n"
#~ "<b>-gpu</b> 设置GraXpert在可用时使用GPU（否则回退到CPU）；\n"
#~ "<b>-ai_batch_size=</b> 设置AI操作（去噪和背景去除AI算法）的批量大小（默认"
#~ "值 = 4：较大的批量大小可能会提高性能，尤其是在CPU上，但需要更多内存）。可"
#~ "选参数 <b>-ai_version=</b> 强制使用特定版本的AI模型。如果省略此参数，则使"
#~ "用最新的可用AI模型版本"

#~ msgid ""
#~ "Runs the external tool GraXpert in denoising mode.\n"
#~ "\n"
#~ "The following optional arguments may be provided:\n"
#~ "\n"
#~ "<b>-strength=</b> sets the denoising strength, between 0.0 and 1.0 "
#~ "(default = 0.8);\n"
#~ "<b>-gpu</b> sets GraXpert to use a GPU if available (and otherwise fall "
#~ "back to CPU);\n"
#~ "<b>-ai_batch_size=</b> sets the batch size for AI operations (denoising "
#~ "and the background removal AI algorithm) (default = 4: bigger batch sizes "
#~ "may improve performance, especially on CPU, but require more memory). The "
#~ "optional argument <b>-ai_version=</b> forces a specific version of the AI "
#~ "model. For CPU-only usage the latest models may run very slowly, in which "
#~ "case an older model version such as 2.0.0 may provide a more acceptable "
#~ "balance between performance and runtime. If this argument is omitted, the "
#~ "latest available AI model version is used"
#~ msgstr ""
#~ "运行外部工具GraXpert的降噪模式。\n"
#~ "\n"
#~ "可以提供以下可选参数：\n"
#~ "\n"
#~ "<b>-strength=</b> 设置降噪强度，范围在 0.0 到 1.0 之间（默认值 = 0.8）；\n"
#~ "<b>-gpu</b> 设置GraXpert在可用时使用GPU（否则回退到CPU）；\n"
#~ "<b>-ai_batch_size=</b> 设置AI操作（降噪和背景去除AI算法）的批量大小（默认"
#~ "值 = 4：较大的批量大小可能会提高性能，尤其是在CPU上，但需要更多内存）。可"
#~ "选参数 <b>-ai_version=</b> 强制使用特定版本的AI模型。对于仅使用CPU的情况，"
#~ "最新模型可能运行非常缓慢，此时可以选择较旧的模型版本（例如2.0.0），以在性"
#~ "能和运行时间之间提供更可接受的平衡。如果省略此参数，则使用最新的可用AI模型"
#~ "版本"

#~ msgid ""
#~ "Applies the external GraXpert program to a sequence, in background "
#~ "extraction mode. The first argument must be the sequence name; the "
#~ "remaining arguments are the same as for the GRAXPERT_BG command"
#~ msgstr ""
#~ "对一个序列应用外部程序GraXpert的背景提取模式。第一个参数必须是序列名称；剩"
#~ "下的参数和命令GRAXPERT_BG相同"

#~ msgid ""
#~ "Applies the external GraXpert program to a sequence, in deconvolution "
#~ "mode. The first argument must be the sequence name; the remaining "
#~ "arguments are the same as for the GRAXPERT_DECONV command"
#~ msgstr ""
#~ "对一个序列应用外部程序 GraXpert 的反卷积模式。第一个参数必须是序列名称；剩"
#~ "余参数与命令 GRAXPERT_DECONV 相同"

#~ msgid ""
#~ "Applies the external GraXpert program to a sequence, in denoising mode. "
#~ "The first argument must be the sequence name; the remaining arguments are "
#~ "the same as for the GRAXPERT_DENOISE command"
#~ msgstr ""
#~ "对一个序列应用外部程序 GraXpert 的降噪模式。第一个参数必须是序列名称；剩余"
#~ "参数和命令 GRAXPERT_DENOISE 相同"

#~ msgid "Please report this bug to: "
#~ msgstr "请将此bug报告给: "

#~ msgid "Another task is already in progress, ignoring new request.\n"
#~ msgstr "另一个任务已在进行中，已忽略新请求。\n"

#~ msgid ""
#~ "Error: PSF file does not contain a square PSF. Cannot load this file.\n"
#~ msgstr "错误： PSF 文件不包含方形 PSF。无法载入此文件。\n"

#~ msgid "Wrong PSF size"
#~ msgstr "错误的 PSF 尺寸"

#, c-format
#~ msgid ""
#~ "Warning: PSF file is even (%d x %d). PSFs should always be odd. Cropping "
#~ "by 1 pixel in each direction. This may not produce optimum results.\n"
#~ msgstr ""
#~ "警告：PSF 文件尺寸为偶数 （%d x %d）。PSF 应该始终是奇数。已裁切横竖各 1 "
#~ "个像素。这可能产生不好的结果。\n"

#~ msgid ""
#~ "The selected PSF is RGB but the loaded image is monochrome. The PSF will "
#~ "be converted to monochrome (luminance).\n"
#~ msgstr ""
#~ "选定的 PSF 为 RGB，但载入的图像是单色的。PSF 将转换为单色（明度）。\n"

#~ msgid "Error: no PSF has been computed, nothing to save.\n"
#~ msgstr "错误：未计算任何 PSF，无需保存任何内容。\n"

#~ msgid "Error preparing PSF for save.\n"
#~ msgstr "准备保存 PSF 时出错。\n"

#~ msgid ""
#~ "This copy of Siril was compiled without libtiff support: saving PSF in "
#~ "FITS format.\n"
#~ msgstr ""
#~ "这个 Siril 的副本是在没有 libtiff 支持的情况下编译的：以 FITS 格式保存 "
#~ "PSF。\n"

#~ msgid "Kernel estimation complete.\n"
#~ msgstr "内核估算完成。\n"

#~ msgid ""
#~ "Error: no stars detected. Run findstar or select stars using Dynamic PSF "
#~ "dialog first.\n"
#~ msgstr "错误：未侦测到星点。首先使用动态 PSF 对话框侦测星点或选择星点。\n"

#~ msgid ""
#~ "Warning: focal length appears likely to be incorrect. Continuing "
#~ "anyway...\n"
#~ msgstr "警告：焦距似乎不正确。无论如何继续...\n"

#~ msgid ""
#~ "Warning: diameter appears likely to be incorrect. Continuing anyway...\n"
#~ msgstr "警告：口径似乎不正确。无论如何继续...\n"

#~ msgid ""
#~ "Warning: sensor pixel size appears likely to be incorrect. Continuing "
#~ "anyway...\n"
#~ msgstr "警告：传感器像素尺寸可能不正确。无论如何继续...\n"

#~ msgid ""
#~ "Error: no previous PSF found. A blind PSF estimator or calculation of PSF "
#~ "from stars or manual parameters must already have been done to use the "
#~ "Previous PSF option.\n"
#~ msgstr ""
#~ "错误：未找到先前生成的PSF。必须提前完成盲PSF估算，或根据星点计算PSF，或手"
#~ "动指定参数，才能使用“先前生成的 PSF”选项。\n"

#~ msgid ""
#~ "Error: no PSF defined. Select blind deconvolution or define a PSF from "
#~ "selection or psf parameters.\n"
#~ msgstr ""
#~ "错误：未定义 PSF。选择盲反卷积，或用选区定义 PSF，或用 psf 参数定义 "
#~ "PSF。\n"

#~ msgid "PSF made in bottom up orientation.\n"
#~ msgstr "PSF以自下而上的方向生成。\n"

#~ msgid "PSF made in top down orientation.\n"
#~ msgstr "PSF以自上而下的方向生成。\n"

#~ msgid "No stars detected. Finding suitable non-saturated stars...\n"
#~ msgstr "未侦测到星点。寻找合适的非饱和星点...\n"

#~ msgid "No suitable stars detectable in this image. Aborting..."
#~ msgstr "在该图像中没有合适的星点。异常终止..."

#, c-format
#~ msgid "Found %d suitably bright, non-saturated stars.\n"
#~ msgstr "发现%d颗亮度适当、不饱和的星点。\n"

#, c-format
#~ msgid ""
#~ "Kernel size not large enough to fit PSF generated from detected stars. "
#~ "Increasing kernel size to %d. To override, specify kernel size using the "
#~ "-ks= option.\n"
#~ msgstr ""
#~ "内核尺寸不够大，无法容纳从侦测到的星点所生成的PSF。将内核尺寸增加到 %d。如"
#~ "要覆盖，请使用 -ks= 选项指定内核尺寸。\n"

#, c-format
#~ msgid ""
#~ "Warning: PSF generated from the stars detected in this image appears to "
#~ "be too big for the specified kernel size. Recommend increasing kernel "
#~ "size to %d.\n"
#~ msgstr ""
#~ "警告：从此图像中侦测到的星点所生成的 PSF 对于指定的内核尺寸来说似乎太大。"
#~ "建议将内核尺寸增加到 %d。\n"

#~ msgid "Starting PSF computation..."
#~ msgstr "开始PSF计算..."

#~ msgid "Deconvolution PSF generated.\n"
#~ msgstr "反卷积PSF生成。\n"

#~ msgid ""
#~ "Error: trying to use previous PSF but no PSF has been generated. "
#~ "Aborting...\n"
#~ msgstr "错误：尝试使用先前生成的 PSF，但尚未生成过PSF。异常中止...\n"

#~ msgid "Starting PSF estimation..."
#~ msgstr "开始估算PSF..."

#~ msgid "Starting non-blind deconvolution..."
#~ msgstr "开始非盲反卷积..."

#~ msgid "Deconvolution. Processing sequence..."
#~ msgstr "反卷积。处理序列..."

#~ msgid "Main multifunction action"
#~ msgstr "主要多功能动作"

#~ msgid "Drag"
#~ msgstr "拖拽"

#~ msgid "Open if nothing is loaded"
#~ msgstr "如果未加载任何内容，则打开"

#~ msgid "Configurable zoom toggle"
#~ msgstr "可配置的缩放切换"

#~ msgid "Photometry box"
#~ msgstr "测光框"

#~ msgid "Mouse Menu / Remove"
#~ msgstr "鼠标菜单/删除"

#~ msgid "Save As"
#~ msgstr "另存为"

#~ msgid "Snapshot"
#~ msgstr "快照"

#~ msgid "Find stars"
#~ msgstr "查找星点"

#~ msgid "Plate solve"
#~ msgstr "解析"

#~ msgid "Scroll to zoom"
#~ msgstr "滚动到缩放"

#~ msgid "Scroll through sequence"
#~ msgstr "滚动序列"

#~ msgid "Scroll through GUI tabs"
#~ msgstr "滚动浏览 GUI 选项卡"

#~ msgid "local catalogues"
#~ msgstr "本地星表"

#~ msgid "local Gaia catalogue"
#~ msgstr "本地Gaia星表"

#~ msgid "an online catalogue"
#~ msgstr "在线星表"

#~ msgid ""
#~ "Warning: an undebayered CFA image is loaded. Star detection may produce "
#~ "results for this image but will not perform optimally and star parameters "
#~ "may be inaccurate.\n"
#~ msgstr ""
#~ "警告：加载了未去拜耳化的 CFA 图像。星点侦测可能会产生该图像的结果，但不会"
#~ "以最佳方式执行，并且星点参数可能不准确。\n"

#~ msgid "Error: Could not parse -wn1at values.\n"
#~ msgstr "错误：无法解析 -wn1at 值。\n"

#~ msgid "Error: Could not parse -wn2at values.\n"
#~ msgstr "错误：无法解析 -wn2at 值。\n"

#, fuzzy
#~ msgid ""
#~ "Generates an intensity profile plot between 2 points in the image, also "
#~ "known as a <i>cut</i>. The arguments may be provided in any order. The "
#~ "arguments <b>-to=x,y</b> and <b>-from=x,y</b> are mandatory.\n"
#~ "\n"
#~ "The argument <b>-layer=<i>{red | green | blue | lum | col}</i></b> "
#~ "specifies which channel (or luminance or colour) to plot if the image is "
#~ "color. This can be used in conjunction with spectrometric options. It may "
#~ "also be used with the <b>-tri</b> option, which generates 3 parallel "
#~ "equispaced profiles each separated by <b>-spacing=</b> pixels, but note "
#~ "that for tri profiles the <i><b>col</b></i> option will be treated the "
#~ "same as <i><b>lum</b></i>.\n"
#~ "\n"
#~ "The option <b>-cfa</b> selects CFA mode, which generates 4 profiles: 1 "
#~ "for each CFA channel in a Bayer patterned image. This option cannot be "
#~ "used with color images or mono images with no Bayer pattern, and cannot "
#~ "be used at the same time as the <b>-tri</b> option.\n"
#~ "\n"
#~ "The option <b>-arcsec</b> causes the x axis to display distance in "
#~ "arcsec, if the necessary metadata is available. This option is overridden "
#~ "if spectrometric options are provided. If not provided or if metadata is "
#~ "not available, distance will be shown in pixel units.\n"
#~ "\n"
#~ "The argument <b>-savedat</b> will cause the data files to be saved: the "
#~ "filename will be written to the log. Alternatively the argument <b>-"
#~ "filename=</b> can be used to specify a filename to write the data file "
#~ "to. (The <b>-filename=</b> option implies <b>-savedat</b>.)\n"
#~ "\n"
#~ "<b>Spectrometric Options</b>\n"
#~ "\n"
#~ "If spectrometric options are provided, all of the following must be "
#~ "provided: <b>-wavenumber1=</b> / <b>-wavelength1=</b> and <b>-"
#~ "wavenumber2=</b> / <b>-wavelength2=</b> specify 2 wavenumbers in "
#~ "cm<sup>-1</sup> / wavelengths in nm, and <b>-wn1=x,y</b> and <b>-wn2=x,y</"
#~ "b> specify points in the image corresponding to those wavenumbers. As a "
#~ "convenience, <b>-wavelength1=</b> and <b>-wavelength2=</b> may be used "
#~ "instead to provide wavelengths in nm. The following optional "
#~ "spectrometric arguments may be provided: <b>-width=</b>, which specifies "
#~ "how many pixels should be averaged perpendicular to the profile line, <b>-"
#~ "bgremove</b>, which selects background removal mode (this should be "
#~ "specified together with <b>-spacing=</b> to set the spacing of the "
#~ "background measurement strips from the main spectrum profile), <b>-"
#~ "bgpoly=</b>, which sets the degree of polynomial to fit to the background "
#~ "(the default is 3), and one of <b>-xaxis=wavelength</b> or <b>-"
#~ "xaxis=wavenumber</b>, which set the units for the x axis (the default is "
#~ "wavelength).\n"
#~ "\n"
#~ "The argument <b>\"-title=<i>My Title\"</i></b> sets a custom title \"My "
#~ "Title\""
#~ msgstr ""
#~ "Generates an intensity profile plot between 2 points in the image, also "
#~ "known as a <i>cut</i>. The arguments may be provided in any order. The "
#~ "arguments <b>-to=x,y</b> and <b>-from=x,y</b> are mandatory.\n"
#~ "\n"
#~ "The argument <b>-layer=<i>{red | green | blue | lum | col}</i></b> "
#~ "specifies which channel (or luminance or colour) to plot if the image is "
#~ "color. This can be used in conjunction with spectrometric options. It may "
#~ "also be used with the <b>-tri</b> option, which generates 3 parallel "
#~ "equispaced profiles each separated by <b>-spacing=</b> pixels, but note "
#~ "that for tri profiles the <i><b>col</b></i> option will be treated the "
#~ "same as <i><b>lum</b></i>.\n"
#~ "\n"
#~ "The option <b>-cfa</b> selects CFA mode, which generates 4 profiles: 1 "
#~ "for each CFA channel in a Bayer patterned image. This option cannot be "
#~ "used with color images or mono images with no Bayer pattern, and cannot "
#~ "be used at the same time as the <b>-tri</b> option.\n"
#~ "\n"
#~ "The option <b>-arcsec</b> causes the x axis to display distance in "
#~ "arcsec, if the necessary metadata is available. This option is overridden "
#~ "if spectrometric options are provided. If not provided or if metadata is "
#~ "not available, distance will be shown in pixel units.\n"
#~ "\n"
#~ "The argument <b>-savedat</b> will cause the data files to be saved: the "
#~ "filename will be written to the log. Alternatively the argument <b>-"
#~ "filename=</b> can be used to specify a filename to write the data file "
#~ "to. (The <b>-filename=</b> option implies <b>-savedat</b>.)\n"
#~ "\n"
#~ "<b>Spectrometric Options</b>\n"
#~ "\n"
#~ "If spectrometric options are provided, all of the following must be "
#~ "provided: <b>-wavenumber1=</b> / <b>-wavelength1=</b> and <b>-"
#~ "wavenumber2=</b> / <b>-wavelength2=</b> specify 2 wavenumbers in "
#~ "cm<sup>-1</sup> / wavelengths in nm, and <b>-wn1=x,y</b> and <b>-wn2=x,y</"
#~ "b> specify points in the image corresponding to those wavenumbers. As a "
#~ "convenience, <b>-wavelength1=</b> and <b>-wavelength2=</b> may be used "
#~ "instead to provide wavelengths in nm. The following optional "
#~ "spectrometric arguments may be provided: <b>-width=</b>, which specifies "
#~ "how many pixels should be averaged perpendicular to the profile line, and "
#~ "one of <b>-xaxis=wavelength</b> or <b>-xaxis=wavenumber</b>, which set "
#~ "the units for the x axis (the default is wavelength).\n"
#~ "\n"
#~ "The argument <b>\"-title=<i>My Title\"</i></b> sets a custom title \"My "
#~ "Title\""

#~ msgid "Using remote APASS instead of local NOMAD catalog\n"
#~ msgstr "使用远程APASS代替本地NOMAD星表\n"

#, fuzzy
#~ msgid "15"
#~ msgstr "1"

#, fuzzy
#~ msgid "25"
#~ msgstr "5"

#~ msgid "0,80"
#~ msgstr "0,80"

#, fuzzy
#~ msgid "4"
#~ msgstr "4K"

#~ msgid "Color calibration"
#~ msgstr "色彩校准"

#~ msgid ""
#~ "Open the RGB calibration tool on the resulting image. This will modify "
#~ "the result in a destructive way to align the three channels of the "
#~ "result.\n"
#~ "Modifying parameters in this windows afterward will void the colour "
#~ "balance, and it will have to be remade."
#~ msgstr ""
#~ "针对最终图像开启RGB色彩校准工具。这将改变最终图像的色彩平衡。\n"
#~ "之后在当前窗口中修改任何参数将使色彩平衡无效，色彩平衡必须重做。"

#~ msgid ""
#~ "Pick the color calibration method. Spectrophotometric is the most "
#~ "accurate, but requires an internet connection. Photometric is next best "
#~ "for non-networked users, and manual offers basic background "
#~ "neutralisation and manual white balance and may be useful for planetary "
#~ "or lunar images."
#~ msgstr ""
#~ "选择色彩校准方法。分光光度法是最准确的，但需要互联网连接。对于非网络用户来"
#~ "说，测光法是第二好的选择，手动提供基本的背景平衡和手动白平衡，可能对行星或"
#~ "月球图像有用。"

#~ msgid "Spectrophotometric"
#~ msgstr "分光光度法"

#~ msgid "%.2lf ms"
#~ msgstr "%.2lf ms"

#~ msgid "%.2lf s"
#~ msgstr "%.2lf s"

#, fuzzy, c-format
#~ msgid "Cannot open repository: %s\n"
#~ msgstr "克隆存储库时出错：%s\n"

#, c-format
#~ msgid ""
#~ "Cannot open repository: %s\n"
#~ "Attempting to clone from remote source...\n"
#~ msgstr ""
#~ "无法打开存储库：%s\n"
#~ "正在尝试从远程源克隆...\n"

#, c-format
#~ msgid "Error: index %zu out of range (max: %zu).\n"
#~ msgstr "错误：索引%zu超出范围（最大：%zu）。\n"

#~ msgid "Show object names if WCS information is available"
#~ msgstr "显示天体名称（若WCS信息可用）"

#, c-format
#~ msgid ""
#~ "Plate solving image from an online catalogue for a field of view of %.2f "
#~ "degrees%s, using a limit magnitude of %.2f\n"
#~ msgstr "基于在线星表的图像解析，视场为 %.2f 度%s，极限星等为 %.2f\n"

#, fuzzy
#~ msgid ""
#~ "You are about to use scripts. Running automatic scripts is something that "
#~ "is easy and generally it provides a nice image. However you have to keep "
#~ "in mind that scripts are not magic; automatic choices are made where "
#~ "human decision would probably be better. Also, every command used in a "
#~ "script is available on the interface with a better parameter control."
#~ msgstr ""
#~ "您将要使用脚本。运行脚本很省事，通常结果不会很难看。但是请记住，脚本不是魔"
#~ "法；手动操作可能获得更好的结果。此外，脚本中的每个命令都可以在用户界面里使"
#~ "用，而且更便于控制参数。"

#, c-format
#~ msgid "Image %d platesolved and updated\n"
#~ msgstr "图像 %d 解析完成并更新\n"

#~ msgid "Only one weighting method can be used\n"
#~ msgstr "只有一种加权方法可用\n"

#, fuzzy
#~ msgid "512"
#~ msgstr "1x2"

#~ msgid "1.00"
#~ msgstr "1.00"

#, fuzzy
#~ msgid "10.0"
#~ msgstr "10.00"

#, fuzzy
#~ msgid "1013.00"
#~ msgstr "3.00"

#, c-format
#~ msgid "cygwin/bin was not found at %s - ignoring\n"
#~ msgstr "在%s处找不到 cygwin/bin - 已忽略\n"

#~ msgid "Click here to generate the automatically defined samples."
#~ msgstr "点此生成自动选择的样本。"

#~ msgid "Sequence input marker"
#~ msgstr "序列输入标记"

#~ msgid "Extraction"
#~ msgstr "提取"

#~ msgid "Save transformation in seq file only"
#~ msgstr "仅将转换保存在 seq 文件中"

#, fuzzy
#~ msgid ""
#~ "Applies an interpolation-based x2 upscaling. This is quicker than most of "
#~ "the proper drizzle kernels but will not provide results that are as "
#~ "sharp. Only applicable to immediately-applied global star registration."
#~ msgstr ""
#~ "应用基于插值的 x2 放大。这比大多数常规的drizzle内核要快，但不会提供那么清"
#~ "晰的结果。"

#~ msgid "Accumulate reg. data"
#~ msgstr "累计对齐数据"

#~ msgid ""
#~ "Check this button if you want the new registration data to be added to "
#~ "the previous one.\n"
#~ "This option is useful when sequence has previously been aligned using a "
#~ "method that does not build a new sequence, but it should be unchecked "
#~ "when the comet/asteroid algorithm is applied several times."
#~ msgstr ""
#~ "选择此选项会将新的对齐数据累计到原有数据上。\n"
#~ "此选项可用于此序列之前已被用某算法对齐过，并未产生新的序列之情况下。但是当"
#~ "小行星/彗星对齐算法被使用过的情况下请不要选择。"

#~ msgid ""
#~ "When this box is checked, the transformed images are undistorted using "
#~ "the SIP data in the reference frame."
#~ msgstr "选中此框后，将使用参考帧中的 SIP 数据使变换后的图像不失真。"

#~ msgid ""
#~ "Online SPCC-database repository not enabled. Not fetching or updating "
#~ "siril-spcc-database...\n"
#~ msgstr "未启用在线 SPCC 数据库存储库。未获取或更新 Siril-spcc-数据库...\n"

#, c-format
#~ msgid "RBF Extraction: processing channel %d...\n"
#~ msgstr "RBF 提取：处理通道 %d…\n"

#, c-format
#~ msgid "Image %d: error identifying CFA1 filename\n"
#~ msgstr "图像 %d：识别 CFA1 文件名时出错\n"

#, c-format
#~ msgid "Image %d: error identifying CFA2 filename\n"
#~ msgstr "图像 %d：识别 CFA2 文件名时出错\n"

#, c-format
#~ msgid "Image %d: error identifying CFA3 filename\n"
#~ msgstr "图像 %d：识别 CFA3 文件名时出错\n"

#~ msgid ""
#~ "The -nostarlist option has an effect only when -2pass is used, ignoring\n"
#~ msgstr "-nostarlist选项只有在使用-2pass时才有效，已忽略\n"

#~ msgid "-upscale is not compatible with -drizzle, choose one or the other.\n"
#~ msgstr "-upscale 与 -drizzle 不兼容，选择一个或另一个。\n"

#~ msgid "Scaling factor should be between 0.1 and 2, aborting.\n"
#~ msgstr "缩放比例应在 0.1 至 2 之间，异常终止。\n"

#~ msgid "Registration: Applying existing astrometric data"
#~ msgstr "对齐：应用现有的天体测量数据"

#~ msgid "Please specify the type of compression and quantization value.\n"
#~ msgstr "请指定压缩类型和量化值。\n"

#~ msgid "Please specify the value of quantization.\n"
#~ msgstr "请指定量化值。\n"

#~ msgid ""
#~ "Applies geometric transforms on images of the sequence given in argument "
#~ "so that they may be superimposed on the reference image, using "
#~ "astrometric data previously computed (see SEQPLATESOLVE).\n"
#~ "\n"
#~ "The output sequence name starts with the prefix <b>\"r_\"</b> unless "
#~ "otherwise specified with <b>-prefix=</b> option.\n"
#~ "\n"
#~ "The pixel interpolation method can be specified with the <b>-interp=</b> "
#~ "argument followed by one of the methods in the list <b>ne</b>[arest], "
#~ "<b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], <b>ar</b>[ea]}.\n"
#~ "Clamping of the bicubic and lanczos4 interpolation methods is the "
#~ "default, to avoid artefacts, but can be disabled with the <b>-noclamp</b> "
#~ "argument.\n"
#~ "\n"
#~ "Automatic framing of the output sequence can be specified using <b>-"
#~ "framing=</b> keyword followed by one of the methods in the list { current "
#~ "| min | max | cog } :\n"
#~ "<b>-framing=max</b> (bounding box) will project each image and compute "
#~ "its shift wrt. reference image. The resulting sequence can then be "
#~ "stacked using option <b>-maximize</b> of STACK command which will create "
#~ "the full image encompassing all images of the sequence.\n"
#~ "<b>-framing=min</b> (common area) crops each image to the area it has in "
#~ "common with all images of the sequence.\n"
#~ "<b>-framing=cog</b> determines the best framing position as the center of "
#~ "gravity (cog) of all the images.\n"
#~ "\n"
#~ "If SIP coeffcients are present in the astrometric solutions, the output "
#~ "images will be undistorted, unless the option <b>-noundistort</b> is "
#~ "passed"
#~ msgstr ""
#~ "使用先前计算的对齐数据，对参数中给定序列里的图像应用几何变换，使其和参考图"
#~ "像重合（参见REGISTER）。\n"
#~ "\n"
#~ "输出序列名的前缀为<b>\"r_\"</b>，除非使用<b>-prefix=</b>选项指定。\n"
#~ "\n"
#~ "像素插值方法可以用<b>-interp=</b>参数指定，参数后跟列表中的方法之一 "
#~ "<b>ne</b>[arest], <b>cu</b>[bic], <b>la</b>[nczos4], <b>li</b>[near], "
#~ "<b>ar</b>[ea]}.\n"
#~ "双三次插值和lanczos4插值的保持机制是默认启用的，以避免伪影，但可以使用<b>-"
#~ "noclamp</b>参数禁用。\n"
#~ "\n"
#~ "输出序列的取景范围可以使用<b>-framing=</b>关键字指定，取值可以是{ current "
#~ "| min | max | cog }：\n"
#~ "<b>-framing=max</b>（并集）根据需要在每个图像周围添加黑色边框，在对齐时不"
#~ "会裁切图像的任何部分。然后可以使用选项<b>-maximize</b>对所得序列进行叠"
#~ "加。 STACK 命令将创建包含序列中所有图像的完整图像。\n"
#~ "<b>-framing=min</b>（交集）将每个图像裁切到序列里所有图像共有的区域。\n"
#~ "<b>-framing=cog</b>将全部图像的重心（cog）作为最佳构图位置。\n"
#~ "\n"
#~ "如果天体测量解中存在 SIP 系数，则输出图像将不失真，除非选项 <b>-"
#~ "noundistort</b> 已传递"

#~ msgid ""
#~ "Updates FITS keyword. The argument <b>key</b> must be an FITS keyword "
#~ "found in the header and managed by Siril. Please note that the validity "
#~ "of <b>value</b> is not checked. This verification is the responsibility "
#~ "of the user"
#~ msgstr ""
#~ "更新 FITS 关键字。参数<b>key</b>必须是文件头中找到并由 Siril 管理的 FITS "
#~ "关键字。请注意，<b>value</b>的有效性没有检查。此验证由用户负责"

#~ msgid ""
#~ "The star detection functions in the Dynamic PSF dialog may produce "
#~ "results for this CFA image but will not perform optimally and star "
#~ "parameters may be inaccurate. Are you sure you wish to proceed?"
#~ msgstr ""
#~ "动态 PSF 对话框中的星点侦测功能可能会生成此 CFA 图像的结果，但不会以最佳方"
#~ "式执行，并且星点参数可能不准确。您确定要继续吗？"

#, c-format
#~ msgid "Error: %ld. Wait %us before retry\n"
#~ msgstr "错误： %ld. 等待 %u秒后再重试\n"

#, c-format
#~ msgid "Cannot retrieve information from the update URL. Error: [%ld]\n"
#~ msgstr "无法从更新URL处获取信息。Error: [%ld]\n"

#~ msgid ""
#~ "Conversion of the filename to system codepage failed. Please consider "
#~ "removing all wide chars.\n"
#~ msgstr "将文件名转换为系统代码页失败。请考虑删除所有宽字符。\n"

#, c-format
#~ msgid ""
#~ "DRIZZLING PARAMETERS:\n"
#~ "kernel:         %s\n"
#~ "pixel_fraction: %f\n"
#~ "weight_scale:   %f\n"
#~ "scale:          %f\n"
#~ msgstr ""
#~ "DRIZZLING 参数:\n"
#~ "kernel:         %s\n"
#~ "pixel_fraction: %f\n"
#~ "weight_scale:   %f\n"
#~ "scale:          %f\n"

#~ msgid ""
#~ "Warning: some images in the sequence were smaller than 512x512. Some "
#~ "versions of StarNet may fail to process these images.\n"
#~ msgstr ""
#~ "警告：序列中的某些图像小于 512x512。某些版本的 StarNet 可能无法处理这些图"
#~ "像。\n"

#~ msgid "A live preview session is active"
#~ msgstr "一个活动的预览已激活"

#~ msgid "Wiener deconvolution..."
#~ msgstr "Wiener 反卷积…"

#~ msgid ""
#~ "Richardson-Lucy halted early by the stopping criterion after iteration"
#~ msgstr "Richardson-Lucy 在迭代后因停止判据提前停止"

#~ msgid "Richardson-Lucy deconvolution..."
#~ msgstr "Richardson-Lucy反卷积..."

#~ msgid ""
#~ "<b>1-2-3 Stars Registration</b>: This is the simplest method to register "
#~ "deep-sky images. Images are aligned using shifting, if you pick one star, "
#~ "or shifting + rotation if 2 or 3 stars are selected.\n"
#~ "If only shifts are computed, they are saved in the seq file and the "
#~ "aligned sequence does not need to be exported. Images will be shifted "
#~ "pixel-wise during stacking step.\n"
#~ "If rotation is also computed, then the aligned images need to be exported "
#~ "using Apply Existing Registration."
#~ msgstr ""
#~ "<b>1-2-3星对齐</b>：这是对齐深空图像的最简单方法。如果选择一颗星，则使用平"
#~ "移对齐图像，如果选择了 2 或 3 颗星，则使用平移 + 旋转对齐。\n"
#~ "如果仅计算平移，则它们将保存在 seq 文件中，并且不需要导出已对齐的序列。在"
#~ "叠加步骤中，图像将逐像素平移。\n"
#~ "如果还计算了旋转，则需要使用“应用现有对齐”导出已对齐的图像。"

#~ msgid ""
#~ "<b>Global Star Alignment</b>: This is a more powerful and accurate "
#~ "algorithm (but also slower) to perform deep-sky images. The global "
#~ "matching is based on triangle similarity method for automatically "
#~ "identify common stars in each image. A new sequence is created with the "
#~ "prefix of your choice (r_ by default)."
#~ msgstr ""
#~ "<b>全局星点对齐</b>：这是一个更加强大和精确（但也比较慢）的深空对齐算法。"
#~ "全局匹配基于相似三角形算法来自动识别图像中共有的星点。一个新的，已设定好前"
#~ "缀名（缺省为r_）的序列会被创建。"

#~ msgid ""
#~ "<b>Two-Pass Global Star Alignment</b>: The global star alignment is done "
#~ "in two passes, allowing the reference frame to be chosen from detected "
#~ "star information instead of automatically choosing the first frame of the "
#~ "sequence."
#~ msgstr ""
#~ "<b>两段式全局星点对齐</b>：全局星点对齐分两段完成，可从侦测到的星点信息中"
#~ "选择参考帧，而不是自动选择序列的第一帧。"

#~ msgid ""
#~ "<b>Apply Astrometric Registration</b>: This algorithm computes the "
#~ "transforms between plate-solved images  of a sequence and applies them"
#~ msgstr ""
#~ "<b>应用天体测量对齐</b>：该算法计算序列已解析图像之间的变换并应用它们"

#~ msgid ""
#~ "Astrometric registration not allowed for SER sequences, change method"
#~ msgstr "SER 序列不允许天体测量对齐，更改方法"

#~ msgid ""
#~ "This sequence can be registered with the Bayer pattern intact based on "
#~ "registering the green layer with red and blue pixels interpolated"
#~ msgstr ""
#~ "该序列可以完整地对齐拜耳模式，这是基于用插值的红色和蓝色像素对齐绿色图层"

#~ msgid "Platesolve the sequence first"
#~ msgstr "请先对序列进行解析"

#~ msgid "Select an area in image first, and select images in the sequence"
#~ msgstr "先在图像中选定一个区域，再于序列中选定一幅图像"

#~ msgid ""
#~ "All prerequisites are not filled for registration. Select a rectangle "
#~ "first.\n"
#~ msgstr "所有的先决条件不适合对齐，请先选择一个矩形。\n"

#~ msgid "The object is not moving, please check your registration data.\n"
#~ msgstr "目标没有移动。请检查您的对齐数据。\n"

#~ msgid ""
#~ "Insterpolation cannot be set to None for astrometric alignment. Aborting\n"
#~ msgstr "对于天体测量对齐，Insterpolation 不能设置为 None。异常中止\n"

#~ msgid "Error: sequence is SER or FITSEQ"
#~ msgstr "错误：序列为 SER 或 FITSEQ"

#~ msgid "Only FITS format is supported for sequence CFA splitting"
#~ msgstr "序列 CFA 拆分仅支持 FITS 格式"

#, fuzzy, c-format
#~ msgid ""
#~ "Server unreachable or unresponsive (code %ld).\n"
#~ "Server returned: %s\n"
#~ msgstr "服务器无法访问或无响应。(%s)\n"

#~ msgid "Internet Connection failure.\n"
#~ msgstr "连接网络失败。\n"

#~ msgid "Creating the aligned image sequence"
#~ msgstr "创建对齐的图像序列"

#~ msgid "Saving the transformation matrices"
#~ msgstr "保存变换矩阵"

#~ msgid "Dates of the two images are identical"
#~ msgstr "两幅图像的日期相同"

#~ msgid "Siril cannot compute the velocity needed for the alignment."
#~ msgstr "Siril 无法计算对齐所需的速率。"

#~ msgid ""
#~ "Registering a sequence opened as CFA: the resulting sequence should be "
#~ "drizzled.\n"
#~ msgstr "对齐作为 CFA 打开的序列：生成的序列应进行 drizzle 处理。\n"

#, c-format
#~ msgid "Found %d stars in image %d, channel #%d\n"
#~ msgstr "图像%d中找到%d星点，于通道 #%d\n"

#, c-format
#~ msgid "Space required for storage: %s\n"
#~ msgstr "存储所需空间：%s\n"

#~ msgid "Creating the warped images sequence"
#~ msgstr "创建扭曲图像序列"

#~ msgid "Search Object..."
#~ msgstr "查找天体…"

#~ msgid ""
#~ "The sequence will be registered using the Drizzle algorithm originally "
#~ "developed for use with undersampled Hubble Space Telescope images. This "
#~ "can be useful to improve resolution of your images if they are "
#~ "undersampled. It can also serve as an alternative demosaicing algorithm "
#~ "for OSC images (the CFA pattern must still be present, so you must not "
#~ "debayer them prior to Drizzle) which improves the resolution of the "
#~ "result and yields noise with a characteristic that is easier to treat "
#~ "with noise reduction algorithms. Drizzling mono images with x2 scale or "
#~ "CFA images with x1 scale generally requires a minimum of about 10 frames "
#~ "in the sequence.\n"
#~ "\n"
#~ "WARNING: the counterpart of this technic is that the amount of memory and "
#~ "disk space needed to create and process drizzled images is multiplied by "
#~ "the square of the Drizzle factor."
#~ msgstr ""
#~ "该序列将使用最初开发用于欠采样哈勃太空望远镜图像的 Drizzle 算法进行对齐。"
#~ "如果图像采样不足，这对于提高图像的分辨率很有用。它还可以用作 OSC 图像的替"
#~ "代去马赛克算法（CFA 模式必须仍然存在，因此您不能在 Drizzle 之前对它们进行"
#~ "去拜耳处理），这可以提高结果的分辨率并产生具有更容易处理的特征的噪声降噪算"
#~ "法。Drizzle 具有 x2 比例的单色图像或具有 x1 比例的 CFA 图像通常需要序列中"
#~ "至少约 10 帧。\n"
#~ "\n"
#~ "警告：该技术的对应部分是创建和处理 Drizzle 图像所需的内存和磁盘空间量乘以 "
#~ "Drizzle 系数的平方。"

#~ msgid ""
#~ "Choose Homography or WCS for the drizzle mapping method. For Homography, "
#~ "the sequence must contain registration data; for WCS, all images in the "
#~ "sequence must be plate solved (e.g. using the <b>seqplatesolve</b> "
#~ "command)"
#~ msgstr ""
#~ "选择单应性或 WCS 作为drizzle 映射方法。对于单应性，序列必须包含对齐数据；"
#~ "对于 WCS，必须对序列中的所有图像进行解析（例如使用 <b>seqplatesolve</b> 命"
#~ "令）"

#~ msgid "WCS"
#~ msgstr "WCS"

#~ msgid "Drizzle mapping method"
#~ msgstr "Drizzle 映射方法"

#~ msgid ""
#~ "Sets the drizzle scale. A scale of 2 means the output pixel grid will "
#~ "have twice the resolution of the input pixel grid."
#~ msgstr ""
#~ "设置 drizzle 比例。比例为 2 意味着输出像素网格的分辨率是输入像素网格的分辨"
#~ "率的两倍。"

#~ msgid "Drizzle Mapping"
#~ msgstr "Drizzle 映射"

#~ msgid "Pixel weighting"
#~ msgstr "像素权重"

#~ msgctxt "shortcut window"
#~ msgid "Search an object in the image"
#~ msgstr "在图像中查找目标"

#~ msgid "Required version is not correct.\n"
#~ msgstr "所需版本不正确。\n"

#~ msgid "The required version of Siril is ok.\n"
#~ msgstr "请求的Siril版本可用。\n"

#, c-format
#~ msgid ""
#~ "The script you are executing has been marked as obsolete for this version "
#~ "of Siril (%s), aborting. Check for an update to the script.\n"
#~ msgstr ""
#~ "对于此版本的 Siril （%s），您正在执行的脚本已标记为过时，异常中止。检查脚"
#~ "本的更新。\n"

#, c-format
#~ msgid ""
#~ "The script you are executing requires a newer version of Siril to run "
#~ "(%s), aborting.\n"
#~ msgstr "正在执行的脚本需要更新版本的Siril才能运行（%s），异常中止。\n"

#, c-format
#~ msgid "Using preferred observatory code %s\n"
#~ msgstr "使用首选天文台代码 %s\n"

#~ msgid ""
#~ "Invalid observatory code found in preferences. Code must be 3 characters. "
#~ "Resetting preference and using default geocentric observer code.\n"
#~ msgstr ""
#~ "在首选项中发现无效的天文台代码。代码必须为 3 个字符。重置首选项并使用默认"
#~ "的地心观测者代码。\n"

#~ msgid "Using default geocentric observer code\n"
#~ msgstr "使用默认的地心观测者代码\n"

#~ msgid "Unable to check updates! Please Check your network connection\n"
#~ msgstr "无法检查更新！请检查您的网络连接\n"

#, c-format
#~ msgid "Unable to check updates! Error: %ld\n"
#~ msgstr "无法检查更新！错误： %ld\n"

#~ msgid "IRIS PIC Files (*.pic)"
#~ msgstr "IRIS PIC 文件 (*.pic)"

#~ msgid "SER files (*.ser)"
#~ msgstr "SER文件 (*.ser)"

#~ msgid "Film Files (*.avi, *.mpg, ...)"
#~ msgstr "视频文件 (*.avi, *.mpg, ...)"

#~ msgid "Max"
#~ msgstr "最大化"

#~ msgid "Automatically Calculated with PSF"
#~ msgstr "基于PSF自动计算"

#~ msgid "Simplified Drizzle x2"
#~ msgstr "简化 Drizzle x2"

#~ msgid ""
#~ "Activate the simplified drizzle algorithm for the processing of this "
#~ "sequence. An up-scale (x2) will be applied to the registered frame or "
#~ "during stacking depending on which registration is chosen, that will "
#~ "result in higher resolution images.\n"
#~ "This option is adapted for under-sampled images, i.e, when the telescope "
#~ "focal length is too short for the pixel size. One may consider that the "
#~ "system is under-sampled when FWHM is smaller than 2 pixels.\n"
#~ "The correct name of this method should be super-resolution stacking, but "
#~ "for a more convenient understanding we called it \"Simplified Drizzle "
#~ "x2\".\n"
#~ "\n"
#~ "WARNING: the counterpart of this technic is that the amount of memory and "
#~ "disk space needed to create and process drizzled images is multiplied by "
#~ "the square of the Drizzle factor."
#~ msgstr ""
#~ "对当前序列启用简化 drizzle 算法。对齐帧或是叠加过程中（取决于对齐算法的选"
#~ "择），每帧图像将被放大（为原来的2倍），使得最终所得图像拥有更高的分辨"
#~ "率。\n"
#~ "本选项适用于欠采样图像，例如望远镜焦距对于像素尺寸来说太短时。当FWHM小于2"
#~ "像素时，该系统可被认为是欠采样的。\n"
#~ "本算法的正式名称为超分辨率叠加，不过有个更加通俗的名字是“简化 Drizzle "
#~ "x2”。\n"
#~ "\n"
#~ "警告：应用本选项会有更高分辨率的图像生成，对计算机内存和磁盘空间的需求是原"
#~ "来的“Drizzle倍数的平方”倍。"

#~ msgid "unused, dynamic"
#~ msgstr "未使用，动态"

#~ msgid ""
#~ "Returns an error if the version of Siril is older than the one passed in "
#~ "argument"
#~ msgstr "如果Siril的版本比传入参数要求的版本旧，则报错"

#~ msgid "Unknown framing method, aborting\n"
#~ msgstr "未知的取景范围，异常终止\n"

#~ msgid "Debayer the sequence for registration"
#~ msgstr "对齐后的序列执行解拜耳"

#~ msgid "Use local astrometry.net solver"
#~ msgstr "使用本地 astrometry.net 解析器"

#~ msgid ""
#~ "Use the solve-field command to find the astrometric solution instead of "
#~ "Siril's plate solver"
#~ msgstr "使用 solve-field 命令查找天体测量解，而不是 Siril 的解析器"

#, c-format
#~ msgid "Image %d, %s = %s\n"
#~ msgstr "图像 %d, %s = %s\n"

#~ msgid ""
#~ "Prints the FITS header value for the given key for all images in the "
#~ "sequence"
#~ msgstr "打印序列中所有图像的FITS文件头中给定关键字的值"

#~ msgid "directory of the gnuplot installation"
#~ msgstr "gnuplot 安装目录"

#~ msgid "Could not match stars from the catalogue"
#~ msgstr "无法匹配星表中的星（%s）"

#~ msgid "local astrometry.net"
#~ msgstr "本地 astrometry.net"

#, c-format
#~ msgid "Target Image: Limiting to %d brightest stars\n"
#~ msgstr "目标图像：限制为最亮的%d个星点\n"

#~ msgid ""
#~ "Find comparison stars for the currently loaded image and the given star "
#~ "name"
#~ msgstr "查找当前载入的图像和给定恒星名称的比较星"

#~ msgid "When checked, photometric color calibration is used."
#~ msgstr "如果勾选，将应用测光法色彩校准。"

#~ msgid "Force plate solving"
#~ msgstr "强制解析"

#~ msgid ""
#~ "Checking this box will force plate solving to be redone by Siril. It is "
#~ "not needed if the image contains trustworthy WCS information."
#~ msgstr ""
#~ "选中此框将强制 Siril 重做解析。如果图像包含可靠的 WCS 信息，则不需要它。"

#, c-format
#~ msgid "Getting stars from local catalogues for PCC, limit magnitude %.2f\n"
#~ msgstr "从PCC的本地星表中获取恒星，极限星等%.2f\n"

#~ msgid ""
#~ "Using plate solving to identify catalogue stars in the image failed, is "
#~ "plate solving wrong?\n"
#~ msgstr "解析器在图像中找不到星表内的恒星，解析错误？\n"

#, c-format
#~ msgid ""
#~ "An astrometric solution was found but photometry analysis of the %d stars "
#~ "failed. This generally happens if they are saturated in the image or if "
#~ "they are too faint to have B-V index information (mag > 18)\n"
#~ msgstr ""
#~ "发现了天体测量解，但%d星的光度分析失败了。如果它们在图像中饱和，或者它们太"
#~ "微弱而没有B-V指标信息（mag > 18），通常会发生这种情况。\n"

#, c-format
#~ msgid "Photometry failed: %s\n"
#~ msgstr "测光失败：%s\n"

#, c-format
#~ msgid "Normalizing on %s channel.\n"
#~ msgstr "归一化于 %s 通道。\n"

#~ msgid ""
#~ "json-glib was not found at build time, cannot proceed. Install and "
#~ "rebuild.\n"
#~ msgstr "json-glib没有被构建，请安装并重新构建。\n"

#~ msgid "Catalog can only be NOMAD or APASS for photometric usage\n"
#~ msgstr "用于测光使用的星表只能是 NOMAD 或 APASS\n"

#~ msgid "Photometric color correction will use plate solving first\n"
#~ msgstr "测光法色彩校正将会首先使用图像解析\n"

#~ msgid ""
#~ "Photometric color correction will use WCS information and bypass internal "
#~ "plate solver\n"
#~ msgstr "测光法色彩校正将使用 WCS 信息并绕过内置解析器\n"

#~ msgid ""
#~ "Focal length and pixel size are only used for plate solving, ignored now\n"
#~ msgstr "焦距和像素尺寸仅用于解析，现在忽略\n"

#, fuzzy
#~ msgid ""
#~ "Run the Photometric Color Correction on the loaded image.\n"
#~ "If the image has already been plate solved, the PCC can reuse the "
#~ "astrometric solution, otherwise, or if WCS or other image metadata is "
#~ "erroneous or missing, arguments for the plate solving must be passed:\n"
#~ "  the approximate image center coordinates can be provided in decimal "
#~ "degrees or degree/hour minute second values (J2000 with colon "
#~ "separators), with right ascension and declination values separated by a "
#~ "comma or a space.\n"
#~ "  focal length and pixel size can be passed with <b>-focal=</b> (in mm) "
#~ "and <b>-pixelsize=</b> (in microns), overriding values from image and "
#~ "settings.\n"
#~ "  you can force the plate solving to be remade using the <b>-platesolve</"
#~ "b> flag.\n"
#~ "\n"
#~ "Unless <b>-noflip</b> is specified and the image is detected as being "
#~ "upside-down, the image will be flipped if a plate solving is run.\n"
#~ "For faster star detection in big images, downsampling the image is "
#~ "possible with <b>-downscale</b>.\n"
#~ "The solve can account for distortions using SIP convention with "
#~ "polynomials up to order 4. By default, cubic distortion is included. This "
#~ "can be changed with the option <b>-order=</b> giving a value between 1 "
#~ "and 4.\n"
#~ "\n"
#~ "The limit magnitude of stars used for plate solving and PCC is "
#~ "automatically computed from the size of the field of view, but can be "
#~ "altered by passing a +offset or -offset value to <b>-limitmag=</b>, or "
#~ "simply an absolute positive value for the limit magnitude.\n"
#~ "The star catalog used is NOMAD by default, it can be changed by providing "
#~ "<b>-catalog=apass</b>. If installed locally, the remote NOMAD (the "
#~ "complete version) can be forced by providing <b>-catalog=nomad</b>"
#~ msgstr ""
#~ "对载入的图像运行测光法色彩校正。\n"
#~ "如果图像已被解析，PCC可以使用已有的天体测量信息，如果未解析，或者如果WCS或"
#~ "其他图像元数据错误或丢失，则必须传递解析用的参数：\n"
#~ "  近似图像中心坐标可以是十进制度格式，或者度/时-分-秒格式（带有冒号分隔符"
#~ "的J2000坐标），赤经和赤纬由逗号或空格分隔。\n"
#~ "  焦距和像素尺寸可以通过<b>-focus=</b>（以毫米为单位）和<b>-pixelsize=</b>"
#~ "（以微米为单位）来传递，会覆盖图像和设置中的值。\n"
#~ "  您可以使用<b>-platesolve</b>强制重新解析。\n"
#~ "\n"
#~ "如果图像被检测到是颠倒的，运行解析后图像将被翻转，除非指定了<b>-noflip</"
#~ "b>。\n"
#~ "为了在大图像中更快地侦测恒星，可以使用<b>-downscale</b>缩小图像。\n"
#~ "\n"
#~ "用于解析和PCC的恒星的极限星等是根据视场尺寸自动计算的，但可以用<b>-"
#~ "limitmag=</b>指定极限星等的正负偏移值，或者用一个正数直接指定极限星等。\n"
#~ "默认情况下使用的星表为NOMAD，可以用<b>-catalog=apass</b>来更改。如果已安装"
#~ "在本地，可以用<b>-catalog=nomad</b>来强制指定使用远程NOMAD（完整版本）"

#~ msgid "Photometry failed.\n"
#~ msgstr "测光失败。\n"

#~ msgid ""
#~ "Photometry could not be performed. You can try to adjust the settings in "
#~ "the Siril preferences."
#~ msgstr "无法执行测光。您可以尝试在偏好设置中调整设置。"

#~ msgid "Plate solving will be recomputed for image\n"
#~ msgstr "将重新解析图像\n"

#~ msgid "Existing plate solve (WCS information) will be resused for image\n"
#~ msgstr "已有的解析（WCS 信息）将重新用于图像\n"

#~ msgid "Information..."
#~ msgstr "信息…"

#~ msgid ""
#~ "Search and display solar system objects with mag<20.0.\n"
#~ "This research has made use of IMCCE's SkyBoT VO tool."
#~ msgstr ""
#~ "搜索和显示星等<20.0的太阳系天体。 \n"
#~ "这项研究利用了IMCCE的SkyBoT VO工具。"

#~ msgid "Save Plot"
#~ msgstr "保存图表"

#~ msgid "legend"
#~ msgstr "图例"

#~ msgid "NINA exoplanet"
#~ msgstr "NINA 系外行星"

#, fuzzy
#~ msgid "Photometry output"
#~ msgstr "测光"

#~ msgid ""
#~ "Compute the image tilt. Tilt is shown as an overlay and overall tilt "
#~ "information is written to the Console tab. The tilt overlay can be "
#~ "cleared using the Remove button"
#~ msgstr ""
#~ "计算图像倾斜度。倾斜度将显示为叠加图层，整体倾斜信息将被写入“控制台”。可以"
#~ "使用“移除”按钮清除倾斜叠加图层"

#~ msgid "Estimate sensor tilt"
#~ msgstr "评估传感器倾斜"

#, c-format
#~ msgid "Error loading url: [%s] - %s\n"
#~ msgstr "载入网址时出错： [%s] - %s\n"

#~ msgid "Light curve with NINA star list"
#~ msgstr "NINA 恒星列表的光变曲线"

#, fuzzy
#~ msgid "K"
#~ msgstr "4K"

#, fuzzy
#~ msgid "TG"
#~ msgstr "G"

#, fuzzy
#~ msgid "TB"
#~ msgstr "B"

#, fuzzy
#~ msgid "TR"
#~ msgstr "R"

#, fuzzy
#~ msgid "CR"
#~ msgstr "R"

#, fuzzy
#~ msgid "SZ"
#~ msgstr "S"

#, fuzzy
#~ msgid "SU"
#~ msgstr "S"

#, fuzzy
#~ msgid "SG"
#~ msgstr "S"

#, fuzzy
#~ msgid "SR"
#~ msgstr "SNR"

#, fuzzy
#~ msgid "SI"
#~ msgstr "S"

#, fuzzy
#~ msgid "STV"
#~ msgstr "HSV"

#, fuzzy
#~ msgid "MA"
#~ msgstr "绝对中位差（MAD）"

#, fuzzy
#~ msgid "MB"
#~ msgstr "B"

#, fuzzy
#~ msgid "ZS"
#~ msgstr "S"

#, fuzzy
#~ msgid "HA"
#~ msgstr "A"

#, fuzzy
#~ msgid "CCD"
#~ msgstr "CDS"

#~ msgid ""
#~ "This operation (PCC) relies on the missing WCSLIB software, cannot "
#~ "continue.\n"
#~ msgstr "此操作 （PCC） 依赖于缺少的 WCSLIB 软件，无法继续。\n"

#~ msgid ""
#~ "Plot a graph of the variable star. The variable star must be analysed in "
#~ "first, then other PSF are applied to references. A maximum of 6 "
#~ "references is allowed. To enable this function, choose 'Magnitude' in the "
#~ "type of displayed graph."
#~ msgstr ""
#~ "绘制变星图表。首先变星必须已被分析，然后将其他PSF应用于参照。最多允许6个参"
#~ "照。在所显示的图表类型中选择“星等”以开启本功能,。"

#~ msgid ""
#~ "Astrometry.net interaction relies on the missing WCSLIB software, cannot "
#~ "continue.\n"
#~ msgstr "Astrometry.net 交互依赖于缺少的 WCSLIB 软件，无法继续。\n"

#, c-format
#~ msgid "Loaded partial FITS file %s\n"
#~ msgstr "载入的部分 FITS 文件 %s\n"

#, c-format
#~ msgid "Unable to load CSS style sheet file: %s. Please reinstall Siril\n"
#~ msgstr "无法载入 CSS 样式表文件： %s。请重新安装 Siril\n"

#, c-format
#~ msgid "Successfully loaded '%s'\n"
#~ msgstr "成功载入'%s'\n"

#~ msgid ""
#~ "Stars file did not contain the expected header for NINA-style format\n"
#~ msgstr "星点文件不包含 NINA 样式格式的预期文件头\n"

#~ msgid ""
#~ "You are about to purge your SOLAR SYSTEM user catalog. This means the "
#~ "file containing the manually added objects will be deleted. This "
#~ "operation cannot be undone."
#~ msgstr ""
#~ "您将要清除您的太阳系用户星表。这意味着包含手动添加的天体的文件将被删除。此"
#~ "操作无法撤消。"

#~ msgid "Catalogue deletion"
#~ msgstr "星表删除"

#~ msgid "Could not download the online star catalogue."
#~ msgstr "无法下载在线星表。"

#~ msgid "Cannot project the star catalog."
#~ msgstr "无法映射星表。"

#~ msgid ""
#~ "No stars have been retrieved from the online catalog. This may mean that "
#~ "the servers are down. Note that you can install local catalogs."
#~ msgstr ""
#~ "没有从在线星表中检索到任何恒星。这可能是因为服务器关闭了。注意：你可以安装"
#~ "本地星表。"

#~ msgid "Failed to get data from the local catalogue, is it installed?\n"
#~ msgstr "无法从本地星表中获取数据，是否已安装？\n"

#~ msgid ""
#~ "The NINA star information file did not contain all expected data (RA and "
#~ "Dec)\n"
#~ msgstr "NINA恒星信息文件不包含所有预期的数据（RA和Dec）\n"

#~ msgid "Could not download the online star catalog.\n"
#~ msgstr "无法下载在线星表。\n"

#, c-format
#~ msgid "Target star: %2.2lf, %2.2lf, 0, %1.3lf, %1.3lf, %1.3lf\n"
#~ msgstr "目标星：%2.2lf, %2.2lf, 0, %1.3lf, %1.3lf, %1.3lf\n"

#~ msgid "Target star invalid.\n"
#~ msgstr "目标星无效。\n"

#, c-format
#~ msgid ""
#~ "Image has a field of view of %.2f degrees, using a limit magnitude of "
#~ "%.2f\n"
#~ msgstr "图像的视场为 %.2f 度，极限星等为 %.2f\n"

#~ msgid "No photometric data available for this object.\n"
#~ msgstr "没有该天体的光度数据可用。\n"

#~ msgid "Object not in the field of view...\n"
#~ msgstr "目标不在视野范围内......\n"

#, c-format
#~ msgid "Failure in name resolution: %s\n"
#~ msgstr "名称解析失败： %s\n"

#, c-format
#~ msgid "Found %s at coordinates: %s, %s with magnitude: %0.1lf\n"
#~ msgstr "找到 %s 于坐标：%s,%s，星等：%0.1lf\n"

#, c-format
#~ msgid "Found %d Solar System Objects with mag < %0.1lf\n"
#~ msgstr "发现 %d 太阳系天体，星等为 %0.1lf\n"

#~ msgid ""
#~ "Displays stars from the local catalog by default, for the loaded plate "
#~ "solved image, in GUI only, down to the provided <b>limit_magnitude</b> "
#~ "(13 by default).\n"
#~ "An alternate online catalog can be specified with <b>-catalog=</b>, "
#~ "taking values tycho2, nomad, gaia, ppmxl, brightstars, apass.\n"
#~ "Stars with no B-V information will be kept; they can be excluded by "
#~ "passing <b>-photo</b>"
#~ msgstr ""
#~ "默认情况下，载入的图像解析后，在GUI中仅显示本地星表中的星，最暗星等为指定"
#~ "的<b>limit_magnitude</b>（默认情况下为13）。\n"
#~ "也可以使用<b>-catalog=</b>指定在线星表，可选tycho2、nomad、gaia、ppmxl、"
#~ "brightstars、apass。\n"
#~ "无B-V信息的恒星将被保留；可通过<b>-photo</b>来排除这些恒星"

#~ msgid "No catalog"
#~ msgstr "无星表"

#~ msgid "Cannot download the online star catalog."
#~ msgstr "无法下载在线星表。"

#, c-format
#~ msgid "Can't open temporary file %s for output. [%s]\n"
#~ msgstr "无法打开临时文件 %s 进行输出。[%s]\n"

#~ msgid "Error writing output...\n"
#~ msgstr "写入输出时出错...\n"

#~ msgid "AAVSO"
#~ msgstr "AAVSO"

#, c-format
#~ msgid "Catalog NOMAD size: %d objects\n"
#~ msgstr "星表 NOMAD 样本量： %d 对象\n"

#, c-format
#~ msgid "Local catalogs size: %d objects\n"
#~ msgstr "本地星表样本量：%d 对象\n"

#, c-format
#~ msgid "Catalog TYCHO-2 size: %d objects\n"
#~ msgstr "星表 TYCHO-2 样本量： %d 对象\n"

#, c-format
#~ msgid "Catalog Gaia DR3 size: %d objects\n"
#~ msgstr "星表 Gaia DR3 样本量：%d 对象\n"

#, c-format
#~ msgid "Catalog PPMXL size: %d objects\n"
#~ msgstr "星表 PPMXL 样本量： %d 对象\n"

#, c-format
#~ msgid "Catalog Bright stars size: %d objects\n"
#~ msgstr "星表 Bright stars 样本量： %d 对象\n"

#, c-format
#~ msgid "Catalog APASS size: %d objects\n"
#~ msgstr "星表 APASS 样本量： %d 对象\n"

#, c-format
#~ msgid "URL: %s\n"
#~ msgstr "网址：%s\n"

#, c-format
#~ msgid "Can't open catalog file %s for PCC: %s\n"
#~ msgstr "无法打开星表文件 %s 以用于PCC： %s\n"

#, c-format
#~ msgid ""
#~ "name: %s, ra: %lf, dec: %lf, Vmag: %lf, e_Vmag, %lf, Bmag: %lf, e_Bmag: "
#~ "%lf\n"
#~ msgstr ""
#~ "name: %s, ra: %lf, dec: %lf, Vmag: %lf, e_Vmag, %lf, Bmag: %lf, e_Bmag: "
#~ "%lf\n"

#~ msgid "Pick wavenumber 1"
#~ msgstr "选择波数 1"

#~ msgid "Pick wavenumber 2"
#~ msgstr "选择波数 2"

#~ msgid "Image copy error in previews\n"
#~ msgstr "预览中的文件复制错误\n"

#~ msgid "Error: wavenumber2 set but corresponding location is not set.\n"
#~ msgstr "错误：设置了波数 2，但未设置相应的位置。\n"

#~ msgid "Select gnuplot binary location."
#~ msgstr "选择 gnuplot 二进制位置。"

#~ msgid "Select gnuplot installation directory"
#~ msgstr "选择 gnuplot 安装目录"

#~ msgid ""
#~ "Must point to a valid gnuplot installation directory.\n"
#~ "Not necessary if the path of gnuplot is stored in the PATH variable (UNIX-"
#~ "like)."
#~ msgstr ""
#~ "必须指向有效的 gnuplot 安装目录。\n"
#~ "如果 gnuplot 的路径存储在 PATH 变量（类 UNIX）中，则不需要。"

#, fuzzy
#~ msgid "Use gnuplot"
#~ msgstr "使用平场"

#, c-format
#~ msgid "Failed to create the light curve data file %s\n"
#~ msgstr "无法创建光度曲线数据文件 %s\n"

#, c-format
#~ msgid "%s has been generated.\n"
#~ msgstr "%s 已生成。\n"

#~ msgid "Communicating with gnuplot failed\n"
#~ msgstr "与 gnuplot 通信失败\n"

#~ msgid "Communicating with gnuplot failed, still creating the data file\n"
#~ msgstr "与 gnuplot 通信失败，仍在创建数据文件\n"

#~ msgid "Finalize colour balance"
#~ msgstr "冻结色彩平衡"

#~ msgid "Align layers on this reference layer:"
#~ msgstr "基于此参考图层来对齐其他图层："

#~ msgid "For LRGB composition, the reference layer should be luminance."
#~ msgstr "在执行LRGB合成时，应选择明度作为参考图层。"

#~ msgid ""
#~ "Percent below and above the expected sampling to allow. Given sampling is "
#~ "multiplied or divided by 1 + this / 100."
#~ msgstr "允许低于和高于预期采样的百分比。给定采样乘以或除以 1 + 该值 / 100。"

#, c-format
#~ msgid ""
#~ "Gnuplot was not found, the light curve data will be produced in %s but no "
#~ "image will be created.\n"
#~ msgstr "未找到 Gnuplot，光度曲线数据将以 %s 生成，但不会创建图像。\n"

#~ msgid ""
#~ "Request SIMBAD server for particular photometric magnitude (BVRIJ), the "
#~ "argument is a star name"
#~ msgstr ""
#~ "Request SIMBAD server for particular photometric magnitude (BVRIJ), the "
#~ "argument is a star name"

#~ msgid "Returns the coordinates of the center of gravity of the image"
#~ msgstr "Returns the coordinates of the center of gravity of the image"

#~ msgid ""
#~ "Converts all images in a known format into Siril's FITS images.\n"
#~ "\n"
#~ "The argument <b>basename</b> is the basename of the new sequence. For "
#~ "FITS images, Siril will try to make a symbolic link. If not possible, "
#~ "files will be copied.\n"
#~ "The flags <b>-fitseq</b> and <b>-ser</b> can be used to specify an "
#~ "alternative output format, other than the default FITS.\n"
#~ "The option <b>-debayer</b> applies demosaicing to images. In this case no "
#~ "symbolic link are done.\n"
#~ "<b>-start=index</b> sets the starting index number and the <b>-out=</b> "
#~ "option converts files into the directory <b>out</b>"
#~ msgstr ""
#~ "Converts all images in a known format into Siril's FITS images.\n"
#~ "\n"
#~ "The argument <b>basename</b> is the basename of the new sequence. For "
#~ "FITS images, Siril will try to make a symbolic link. If not possible, "
#~ "files will be copied.\n"
#~ "The flags <b>-fitseq</b> and <b>-ser</b> can be used to specify an "
#~ "alternative output format, other than the default FITS.\n"
#~ "The option <b>-debayer</b> applies demosaicing to images. In this case no "
#~ "symbolic link are done.\n"
#~ "<b>-start=index</b> sets the starting index number and the <b>-out=</b> "
#~ "option converts files into the directory <b>out</b>"

#~ msgid ""
#~ "Converts DSLR RAW files into Siril's FITS images.\n"
#~ "\n"
#~ "The argument <b>basename</b> is the basename of the new sequence. For "
#~ "FITS images, Siril will try to make a symbolic link. If not possible, "
#~ "files will be copied.\n"
#~ "The flags <b>-fitseq</b> and <b>-ser</b> can be used to specify an "
#~ "alternative output format, other than the default FITS.\n"
#~ "The option <b>-debayer</b> applies demosaicing to images. In this case no "
#~ "symbolic link are done.\n"
#~ "<b>-start=index</b> sets the starting index number and the <b>-out=</b> "
#~ "option converts files into the directory <b>out</b>"
#~ msgstr ""
#~ "Converts DSLR RAW files into Siril's FITS images.\n"
#~ "\n"
#~ "The argument <b>basename</b> is the basename of the new sequence. For "
#~ "FITS images, Siril will try to make a symbolic link. If not possible, "
#~ "files will be copied.\n"
#~ "The flags <b>-fitseq</b> and <b>-ser</b> can be used to specify an "
#~ "alternative output format, other than the default FITS.\n"
#~ "The option <b>-debayer</b> applies demosaicing to images. In this case no "
#~ "symbolic link are done.\n"
#~ "<b>-start=index</b> sets the starting index number and the <b>-out=</b> "
#~ "option converts files into the directory <b>out</b>"

#~ msgid "Dumps the FITS header"
#~ msgstr "Dumps the FITS header"

#~ msgid "Extracts <b>NbPlans</b> planes of wavelet domain"
#~ msgstr "Extracts <b>NbPlans</b> planes of wavelet domain"

#~ msgid ""
#~ "Extracts green signal from a CFA image. The output file name starts with "
#~ "the prefix \"Green_\""
#~ msgstr "从CFA图像中提取绿色信号。输出文件名前缀为“Green_”"

#~ msgid ""
#~ "Extracts Ha signal from a CFA image. The output file name starts with the "
#~ "prefix \"Ha_\""
#~ msgstr "从CFA图像中提取Ha信号。输出文件名开头为“Ha_”"

#~ msgid "Performs a Gaussian filter with the given <b>sigma</b>"
#~ msgstr "Performs a Gaussian filter with the given <b>sigma</b>"

#~ msgid "Equalizes the mean intensity of RGB layers in a CFA image"
#~ msgstr "Equalizes the mean intensity of RGB layers in a CFA image"

#~ msgid ""
#~ "Inverse generalised hyperbolic stretch based on the work of the "
#~ "ghsastro.co.uk team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>B</b> defines the intensity of the stretch near the focal point, "
#~ "between -5 and 15;\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted B, LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images. Alternatively, the argument <b>-"
#~ "sat</b> specifies that the stretch is performed on image saturation - the "
#~ "image must be color and all channels must be selected for this to work.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "基于 ghsastro.co.uk 团队工作的反广义双曲拉伸。\n"
#~ "\n"
#~ "参数 <b>-D=</b> 定义拉伸的强度，介于 0 和 10 之间。这是唯一的强制性参数。"
#~ "以下可选参数可进一步定制拉伸： \n"
#~ "<b>B</b> 定义焦点附近的拉伸强度，介于 -5 和 15 之间;\n"
#~ "<b>LP</b> 定义一个介于 0 和 LP 之间的阴影保留范围，其中拉伸将是线性的，保"
#~ "留阴影细节;\n"
#~ "<b>SP</b> 定义拉伸的对称点，介于 0 和 1 之间，这是拉伸最强烈的点;\n"
#~ "<b>HP</b> 定义 HP 和 1 之间的区域，其中拉伸是线性的，保留高光细节并防止星"
#~ "光膨胀。\n"
#~ "如果省略 B，则 LP 和 SP 默认为 0.0，HP 默认为 1.0。\n"
#~ "可以传递一个可选参数（<b>-human</b>、<b>-even</b> 或 <b>-independent</b>）"
#~ "来选择人眼加权或均等加权明度或用于彩色拉伸的独立颜色通道。对于单色图像，将"
#~ "忽略该参数。或者，参数 <b>-sat</b> 指定在图像上执行饱和度拉伸，图像必须是"
#~ "彩色的，并且必须选择所有通道才能正常工作。 \n"
#~ "可选参数 <b>[channels]</b> 可用于指定要应用拉伸的通道：可以是 R、G、B、"
#~ "RG、RB 或 GB。默认值为所有通道"

#~ msgid "Inverse of the midtones transfer function"
#~ msgstr "中间调变换函数的反函数"

#~ msgid ""
#~ "Inverse modified arcsinh stretch based on the work of the ghsastro.co.uk "
#~ "team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images. Alternatively, the argument <b>-"
#~ "sat</b> specifies that the stretch is performed on image saturation - the "
#~ "image must be color and all channels must be selected for this to work.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "Inverse modified arcsinh stretch based on the work of the ghsastro.co.uk "
#~ "team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images. Alternatively, the argument <b>-"
#~ "sat</b> specifies that the stretch is performed on image saturation - the "
#~ "image must be color and all channels must be selected for this to work.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"

#~ msgid ""
#~ "Links all FITS images in the working directory with the <b>basename</b> "
#~ "given in argument.\n"
#~ "\n"
#~ "If no symbolic links could be created, files are copied. It is possible "
#~ "to convert files in another directory with the <b>-out=</b> option"
#~ msgstr ""
#~ "Links all FITS images in the working directory with the <b>basename</b> "
#~ "given in argument.\n"
#~ "\n"
#~ "If no symbolic links could be created, files are copied. It is possible "
#~ "to convert files in another directory with the <b>-out=</b> option"

#~ msgid ""
#~ "Process the provided image for live stacking. Only possible after START_LS"
#~ msgstr ""
#~ "Process the provided image for live stacking. Only possible after START_LS"

#~ msgid ""
#~ "Loads the image <b>filename</b>\n"
#~ "\n"
#~ "It first attempts to load <b>filename</b>, then <b>filename</b>.fit, "
#~ "finally <b>filename</b>.fits and finally all supported formats, aborting "
#~ "if none of these are found.\n"
#~ "This scheme is applicable to every Siril command that involves reading "
#~ "files.\n"
#~ "Fits headers MIPS-HI and MIPS-LO are read and their values given to the "
#~ "current viewing levels.\n"
#~ "Writing a known extension <b>.ext</b> at the end of <b>filename</b> will "
#~ "load specifically the image <b>filename.ext</b>: this is used when "
#~ "numerous files have the same name but not the same extension"
#~ msgstr ""
#~ "Loads the image <b>filename</b>\n"
#~ "\n"
#~ "It first attempts to load <b>filename</b>, then <b>filename</b>.fit, "
#~ "finally <b>filename</b>.fits and finally all supported formats, aborting "
#~ "if none of these are found.\n"
#~ "This scheme is applicable to every Siril command that involves reading "
#~ "files.\n"
#~ "Fits headers MIPS-HI and MIPS-LO are read and their values given to the "
#~ "current viewing levels.\n"
#~ "Writing a known extension <b>.ext</b> at the end of <b>filename</b> will "
#~ "load specifically the image <b>filename.ext</b>: this is used when "
#~ "numerous files have the same name but not the same extension"

#~ msgid "Computes and applies a logarithmic scale to the current image"
#~ msgstr "Computes and applies a logarithmic scale to the current image"

#~ msgid "Merges several sequences into one"
#~ msgstr "将多个队列合并为一个"

#~ msgid ""
#~ "Search and display solar system objects in the current loaded and plate "
#~ "solved image. Use <b>-mag=</b> to change the limit magnitude which "
#~ "defaults to 20\n"
#~ "\n"
#~ "This research has made use of IMCCE's <a href=\"https://"
#~ "ui.adsabs.harvard.edu/abs/2006ASPC..351..367B/abstract\">SkyBoT VO tool</"
#~ "a>"
#~ msgstr ""
#~ "Search and display solar system objects in the current loaded and plate "
#~ "solved image. Use <b>-mag=</b> to change the limit magnitude which "
#~ "defaults to 20\n"
#~ "\n"
#~ "This research has made use of IMCCE's <a href=\"https://"
#~ "ui.adsabs.harvard.edu/abs/2006ASPC..351..367B/abstract\">SkyBoT VO tool</"
#~ "a>"

#~ msgid ""
#~ "Same command as EXTRACT_HAOIII but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequences names start with the prefixes \"Ha_\" and \"OIII_\"\n"
#~ "\n"
#~ "The optional argument <b>-resample={ha|oiii}</b> sets whether to upsample "
#~ "the Ha image or downsample the OIII image. If this argument is not "
#~ "provided, no resampling will be carried out and the OIII image will have "
#~ "twice the height and width of the Ha image"
#~ msgstr ""
#~ "Same command as EXTRACT_HAOIII but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequences names start with the prefixes \"Ha_\" and \"OIII_\"\n"
#~ "\n"
#~ "The optional argument <b>-resample={ha|oiii}</b> sets whether to upsample "
#~ "the Ha image or downsample the OIII image. If this argument is not "
#~ "provided, no resampling will be carried out and the OIII image will have "
#~ "twice the height and width of the Ha image"

#~ msgid ""
#~ "Same command as FIXBANDING but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequence name starts with the prefix \"unband_\" unless "
#~ "otherwise specified with <b>-prefix=</b> option.\n"
#~ "<b>-vertical</b> option enables to perform vertical banding removal"
#~ msgstr ""
#~ "Same command as FIXBANDING but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequence name starts with the prefix \"unband_\" unless "
#~ "otherwise specified with <b>-prefix=</b> option.\n"
#~ "<b>-vertical</b> option enables to perform vertical banding removal"

#~ msgid ""
#~ "Same command as GHT but the sequence must be specified as the first "
#~ "argument"
#~ msgstr ""
#~ "Same command as GHT but the sequence must be specified as the first "
#~ "argument"

#~ msgid ""
#~ "Same command as MTF but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequence name starts with the prefix \"mtf_\" unless otherwise "
#~ "specified with <b>-prefix=</b> option.\n"
#~ "\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "Same command as MTF but for the sequence <b>sequencename</b>.\n"
#~ "\n"
#~ "The output sequence name starts with the prefix \"mtf_\" unless otherwise "
#~ "specified with <b>-prefix=</b> option.\n"
#~ "\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"

#~ msgid ""
#~ "Same command as PSF but for a sequence.\n"
#~ "\n"
#~ "Results are displayed in the plots tab if used from the GUI, else it is "
#~ "printed in the console in a form that can be used to produce brightness "
#~ "variation curves. For headless operation, arguments are mandatory and the "
#~ "center of the search box in pixels can be provided with the <b>-at=</b> "
#~ "argument"
#~ msgstr ""
#~ "Same command as PSF but for a sequence.\n"
#~ "\n"
#~ "Results are displayed in the plots tab if used from the GUI, else it is "
#~ "printed in the console in a form that can be used to produce brightness "
#~ "variation curves. For headless operation, arguments are mandatory and the "
#~ "center of the search box in pixels can be provided with the <b>-at=</b> "
#~ "argument"

#~ msgid "Sets the reference image of the sequence given in first argument"
#~ msgstr "Sets the reference image of the sequence given in first argument"

#~ msgid ""
#~ "Applies to the working image an unsharp mask with sigma <b>sigma</b> and "
#~ "coefficient <b>multi</b>"
#~ msgstr ""
#~ "Applies to the working image an unsharp mask with sigma <b>sigma</b> and "
#~ "coefficient <b>multi</b>"

#, c-format
#~ msgid "Loading old configuration file: '%s'\n"
#~ msgstr "加载旧配置文件：“%s”\n"

#~ msgid ""
#~ "With this new version, the format of the configuration file changed. "
#~ "Settings were imported from the old format. This is a one-time message.\n"
#~ msgstr ""
#~ "在这个新版本中，配置文件的格式发生了变化。设置是从旧格式导入的。这是一次性"
#~ "消息。\n"

#, c-format
#~ msgid ""
#~ "But the new file failed to be saved to %s, changes in settings will not "
#~ "be saved\n"
#~ msgstr "但新文件无法保存到%s，设置中的更改将不会保存\n"

#, c-format
#~ msgid ""
#~ "Gnuplot was not found, the brightness profile data will be written to %s "
#~ "but no image will be created.\n"
#~ msgstr "未找到 Gnuplot，光度轮廓数据将以 %s 生成，但不会创建图像。\n"

#~ msgid ""
#~ "This functionality relies on GNUplot to generate graphs. Without it, "
#~ "profile data files can still be produced but you will need to use "
#~ "external software to display them."
#~ msgstr ""
#~ "此功能依赖于 GNUplot 来生成图形。没有它，仍然可以生成轮廓数据文件，但您需"
#~ "要使用外部软件来显示它们。"

#, c-format
#~ msgid ""
#~ "GNUplot not available: the light curve data will be produced in %s but no "
#~ "image will be created. You can specify the path to gnuplot in the Siril "
#~ "preferences.\n"
#~ msgstr ""
#~ "未找到 GNUplot，光度曲线数据将生成于 %s，但不会创建图像。您可以在 Siril 首"
#~ "选项中指定 GNUplot 的路径。\n"

#, c-format
#~ msgid "Failed to download page %s (error %ld)\n"
#~ msgstr "无法下载页面 %s（错误 %ld）\n"

#, c-format
#~ msgid ""
#~ "Fetch failed with code %ld\n"
#~ "%s"
#~ msgstr ""
#~ "获取失败，代码为 %ld\n"
#~ "%s"

#~ msgid "Online service error"
#~ msgstr "在线服务错误"

#~ msgid ""
#~ "Applying registration with upscaling when interpolation is set to none is "
#~ "not allowed, aborting\n"
#~ msgstr "当插值设置为“无”时，不允许应用升采样对齐，异常中止\n"

#~ msgid "asnet_ansvr directory is not set - aborting\n"
#~ msgstr "asnet_ansvr 目录未设置 - 异常中止。\n"

#, c-format
#~ msgid "at LAT: %f, LONG: %f\n"
#~ msgstr "于纬度：%f，经度：%f\n"

#, c-format
#~ msgid "Searching %s in SIMBAD(photo)...\n"
#~ msgstr "在 SIMBAD（照片）中搜索 %s ...\n"

#, c-format
#~ msgid "Bmag= %lf  , Vmag= %lf\n"
#~ msgstr "Bmag= %lf  , Vmag= %lf\n"

#~ msgid "Remove all stars from the list"
#~ msgstr "清空列表里的所有星点"

#~ msgid "Photometric Color Calibration succeeded"
#~ msgstr "测光法色彩校准成功"

#, c-format
#~ msgid ""
#~ "\n"
#~ "beta=%0.2f\n"
#~ msgstr ""
#~ "\n"
#~ "beta=%0.2f\n"

#, c-format
#~ msgid ""
#~ "PSF fit Result (%s):\n"
#~ "%s\n"
#~ "FWHM X=%0.2f%s, FWHM Y=%0.2f%s\n"
#~ "r=%0.2f%sAngle=%0.2f deg\n"
#~ "Background value=%0.6f\n"
#~ "Maximal intensity=%0.6f\n"
#~ "Magnitude (%s)=%0.4f±%.4f\n"
#~ "SNR=%.1fdB\n"
#~ "RMSE=%.3e\n"
#~ msgstr ""
#~ "PSF拟合结果（%s）：\n"
#~ "%s\n"
#~ "FWHM X=%0.2f%s, FWHM Y=%0.2f%s\n"
#~ "半径=%0.2f%s 偏角=%0.2f deg\n"
#~ "背景值=%0.6f\n"
#~ "最高强度=%0.6f\n"
#~ "星等 (%s)=%0.4f±%.4f\n"
#~ "SNR=%.1fdB\n"
#~ "RMSE=%.3e\n"

#, c-format
#~ msgid "Conversion: processing %d RAW files...\n"
#~ msgstr "转化：正在处理RAW文件%d…\n"

#, c-format
#~ msgid "Convert: error opening working directory %s.\n"
#~ msgstr "转化：打开工作目录 %s 出错。\n"

#~ msgid "No files were found for convert\n"
#~ msgstr "未发现用于转化的文件\n"

#~ msgid "Open the photometry color calibration dialog"
#~ msgstr "开启测光法色彩校准对话窗"

#~ msgid "Photometry color calibration in progress..."
#~ msgstr "测光法色彩校准执行中…"

#~ msgid ""
#~ "Error in compensation factor parameter: must be between 1 and 1e5, "
#~ "aborting.\n"
#~ msgstr "补偿系数参数错误：必须在 1 和 1e5 之间，异常中止。\n"

#~ msgid ""
#~ "Error: requested to generate PSF from stars but no stars have been "
#~ "selected. Run findstar first.\n"
#~ msgstr ""
#~ "Error: requested to generate PSF from stars but no stars have been "
#~ "selected. Run findstar first.\n"

#~ msgid "Error in fwhm parameter: must be between 0 and 100, aborting.\n"
#~ msgstr "fwhm 参数错误：必须介于 0 和 100 之间，异常中止。\n"

#~ msgid "Error in ratio parameter: must be between -360 and +360, aborting.\n"
#~ msgstr "ratio 参数错误：必须在 -360 和 +360 之间，异常中止。\n"

#~ msgid "Error in ratio parameter: must be between 0 and 5, aborting.\n"
#~ msgstr "ratio 参数错误：必须介于 0 和 5 之间，异常终止。\n"

#~ msgid "Error in fl parameter: must be between 0 and 60000, aborting.\n"
#~ msgstr "fl 参数错误：必须介于 0 和 60000 之间，异常终止。\n"

#~ msgid "Error in wl parameter: must be between 100 and 30000, aborting.\n"
#~ msgstr "wl 参数错误：必须介于 100 和 30000 之间，异常终止。\n"

#~ msgid "Error in fwhm parameter: must be between 1 and 30, aborting.\n"
#~ msgstr "fwhm 参数错误：必须介于 1 和 30 之间，异常终止。\n"

#~ msgid ""
#~ "The same as the <b>sb</b> command, but applies to a sequence which must "
#~ "be specified as the first argument"
#~ msgstr ""
#~ "The same as the <b>sb</b> command, but applies to a sequence which must "
#~ "be specified as the first argument"

#~ msgid ""
#~ "The same as the <b>wiener</b> command, but applies to a sequence which "
#~ "must be specified as the first argument"
#~ msgstr ""
#~ "The same as the <b>wiener</b> command, but applies to a sequence which "
#~ "must be specified as the first argument"

#~ msgid ""
#~ "Deconvolution: spaces detected in filename. These have been replaced by "
#~ "underscores.\n"
#~ msgstr "反卷积：在文件名中检测到空格。这些已被下划线取代。\n"

#~ msgid "Flips the image about the horizontal axis"
#~ msgstr "围绕水平轴翻转图像"

#~ msgid ""
#~ "Set the stretch model for colour stretches. The options are: evenly "
#~ "weighted luminance, which calculates the stretch based on a luminance "
#~ "value weighting the R, G and B channels equally; human weighted "
#~ "luminance, which strecthes based on a luminance value weighting the R, G "
#~ "and B channels according to the relative sensitivity of the human eye; "
#~ "and independent channel values, which applies the stretch independently "
#~ "to each channel of the pixel. Note: human-weighted luminance is not "
#~ "allowed if less than 3 colour channels are selected as it doesn't make "
#~ "sense."
#~ msgstr ""
#~ "为彩色拉伸设置拉伸模型。选项包括：均等加权亮度，计算拉伸；人眼加权明度，根"
#~ "据人眼对R、G和B通道的相对灵敏度进行加权所得的明度值计算拉伸；和独立通道"
#~ "值，它将拉伸独立应用于像素的每个通道。注意：如果选择的彩色通道少于 3 个，"
#~ "则不允许使用人眼加权明度，因为这没有意义。"

#~ msgid ""
#~ "Generalised hyperbolic stretch based on the work of the ghsastro.co.uk "
#~ "team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>B</b> defines the intensity of the stretch near the focal point, "
#~ "between -5 and 15;\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted B, LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "基于 ghsastro.co.uk 团队工作的反广义双曲拉伸。 \n"
#~ " \n"
#~ "参数 <b>-D=</b> 定义拉伸的强度，介于 0 和 10 之间。这是唯一的强制性参数。"
#~ "以下可选参数可进一步定制拉伸： \n"
#~ "<b>B4</b> 定义焦点附近的拉伸强度，介于 -5 和 15 之间; \n"
#~ "<b>LP</b> 定义一个介于 0 和 LP 之间的阴影保留范围，其中拉伸将是线性的，保"
#~ "留阴影细节; \n"
#~ "<b>SP</b> 定义拉伸的对称点，介于 0 和 1 之间，这是拉伸最强烈的点; \n"
#~ "<b>HP</b> 定义 HP 和 1 之间的区域，其中拉伸是线性的，保留高光细节并防止星"
#~ "光膨胀。 \n"
#~ "如果省略 B，则 LP 和 SP 默认为 0.0，HP 默认为 1.0。 \n"
#~ "可以传递一个可选参数（<b>-human</b>、<b>-even</b> 或 <b>-independent</b>）"
#~ "来选择人眼加权或均等加权明度或用于彩色拉伸的独立颜色通道。对于单色图像，将"
#~ "忽略该参数。 \n"
#~ "可选参数 <b>[channels]</b> 可用于指定要应用拉伸的通道：可以是 R、G、B、"
#~ "RG、RB 或 GB。默认值为所有通道"

#~ msgid ""
#~ "Inverse generalised hyperbolic stretch based on the work of the "
#~ "ghsastro.co.uk team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>B</b> defines the intensity of the stretch near the focal point, "
#~ "between -5 and 15;\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted B, LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "基于 ghsastro.co.uk 团队工作的反广义双曲拉伸。\n"
#~ "\n"
#~ "参数 <b>-D=</b> 定义拉伸的强度，介于 0 和 10 之间。这是唯一的强制性参数。"
#~ "以下可选参数可进一步定制拉伸： \n"
#~ "<b>B4</b> 定义焦点附近的拉伸强度，介于 -5 和 15 之间;\n"
#~ "<b>LP</b> 定义一个介于 0 和 LP 之间的阴影保留范围，其中拉伸将是线性的，保"
#~ "留阴影细节;\n"
#~ "<b>SP</b> 定义拉伸的对称点，介于 0 和 1 之间，这是拉伸最强烈的点;\n"
#~ "<b>HP</b> 定义 HP 和 1 之间的区域，其中拉伸是线性的，保留高光细节并防止星"
#~ "光膨胀。\n"
#~ "如果省略 B，则 LP 和 SP 默认为 0.0，HP 默认为 1.0。\n"
#~ "可以传递一个可选参数（<b>-human</b>、<b>-even</b> 或 <b>-independent</b>）"
#~ "来选择人眼加权或均等加权明度或用于彩色拉伸的独立颜色通道。对于单色图像，将"
#~ "忽略该参数。\n"
#~ "可选参数 <b>[channels]</b> 可用于指定要应用拉伸的通道：可以是 R、G、B、"
#~ "RG、RB 或 GB。默认值为所有通道"

#~ msgid ""
#~ "Inverse modified arcsinh stretch based on the work of the ghsastro.co.uk "
#~ "team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "Inverse modified arcsinh stretch based on the work of the ghsastro.co.uk "
#~ "team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"

#~ msgid ""
#~ "Stretches the image linearly to a new black point BP.\n"
#~ "\n"
#~ "There is one mandatory argument:\n"
#~ "<b>BP</b> provides the new black point to stretch to.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "Stretches the image linearly to a new black point BP.\n"
#~ "\n"
#~ "There is one mandatory argument:\n"
#~ "<b>BP</b> provides the new black point to stretch to.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"

#~ msgid ""
#~ "Flips the image about the vertical axis. Option <b>-bottomup</b> will "
#~ "only flip it if it's not already bottom-up"
#~ msgstr ""
#~ "Flips the image about the vertical axis. Option <b>-bottomup</b> will "
#~ "only flip it if it's not already bottom-up"

#~ msgid ""
#~ "Flips the image about the vertical axis, only if needed (if it's not "
#~ "already bottom-up). It takes the image file name as argument, allowing it "
#~ "to avoid reading image data entirely if no flip is required. Image is "
#~ "overwritten if a flip was made"
#~ msgstr ""
#~ "Flips the image about the vertical axis, only if needed (if it's not "
#~ "already bottom-up). It takes the image file name as argument, allowing it "
#~ "to avoid reading image data entirely if no flip is required. Image is "
#~ "overwritten if a flip was made"

#~ msgid ""
#~ "Modified arcsinh stretch based on the work of the ghsastro.co.uk team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"
#~ msgstr ""
#~ "Modified arcsinh stretch based on the work of the ghsastro.co.uk team.\n"
#~ "\n"
#~ "The argument <b>-D=</b> defines the strength of the stretch, between 0 "
#~ "and 10. This is the only mandatory argument. The following optional "
#~ "arguments further tailor the stretch:\n"
#~ "<b>LP</b> defines a shadow preserving range between 0 and SP where the "
#~ "stretch will be linear, preserving shadow detail;\n"
#~ "<b>SP</b> defines the symmetry point of the stretch, between 0 and 1, "
#~ "which is the point at which the stretch will be most intense;\n"
#~ "<b>HP</b> defines a region between HP and 1 where the stretch is linear, "
#~ "preserving highlight details and preventing star bloat.\n"
#~ "If omitted LP and SP default to 0.0 ad HP defaults to 1.0.\n"
#~ "An optional argument (either <b>-human</b>, <b>-even</b> or <b>-"
#~ "independent</b>) can be passed to select either human-weighted or even-"
#~ "weighted luminance or independent colour channels for colour stretches. "
#~ "The argument is ignored for mono images.\n"
#~ "Optionally the parameter <b>[channels]</b> may be used to specify the "
#~ "channels to apply the stretch to: this may be R, G, B, RG, RB or GB. The "
#~ "default is all channels"

#~ msgid ""
#~ "Not all colour channels are selected. Human luminance colour model cannot "
#~ "be used: setting even weighted luminance colour model.\n"
#~ msgstr ""
#~ "并非所有彩色通道都被选中。不能使用人眼明度彩色模型：设置为均等加权明度彩色"
#~ "模型。\n"

#, c-format
#~ msgid "Stacking will use registration data of layer %d\n"
#~ msgstr "叠加操作将会使用图层 %d 的对齐数据\n"

#, fuzzy
#~ msgid "Apply the current image recomposition"
#~ msgstr "多通道图像合成"

#~ msgid ""
#~ "All of the application windows have been merged into this window. In the "
#~ "left panel, you can see the image preview with the Red, Green, and Blue "
#~ "channels and the RGB Mix"
#~ msgstr ""
#~ "程序的所有窗口都被合并到了此窗口。在左侧面板，您可以看到以红，绿，黄色通道"
#~ "以及RGB混合的图像预览"

#, fuzzy
#~ msgid ""
#~ "Select Starnet++ installation directory. Works with both Starnet++ v1.0 "
#~ "and v2.0.2+ (Command Line Tool version, not GUI version for Windows "
#~ "users)."
#~ msgstr "选择Swap目录"

#, fuzzy
#~ msgid "Select Starnet++ installation directory"
#~ msgstr "选择Swap目录"

#, fuzzy
#~ msgid "psgError: cannot open sequence\n"
#~ msgstr "在此无法打开队列\n"

#, fuzzy
#~ msgid "Stretch factor D must be between 0 and 10\n"
#~ msgstr "参考帧必须在 1 和 %d 之间\n"

#, fuzzy
#~ msgid "Stretch intensity B must be between -5 and +15\n"
#~ msgstr "参考帧必须在 1 和 %d 之间\n"

#, fuzzy
#~ msgid "Stretch focal point SP must be between 0 and 1\n"
#~ msgstr "参考帧必须在 1 和 %d 之间\n"

#, fuzzy
#~ msgid "LP must be between 0 and stretch focal point\n"
#~ msgstr "Sigma必须位于区间 [0.4, 2.0]\n"

#, fuzzy
#~ msgid "HP must be between stretch focal point and 1\n"
#~ msgstr "Sigma必须位于区间 [0.4, 2.0]\n"

#, fuzzy, c-format
#~ msgid "Error: external command %s failed...\n"
#~ msgstr "错误：统计信息计算失败。\n"

#~ msgid "Crop image to common area after align"
#~ msgstr "对齐后裁剪图像到共同的区域"

#~ msgid "RAW DSLR Camera Files"
#~ msgstr "RAW DSLR相机文件"

#, c-format
#~ msgid "Reading FITS: file %s, %ld layer(s), %ux%u pixels\n"
#~ msgstr "读取FITS：文件名 %s, %ld layer(s), %ux%u pixels\n"

#, fuzzy
#~ msgid ""
#~ "Models a PSF based on the average PSF parameters of the identified stars."
#~ msgstr "所选择星点的平均PSF"

#~ msgid ""
#~ "The RGB tab is only for visualization. Operations must be done on R, G, "
#~ "and B channels"
#~ msgstr "RGB标签仅用于预览。操作必须在 R, G 和 B 通道上执行"

#~ msgid "Pixel Y dim. (micron): "
#~ msgstr "像素高度Y(微米): "

#~ msgid "No binning in pixel size value"
#~ msgstr "像素尺寸无合并(bin)"

#, c-format
#~ msgid "%d pair match.\n"
#~ msgid_plural "%d pair matches.\n"
#~ msgstr[0] "%d 星点匹配。\n"

#, c-format
#~ msgid "Rotation:%+*.2lf deg %s\n"
#~ msgstr "旋转：%+*.2lf 度 %s\n"

#, fuzzy
#~ msgid "<b>PSF Preview</b>"
#~ msgstr "<b>FITS 头</b>"

#~ msgid "Contrast threshold"
#~ msgstr "对比度阀值"

#~ msgid ""
#~ "Contrast threshold generates an internal mask based on microcontrast in "
#~ "the image which then is used to blend the deconvoluted with the "
#~ "convoluted image."
#~ msgstr ""
#~ "对比度阙值用来控制一个基于微小对比度的内部掩膜，用以混杂反卷积效果。"

#~ msgid "Auto value"
#~ msgstr "自动值"

#~ msgid "The contrast threshold value is evaluated automatically."
#~ msgstr "对比度阙值将被自动评估。"

#~ msgid "Radius"
#~ msgstr "半径"

#~ msgid "This is the size of the kernel to be applied."
#~ msgstr "所应用的内核大小。"

#~ msgid "Corner radius boost"
#~ msgstr "边角强化半径"

#~ msgid ""
#~ "Corner radius boost is a value which is added to gaussian sigma for the "
#~ "tiles in the corners of an image."
#~ msgstr "边角强化半径值作用于图像边角格子的高斯sigma。"

#~ msgid "Number of iterations to apply."
#~ msgstr "所应用的迭代次数。"

#~ msgid ""
#~ "Auto limit iterations is a stopping criteria which is applied per tile to "
#~ "reduce artifacts."
#~ msgstr "自动迭代极限是一个停止阙值，作用于每个格子以降低伪像。"

#~ msgid "Nb of plans:"
#~ msgstr "通道数:"

#~ msgid "1st Plan"
#~ msgstr "图层一"

#~ msgid "2nd Plan"
#~ msgstr "图层二"

#~ msgid "3th Plan"
#~ msgstr "图层三"

#~ msgid "4th Plan"
#~ msgstr "图层四"

#~ msgid "5th Plan"
#~ msgstr "图层五"

#~ msgid "6th Plan"
#~ msgstr "图层六"

#~ msgid "Warning Dialog"
#~ msgstr "警告对话框"

#, fuzzy
#~ msgid "Starnet++ Installation Directory"
#~ msgstr "选择Swap目录"

#~ msgid "Sigma must be between [0.4, 2.0]\n"
#~ msgstr "Sigma必须位于区间 [0.4, 2.0]\n"

#~ msgid "Corner radius boost must be between [-0.5, 0.5]\n"
#~ msgstr "边角强化半径必须位于区间 [-0.5, 0.5]\n"

#~ msgid "Number of iterations must be > 0.\n"
#~ msgstr "迭代次数必须大于0\n"

#~ msgid ""
#~ "Subtracts the image in memory by the image <b>filename</b> given in "
#~ "argument"
#~ msgstr ""
#~ "Subtracts the image in memory by the image <b>filename</b> given in "
#~ "argument"

#~ msgid ""
#~ "Restores an image using the Richardson-Lucy method.\n"
#~ "\n"
#~ "<b>Sigma</b> is the size of the kernel to be applied, while "
#~ "<b>corner_radius_boost</b> is a value which is added to Gaussian sigma "
#~ "for the tiles in the corners of an image.\n"
#~ "<b>Iterations</b> is the number of iterations to be performed"
#~ msgstr ""
#~ "Restores an image using the Richardson-Lucy method.\n"
#~ "\n"
#~ "<b>Sigma</b> is the size of the kernel to be applied, while "
#~ "<b>corner_radius_boost</b> is a value which is added to Gaussian sigma "
#~ "for the tiles in the corners of an image.\n"
#~ "<b>Iterations</b> is the number of iterations to be performed"

#, c-format
#~ msgid "Deconv. (iter=%d, sig=%.3f)"
#~ msgstr "反卷积 (iter=%d, sig=%.3f)"

#, fuzzy
#~ msgid "Generalised hyperbolic stretch..."
#~ msgstr "负片变换"

#~ msgid "live stacking..."
#~ msgstr "动态叠加…"

#~ msgid ""
#~ "<b>Two or Three Stars Registration</b>: This method looks like the one "
#~ "star registration except one need to select two or three stars. This is "
#~ "very useful for field with a few stars."
#~ msgstr ""
#~ "<b>二/三星对齐</b>: 该方法类似于单星对齐，只是需要选择两个或者三个星点。对"
#~ "于画面中星点较少的图像非常有用。"

#~ msgid "Two or Three Stars Registration (deep-sky)"
#~ msgstr "二/三星对齐（深空）"

#, c-format
#~ msgid "Integration of %d images:\n"
#~ msgstr "共叠加%d帧图像：\n"

#~ msgid "Rejection parameters ...... none\n"
#~ msgstr "剔除参数 ………… none\n"

#~ msgid "Median sigma Clipping"
#~ msgstr "Median sigma Clipping"

#~ msgid ""
#~ "Extracts Ha and OIII signals from a CFA image. The output files names "
#~ "start with the prefix \"Ha_\" and \"OIII_\""
#~ msgstr "从CFA图像中提取Ha和OIII信号。输出文件名前缀为“Ha_”和“OIII_”"

#, fuzzy
#~ msgid "381"
#~ msgstr "3x1"

#, fuzzy
#~ msgid "Overall Stretch"
#~ msgstr "自动拉伸"

#~ msgid "Prefix of the image names resulting from the pre-processing."
#~ msgstr "预处理结果的文件名前缀。"

#~ msgid "Start pre-processing"
#~ msgstr "开始预处理"

#~ msgid "master-bias"
#~ msgstr "主偏置"

#~ msgid "master-dark"
#~ msgstr "主暗场"

#~ msgid "master-flat"
#~ msgstr "主平场"

#~ msgid "Delete the selected file"
#~ msgstr "删除所选的文件"

#~ msgid "master-flat:"
#~ msgstr "主平场:"

#~ msgid "master-dark:"
#~ msgstr "主暗场:"

#~ msgid ""
#~ "Use the chosen level as default synthetic master in the pre-processing tab"
#~ msgstr "将所输入的值用于预处理标签中的缺省统一值"

#~ msgid "Crop: processing...\n"
#~ msgstr "裁减：处理中...\n"

#~ msgid "Adjust value"
#~ msgstr "校准值"

#~ msgid ""
#~ "By checking this button, the radius value will be adjusted according to "
#~ "the image resolution if it is provided. Therefore, it is not necessary to "
#~ "change the radius value and the default value of 10 should be kept."
#~ msgstr ""
#~ "点选此项，半径值将基于图像分辨率而自动算出。因此缺省为10的半径值无需被改"
#~ "变。"

#, c-format
#~ msgid "auto = %s\n"
#~ msgstr "auto = %s\n"

#~ msgid "Save RGB image to FITS"
#~ msgstr "将RGB图像保存为FITS格式"

#~ msgid "Save RGB image to TIFF"
#~ msgstr "将RGB图像保存为TIFF格式"

#~ msgid "Save RGB image to BMP"
#~ msgstr "将RGB图像保存为BMP格式"

#~ msgid "Save RGB image to JPG"
#~ msgstr "将RGB图像保存为JPG格式"

#~ msgid "Save RGB image to PNG"
#~ msgstr "将RGB图像保存为PNG格式"

#~ msgid "Save RGB image to PPM"
#~ msgstr "将RGB图像保存为PPM格式"

#~ msgid ""
#~ "The RGB channel is only used for visualisation. Please work on the Red, "
#~ "Green or Blue channel."
#~ msgstr "RGB通道只用于预览。请在单独的R,G或者B通道上操作。"

#~ msgid "ONLY FOR VISUALISATION"
#~ msgstr "仅用于预览"

#~ msgid ""
#~ "Please display the channel on which you set the reference magnitude\n"
#~ msgstr "请显示您所设为参考星等的帧\n"

#~ msgid "Please display the channel on which you want to compute the PSF\n"
#~ msgstr "请显示您所要计算PSF的通道\n"

#, fuzzy
#~ msgid "value of the clamping"
#~ msgstr "linear fit clipping"

#~ msgid "Bilinear (default)"
#~ msgstr "双线性（缺省）"

#~ msgid "The scaling factor must be less than 5.0\n"
#~ msgstr "拉伸系数必须小于5.0\n"

#, fuzzy
#~ msgid ""
#~ "Resamples image with a factor <b>factor</b>. This is generally used to "
#~ "resize images, a factor of 0.5 divides size by 2.\n"
#~ "In the graphical user interface, we can see that several interpolation "
#~ "algorithms are proposed. Here, ''Pixel Area Relation'' is used and cannot "
#~ "be changed"
#~ msgstr ""
#~ "Resamples image with a factor <b>factor</b>. This is generally used to "
#~ "resize images, a factor of 0.5 divides size by 2.\n"
#~ "In the graphical user interface, we can see that several interpolation "
#~ "algorithms are proposed. Here, ''Pixel Area Relation'' is used and cannot "
#~ "be changed."

#~ msgid "This option determines on which channel the factors are normalized."
#~ msgstr "此选项用确定归一化因子所处的通道。"

#~ msgid "On highest"
#~ msgstr "最高"

#~ msgid "On middle"
#~ msgstr "中间"

#~ msgid "On lowest"
#~ msgstr "最低"

#~ msgid "Channel Factor Normalisation"
#~ msgstr "通道归一化因子"

#, fuzzy
#~ msgid "Star Recomposition Help"
#~ msgstr "HSL合成"

#~ msgid "Photometric Color Calibration applied"
#~ msgstr "基于解析的色彩校准应用"

#, fuzzy
#~ msgid "20"
#~ msgstr "0"

#, c-format
#~ msgid "Parallel processing %s: using %d logical %s%s.\n"
#~ msgstr "并行计算%s：使用 %d 逻辑 %s%s。\n"

#~ msgid "rgb"
#~ msgstr "rgb"

#~ msgid "Show MTF curve"
#~ msgstr "显示MTF曲线"

#~ msgid "Weighted"
#~ msgstr "加权"

#~ msgid ""
#~ "When checked, this option weights each image of the stack, giving more "
#~ "importance to frames with lower background noise."
#~ msgstr ""
#~ "点选此项，将会对叠加中的每一帧图像计算加权值，更低背景噪声的帧会得到更高的"
#~ "加权值。"

#~ msgid ""
#~ "Detects stars having a level greater than a threshold computed by Siril.\n"
#~ "\n"
#~ "The algorithm is based on the publication of Mighell, K. J. 1999, in ASP "
#~ "Conf. Ser., Vol. 172, Astronomical Data Analysis Software and Systems "
#~ "VIII, eds. D. M. Mehringer, R. L. Plante, and D. A. Roberts (San "
#~ "Francisco: ASP), 317.\n"
#~ "After that, a PSF is applied and Siril rejects all detected structures "
#~ "that don't fulfill a set of prescribed detection criteria. Finally, a "
#~ "circle is drawn around detected stars.\n"
#~ "\n"
#~ "See also the command CLEARSTAR"
#~ msgstr ""
#~ "Detects stars having a level greater than a threshold computed by Siril.\n"
#~ "\n"
#~ "The algorithm is based on the publication of Mighell, K. J. 1999, in ASP "
#~ "Conf. Ser., Vol. 172, Astronomical Data Analysis Software and Systems "
#~ "VIII, eds. D. M. Mehringer, R. L. Plante, and D. A. Roberts (San "
#~ "Francisco: ASP), 317.\n"
#~ "After that, a PSF is applied and Siril rejects all detected structures "
#~ "that don't fulfill a set of prescribed detection criteria. Finally, a "
#~ "circle is drawn around detected stars.\n"
#~ "\n"
#~ "See also the command CLEARSTAR"

#~ msgid "No catalog\n"
#~ msgstr "无星表\n"

#~ msgid "Singular Matrix. Cannot compute Affine Transformation.\n"
#~ msgstr "奇异矩阵。无法计算仿射变换。\n"

#, fuzzy
#~ msgid "Set SP to the average of the current selection."
#~ msgstr "白点选择区的宽度"

#~ msgid "Force .seq recomputation"
#~ msgstr "强制.seq文件重新计算"

#~ msgid ""
#~ "By default, Siril takes the data from seq file if already computed. "
#~ "However you can force Siril to recompute the file if some changes have "
#~ "not been taken into account.\n"
#~ "This button will be automatically unchecked after being used.\n"
#~ "\n"
#~ "WARNING: it will erase all registration and statistics data."
#~ msgstr ""
#~ "缺省情况下，Siril会读取seq文件中已经计算好的数据。然而如果有某些文件改变未"
#~ "被统计到的话，用户可以强制Siril重新计算。\n"
#~ "此按钮被使用过以后会自动重置为空。\n"
#~ "警告：本操作会清空所有对齐和统计信息。"

#~ msgid "Select an area using the boxselect command first\n"
#~ msgstr "Select an area using the boxselect command first\n"

#, fuzzy
#~ msgid "open image debayered"
#~ msgstr "打开图像 %d 失败\n"

#~ msgid ""
#~ "Please consider to install it before trying to plot a graph of a variable "
#~ "star.\n"
#~ msgstr ""
#~ "Please consider to install it before trying to plot a graph of a variable "
#~ "star.\n"

#~ msgid ""
#~ "Rotates the image by an angle of <b>degree</b> value. The option <b>-"
#~ "nocrop</b> can be added to avoid the cropping"
#~ msgstr ""
#~ "Rotates the image by an angle of <b>degree</b> value. The option <b>-"
#~ "nocrop</b> can be added to avoid the cropping"

#, fuzzy
#~ msgid "Linear transform"
#~ msgstr "傅立叶变换"

#, fuzzy
#~ msgid "Always plate solve"
#~ msgstr "图像解析"

#~ msgid ""
#~ "Enter the identifier or the name of the object which must be in the image."
#~ msgstr "请输入目标的编号或者名称，此目标必须位于图像中。"

#~ msgid "Start searching."
#~ msgstr "开始检索。"

#~ msgid "Focal distance (mm):"
#~ msgstr "焦距(毫米):"

#, fuzzy
#~ msgid "star roundness for detection threshold"
#~ msgstr "圆度阀值："

#~ msgid "page 4"
#~ msgstr "第四页"

#~ msgid "page 5"
#~ msgstr "第五页"

#, fuzzy
#~ msgid "0,000"
#~ msgstr "0.00"

#, fuzzy
#~ msgid "Generalised Stretch Transformations"
#~ msgstr "负片变换"

#, fuzzy
#~ msgid "Apply the stretch and close the dialog box."
#~ msgstr "执行自动拉伸"

#, fuzzy
#~ msgid "Inverse gen. hyp. transform"
#~ msgstr "反变换"

#~ msgid "Open/Close histogram toolbox"
#~ msgstr "打开/关闭直方图工具箱"

#~ msgid "The named pipe file "
#~ msgstr "命名管道文件 "

#~ msgid "count (%)"
#~ msgstr "count (%)"

#~ msgid "count (px)"
#~ msgstr "count (px)"

#~ msgid "normalization"
#~ msgstr "归一化"

#~ msgid ""
#~ "Single image must be loaded, and this command cannot be applied on a "
#~ "sequence.\n"
#~ msgstr ""
#~ "Single image must be loaded, and this command cannot be applied on a "
#~ "sequence.\n"

#~ msgid "Make sure your image is in CFA mode.\n"
#~ msgstr "请确保您的图像为CFA模式。\n"

#~ msgid ""
#~ "Use this command to select images in a sequence, load a sequence first.\n"
#~ msgstr ""
#~ "Use this command to select images in a sequence, load a sequence first.\n"

#~ msgid "Memory allocation for the result failed\n"
#~ msgstr "Memory allocation for the result failed\n"

#~ msgid "Using cache"
#~ msgstr "使用缓存"

#~ msgid ""
#~ "When ticked, the catalogue data around this coordinate is stored locally "
#~ "and can be used again in subsequent solves around the same point, which "
#~ "is faster."
#~ msgstr ""
#~ "点选后，周围坐标的星表数据将被保存于本地缓存，则在随后的解析中可以被重复使"
#~ "用以加快速度。"

#~ msgid ""
#~ "Global resgistration is the only method that can detect and apply "
#~ "rotations on images. However, rotating images will degrade them to a "
#~ "certain extent. Activating this will use the same image alignment "
#~ "algorithm but only apply \"one-pixel accurate\" translations. This is "
#~ "useful for image sequences with very small rotation angle.\n"
#~ "We strongly recommend to use this option with <b>Shift</b> transformation "
#~ "as it will fit only translations to match the images.\n"
#~ "\n"
#~ "<b>WARNING</b>: no new sequence is built, registration data is stored in "
#~ "the original sequence."
#~ msgstr ""
#~ "启用本选项将应用之前所选的图像对齐方法，不过仅仅执行像素级别的平移对齐。\n"
#~ "旋转信息会被计算，但并不应用。\n"
#~ "这对于那些旋转角度很小的图像队列比较适用。\n"
#~ "\n"
#~ "<b>警告</b>：不会有新的队列被创建，对齐信息将被保存于原始队列中。"

#~ msgid "Switch to PSF/photometry mode"
#~ msgstr "切换到PSF/测光模式"

#~ msgid "Using data in cache\n"
#~ msgstr "使用缓存数据\n"

#, c-format
#~ msgid "Auto-cropped factor: %.2f\n"
#~ msgstr "自动裁剪系数: %.2f\n"

#, c-format
#~ msgid "Solving on selected area: %d %d %d %d \n"
#~ msgstr "Solving on selected area: %d %d %d %d \n"

#, c-format
#~ msgid ""
#~ "threading statistics computation per channel (at most %d threads each)\n"
#~ msgstr "分线程计算每通道统计信息（最多 %d 线程每通道）\n"

#~ msgid ""
#~ "<b>Enhanced Correlation Coefficient Maximization</b>: It is based on the "
#~ "enhanced correlation coefficient maximization algorithm. This method is "
#~ "more complex and slower than Image Pattern Alignment but no selection is "
#~ "required. It is good for moon surface images registration. Only "
#~ "translation is taken into account yet."
#~ msgstr ""
#~ "<b>增强相关系数极大值化</b>：该方法基于增强相关系数极大值算法，比图像模式"
#~ "对齐法更复杂也更慢，但不需要选择区域。该方法适用于月面图像的对齐。只有平移"
#~ "量会被计算。"

#, fuzzy, c-format
#~ msgid "argument %s, aborting.\n"
#~ msgstr "Missing argument to %s, aborting.\n"

#~ msgid "Use RGB working space"
#~ msgstr "使用RGB工作空间"

#~ msgid "Selection: width and height must be greater than 0.\n"
#~ msgstr "选择：宽度和高度必须大于0。\n"

#~ msgid "A selection is already made, aborting\n"
#~ msgstr "已经进行了选择，异常终止\n"

#~ msgid ""
#~ "Stretches the image to show faint objects, while simultaneously, "
#~ "preserves the structure of bright objects of the field"
#~ msgstr ""
#~ "Stretches the image to show faint objects, while simultaneously, "
#~ "preserves the structure of bright objects of the field"

#~ msgid "Performs a PSF (Point Spread Function) on the selected star"
#~ msgstr "Performs a PSF (Point Spread Function) on the selected star"

#~ msgid ""
#~ "Enhances the global saturation of the image. Try iteratively to obtain "
#~ "best results"
#~ msgstr ""
#~ "Enhances the global saturation of the image. Try iteratively to obtain "
#~ "best results"

#~ msgid ""
#~ "Same command as PSF but works for sequences.\n"
#~ "\n"
#~ "Results are dumped in the console in a form that can be used to produce "
#~ "brightness variation curves"
#~ msgstr ""
#~ "Same command as PSF but works for sequences.\n"
#~ "\n"
#~ "Results are dumped in the console in a form that can be used to produce "
#~ "brightness variation curves"

#~ msgid ""
#~ "Computes the level of the local sky background thanks to a polynomial "
#~ "function of an order <b>degree</b> and subtracts it from the image"
#~ msgstr ""
#~ "Computes the level of the local sky background thanks to a polynomial "
#~ "function of an order <b>degree</b> and subtracts it from the image"

#~ msgid "page 2"
#~ msgstr "第二页"

#~ msgid "Polynomial interpolation"
#~ msgstr "多项式插值"

#~ msgid "Correction: "
#~ msgstr "修正: "

#~ msgid ""
#~ "Defines thresholds above the noise and star roundness for stars detection "
#~ "with FINDSTAR and REGISTER commands.\n"
#~ "\n"
#~ "<b>Sigma</b> must be greater or equal to 0.05 and <b>roundness</b> "
#~ "between 0 and 0.9"
#~ msgstr ""
#~ "Defines thresholds above the noise and star roundness for stars detection "
#~ "with FINDSTAR and REGISTER commands.\n"
#~ "\n"
#~ "<b>Sigma</b> must be greater or equal to 0.05 and <b>roundness</b> "
#~ "between 0 and 0.9"

#, c-format
#~ msgid ""
#~ "Sequence processing partially succeeded, with %d images that failed and "
#~ "that were temporarily excluded from the sequence.\n"
#~ msgstr "队列处理部分成功，图像%d失败并且被临时移除队列。\n"

#~ msgid "Enhanced Correlation Coefficient (planetary - surfaces)"
#~ msgstr "增强相关系数（行星 - 表面）"

#, c-format
#~ msgid "%d file was ignored and excluded\n"
#~ msgid_plural "%d files were ignored and excluded\n"
#~ msgstr[0] "%d 个文件被忽略和排除\n"

#~ msgid "Cold: 0 px"
#~ msgstr "冷：0 px"

#~ msgid "Cosmetic correction (using master-dark)"
#~ msgstr "降噪（使用主暗场）"

#, c-format
#~ msgid "<span foreground=\"red\">Cold: %ld px</span>"
#~ msgstr "<span foreground=\"red\">冷：%ld px</span>"

#, c-format
#~ msgid "Cold: %ld px"
#~ msgstr "冷：%ld px"

#, c-format
#~ msgid "<span foreground=\"red\">Hot: %ld px</span>"
#~ msgstr "<span foreground=\"red\">热：%ld px</span>"

#, c-format
#~ msgid "Hot: %ld px"
#~ msgstr "热：%ld px"

#~ msgid "Rejection:"
#~ msgstr "像素剔除:"

#~ msgid "Methods:"
#~ msgstr "叠加方式:"

#~ msgid ""
#~ "The single file is often called the master file, which is the result of "
#~ "the processing of several frames, for each type of master image."
#~ msgstr ""
#~ "这个单一的文件也被称为主文件，是每一种类型的若干帧叠加处理后的结果。"

#~ msgid "Dark, offset (bias) and flat files can only be a single FITS file."
#~ msgstr "暗场，偏置和平场，只能为单一的FITS文件。"

#~ msgid "DSLR RAW debayer"
#~ msgstr "DSLR RAW debayer"

#~ msgid ""
#~ "This debayer only concerns the case when you want to directly debayer "
#~ "from RAW files, in the conversion step. This is usually not used in "
#~ "astrophotography processing as we are converting first to FITS CFA "
#~ "images. In this case refer to the FITS/SER debayer that occurs after "
#~ "image calibration."
#~ msgstr ""
#~ "该debayer仅用于当你在转化步骤试图直接从RAW文件debayer的情况时。通常不被用"
#~ "于将最初的天文摄影文件转化为FITS CFA图像的情况。这种情况下请参考图像校准后"
#~ "的FITS/SER debayer。"

#~ msgid "Use automatic daylight multiplier"
#~ msgstr "使用自动的昼光因子"

#~ msgid ""
#~ "When this option is enabled, coefficients for each channel are "
#~ "automatically computed. You can choose your own multiplier by unchecking "
#~ "this box."
#~ msgstr "当本选项被选定，每个通道的系数会自动计算。"

#~ msgid ""
#~ "Specify your own raw white balance. The value for the Red scale is "
#~ "relative to the Green."
#~ msgstr "指定raw白平衡，此处的红色比例系数是相对于绿色的。"

#~ msgid ""
#~ "Specify your own raw white balance. The value for the Blue scale is "
#~ "relative to the Green."
#~ msgstr "指定raw白平衡，此处的蓝色比例系数是相对于绿色的。"

#~ msgid "Brightness"
#~ msgstr "亮度"

#~ msgid "Divide the white level by this number."
#~ msgstr "白点比例系数。"

#~ msgid ""
#~ "When this option is enabled, no black point correction is applied to raw "
#~ "images."
#~ msgstr "本项选择后，不对raw图像进行黑点修正。"

#~ msgid "<b>Image Color Adjustement</b>"
#~ msgstr "<b>图像色彩调整</b>"

#~ msgid "No gamma correction is applied to the image."
#~ msgstr "不对图像进行伽玛校正。"

#~ msgid "BT.709 curve"
#~ msgstr "BT.709曲线"

#~ msgid "Apply a specific gamma curve to the image."
#~ msgstr "对图像应用伽玛曲线。"

#~ msgid "sRGB curve"
#~ msgstr "sRGB曲线"

#~ msgid "Apply a specific gamma curve to the image"
#~ msgstr "对图像应用伽玛曲线"

#~ msgid "<b>Image Gamma Correction</b>"
#~ msgstr "<b>图像伽玛校正</b>"

#~ msgid ""
#~ "Select an interpolation method to perform demosaicing before opening "
#~ "image."
#~ msgstr "选择一个针对所打开图像的去马赛克插值算法。"

#~ msgid "VNG"
#~ msgstr "VNG"

#~ msgid "Image Matrix Interpolation"
#~ msgstr "图像矩阵插值"

#~ msgid "Use the white balance specified by the camera"
#~ msgstr "使用相机的白平衡设置"

#~ msgid ""
#~ "By default, libraw uses a fixed white balance based on a color chart "
#~ "illuminated with a standard D65 lamp. If you check this box, libraw will "
#~ "try to use data specified by your camera."
#~ msgstr ""
#~ "在缺省情况下libraw使用一个基于D65标准色彩图表的固定的白平衡。当本项被选定"
#~ "后，libraw将使用相机上设定的白平衡。"

#~ msgid "Calculate the white balance by averaging the entire image"
#~ msgstr "平均整幅图像来计算白平衡"

#~ msgid ""
#~ "By default, libraw uses a fixed white balance based on a color chart "
#~ "illuminated with a standard D65 lamp. If you check this box, libraw will "
#~ "compute the white balance by averaging the entire image."
#~ msgstr ""
#~ "在缺省情况下libraw使用一个基于D65标准色彩图表的固定的白平衡。当本项被选定"
#~ "后，libraw将通过平均整幅图像来自动计算白平衡。"

#~ msgid "Image White Balance"
#~ msgstr "图像白平衡"

#~ msgid "DSLR RAW Debayer"
#~ msgstr "DSLR RAW debayer"

#, c-format
#~ msgid "Error in libraw %s.\n"
#~ msgstr "Error in libraw %s.\n"

#, c-format
#~ msgid "Decoding %s %s file (ISO=%g, Exposure=%gs)\n"
#~ msgstr "Decoding %s %s file (ISO=%g, Exposure=%gs)\n"

#, c-format
#~ msgid "Decoding %s %s file (ISO=%g, Exposure=1/%gs)\n"
#~ msgstr "Decoding %s %s file (ISO=%g, Exposure=1/%gs)\n"

#, c-format
#~ msgid "Daylight multipliers: %f, %f, %f\n"
#~ msgstr "Daylight multipliers: %f, %f, %f\n"

#~ msgid "XTRANS Sensor detected.\n"
#~ msgstr "侦测到XTRANS传感器。\n"

#~ msgid "Bilinear interpolation...\n"
#~ msgstr "双线性插值…\n"

#~ msgid "VNG interpolation...\n"
#~ msgstr "VNG插值...\n"

#~ msgid "PPG interpolation...\n"
#~ msgstr "PPG插值...\n"

#~ msgid "AHD interpolation...\n"
#~ msgstr "AHD插值…\n"

#~ msgid "disabled"
#~ msgstr "关闭"

#~ msgid "Using catalogue in cache if available"
#~ msgstr "如可用则使用目录缓存"

#~ msgid "Resamples image with a factor <b>factor</b>"
#~ msgstr "Resamples image with a factor <b>factor</b>"

#~ msgid "Saves current image into a PNG file: <b>filename</b>.png"
#~ msgstr "Saves current image into a PNG file: <b>filename</b>.png"

#, c-format
#~ msgid "%d: not affected yet"
#~ msgstr "%d: 未生效"

#, c-format
#~ msgid ""
#~ "redraw: maximum number of layers supported is %d (current image has %d).\n"
#~ msgstr "redraw: 最大支持的通道数为 %d （当前文件为 %d）。\n"

#~ msgid "FITS compression disabled\n"
#~ msgstr "FITS压缩禁用\n"

#~ msgid ""
#~ "This file could not be opened because its extension is not supported."
#~ msgstr "文件无法被打开，由于扩展名不被支持。"

#, fuzzy
#~ msgid ""
#~ "This option equalizes the mean intensity of RGB layers in a CFA flat "
#~ "image.\n"
#~ "\n"
#~ "<b>WARNING</b>: This option won't work with XTRANS sensor and therefore "
#~ "should not be used."
#~ msgstr "此选项用于均衡CFA平铺图像中的RGB通道之中位数强度。"

#~ msgid "Translation only"
#~ msgstr "只平移"

#~ msgid "Siril cannot split layers. Make sure your image is in RGB mode.\n"
#~ msgstr "Siril无法拆分彩色通道，请确保你的图像为RGB模式。\n"

#~ msgid ""
#~ "Computes a new image IMG with IMG_1 and IMG_2. The pixel of IMG_1 is "
#~ "replaced by the pixel at the same coordinates of IMG_2 if the intensity "
#~ "of 2 is greater than 1"
#~ msgstr ""
#~ "Computes a new image IMG with IMG_1 and IMG_2. The pixel of IMG_1 is "
#~ "replaced by the pixel at the same coordinates of IMG_2 if the intensity "
#~ "of 2 is greater than 1"

#~ msgid ""
#~ "Equalizes the histogram of an image using Contrast Limited Adaptive "
#~ "Histogram Equalization"
#~ msgstr ""
#~ "Equalizes the histogram of an image using Contrast Limited Adaptive "
#~ "Histogram Equalization"

#, fuzzy
#~ msgid ""
#~ "Convert DSLR RAW files into Siril's FITS images. The argument "
#~ "\"basename\" is the basename of the new sequence. The option \"-debayer\" "
#~ "applies demosaicing to images while \"-fitseq\" is an option that sets "
#~ "the output file type to a FITS sequence. \"-start=index\" sets the "
#~ "starting index parameter. It is possible to convert files in another "
#~ "directory with the \"-out=\" option"
#~ msgstr ""
#~ "Convert DSLR RAW files into Siril's FITS images. The argument "
#~ "\"basename\" is the basename of the new sequence. The option \"-debayer\" "
#~ "applies demosaicing to images"

#~ msgid "Click on this button to chain the layers all together"
#~ msgstr "锁住所有通道使之一起变化"

#, fuzzy
#~ msgid "-stretch option is now deprecated.\n"
#~ msgstr "发现天体测量信息"

#, fuzzy
#~ msgid "-flip option is now deprecated.\n"
#~ msgstr "发现天体测量信息"

#, fuzzy
#~ msgid "Deprojecting from: alpha: %s, delta: %s\n"
#~ msgstr "图像中心： RA: %s, DEC: %s\n"

#, fuzzy
#~ msgid "Reprojecting to: alpha: %s, delta: %s\n"
#~ msgstr "图像中心： RA: %s, DEC: %s\n"

#, fuzzy
#~ msgid "Current focal: %0.2fmm\n"
#~ msgstr "焦距：%*.2lf mm\n"

#, fuzzy
#~ msgid "Converged to: alpha: %0.8f, delta: %0.8f\n"
#~ msgstr "图像中心： RA: %s, DEC: %s\n"

#~ msgid ""
#~ "Your version of opencv is too old for this feature. Please upgrade your "
#~ "system."
#~ msgstr "您的opencv版本太低，无法支持本特性。请进行系统升级。"

#~ msgid "Upgrade your system"
#~ msgstr "系统升级"

#~ msgid "PSF for the sequence only applies on sequences"
#~ msgstr "只能于队列上执行队列PSF操作"

#~ msgid ""
#~ "Please load a sequence before trying to apply the PSF for the sequence."
#~ msgstr "请于执行PSF操作前载入一个队列。"

#, fuzzy
#~ msgid "Extract green"
#~ msgstr "背景"

#, fuzzy
#~ msgid "Could not copy the result\n"
#~ msgstr "无法打开TIFF文件: %s\n"

#~ msgid "Rotate is not supported for images with %d channels\n"
#~ msgstr "该图像包含%d通道不支持旋转\n"

#, fuzzy
#~ msgid "Transformation is not supported for images with %ld channels\n"
#~ msgstr "该图像包含%d通道不支持变换\n"

#~ msgid "Transformation is not supported for images with %d channels\n"
#~ msgstr "该图像包含%d通道不支持变换\n"

#~ msgid "Deconvolution is not supported for images with %d channels\n"
#~ msgstr "该图像包含%d通道不支持反卷积\n"

#, fuzzy
#~ msgid ""
#~ "Configured memory limits do not seem to allow these images to be "
#~ "processed, aborting\n"
#~ msgstr ""
#~ "Provided filtering options do not allow at least two images to be "
#~ "processed.\n"

#~ msgid ""
#~ "Your system does not have enough memory to up-scale the images for "
#~ "`drizzle' operation (%d MB free for %d MB required)\n"
#~ msgstr ""
#~ "系统没有足够的内存来执行超采样操作（可用内存 %d MB，所需内存 %d MB）\n"

#~ msgid ""
#~ "With the current memory and thread (%d) limits, up to %d thread(s) can be "
#~ "used for sequence up-scaling\n"
#~ msgstr ""
#~ "基于当前的内存和线程（%d）上限， 最多[%d]线程可用于队列的超采样操作\n"

#, fuzzy
#~ msgid "imoper: images must have same dimensions\n"
#~ msgstr "叠加：队列中的图像尺寸不一致\n"

#, fuzzy
#~ msgid "addmax: images must have same dimensions\n"
#~ msgstr "叠加：队列中的图像尺寸不一致\n"

#, fuzzy
#~ msgid "Background value: %d (%lf)\n"
#~ msgstr "背景值: %d\n"

#~ msgid ""
#~ "Siril will not enforce memory limits and will let the operating system "
#~ "manage the required memory. Using a smaller number of threads parameter "
#~ "will still decrease used memory."
#~ msgstr ""
#~ "Siril将不会强行需求内存上限，而是交由操作系统来进行内存管理。使用较小的线"
#~ "程数量也会降低内存的使用。"

#~ msgid "Not using limits on maximum memory for stacking\n"
#~ msgstr "叠加操作未使用内存上限\n"

#, fuzzy
#~ msgid "Siril cannot access to %s\n"
#~ msgstr "Siril无法创建JPG文件。\n"

#~ msgid ""
#~ "Export sequence format. MP4 and WEBM replaces GIF for modern Web "
#~ "publication, AVI is not compressed."
#~ msgstr ""
#~ "队列导出的格式。MP4和WEBM是用于代替GIF的先进Web格式，AVI是无压缩的。"

#~ msgid "Creating the SER file failed, aborting.\n"
#~ msgstr "创建SER文件失败，异常终止。\n"

#, fuzzy
#~ msgid "Multiple SER"
#~ msgstr "累乘"

#~ msgid ""
#~ "The Debayer option is not allowed in SER conversion, please uncheck the "
#~ "option."
#~ msgstr "Debayer选项不可用于SER文件的转化，请移除该选项。"

#, fuzzy
#~ msgid ""
#~ "The symbolic link option is not allowed with the debayer one, please "
#~ "uncheck one option."
#~ msgstr "多重SER选项不可用于SER文件的转化，请移除该选项。"

#~ msgid ""
#~ "The Multiple SER option is not allowed in SER conversion, please uncheck "
#~ "the option."
#~ msgstr "多重SER选项不可用于SER文件的转化，请移除该选项。"

#~ msgid ""
#~ "Writing to SER files from larger than 16-bit FITS images is not yet "
#~ "implemented\n"
#~ msgstr "以超过16位的FITS图像为源生成SER文件的功能尚未实现\n"

#, fuzzy
#~ msgid "Unable to acquire HANDLE for STDIN: %s\n"
#~ msgstr "无法读取文件：%s\n"

#~ msgid "fwhm: selection is too large"
#~ msgstr "fwhm: 选择区域太大"

#~ msgid "fwhm: no selection"
#~ msgstr "fwhm: 无选择"

#~ msgid "%s (channel 1)"
#~ msgstr "%s (通道 1)"

#~ msgid "%s (channel 2)"
#~ msgstr "%s (通道 2)"

#~ msgid "Current working sequence:"
#~ msgstr "当前工作队列:"

#~ msgid "Enter the filename of the exported CSV file."
#~ msgstr "输入导出的CSV文件名。"

#~ msgid "%s.csv has been saved.\n"
#~ msgstr "文件%s.csv已保存。\n"

#, fuzzy
#~ msgid "90"
#~ msgstr "0"

#, fuzzy
#~ msgid "Look and Feel"
#~ msgstr "<b>外观</b>"

#~ msgid "Checking GTK version ... GTK-%d.%d\n"
#~ msgstr "Checking GTK version ... GTK-%d.%d\n"

#~ msgid "The version of GTK does not match requirements: (GTK-%d.%d)\n"
#~ msgstr "The version of GTK does not match requirements: (GTK-%d.%d)\n"

#~ msgid ""
#~ "WARNING: You should not perform a LRGB combination with linear images. "
#~ "Process images before."
#~ msgstr "警告：禁止使用线性图进行LRGB合成。请先完成图像的线性处理。"

#~ msgid "ERROR"
#~ msgstr "ERROR"

#~ msgid "Compacting SER file after parallel output to it...\n"
#~ msgstr "Compacting SER file after parallel output to it...\n"

#~ msgid "Save RGB image to 24- or 48-bit TIFF"
#~ msgstr "将RGB图像保存为24位或48位TIFF格式"

#~ msgid "Save RGB image to 24-bit BMP"
#~ msgstr "将RGB图像保存为24位BMP格式"

#~ msgid "Save RGB image to 48-bit PNG"
#~ msgstr "将RGB图像保存为48位PNG格式"

#~ msgid "Save RGB image to 48-bit PPM"
#~ msgstr "将RGB图像保存为48位PPM格式"

#~ msgid "The value stored in pointed pixels will appear here."
#~ msgstr "鼠标划过处的像素值在此显示。"

#~ msgid "%ld pixels corrected (%ld + %ld)\n"
#~ msgstr "%ld 像素被修正 (%ld + %ld)\n"

#~ msgid ""
#~ "Cyril Richard <cyril@free-astro.org>\n"
#~ "Vincent Hourdin <vh@free-astro.vinvin.tf>"
#~ msgstr ""
#~ "叶云 <yecloud@me.com>\n"
#~ "Mr.Coffee"

#~ msgid "Switching to the registration layer\n"
#~ msgstr "切换到对齐通道\n"

#~ msgid "CFA pattern: %s\n"
#~ msgstr "拜耳阵列：%s\n"

#, fuzzy
#~ msgid "%d file was ignored"
#~ msgid_plural "%d files were ignored"
#~ msgstr[0] "文件"

#, fuzzy
#~ msgid "%d star excluded"
#~ msgid_plural "%d stars excluded "
#~ msgstr[0] "%d 帧被排除。\n"

#, fuzzy
#~ msgid "%d %s processed.\n"
#~ msgstr "%d 图像已完成处理。\n"

#~ msgid "%d files selected, %s"
#~ msgstr "%d个文件已选择，%s"

#, fuzzy
#~ msgid "Error while cropping to SER (no space left?)\n"
#~ msgstr "Error while converting to SER (no space left?)\n"

#, fuzzy
#~ msgid "Error while cropping to FITS sequence (no space left?)\n"
#~ msgstr "Error while converting to FITS (no space left?)\n"

#~ msgid "Split CFA..."
#~ msgstr "拆分CFA…"

#~ msgid "Store resulting sequence with prefix:"
#~ msgstr "结果所保存为的队列名前缀:"

#, fuzzy
#~ msgid "ExtractHa does not work on non-Bayer filter camera images!\n"
#~ msgstr "拆分CFA无法在非拜耳阵列的图像上执行！\n"

#~ msgid "High-speed, low-quality bilinear"
#~ msgstr "高速低品质，双线性插值"

#~ msgid "Adaptive Homogeneity-Directed (AHD)"
#~ msgstr "自适应均匀导向法（AHD）"

#~ msgid "Variable Number of Gradients (VNG)"
#~ msgstr "可变参数渐变法（VNG）"

#~ msgid "Patterned Pixel Grouping (PPG)"
#~ msgstr "像素图样组群法（PPG）"

#~ msgid "FFT does not work with sequences\n"
#~ msgstr "傅立叶变换不可用于队列\n"

#~ msgid ""
#~ "Same command than FIND_COSME_CFA but for the sequence \"sequencename\""
#~ msgstr ""
#~ "Same command than FIND_COSME_CFA but for the sequence \"sequencename\""

#~ msgid "Same command than SPLIT_CFA but for the sequence \"sequencename\""
#~ msgstr "Same command than SPLIT_CFA but for the sequence \"sequencename\""

#, fuzzy
#~ msgid "Same command that SUBSKY but for the sequence \"sequencename\""
#~ msgstr "Same command than SPLIT_CFA but for the sequence \"sequencename\""

#~ msgid "This type of file is not handled. Should not happen"
#~ msgstr "该文件类型无法被识别"

#~ msgid ""
#~ "Keep the destination image with RGB channels, do not change the channels "
#~ "configuration."
#~ msgstr "在目标文件中包含RGB通道，不改各个变通道的设置。"

#~ msgid "Split an RGB image into three images, R, G and B."
#~ msgstr "将RGB图像拆分为R,G和B三个单独的文件。"

#~ msgid "Keep only first channel"
#~ msgstr "只保留第一个通道"

#~ msgid "For an RGB image, only keep R. Useful for grey images stored as RGB."
#~ msgstr "只保留RGB图像中的R通道。一般用于以RGB模式保存的灰度图像。"

#~ msgid "DSLR RAW file format decoder based on the libraw library."
#~ msgstr "基于libraw库对于DSLR的RAW文件解码。"

#~ msgid ""
#~ "Saving to 3 FITS files cannot be done because the source image does not "
#~ "have three channels\n"
#~ msgstr "保存为3个FITS文件无法执行，因为源图像没有包含三个通道\n"

#~ msgid ""
#~ "SER output will take precedence over the one-channel per image creation "
#~ "option.\n"
#~ msgstr "SER输出将获得超过新建单通道图像的优先权。\n"

#~ msgid "Other debayer"
#~ msgstr "其它debayer"

#~ msgid "Misc."
#~ msgstr "杂项."

#~ msgid "<b>Confirmation Dialog</b>"
#~ msgstr "<b>确认对话框</b>"

#, fuzzy
#~ msgid "Background noise value (channel: #%d): %0.3e\n"
#~ msgstr "背景噪声值（通道：#%d）: %0.3lf（%.3e）\n"

#~ msgid "Added a registration method: %s\n"
#~ msgstr "启用一种对齐方法: %s\n"

#, fuzzy
#~ msgid "convert_fits_to_img: processing...\n"
#~ msgstr "转化：处理中...\n"

#~ msgid "Change dir..."
#~ msgstr "更改目录..."

#, fuzzy
#~ msgid ""
#~ "Cosmetic correction for one line is not supported yet in 32-bit images\n"
#~ msgstr "暗场降噪只支持单通道图像\n"

#~ msgid ""
#~ "Joining SER files is only possible with a list only containing SER files. "
#~ "Please, remove non SER files.\n"
#~ msgstr "连接SER文件只可用于仅包含SER文件的队列。请移除非SER文件。\n"

#, fuzzy
#~ msgid "This operation is not yet supported for 32-bit images\n"
#~ msgstr ""
#~ "This operation is not supported on internal sequences (seq_open_image)\n"

#~ msgid "Create as many SER files as input files"
#~ msgstr "创建跟源文件数目相同的SER文件"

#~ msgid "Force recomputing"
#~ msgstr "强制重新计算"

#~ msgid ""
#~ "Normalise to 16-bit\n"
#~ "(Don't check for Masters)"
#~ msgstr ""
#~ "归一化为16位\n"
#~ "（主校准帧不要选择）"

#~ msgid ""
#~ "If you check this button, the final image will be normalized to 16-bit "
#~ "per channel. This is important when input sequence has a depth of 8-bit "
#~ "per channel.\n"
#~ "However you may want to disable this option when building master frames "
#~ "of 8-bit sequences."
#~ msgstr ""
#~ "如果选中此按钮， 最终图像将被归一化为每通道16位。当输入序列的每个通道的色"
#~ "深为8位时，这一点很重要。\n"
#~ "但是，在构建8位的主帧序列时，您可能希望禁用此选项。"

#~ msgid "Stretch CFA FITS from DSLR to 16-bit"
#~ msgstr "拉伸DSLR的CFA FITS到16位"

#, fuzzy
#~ msgid ""
#~ "If the RAW data comes from DSLR camera and if normalisation information "
#~ "was stored in the FITS header, then checking this option will stretch the "
#~ "image to 16-bit.\n"
#~ "May not work with some camera."
#~ msgstr ""
#~ "如果RAW是来自于DSLR相机并且归一化信息储存于文件头，选择此选项会拉伸图像到"
#~ "16位。\n"
#~ "对于某些相机可能无法工作。"

#~ msgid "Super Pixel"
#~ msgstr "超级像素"

#~ msgid "imoper: images don't have the same size (w = %u|%u, h = %u|%u)\n"
#~ msgstr "imoper: images don't have the same size (w = %u|%u, h = %u|%u)\n"

#~ msgid ""
#~ "addmax: images don't have the same size (w = %d|%d, h = %d|%d, layers = "
#~ "%d|%d)\n"
#~ msgstr ""
#~ "addmax: images don't have the same size (w = %d|%d, h = %d|%d, layers = "
#~ "%d|%d)\n"

#~ msgid "CLAHE: processing...\n"
#~ msgstr "CLAHE: 处理中…\n"

#~ msgid "CLAHE applied"
#~ msgstr "CLAHE 已应用"

#~ msgid "The FITS file is being normalized to 16-bit\n"
#~ msgstr "FITS文件转化为16位\n"

#~ msgid "Siril only works with 8/16-bit TIFF format.\n"
#~ msgstr "Siril仅支持8/16位TIFF格式。\n"

#~ msgid "Translate is not supported for images with %d channels\n"
#~ msgstr "该图像包含%d通道不支持平移\n"

#~ msgid "Median stack error: uninitialized sequence\n"
#~ msgstr "中位数叠加错误：队列未初始化\n"

#~ msgid "Informations"
#~ msgstr "信息"

#~ msgid "backgroundnoise: Error, no data computed\n"
#~ msgstr "背景噪声：错误，无可用数据\n"

#~ msgid "backgroundnoise: does not converge\n"
#~ msgstr "背景噪声：无法汇聚\n"

#~ msgid "Amount: "
#~ msgstr "数量: "

#~ msgid "Auto detection"
#~ msgstr "自动侦测"

#~ msgid "Sigma:"
#~ msgstr "Sigma:"

#~ msgid ""
#~ "This represents the size of the gaussian kernel which is applied. The "
#~ "higher the value is, the stronger the effect is."
#~ msgstr "高斯强化的幅度。数值越大，效果越明显。"

#~ msgid ""
#~ "Restores an image using the Richardson-Lucy method. \"Iterations\" is the "
#~ "number of iterations to be performed (typically between 10 and 50). "
#~ "\"Sigma\" is the size of the kernel to be applied"
#~ msgstr ""
#~ "Restores an image using the Richardson-Lucy method. \"Iterations\" is the "
#~ "number of iterations to be performed (typically between 10 and 50). "
#~ "\"Sigma\" is the size of the kernel to be applied"

#~ msgid "Browse..."
#~ msgstr "浏览..."

#~ msgid "Store result in file:"
#~ msgstr "保存结果为文件:"

#~ msgid "<%%s.seq>: %%d images selected out of %%d, reference image is %%d"
#~ msgstr "<%%s.seq>: %%d 幅图像已被选择，总共图像 %%d，参考帧为 %%d"

#~ msgid "<%%s.seq>: %%d images selected out of %%d, reference image is %%.%dd"
#~ msgstr "<%%s.seq>: %%d 幅图像已被选择，总共图像 %%d，参考帧为 %%.%dd"

#~ msgid ""
#~ "Select the set of images to be stacked. All the images or only the "
#~ "manually selected can be used. But it is possible to only select the "
#~ "percentage of best images following quality criteria (planetary, "
#~ "roundness or fwhm)."
#~ msgstr ""
#~ "选择一个图像集合用于叠加。集合中所有（或者手动选定的）图像会被使用。或也可"
#~ "基于图像的品质（行星，圆度或者FWHM）来选定一部分“最好的图像”（百分比）用于"
#~ "叠加。"

#~ msgid "Stack this set of images:"
#~ msgstr "要叠加的图像集合:"

#~ msgid ""
#~ "The directory in which files will be read from and written to. Can be "
#~ "changed with the button Change dir on the right, or with the cd command."
#~ msgstr "文件读写所在的目录。可以使用右边的按钮或者命令来更改。"

#~ msgid "High"
#~ msgstr "高"

#~ msgid "Parallel processing %s: Using %d logical processor(s).\n"
#~ msgstr "并行计算%s：当前使用 %d个 逻辑处理器\n"

#~ msgid "Save as..."
#~ msgstr "另存为..."

#~ msgid "Gray Channels Images"
#~ msgstr "灰度通道图像"

#~ msgid ""
#~ "Image index in the sequence. You can also use arrow keys to browse "
#~ "images, and the SPACE key to toggle exclude for the current image."
#~ msgstr ""
#~ "队列中的图像序号。用户也可以使用方向键来遍历图像，空格键来切换是否排除当前"
#~ "图像。"

#~ msgid ""
#~ "Whether or not the image is excluded from processing (the file itself is "
#~ "not deleted)"
#~ msgstr "图像是否被排除在后续处理之外"

#~ msgid "Normalisation value for flat division"
#~ msgstr "除平场时所用的归一化参数"

#~ msgid "<%s.seq>: %d images selected out of %d, no reference image set"
#~ msgstr "<%s.seq>: %d 幅图像已被选择，总共图像 %d，尚未设置参考帧"

#~ msgid "Unknown zoom_value value, what is the current zoom?\n"
#~ msgstr "Unknown zoom_value value, what is the current zoom?\n"

#~ msgid "new zoom value: %f\n"
#~ msgstr "new zoom value: %f\n"

#~ msgid "Unsupported FITS image with %ld channels.\n"
#~ msgstr "Unsupported FITS image with %ld channels.\n"

#~ msgid "%s. Looking into another directory...\n"
#~ msgstr "%s. 搜索其他目录...\n"

#~ msgid "%g nm"
#~ msgstr "%g nm"

#~ msgid "undefined"
#~ msgstr "未定义的"

#~ msgid ""
#~ "Could not allocate more space for the large number of sequences found.\n"
#~ msgstr ""
#~ "Could not allocate more space for the large number of sequences found.\n"

#~ msgid "Channel #1:"
#~ msgstr "通道#1:"

#~ msgid "Channel #2:"
#~ msgstr "通道#2:"

#~ msgid "Channel #3:"
#~ msgstr "通道#3:"

#~ msgid "Change the theme of the interface."
#~ msgstr "更改界面的主题。"

#, fuzzy
#~ msgid "<b>RAM Ratio</b>"
#~ msgstr "<b>内存占用率</b>"

#~ msgid "Size of the annulus for background level measurement"
#~ msgstr "用于测量背景等级的环形区域大小"

#~ msgid ""
#~ "The memory used corresponds to this value times the total of available "
#~ "memory.\n"
#~ "WARNING: Reducing the ratio of memory allocated to computation will "
#~ "degrade performances."
#~ msgstr ""
#~ "程序所使用的内存占可用内存的比例。\n"
#~ "警告：降低这个比例会影响程序的执行效率。"

#~ msgid "Loading and pre-processing image %d/%d (%s)"
#~ msgstr "读取并且预处理图像 %d/%d (%s)"

#~ msgid "Could not read one of the raw files: %s. Aborting preprocessing."
#~ msgstr "无法读取raw文件：%s 预处理异常终止。"

#~ msgid "%d from %s.ser"
#~ msgstr "%d from %s.ser"

#~ msgid "Normalization skipped.\n"
#~ msgstr "跳过归一化。\n"

#~ msgid "images previously manually selected from the sequence"
#~ msgstr "队列里之前手动选择则图像"

#~ msgid ""
#~ "best images, automatically selected from the registration data (PSF - "
#~ "FWHM)"
#~ msgstr "最佳图像，自动从对齐统计数据（PSF - FWHM）中选择"

#~ msgid ""
#~ "best images, automatically selected from the registration data (PSF - "
#~ "roundness)"
#~ msgstr "最佳图像，自动从对齐统计数据（PSF - 圆度）中选择"

#~ msgid ""
#~ "best images, automatically selected from the registration data (Planetary)"
#~ msgstr "最好的图像，自动从对齐统计数据中选择(行星)"

#~ msgid "Based on FWHM"
#~ msgstr "基于FWHM"

#~ msgid "The provided type of stacking is unknown (%s).\n"
#~ msgstr "The provided type of stacking is unknown (%s).\n"

#~ msgid ""
#~ "Median stacking is only supported for FITS images and SER sequences.\n"
#~ msgstr "中位数叠加只可用于FITS图像和SER队列。\n"

#~ msgid "Median stack: opening image %s"
#~ msgstr "Median stack: opening image %s"

#~ msgid "Rejection stack: opening image %s"
#~ msgstr "叠加（像素剔除）：打开图像%s"

#~ msgid ""
#~ "Rejection stack error: images with > 3 dimensions are not supported\n"
#~ msgstr "叠加（像素剔除）错误：超出三通道的图像无法被支持\n"

#~ msgid "Rejection stack error: input images have different sizes\n"
#~ msgstr "叠加（像素剔除）：输入图像尺寸不统一\n"

#~ msgid ""
#~ "Error in highest quality accepted for sequence processing: some images "
#~ "don't have this kind of information available for channel #%d.\n"
#~ msgstr "基于高图像质量的队列处理错误：某些图像的通道#%d中不含有这类信息。\n"

#~ msgid "Based on FWHM < %.2f (%d images)"
#~ msgstr "基于FWHM < %.2f (%d 图像)"

#~ msgid "Based on roundness > %.2f (%d images)"
#~ msgstr "基于圆度 > %.2f (%d 图像)"

#~ msgid "Based on roundness"
#~ msgstr "基于圆度"

#~ msgid "Based on quality > %.2f (%d images)"
#~ msgstr "基于品质 > %.2f (%d 图像)"

#~ msgid "Normal"
#~ msgstr "标准"

#~ msgid "Polar (Magnitude + Phase)"
#~ msgstr "极坐标（幅值＋相位）"

#~ msgid ""
#~ "WARNING: these fields are automatically read from FITS file on opening "
#~ "and setting them here will only work for the currently loaded file."
#~ msgstr ""
#~ "警告：上述数据原则上是自动从FITS文件中读取的，此处的改动只会对当前已载入文"
#~ "件有效。"

#~ msgid "<b>Camera and Optics</b>"
#~ msgstr "<b>相机和光学设备</b>"

#~ msgid "Camera & Optics"
#~ msgstr "相机和光学设备"

#~ msgid ""
#~ "Reverting current working directory to startup directory, the saved "
#~ "directory is not available anymore\n"
#~ msgstr ""
#~ "Reverting current working directory to startup directory, the saved "
#~ "directory is not available anymore\n"

#~ msgid "Negative view"
#~ msgstr "负片视图"

#~ msgid ""
#~ "Using dark GTK theme\n"
#~ "(may require restarting)"
#~ msgstr ""
#~ "使用drak GTK主题\n"
#~ "（需要重新启动）"

#~ msgid ""
#~ "Some dialogs of Siril have non-standard bright colours. With a dark "
#~ "theme, where the text is bright too, that's unreadable. Checking here "
#~ "will change these non-standard colours to dark."
#~ msgstr ""
#~ "某些Siril对话框具有非标准的亮色。当使用暗色主题时，这些文字仍是亮色，会难"
#~ "以阅读。点选此处将会改变这些非标准色彩为暗色。"

#~ msgid "Ratio of Available Memory Used: "
#~ msgstr "所使用的可用内存的比例: "

#, fuzzy
#~ msgid "30,00"
#~ msgstr "0.00"

#~ msgid ""
#~ "Ensure compatibility with images stored\n"
#~ "in up-bottom orientation (KSTARS/EKOS, \n"
#~ "PixInsight, and probably others ...)"
#~ msgstr ""
#~ "确保被保存图像的兼容性\n"
#~ "以自上而下的方向（KSTARS/EKOS,\n"
#~ "PixInsight, 和其他……）"

#~ msgid ""
#~ "If this box is checked, Siril will try to ensure KSTARS (and PixInsight "
#~ "or others) compatibility by reading FITS image in up-bottom order."
#~ msgstr ""
#~ "若本项被选定，Siril会试图通过使用自上而下的顺序来读取FITS文件，以确保"
#~ "KSTARS（和PixInsight或其他）的兼容性。"

#~ msgid "You must click on the picture to pick your own background samples."
#~ msgstr "必须点击图像以选择自定义的背景取样。"

#~ msgid "Siril picks background samples automatically."
#~ msgstr "Siril自动选择背景取样。"

#~ msgid "Box radius:"
#~ msgstr "格子半径:"

#~ msgid ""
#~ "This is the distance in pixels between two adjacent background sample "
#~ "boxes."
#~ msgstr "相邻的背景样本格子之间的距离（像素）。"

#~ msgid ""
#~ "This is the radius in pixels of a background sample box. Multiply by 2 to "
#~ "have the length of a box."
#~ msgstr "背景样本格子的半径（像素）。格子的边长为其两倍。"

#~ msgid ""
#~ "This parameter indicates the tolerance of local sample rejection, in "
#~ "sigma units."
#~ msgstr "用于局部样本剔除的容差值（sigma）"

#~ msgid "Local Rejection"
#~ msgstr "局部剔除"

#~ msgid "Deviation: "
#~ msgstr "偏差: "

#~ msgid "Unbalance:"
#~ msgstr "失衡:"

#~ msgid ""
#~ "This is the factor multiplied by the deviation parameter in order to "
#~ "include more dark pixels in the background evaluation."
#~ msgstr "此因子乘以偏差值，用于在背景评估中囊括更多的暗调像素。"

#~ msgid ""
#~ "This is the factor multiplied by the deviation parameter in order to "
#~ "include more dark pixels in the background evaluation"
#~ msgstr "此因子乘以偏差值，用于在背景评估中囊括更多的暗调像素"

#~ msgid "Show Image"
#~ msgstr "显示图像"

#~ msgid ""
#~ "Background cannot be extracted from itself. Please, click on Show Image\n"
#~ msgstr "背景无法自己提取自己，请点击显示图像\n"

#~ msgid "Please, apply correction on the image by clicking on Show Image\n"
#~ msgstr "请点击显示图像按钮以应用修正\n"

#, fuzzy
#~ msgid "<b>Star detection</b>"
#~ msgstr "星点侦测"

#, fuzzy
#~ msgid ""
#~ "Copyright © 2004-2011 François Meyer\n"
#~ "Copyright © 2012-2019 team free-astro"
#~ msgstr ""
#~ "Copyright © 2004-2011 François Meyer\n"
#~ "Copyright © 2012-2018 team free-astro"

#~ msgid "Crops the current image within the rectangle previously selected"
#~ msgstr "Crops the current image within the rectangle previously selected"

#~ msgid "page 3"
#~ msgstr "第三页"

#~ msgid "ZIP"
#~ msgstr "ZIP"

#~ msgid "Performs transformation"
#~ msgstr "执行变换"

#~ msgid "Don't ask me again"
#~ msgstr "不再询问"

#~ msgid ""
#~ "Include all images ?\n"
#~ " (this erases previous image selection\n"
#~ " ... and there's no undo)"
#~ msgstr ""
#~ "包含所有图像？\n"
#~ "（这将抹去之前的图像选择，并且无法撤销）"

#~ msgid "FILETYPE IS NOT SUPPORTED, CANNOT CONVERT: %s\n"
#~ msgstr "不被支持的文件类型，无法转化：%s\n"

#~ msgid "Demosaicing"
#~ msgstr "去马赛克"

#~ msgid ""
#~ "Saves current image under the form of a bitmap file with 8-bit per "
#~ "channel: \"filename\".bmp (BMP 24-bit). This function is like a "
#~ "screenshot of what you see with the levels updated. This is very useful "
#~ "to share an image in the bitmap format"
#~ msgstr ""
#~ "Saves current image under the form of a bitmap file with 8-bit per "
#~ "channel: \"filename\".bmp (BMP 24-bit). This function is like a "
#~ "screenshot of what you see with the levels updated. This is very useful "
#~ "to share an image in the bitmap format"

#~ msgid "Contrast: %lf\n"
#~ msgstr "Contrast: %lf\n"

#, fuzzy
#~ msgid "Median filter succeed"
#~ msgstr "中位数过滤"

#~ msgid "Iteration #%d...\n"
#~ msgstr "迭代 #%d...\n"

#~ msgid "Normalise to 16-bit"
#~ msgstr "归一化为16位"

#~ msgid "Ensure KSTARS/EKOS compatibility"
#~ msgstr "确保KSTARS/EKOS兼容性"

#~ msgid "Vertical Zoom"
#~ msgstr "垂直比例"

#~ msgid "Histogram grid"
#~ msgstr "网格线"

#, fuzzy
#~ msgid "Histogram curve"
#~ msgstr "网格线"

#~ msgid "Execution time: %.2f ms.\n"
#~ msgstr "Execution time: %.2f ms.\n"

#~ msgid ""
#~ "Input command. Typing `help&apos; here will bring the list of supported "
#~ "commands."
#~ msgstr "输入命令。键入`help&apos;以得到命令列表。"

#~ msgid "Unknown FITS image format.\n"
#~ msgstr "Unknown FITS image format.\n"

#~ msgid "This kind of RAW pictures is not supported.\n"
#~ msgstr "该类型RAW文件不被支持。\n"

#~ msgid "FITS..."
#~ msgstr "FITS..."

#~ msgid "TIFF..."
#~ msgstr "TIFF..."

#~ msgid "BMP..."
#~ msgstr "BMP..."

#~ msgid "JPG..."
#~ msgstr "JPG..."

#~ msgid "PNG..."
#~ msgstr "PNG..."

#~ msgid "NetPBM..."
#~ msgstr "NetPBM..."

#~ msgid "NetPBM Files"
#~ msgstr "NetPBM文件"

#~ msgid "/tmp"
#~ msgstr "/tmp"

#~ msgid "Directory: "
#~ msgstr "目录: "

#~ msgid "Using gnuplot is only available on UNIX system.\n"
#~ msgstr "只有UNIX系统可以使用gnuplot。\n"

#~ msgid "Memory used by Siril"
#~ msgstr "Siril所用内存"

#~ msgid "You need to install opencv to compose images with different sizes\n"
#~ msgstr "需要安装opencv才能改变图像大小\n"

#~ msgid "Opencv need to be compiled to remove bad column.\n"
#~ msgstr "Opencv need to be compiled to remove bad column.\n"

#~ msgid "Siril needs opencv to resize images\n"
#~ msgstr "Siril需要opencv的支持来缩放图像\n"

#~ msgid "successfully"
#~ msgstr "成功"

#~ msgid "use Luminance"
#~ msgstr "使用明度通道"

#~ msgid ""
#~ "Error in highest FWHM accepted for sequence processing: some images don't "
#~ "have this kind of information available\n"
#~ msgstr "基于低FWHM的队列处理错误：某些图像的通道#%d中不含有这类信息。\n"

#~ msgid "Successfully loaded '%s%s'\n"
#~ msgstr "Successfully loaded '%s%s'\n"

#~ msgid "Not handled yet\n"
#~ msgstr "Not handled yet\n"

#~ msgid "No selection was made for a selection-based sequence processing\n"
#~ msgstr "No selection was made for a selection-based sequence processing\n"

#~ msgid "Starting sequence processing of PSF\n"
#~ msgstr "Starting sequence processing of PSF\n"

#~ msgid "Failed to compute PSF for the sequence. Ready."
#~ msgstr "Failed to compute PSF for the sequence. Ready."

#~ msgid "Finished sequence processing of PSF\n"
#~ msgstr "Finished sequence processing of PSF\n"

#~ msgid "See the console for a dump of star data over the sequence (stdout)\n"
#~ msgstr ""
#~ "See the console for a dump of star data over the sequence (stdout)\n"

#~ msgid "# image_no amplitude magnitude fwhm x y\n"
#~ msgstr "# image_no amplitude magnitude fwhm x y\n"

#~ msgid "Finished computing PSF for the sequence. Ready."
#~ msgstr "Finished computing PSF for the sequence. Ready."

#~ msgid ""
#~ "Results will be displayed at the end of the processing, on the console "
#~ "output, in the following form:\n"
#~ msgstr ""
#~ "Results will be displayed at the end of the processing, on the console "
#~ "output, in the following form:\n"

#~ msgid "Enter the filename of the exported PNG file."
#~ msgstr "键入所倒出的PNG文件名。"

#~ msgid "Export to PNG"
#~ msgstr "倒出为PNG"

#~ msgid "Export displayed plot to a PNG file."
#~ msgstr "将显示的图表倒出为PNG文件。"

#~ msgid ""
#~ "Copyright © 2004-2011 François Meyer\n"
#~ "Copyright © 2012-2016 team free-astro"
#~ msgstr ""
#~ "Copyright © 2004-2011 François Meyer \n"
#~ "Copyright © 2012-2016 team free-astro"

#~ msgid "%s.png has been saved.\n"
#~ msgstr "%s.png has been saved.\n"

#~ msgid "Parallel processing %s: Using %d logical processor%s"
#~ msgstr "并行计算%s：使用%d逻辑处理器%s"

#~ msgid "Credits"
#~ msgstr "关于作者"

#~ msgid "Image sequences"
#~ msgstr "图像队列"

#~ msgid "Export sequence format"
#~ msgstr "倒出队列的格式"

#~ msgid "Delay (cs):"
#~ msgstr "延迟（厘秒）:"

#~ msgid ""
#~ "Delay between frames in the GIF animation, in centiseconds. Default, is "
#~ "10cs, so 100ms."
#~ msgstr "GIF动画中两帧之间的延迟，格式为厘秒。缺省为10厘秒，也就是100毫秒。"

#~ msgid "Loops:"
#~ msgstr "循环:"

#~ msgid ""
#~ "The number of loops to do, between 0 and 511. This does not change the "
#~ "size of the output GIF file."
#~ msgstr "将要循环的次数，介于0和511。这不会改变输出的GIF文件大小。"

#~ msgid "Error describing GIF file: %s\n"
#~ msgstr "Error describing GIF file: %s\n"

#~ msgid "GIF support was not compiled, aborting.\n"
#~ msgstr "GIF支持未被编译进来，异常终止。\n"

#~ msgid ""
#~ "Debayer single-channel images (CFA format) using the Bayer matrix layout "
#~ "given in the settings. Also applies to image opening, not only "
#~ "conversion.\n"
#~ "Only for RAW and FITS input images.\n"
#~ "Colour image target also applies to the debayer result for conversion."
#~ msgstr ""
#~ "使用设置中的拜耳滤镜排列模式来解码单通道图像（CFA格式）。同时也作用于打开"
#~ "的图像而不仅仅是转化。\n"
#~ "只针对RAW和FITS图像有效。\n"
#~ "转化的目标文件将被debayer。"

#~ msgid "#"
#~ msgstr "#"

#~ msgid "Draw boxes"
#~ msgstr "画格子"

#~ msgid "2"
#~ msgstr "2"

#~ msgid "3x3"
#~ msgstr "3x3"

#~ msgid "5x5"
#~ msgstr "5x5"

#~ msgid "7x7"
#~ msgstr "7x7"

#~ msgid "9x9"
#~ msgstr "9x9"

#~ msgid "11x11"
#~ msgstr "11x11"

#~ msgid "13x13"
#~ msgstr "13x13"

#~ msgid "15x15"
#~ msgstr "15x15"

#~ msgid "1x1"
#~ msgstr "1x1"

#~ msgid "2x2"
#~ msgstr "2x2"

#~ msgid "4x4"
#~ msgstr "4x4"

#~ msgid "2x1"
#~ msgstr "2x1"

#~ msgid "text"
#~ msgstr "文本"
