Loading docs/source/sls/algorithm.rst +10 −4 Original line number Diff line number Diff line Loading @@ -5,15 +5,21 @@ SLS pipeline Instrument correction --------------------- 概述 `````````````````` `csst_ms_sls_instrument` 程序包是应用于CSST无缝光谱模块的仪器效应改正程序，无缝光谱模块包含12个探测器，每4块探测器对应1个波段，每个波段的部分仪器参数如下： - GU: ″ field of view from 255-400nm with a plate scale of ″/pixel. - GV: ″ field of view from 400-620nm with a plate scale of ″/pixel. - GI: ″ field of view from 620-1000nm with a plate scale of ″/pixel. 该程序将顺序执行一系列的探测器效应改正，生成单次曝光的改正后数据产品。该程序是用Python语言实现，开源地址：code_。 - GU: 660×660″ field of view from 255-400nm with a plate scale of 0.07″/pixel - GV: 660×660″ field of view from 400-620nm with a plate scale of 0.07″/pixel - GI: 660×660″ field of view from 620-1000nm with a plate scale of 0.07″/pixel 该程序将顺序执行一系列的探测器效应改正，生成单次曝光的改正后数据产品。该程序是用Python语言实现，代码地址：code_。 .. _code: https://csst-tb.bao.ac.cn/code/csst-l1/sls/csst_ms_sls_instrument 数据产品 `````````````````` Position calibration --------------------- Loading Loading
docs/source/sls/algorithm.rst +10 −4 Original line number Diff line number Diff line Loading @@ -5,15 +5,21 @@ SLS pipeline Instrument correction --------------------- 概述 `````````````````` `csst_ms_sls_instrument` 程序包是应用于CSST无缝光谱模块的仪器效应改正程序，无缝光谱模块包含12个探测器，每4块探测器对应1个波段，每个波段的部分仪器参数如下： - GU: ″ field of view from 255-400nm with a plate scale of ″/pixel. - GV: ″ field of view from 400-620nm with a plate scale of ″/pixel. - GI: ″ field of view from 620-1000nm with a plate scale of ″/pixel. 该程序将顺序执行一系列的探测器效应改正，生成单次曝光的改正后数据产品。该程序是用Python语言实现，开源地址：code_。 - GU: 660×660″ field of view from 255-400nm with a plate scale of 0.07″/pixel - GV: 660×660″ field of view from 400-620nm with a plate scale of 0.07″/pixel - GI: 660×660″ field of view from 620-1000nm with a plate scale of 0.07″/pixel 该程序将顺序执行一系列的探测器效应改正，生成单次曝光的改正后数据产品。该程序是用Python语言实现，代码地址：code_。 .. _code: https://csst-tb.bao.ac.cn/code/csst-l1/sls/csst_ms_sls_instrument 数据产品 `````````````````` Position calibration --------------------- Loading
