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Module ImgPixSpectra::CSPadPixSpectra

List of parameters:

parameter	default value	description
`source`	"CxiDs1.0:Cspad.0"	source of data for CSPad
`events`	1<<31U	number of events before stop a job
`inputKey`		input key for data processing stage
`amin`	0.	minimal spectral amplitude
`amax`	1000.	maximal spectral amplitude
`nbins`	100	number of bins in spectra
`arr_fname`	"..._spectral_array.txt"	output file name

The only difference in interface of this module from previous is in the default name for the source parameter and the output file name.

parameter	default value	description
`source`	"DetInfo(:Cspad2x2)"	source of data for CSPad2x2

The only difference in interface of this module from previous is in the default name for the source parameter and the output file name.

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parameter	default value	description
`source`	"DetInfo(:Cspad)"	input source of data
`inputKey`		key for input data, by default use raw data
`outputKey`	"bkgd_subtracted"	output key for the next data processing stage
<ac:structured-macro ac:name="unmigrated-wiki-markup" ac:schema-version="1" ac:macro-id="a1c9fbb3e953aeb4-7ca5369f-4bb14f2a-a166a8e6-ba0bd9f338a22cde2144b7d3"><ac:plain-text-body><![CDATA[	`bkgd_fname`	"cspad_background.dat"	file with CSPad array [48185][388] of averaged background	]]></ac:plain-text-body></ac:structured-macro>
`norm_sector`	0	CSPad sector in quad from 0 to 7
`print_bits`	0	module verbosity: =0 - print nothing +1 - input pars +2 - event ID +4 - normalization factor for each event +8 - part of the background array

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parameter	default value	description
`source`	"DetInfo(:Cspad)"	input source of data
`inkey`		key for input data, by default use raw data
`outkey`	"bkgd_subtracted"	output key for the next data processing stage
<ac:structured-macro ac:name="unmigrated-wiki-markup" ac:schema-version="1" ac:macro-id="9e4cd3f956e597a6-224f6975-49b54723-b9c2a530-df56ac2454d8b09a648419f2"><ac:plain-text-body><![CDATA[	`mask_fname`	"cspad_mask.dat"	file with CSPad mask array [48185][388]	]]></ac:plain-text-body></ac:structured-macro>
`masked_amp`	0	this amplitude will replace the amplitude in each masked pixel
`mask_control_bits`	1	control bits for applied mask: =0 - do not apply any mask +1 - apply mask from file +2 - mask two long edges of 2x1 +4 - mask two short edges of 2x1 +8 - mask two short rows in the middle of 2x1 (rows with wide pixels)
`print_bits`	0	module verbosity: =0 - print nothing +1 - input pars (in beginJob) +2 - event ID (in event) +4 - mask statistics (in beginJob) +8 - part of the mask array (in beginJob)

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