Format of a 2D-COS Result File - Revision history

Laschp at 10:13, 30 December 2024

2024-12-30T10:13:31Z

← Older revision		Revision as of 12:13, 30 December 2024
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	''So called'' 2D-COS result files can be stored by choosing the option ''save 2D spectrum'' from the ''File'' menu bar of the 2D-COS main window ([[Options_of_the_2D-COS_Main_Figure\|2D-COS Main Figure]]). <br>		''So called'' 2D-COS result files can be stored by choosing the option ''save 2D spectrum'' from the ''File'' menu bar of the 2D-COS main window ([[Options_of_the_2D-COS_Main_Figure\|2D-COS Main Figure]]). <br>

	To open a 2D-COS result file start Matlab, cd to the respective directory and type then<br>		To open a 2D-COS result file ''NameOfResultFile.mat'' start Matlab, cd to the respective directory and type then<br>

	>> load('NameOfResultFile');		>> load('NameOfResultFile');

Laschp at 10:12, 30 December 2024

2024-12-30T10:12:58Z

← Older revision		Revision as of 12:12, 30 December 2024
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	To open a 2D-COS result file start Matlab, cd to the respective directory and type then<br>		To open a 2D-COS result file start Matlab, cd to the respective directory and type then<br>

	>> load('~~name_of_res_file~~');		>> load('NameOfResultFile');

	at the command prompt. This will create a new structure array ''twoddata'' containing the following fields: <br>		at the command prompt. This will create a new structure array ''twoddata'' containing the following fields: <br>

Laschp: /* Related links */

2023-04-02T15:02:03Z

Laschp: /* Related links */

2023-04-02T14:59:52Z

Laschp: Created page with "Variables present in a result file stored by the mat2dcos toolbox ''So called'' 2D-COS result files can be stored by choosing the option ''save 2D spectrum'' from the ''File'' menu bar of the 2D-COS main window (2D-COS Main Figure).
To open a 2D-COS result file start Matlab, cd to the respective directory and type then
>> load('name_of_res_file'); at the command prompt. This w..."

2023-03-18T18:43:18Z

Created page with "400px|thumb|Variables present in a result file stored by the mat2dcos toolbox ''So called'' 2D-COS result files can be stored by choosing the option ''save 2D spectrum'' from the ''File'' menu bar of the 2D-COS main window (2D-COS Main Figure). To open a 2D-COS result file start Matlab, cd to the respective directory and type then >> load('name_of_res_file'); at the command prompt. This w..."

New page

[[File:res-file-format.jpg|400px|thumb|Variables present in a result file stored by the mat2dcos toolbox]]

''So called'' 2D-COS result files can be stored by choosing the option ''save 2D spectrum'' from the ''File'' menu bar of the 2D-COS main window ([[Options_of_the_2D-COS_Main_Figure|2D-COS Main Figure]]). 

To open a 2D-COS result file start Matlab, cd to the respective directory and type then 

>> load('name_of_res_file');

at the command prompt. This will create a new structure array ''twoddata'' containing the following fields: 

<ul>
<li> ''data'' - the 2D correlation spectrum computed by utilizing the actual settings (spectral regions for 2D-COS analysis, type of reference spectrum, etc.). Of note, ''data'' is an array of float32 values of dimensions [nptsx, nptsy] with ''nptsx'' being the number of spectral data points in '''x''' and ''nptsy'' denoting the number of spectral data points in '''y''' </li>
<li> ''xwv'' - the spectral vector '''x''' (float32 values) with a length of ''nptsx'' </li>
<li> ''ywv'' - the spectral vector '''y''' (float32 values) with a length of ''nptsy'' </li>
<li> ''spcx'' - the 2D spectra array ('''x''') a matrix of float32 values with the dimensions [''nobs, nptsx''], ''nobs'' corresponds to the number of observations (i.e. of spectra) </li>
<li> ''spcx'' - the 2D spectra array ('''y''') a matrix of float32 values with the dimensions [''nobs, nptsy''], ''nobs'' corresponds to the number of observations (i.e. of spectra) </li>
<li> ''info'' - a char array denoting the type of 2D correlation spectrum (synchronous, asynchronous, disrelation, Pareto, etc.)</li>
<li> ''xpts'' - a set of two float32 values representing the first and last spectral data point of the x-vector used in the current 2D-COS analysis </li>
<li> ''ypts'' - a set of two float32 values representing the first and last spectral data point of the y-vector used in the current 2D-COS analysis </li>
</ul>

== Related links ==

* [[Matlab_Imaging_Format|Import data in the imaging format (Matlab)]]
* [[Matlab_Trace_Format|Import data in the trace format (Matlab)]]

← Older revision		Revision as of 17:02, 2 April 2023
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	== Related links ==		== Related links ==

	* [[Matlab_Imaging_Format\|Import data in the imaging format (Matlab)]]		* [[Matlab_Imaging_Format\|Import data in the CytoSpec imaging format (CytoSpec/Matlab)]]
	* [[Excel_Trace_Format\|Import data in the MS Excel data format]]		* [[Excel_Trace_Format\|Import data in the MS Excel data format]]
	* [[Matlab_Trace_Format\|Import data in the trace format (Matlab)]]		* [[Matlab_Trace_Format\|Import data in the trace format (Matlab)]]

← Older revision		Revision as of 16:59, 2 April 2023
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	* [[Matlab_Imaging_Format\|Import data in the imaging format (Matlab)]]		* [[Matlab_Imaging_Format\|Import data in the imaging format (Matlab)]]
			* [[Excel_Trace_Format\|Import data in the MS Excel data format]]
	* [[Matlab_Trace_Format\|Import data in the trace format (Matlab)]]		* [[Matlab_Trace_Format\|Import data in the trace format (Matlab)]]