Difference between revisions of "Overview"

From SAXSutilities wiki
 
(4 intermediate revisions by the same user not shown)
Line 1: Line 1:
 
[[File:Saxsutilities.png]]
 
[[File:Saxsutilities.png]]
SAXSutilities is a software package which has been developed since more than 15 years for on-line processing and analysis of Small-Angle X-ray Scattering data. In 2019/2020 it was rewritten using Python3 and is available as SAXSutilities2 ([https://www.saxsutilities.eu/index.php/downloads download]).
 
  
The following sections give an overview of the available features and HOWTOs for common tasks.
+
SAXSutilities is a software package which has been developed since more than 15 years for on-line processing and analysis of Small-Angle X-ray Scattering data. <br>In 2019/2020 it was rewritten using Python3 and is available as SAXSutilities2 ([https://www.saxsutilities.eu/index.php/downloads download]).
  
[[plot1D]]: Plotting of one-dimensional data in ASCII or HDF5 format.
+
== The following sections give an overview of the available features and HOWTOs for common tasks. ==
 +
<br>
 +
*[[plot1D]]: Plotting of one-dimensional data in ASCII or HDF5 format.<br><br>
 +
*[[tools1D]]: Data reduction of one-dimensional files in ASCII or HDF5 format (averaging, background subtraction, etc.). Routines for data conversion are available.<br><br>
 +
*[[plot2D]]: Plotting of two-dimensional images in HDF5 or EDF format. Procedures for creating software masks, finding of beam center, WAXS distance calibration, etc. can be accessed.<br><br>
 +
*[[tools2D]]: Data reduction of two-dimensional images in HDF5 or EDF format. Routines for data conversion are available<br><br>
 +
*[[toolsXPCS]]: Data reduction of XPCS data<br><br>
 +
* [[HDF5 data format]] and [[EDF data format]] description<br><br>
 +
*[https://www.sztucki.de/SAXSutilities/help/SAXSutilities.html?BHfit.html data fitting manual]: Data fitting has not been implemented in the SAXSutilities2 package. However, the SAXSutilities package in Matlab with support for handling 1D ASCII files and all previous fitting capabilities is maintained.<br><br>
  
[[tools1D]]: Data reduction of one-dimensional files in ASCII or HDF5 format (averaging, background subtraction, etc.). Routines for data conversion are available.
+
* [[report a bug]]
 
 
[[plot2D]]: Plotting of two-dimensional images in HDF5 or EDF format. Procedures for creating software masks, finding of beam center, WAXS distance calibration, etc. can be accessed.
 
 
 
[[tools2D]]: Data reduction of two-dimensional images in HDF5 or EDF format. Routines for data conversion are available
 
 
 
[https://www.sztucki.de/SAXSutilities/help/SAXSutilities.html data fitting manual]: Data fitting has not been implemented in the SAXSutilities2 package. However, the SAXSutilities package in Matlab with support for handling 1D ASCII files and all previous fitting capabilities is maintained.
 

Latest revision as of 15:48, 7 May 2020

Saxsutilities.png

SAXSutilities is a software package which has been developed since more than 15 years for on-line processing and analysis of Small-Angle X-ray Scattering data.
In 2019/2020 it was rewritten using Python3 and is available as SAXSutilities2 (download).

The following sections give an overview of the available features and HOWTOs for common tasks.


  • plot1D: Plotting of one-dimensional data in ASCII or HDF5 format.

  • tools1D: Data reduction of one-dimensional files in ASCII or HDF5 format (averaging, background subtraction, etc.). Routines for data conversion are available.

  • plot2D: Plotting of two-dimensional images in HDF5 or EDF format. Procedures for creating software masks, finding of beam center, WAXS distance calibration, etc. can be accessed.

  • tools2D: Data reduction of two-dimensional images in HDF5 or EDF format. Routines for data conversion are available

  • toolsXPCS: Data reduction of XPCS data

  • HDF5 data format and EDF data format description

  • data fitting manual: Data fitting has not been implemented in the SAXSutilities2 package. However, the SAXSutilities package in Matlab with support for handling 1D ASCII files and all previous fitting capabilities is maintained.