***i2PEPICO_Analysis_3.2.exe***

Major changes in version 3.2:
(1) Updated Manoscript manual
(2) Support for polygon image ROIs

Major changes in version 3.1:

(1) EPICS channels have been revamped in SLS 2.0. Only version 3.1 can read SLS 1.0 and SLS 2.0 i2d files.
(2) EAH.exe has been removed.

Major changes in version 3.0:

(1) The program is now 64-bit.

Minor changes in version 2.4:

(1) Updated compiler, smaller program size
(2) Updated Manoscript manual

Minor changes in version 2.3:

(1) EPICS channels for power meter and Pt100 sensor
(2) Inclusion of EAH.exe, an easy way to mount E-account directories under Windows from within the wired PSI network
(3) New command: CleanCoincCrit
(4) Somewhat buggy backslash handling may have resulted in files saved in the program or parent directory. Some of these bugs are gone now.
(5) The measurement program now saves all the acquired data file names under i2d_list.txt in the program folder for future reference.

Minor changes in version 2.2:

(1) New EPICS channels included, more loaded parameters are automatically printed in the Information window
(2) New command: SetAxisLength. Image sizes are now saved and automatically recognized. For old data, you can now change the image size from script, after which the program has to be restarted.

Minor changes in version 2.1:

(1) Precision can be given in SaveTOF and SaveIm
(2) New commands: ImageIntP2 and WaitTil
(3) The indeces for the implemented EPICS channels are now also supplied in i2PEPICO_EPICS_Channels.pdf.

The  i2PEPICO data analysis program v2.0 comes with bugfixes and several new features:

DEAD BUGS
(1) The false coincidence background was not subtracted from the TOF distribution if the noise offset was 256 time bins or an integer multiple thereof. This was most likely to cause problems at a resolution of 0.015 us, which may have been rarely used.
(2) Some windows were not properly resized when the display was scaled. Now this should be fixed with everything visible irrespective of display scaling. 

NEW FEATURES
(3) In coincidences of 3 and more events, the coincidence TOF window can now be specified relative to the TOFStop event, making it possible to plot the electron signal belonging to an ion of a certain mass with respect to a trigger signal.
(4) The first signal in a measurement can be used as a trigger, making it in fact possible to plot the count rates as a function of the measurement time. (MeasStart)
(5) External programs can be executed from script and their output used in the script. (ShellExec)
(6) 1D arrays can be saved to and loaded from file. (WriteArray and LoadArray)
(7) The Point function makes it possible to define and reuse the center point of ROIs.
(8) The measurement start date and time can be read be script.
(9) The script can save itself and both the SaveMyself function and the Output function now come with overwrite protection.
(10) 16 channels can be addressed by the program.
(11) A script.dat is provided with some examples. These include best practices for data analysis scripts, a new Load script, which displays the photon energy in the main window, an Manoscript examples for doing radial distribution analysis and onion peeling to inverse Abel transform radial distributions and check for imaging conditions.
(12) Results can be made persistent over several Load calls, which makes it possible to load more than one i2d files and manipulate the TOF distributions and images across them.
