The angle conversion routine at the base of all texture, absorption and geometry corrections has been re-worked from scratch. There is a Maud preference to either use the new one or the old one (1.992 and before): testing.useNewRotationMatrices if set …
Fixed an error in loading the GSAS parameter file. To fix it temporarily MAUD now loads only the function 1: PRCF1 and ignore the others. There is a second change that concern how texture angles are calculated. There was a …
A serious bug has been discovered and corrected concerning the polarisation correction. IT affected versions from 2.94 and higher. If you are working with Bragg-Brentano geometry it is advised to update. Go to the download page.
The Hippo wizard has been fixed along with some other bugs with TOF neutron data. To download the new version of MAUD go to the download page.
In this version the 2D plotting of multispectral has been improved to avoid interpolation over existing gaps in data and showing instead those gaps. Some improvements also to the image integration. There is a new video tutorial associated to this …
After long here is a new small update of the program, new Java VM and some bugs corrected. Added conversion of .odeiger image file (exported by Crysalis software) to tiff for proper import in Maud. The conversion is in the …
Corrected some bugs related to Lorentz-Polarization correction. Check the readme in the help for more. There are also some minor bugs corrected, so it is advised to download and use this new version.
The new version is out with some bug fixing under the hood. Main one is on strain computation that was accidentally disabled in 2.92. Also the plugins system has been completely rewritten as it was not working properly recently. Check …
New version of Maud is available for download. The version has several bug fixed and if you are working with neutron time of flight you want to get this release. It is only 64 bit, but a common 32 bit …
Version 2.91 is available for download now. This version add support for setting up analyses for LCLS MEC beam line with the CSPAD detectors. Proceed to the download page.