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Our lab received a new detector for the XRD and now whenever we measure it saves two files for every measurement. The first file can be opened and processed as normal but the second one always results in processing errors. The second file should contain data to reconstruct a 3D figure of the detected intensities on the 2D profile of the detector and can for example be used to look at preferential orientation as well as distinguishing between the substrate and our sample layer.
I added the two files from the same measurement here. I encountered problems with the one named "image" . examples.zip
The text was updated successfully, but these errors were encountered:
Hi, the issue is related to the RASX reader we import from https://github.com/FAIRmat-NFDI/readers-xrd.
Upon investigating the unzipped file structure of mittma_0025_Cu_FR_3x3_2D_map_image_001_8_20-000_-5-000.rasx, it seems that entire data is available in one binary file. This is different than the files we had encountered before, where 2D scan data is available as multiple .txt files each containing a 1D slice.
One thing to check is if there's any other options for exporting the data.
@hampusnasstrom If that's not possible, we will need to add support for reading the binary file.
I could read the binary data as numbers and along with @LeAnMi, figure out how to extract the intensities. However, I am unsure how this data will fit our current XRDResult sections.
The detected diffracted rays do not correspond to an array of two_theta or omega positions. As I understand, the detector is fixed at a point in space and the 2D intensity values correspond to the 2D detection window. For this, we should define a new XRDResult section.
Our lab received a new detector for the XRD and now whenever we measure it saves two files for every measurement. The first file can be opened and processed as normal but the second one always results in processing errors. The second file should contain data to reconstruct a 3D figure of the detected intensities on the 2D profile of the detector and can for example be used to look at preferential orientation as well as distinguishing between the substrate and our sample layer.
I added the two files from the same measurement here. I encountered problems with the one named "image" .
examples.zip
The text was updated successfully, but these errors were encountered: