11534 calculate q resolution in Q1D

[AntonPiccardoSelg]

Fixes #11534

For Testing

Please find the required data here: \olympic\Babylon5\Scratch\Anton\Testing\11534_Calculate_Q1D_resolution\Q1D_Sandbox
The Windows installer: \olympic\Babylon5\Scratch\Anton\Testing\11534_Calculate_Q1D_resolution

The Sample Workspace is: det_bank_workspace.nxs
The WavePixelAdj workspace is: wave_adj.nxs
The outputBinning is: 0.001, -0.08, 1.0

There are tthree python scripts provided.
QResolution.py produces the QResolution workspace; QResolution_with_gravity.py does the same but with gravity correction enabled. Note that you have to specify the path to the data in the file
The script QResolutionEvaluate.py shows the sum of absolute values of the the DX values. Run this against the output of Q1D

Test that Q1D algorithm runs without QResolution

1. Open Mantid and load det_bank_workspace.nxs and wave_adj.nxs
2. Open the Alogrithm Q1D and set the following entries:
   • DetBankWorkspace
   • WavelengthAdj
     Don't set the rest
3. Execute the algorithm
   • Confirm that no error occur
4. Run the DX inspector script on the outputworkspace
   • Confirm that all outputs are 0

Test that Q1D algorithm runs withQResolution

1. Open Mantid and load det_bank_workspace.nxs and wave_adj.nxs
2. Run the python script QResolution.py
3. Open the Alogrithm Q1D and set the following entries:
   • DetBankWorkspace
   • WavelengthAdj
   • QResolution to the newly generated workspace
4. Execute the algorithm
   • Confirm that no error occur
5. Run the DX inspector script on the outputworkspace
   • Confirm that some outputs are not 0

Test that Q1D algorithm runs withQResolution with_graivty enabled

1. Open Mantid and load det_bank_workspace.nxs and wave_adj.nxs
2. Run the python script QResolution_with_graivty_correction.py
3. Open the Alogrithm Q1D and set the following entries:
   • DetBankWorkspace
   • WavelengthAdj
   • QResolution to the newly generated workspace
   • AccountForGravity = True
   • ExtraLength = 4
4. Execute the algorithm
   • Confirm that no error occur
5. Run the DX inspector script on the outputworkspace
   • Confirm that some outputs are not 0

[Anders-Markvardsen]

Tests reproduced.

@picatess if you haven't done this already could you ask sans scientist to what extend they would like this enabled for Qxy also