We remove alignment cut in alignment processor. This is done in Millepede automatically using ALL degrees of freedom from (hits - parameters). Remember the chi2 of alignment and the chi2 of the individual tracks is different. One is a single number and the other is a collection, with one element for each track. We chose chi2cut= 1 1, so we remove tracks over a certain chi2 depending on degrees of freedom and resolution.
This is the commit before we make multiple configuration file for different examples.
Merge remote branch 'EUTel/master'
Create different folders for different examples.
Delete old folders.
Commit the alignment scripts
With the changes made to iterative alignment, we finally get the simple example running again.
DUT 20 of glasgow example aligns. It still looks a bit strange but the pitch size of the sensor in the x direction is 0.25 mm
Commit before we reduce the resolution increse if rejected in alignment bash script
We have the strip sensor with not DUT example working with new iterative alignment procedure.
This should be the fitted gear for the glasgow example with DUT 20. The other DUT does nto even produce correlation plots.
Change the code to plot the right histograms. This has to be fixed.
We merge master EUTel with my master. We also resolve some conflicts in GBL processor and geometry.
Removed some simple errors from EUTel Geo and GBL Align
Change -999 in EUTelGBLFitter. This is the problem with the code. It will look for -999 as scatterer and return error.
Fixed the error due to the scattering plane being defined by -999
Update strip sensor gear and add correlator steering file
Here is the information needed to run strip example
Adding bash scripts
Here is the initialise script