Peak rejection is linked with peak intensity for simulated data sets
Peak rejection is linked with peak intensity for simulated data sets. A simulated data set (McStas) with high intensity Bragg peaks (some overflows) shows a rejection rate of roughly 50%. The same simulation run with a lower neutron intensity leading to the same number of Bragg peaks but with lower intensities results in a rejection rate of 100%. The given reason for the rejection is "Centre of mass of peak is inconsistent".
Here the example with high intensity Bragg peaks:
Here the same set with lower intensity Bragg peaks:
It is not clear to me what causes this dependency. BTW: A rejection rate of 100% can be also observed for the simulated trypsin data set.