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The idea is to put scripts under scripts and scan or lowFlux ntuples/.npy files etc under scan or lowFlux.  This is how I had things set up on the old psana.

To copy the files to another experiment (from mfxx1005021 to xcsc00120), then use:

cp -rp /sdf/data/lcls/ds/mfx/mfxx1005021/results/scripts /sdf/data/lcls/ds/xcs/xcsc00121/results/scripts

cp -rp /sdf/data/lcls/ds/mfx/mfxx1005021/results/scripts /sdf/data/lcls/ds/xcs/xcsc00121/results/scan

cp -rp /sdf/data/lcls/ds/mfx/mfxx1005021/results/scripts /sdf/data/lcls/ds/xcs/xcsc00121/results/lowFlux

however, you will lijkely not want to copy all the files in scan and lowFlux, so it might be easier to just create them in the folder for the new experiment.

Instructions to run the DAQ scripts and analysis:

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Updated default run for intensity scans:

Results:

Link to analysis plan:

Beamtime run notes (Bhavna):

https://docs.google.com/document/d/1eYhR0q_LjSd4DGc9OnYuBl2aFFucNxmGOBq_E0NMT5g/edit

Analysis plan (Bhavna):

https://docs.google.com/spreadsheets/d/10m2vQLeCrlIA53khhRLaTRqm4YGobh0RGqGaE3A_WL8/edit

Primary finding for smalls: the detector is marginally timed in, which is causing the low values after switching. The delay, ACQToAsicR0delay, should be shifted from 18223 to 17223.

Google Drive folder for presentations with results etc.:

https://drive.google.com/drive/u/1/folders/1oolbkUqPAMD76qWZYiGQvVKIQPCqUfBS

Initial simulations of effects for getting the timing wrong. (Conny)

Overview of initial findings. (Conny)

Register settings for the various cameras for easy access. (Conny)

Small study of the double population. (Xavier)

Timing in an ePix detector with LCLS timing system - VB (Dionisio)

Double population (Xavier)