...
- take two runs for each position of the chip,
- 150
- 140
- 130
- 120
- 115
- 110
- 105
- 100
- 95
- 90
- take a snapshot for each position, save the picture on the desktop, note the name of the picture in the table
- note the position of the motor in the table
- when reached perpendicular to the beam take the data for the end of the beam
- when the beam is off (and all angles are covered) notify Ben/Timon so we can tune the chip to a different threshold and wait for futher instructions
- before each start of the run, load the config files
- restart the DAQ system
- check the correlation plots Telescope - RD53a
...