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In [4]: daq.configure(motors=[sim.fast_motor1],group_mask=36, events=0, detname='andor_dir_0', seq_ctl=['DAQ:NEH:XPM:3:SeqReset',9,'DAQ:NEH:XPM:3:SeqDone'])
INFO configure - configure: 1 motors
INFO configure - Found readout group 5 for andor_dir_0.
Out[4]: ({}, {})
In [5]: RE(bp.scan([daq], sim.fast_motor1, -10, 10, 5))
An example run for this mode is rixx1003821 run 68 which has been made public in the directory /cds/data/psdm/prj/public01/xtc/. A simple analysis script counting events along with output is:
| Code Block | ||
|---|---|---|
| ||
(ps-4.5.26) drp-srcf-eb009:lcls2$ python junk4.py
nstep/nevent/nnorm/ndir 0 32399 200 3
nstep/nevent/nnorm/ndir 1 32283 200 3
nstep/nevent/nnorm/ndir 2 32399 200 3
nstep/nevent/nnorm/ndir 3 32284 200 3
nstep/nevent/nnorm/ndir 4 32298 200 4
(ps-4.5.26) drp-srcf-eb009:lcls2$ more junk4.py
from psana import DataSource
import datetime as dt
import numpy as np
import sys
ds = DataSource(exp='rixx1003821',run=55,dir='/cds/data/psdm/prj/public01/xtc')
myrun = next(ds.runs())
andor_norm = myrun.Detector('andor_norm')
andor_dir = myrun.Detector('andor_dir')
for nstep,step in enumerate(myrun.steps()):
nnorm = 0
ndir = 0
for nevent,evt in enumerate(step.events()):
norm_value = andor_norm.raw.value(evt)
dir_value = andor_dir.raw.value(evt)
if norm_value is not None: nnorm+=1
if dir_value is not None: ndir+=1
print('nstep/nevent/nnorm/ndir',nstep,nevent,nnorm,ndir)
#print('nstep/nevent/nnorm',nstep,nevent,nnorm)
(ps-4.5.26) drp-srcf-eb009:lcls2$ |
Infinite Sequence With 2 Different Slow Andor Rates
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In [8]: daq.configure(motors=[sim.fast_motor1],group_mask=36, events=1200, detname='andor_norm_0', record=True)
INFO configure - configure: 1 motors
INFO configure - Found readout group 5 for andor_norm_0.
Out[8]: ({}, {})
In [9]: RE(bp.scan([daq], sim.fast_motor1, -10, 10, 5))
An example run for this mode is rixx1003821 run 55 which has been made public in the directory /cds/data/psdm/prj/public01/xtc/. A simple analysis script and associated output:
| Code Block | ||
|---|---|---|
| ||
(ps-4.5.26) drp-srcf-eb009:lcls2$ python junk4.py nstep/nevent/nnorm/ndir 0 32399 200 3 nstep/nevent/nnorm/ndir 1 32283 200 3 nstep/nevent/nnorm/ndir 2 32399 200 3 nstep/nevent/nnorm/ndir 3 32284 200 3 nstep/nevent/nnorm/ndir 4 32298 200 4 (ps-4.5.26) drp-srcf-eb009:lcls2$ more junk4.py from psana import DataSource import datetime as dt import numpy as np import sys ds = DataSource(exp='rixx1003821',run=55,dir='/cds/data/psdm/prj/public01/xtc') myrun = next(ds.runs()) andor_norm = myrun.Detector('andor_norm') andor_dir = myrun.Detector('andor_dir') for nstep,step in enumerate(myrun.steps()): nnorm = 0 ndir = 0 for nevent,evt in enumerate(step.events()): norm_value = andor_norm.raw.value(evt) dir_value = andor_dir.raw.value(evt) if norm_value is not None: nnorm+=1 if dir_value is not None: ndir+=1 print('nstep/nevent/nnorm/ndir',nstep,nevent,nnorm,ndir) (ps-4.5.26) drp-srcf-eb009:lcls2$ |
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