import data_coolection as cool
# Supress warnings from EPICS
cool.hush()
c = cool.Coolector(session='Yttrium Tungstate tests',
sample='Monika',
#sample='DarkFrames',
sample_uid='NA',
location='Prototype lab',
operator='Haavard and Cyrille',
description='Calibrating irrad g-125 with PM100',
sub_experiment='No lens',
directory='/tmp/')
# Add devices
# c.attrs['Distance to lens aper'] = 37
# c.attrs['F-number'] = 4.0
# c.attrs['Distance to camera sensor'] = 39.5
# c.attrs['Distance to PM sensor'] = 38.5
# c.attrs['Distance units'] = 'cm'
# c.add_device(cool.Thorlabs_spectrometer('CCS1', sw_trig=True))
# cam = cool.Manta_cam('CAM1',
# sw_trig=True,
# exposure=0.002,
# gain=0,
# exposure_max=0.1)
# c.add_device(cam)
# c.add_device(cool.PM100('PM100', sw_trig=True))
c.add_device(cool.Thorlabs_spectrometer('CCS1', sw_trig=True))
with c:
import data_coolection as cool
import time
# This supresses EPICS warnings. Remove if something is wrong.
cool.hush()
c = cool.Coolector(sample='HV1',
sample_uid='NA',
location='OCL',
operator='Haavard, Grey, Cyrille, Erik',
description='Temp sacn on HV1, no beam',
sub_experiment='',
directory='/tmp/')
# Add devices
# ps = cool.PicoscopePython(trig_per_min=6, sampling_interval=1e-7)
# c.add_device(ps)
cam = cool.Manta_cam('CAM1',
sw_trig=True,
exposure=0.04,
gain=0,
exposure_max=0.1)
c.add_device(cam)
c.add_device(cool.Thorlabs_spectrometer('CCS1', sw_trig=True, exposure=3.0))
cam.attrs['Distance to camera'] = 118.5
cam.attrs['Distance units'] = 'cm'
cam.attrs['F-number'] = 2.8
c.add_device(cool.SuperCool())
import data_coolection as cool
import h5py
import time
import matplotlib.pyplot as plt
# Supress warnings from EPICS
cool.hush()
c = cool.Coolector(sample='Dummy',
sample_uid='NA',
location='Prototype lab',
operator='Haavard',
session='Heating M1 with mount in the prototype',
description='Heating M1 with mount in the prototype',
sub_experiment='NA',
directory='/tmp/')
# Add devices
cam = cool.Manta_cam('CAM1', "Nikkor 600, f4", "600", "8", sw_trig=True,
exposure=.22, gain=0, exposure_max=1.5)
c.add_device(cam)
print('Added camera')
# plt.ion()
# plt.colorbar(0, 4096)
fig = plt.figure()
# # cam.auto_exposure()
def integrate_sq(image, minx, maxx, miny, maxy):
width = image.shape[0]
height = image.shape[1]
# print(width, height)
import data_coolection as cool
import time
# Supress warning s from EPICS
cool.hush()
c = cool.Coolector(
sample='NA',
sample_uid='NA',
location='OCL',
operator='Haavard and Cyrille',
session='May \'19 OCL',
description=
'Stage scan, combustion sprayed samples, new Faraday cup, places 300um sample',
sub_experiment='NA',
nominal_beam_current=350.0e-9,
directory='/var/data/ocl/2019-05-22/')
# directory='/tmp/')
cam_exposure = 0.15
ccs_exposure = 0.05
c.savedata.attrs['MeVs per proton'] = 0.5
# Add devices
cam = cool.Manta_cam('CAM1',
'Dummy',
50,
8.0,
sw_trig=False,
exposure=cam_exposure,
gain=0,
exposure_min=0.001,
exposure_max=1.0)
import data_coolection as cool
# This supresses EPICS warnings. Remove if something is wrong.
cool.hush()
c = cool.Coolector(sample='HVC1.2',
sample_uid='NA',
location='OCL',
operator='Haavard, Grey, Cyrille, Erik',
description='Temp scan, 70nA',
sub_experiment='Yttria Vanadate and SNS',
directory='/var/data/ocl/2018-02-28/')
# Linear stage
stage = cool.LinearStage()
# stage.add_sample('YttriumVanadata', 0)
# stage.add_sample('SNS', 5100)
# stage.add_sample('HV1', 8500)
stage.add_sample('HVC1.2', 12800)
stage.move_stage('HVC1.2')
c.add_device(stage)
# 0 Yttrium vanadate
# 5100 SNS
# 8500 HV1
# 12800 HVC1.2
# Manta camera
cam = cool.Manta_cam('CAM1',
sw_trig=False,
cool.hush()
def get_five_triggers(coolector):
c.clear()
for trig in range(5):
print('Waiting for data!')
c.wait_for_data()
print(time.time())
print("Got one! " + str(trig))
c = cool.Coolector(sample='HVC1.2',
sample_uid='NA',
location='OCL',
operator='Haavard, Grey, Cyrille',
description='Testing current readout with beam',
sub_experiment='100nA, testing file sizes',
directory='/var/data/ocl/2018-02-27/')
# Add devices
c.attrs['Distance to camera'] = 118.5
c.attrs['Distance units'] = 'cm'
c.attrs['F-number'] = 2.8
c.attrs['stage_position'] = moveStage.get_position()
moveStage.set_power_off_delay(0)
ps = cool.PicoscopePython(trig_per_min=10, sampling_interval=1e-7)
c.add_device(ps)