# detector motors
detx = TangoMotor(device='motor/icepap_ctrl_1_expert/11', name='detx', userlevel=3, dial_limits=(0, 295))
dety = TangoMotor(device='motor/icepap_ctrl_1_expert/12', name='dety', userlevel=3, dial_limits=(0, 31))
# table motors
table_front_x = TangoMotor(device='b303a-e02/dia/tab-01-x1', name='table_front_x', userlevel=5, dial_limits=(-10,10))
table_back_x = TangoMotor(device='b303a-e02/dia/tab-01-x2', name='table_back_x', userlevel=5, dial_limits=(-10,10))
table_front_y = TangoMotor(device='b303a-e02/dia/tab-01-y1', name='table_front_y', userlevel=5, dial_limits=(-10,10))
table_back_y = TangoMotor(device='b303a-e02/dia/tab-01-y2', name='table_back_y', userlevel=5, dial_limits=(-10,10))
# some sardana pseudo motors - these are reimplemented but just need to be configured
energy_raw = TangoMotor(device='pseudomotor/nanomaxenergy_ctrl/1', name='energy_raw')
energy = TangoMotor(device='pseudomotor/nanomaxenergy_corr_ctrl/1', name='energy')
# some dummy motors
dummy1 = DummyMotor(name='dummy1', userlevel=2)
dummy2 = DummyMotor(name='dummy2', userlevel=2)
# The delay generator as a software source for hardware triggers
stanford = StanfordTriggerSource(name='stanford', device_name='B303A-A100380CAB03/CTL/DLY-01')
# detectors
pilatus = Pilatus(name='pilatus',
hostname='b-nanomax-mobile-ipc-01')
merlin = Merlin(name='merlin', host='localhost')
xspress3 = Xspress3(name='xspress3', device='staff/alebjo/xspress3')
andor = Andor3(name='andor', device='staff/clewen/zyla')
andor.proxy.rotation=1
andor.proxy.flipud=True
eiger = Eiger(name='eiger', host='b-nanomax-eiger-dc-1')
alba0 = AlbaEM(name='alba0', host='b-nanomax-em2-0')
import contrast
from contrast.motors import DummyMotor, MotorMemorizer, ExamplePseudoMotor
from contrast.scans import *
from contrast.detectors import (DummyDetector, Dummy1dDetector,
DummyWritingDetector,
DummyWritingDetector2)
from contrast.environment import env, register_shortcut
from contrast.recorders import Hdf5Recorder, StreamRecorder
import os
# if you have ptypy installed, you can generate mock ptycho data
# from sim_ptycho_scan import *
env.userLevel = 1 # we're not experts!
samx = DummyMotor(name='samx')
samx.dial_limits = (0, 10)
samy = DummyMotor(name='samy')
samy.dial_limits = (-5, 5)
samr = DummyMotor(name='samr')
samr.dial_limits = (-180, 180)
samr.velocity = 30
basex = DummyMotor(name='basex')
basex.dial_limits = (-8000, 8000)
basex.velocity = 10000
basey = DummyMotor(name='basey')
basey.dial_limits = (-8000, 8000)
basey.velocity = 10000
"""
An minimal contrast GUI which directly runs a beamline and does work
in a separate thread. Just a button which runs a scan.
"""
import sys
from PyQt5.QtCore import QThread
from PyQt5.QtWidgets import QWidget, QApplication, QPushButton
from contrast.scans import AScan
from contrast.motors import DummyMotor
from contrast.detectors import DummyDetector
mot1 = DummyMotor(name='mot1')
det1 = DummyDetector(name='det1')
class Example(QPushButton):
def __init__(self):
super().__init__('Push me to run a scan')
self.clicked.connect(self.run_scan)
def run_scan(self):
self.runner = ScanRunner(AScan, *[mot1, 0, 1, 10, .1])
self.runner.start()
class ScanRunner(QThread):
def __init__(self, scan_class, *args, **kwargs):
super().__init__()
self.scan_obj = scan_class(*args, **kwargs)