def snd_park():
with safe_load('Split and Delay'):
from hxrsnd.sndsystem import SplitAndDelay
from xcs.db import daq, RE
snd = SplitAndDelay('XCS:SND', name='snd', daq=daq, RE=RE)
snd.t1.L.mv(250, wait=True)
snd.t4.L.mv(250, wait=True)
snd.dd.x.mv(-270, wait=False)
snd.di.x.mv(-90, wait=False)
snd.do.x.mv(-100, wait=False)
snd.dci.x.mv(70, wait=False)
snd.dco.x.mv(70, wait=False)
snd.dcc.x.mv(120, wait=False)
snd.t1.tth.mv(0, wait=True)
snd.t4.tth.mv(0, wait=True)
snd.t2.x.mv(70, wait=False)
snd.t1.x.mv(90)
snd.t4.x.mv(90)
snd.t3.x.mv(70)
return True
import logging
from hutch_python.utils import safe_load
logger = logging.getLogger(__name__)
#all commented out for FeeComm(Test)
with safe_load('Split and Delay'):
from hxrsnd.sndsystem import SplitAndDelay
from xcs.db import daq, RE
snd = SplitAndDelay('XCS:SND', name='snd', daq=daq, RE=RE)
#this should remain OUT!
#with safe_load('SnD ascan shortcut'):
# from xcs.snd_scripts import ascan
#this should remain OUT!
with safe_load('Event Sequencer'):
from pcdsdevices.sequencer import EventSequencer
seq = EventSequencer('ECS:SYS0:4', name='seq_4')
seq2 = EventSequencer('ECS:SYS0:11', name='seq_11')
with safe_load('LXE'):
from pcdsdevices.lxe import LaserEnergyPositioner
from hutch_python.utils import get_current_experiment
from ophyd.device import Component as Cpt
from pcdsdevices.epics_motor import Newport
# Hack the LXE class to make it work with Newports
class LXE(LaserEnergyPositioner):
motor = Cpt(Newport, '')
# from bluesky import RunEngine
from pcdsdevices.areadetector.detectors import PCDSDetector
from hxrsnd.sndmotor import SamMotor
from hxrsnd.sequencer import SeqBase
from hxrsnd.sndsystem import SplitAndDelay
# Base PV
pv_base = "XCS:SND"
# Instantiate the whole system
snd = SplitAndDelay(pv_base, name="snd")
daq = snd.daq
# Additional Devices
seq = SeqBase("ECS:SYS0:4", desc="Sequencer Channel 4")
sam_x = SamMotor("XCS:USR:MMN:01", name="sam_x")
sam_y = SamMotor("XCS:USR:MMN:02", name="sam_y")
opal_1 = PCDSDetector("XCS:USR:O1000:01", name="Opal 1")