100 lines
4.0 KiB
Python
100 lines
4.0 KiB
Python
import re
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import numpy as np
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from epics import PV
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class Machine:
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def __init__(self, parent=None, office=False):
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self.parent=parent
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self.offline = office
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self.PVs={}
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self.PVNames = []
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def initPVs(self,elements=None):
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filters = ['-RMSM:SM-SET', '-RSYS:REQUIRED-OP', '-RSYS:SET-ACC-VOLT', '-RSYS:SET-BEAM-PHASE']
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self.PVNames.clear()
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for ele0 in elements:
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ele = ele0.Name.replace('.','-').upper()
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if 'MQUA' in ele or 'MQSK' in ele:
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self.PVNames += [ele+':K1L-SET']
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if 'MSEX' in ele:
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self.PVNames += [ele+':K2L-SET']
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if 'MBND' in ele:
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if 'MBND100' in ele:
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self.PVNames += [ele + ':K0L-SET']
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elif 'SATMA01-MBND300' in ele:
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self.PVNames += [ele + ':K0L-SET']
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if 'RACC100' in ele:
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name=ele[0:7]
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self.PVNames += [name + filter for filter in filters]
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if 'UMOD' in ele:
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self.PVNames += [ele[0:7] + '-UMOD:K-SET']
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if 'UIND' in ele:
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if 'SARUN' in ele:
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self.PVNames += [ele + ':K_UND_SET']
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elif 'SATUN' in ele:
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self.PVNames += [ele + ':K_READ', ele + ':POL-SET']
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elif 'SINLH' in ele:
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self.PVNames += [ele + ':K-SP', ele + ':X-SP']
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self.PVNames += ['SINLH02-MBND100:ENERGY-OP']
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if self.offline:
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self.PVs = {ele: None for ele in self.PVNames}
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else:
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self.PVs={ele:PV(ele, auto_monitor=False) for ele in self.PVNames}
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def getMachineStatus(self):
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print('offline:',self.offline)
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if self.offline:
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values = {ele: self.PVs[ele] for ele in self.PVs.keys()}
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else:
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values = {ele:self.PVs[ele].get() for ele in self.PVs.keys()}
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magnets={}
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rf = {}
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und={}
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energy={}
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for key in self.PVs.keys():
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if 'MQUA' in key or 'MQSK' in key or 'MSEX' in key:
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magnets[key[0:15]]=values[key]
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if 'MBND' in key and 'K0L-SET' in key:
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if 'SINBC' in key or 'SINLH' in key or 'S10BC' in key or 'SATMA' in key or 'SATUN' in key:
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if values[key] is None:
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magnets[key[0:15]] = values[key]
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else:
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magnets[key[0:15]] = values[key]*180./np.pi
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if 'UMOD' in key:
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und[key[0:12]]=[values[key],0.]
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if 'UIND' in key:
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if 'SARUN' in key:
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und[key[0:15]]=[values[key],0]
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elif 'SATUN' in key and 'K_READ' in key:
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und[key[0:15]]=[values[key],values[key.replace('K_READ','POL-SET')]]
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elif 'SINLH' in key and 'K-SP' in key:
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x = values[key.replace('K-SP','X-SP')]
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if x is None:
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und[key[0:15]] = [None,0]
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elif x < -100:
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und[key[0:15]]=[0,0]
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else:
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und[key[0:15]] = [values[key], 0]
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if 'RMSM' in key:
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if values[key]is None:
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rf[key[0:7]+'-RSYS']=[None,0]
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elif values[key]<9:
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rf[key[0:7]+'-RSYS']=[0,0]
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else:
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# ['-RMSM:SM-SET', '-RSYS:REQUIRED-OP', '-RSYS:SET-ACC-VOLT', '-RSYS:SET-BEAM-PHASE']
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key = key.replace('RMSM:SM-SET','RSYS:REQUIRED-OP')
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if values[key] == 0:
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rf[key[0:7] + '-RSYS'] = [0, 0]
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else:
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key1 = key.replace('REQUIRED-OP','SET-ACC-VOLT')
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key2 = key.replace('REQUIRED-OP','SET-BEAM-PHASE')
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rf[key[0:7] + '-RSYS'] = [values[key1], values[key2]]
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if 'ENERGY-OP' in key:
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energy[key[0:15]]=values[key]
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status={'Magnet':magnets,'RF':rf,'Undulator':und,'Energy':energy}
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return status
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