#! /usr/bin/env python
## By K. Miyo and Y. Enomoto, 2019/3/20
import ezca
import sys
import time
from e8663d import VoltageControlledOscillator
ezca = ezca.Ezca()
### argument check ###
if len(sys.argv) != 5:
print 'Wrong arguments. Usage: ARM start stop rate'
sys.exit()
arm = str(sys.argv[1]).upper()
## IP address and etc
if arm == 'X':
IP = '10.68.150.65'
freq_default = 40e6
elif arm == 'Y':
IP = '10.68.150.66'
freq_default = 45e6
else:
print 'ARM is X or Y'
sys.exit()
with VoltageControlledOscillator(IP, 5025) as vco:
if sys.argv[2] == 'current':
import subprocess
import ezca
from info import picoDict, stepperDict, optics
ezca = ezca.Ezca(timeout=0.1)
# ------------------------------------------------------------------------------
def hoge(name):
'''
'''
try:
optic, stage = name.split('_')
except:
optic, stage = name, None
if optic in [
'MCE', 'MCI', 'MCO', 'IMMT1', 'IMMT2', 'OMMT1', 'OMMT2', 'OSTM'
]:
drivername = 'PICO_OP'
elif optic in ['ETMX', 'ETMY', 'ITMX', 'ITMY'] and stage == None:
drivername = 'PICO_BF'
elif stage in ['BF', 'IM']:
drivername = 'PICO_{0}'.format(stage)
elif stage in ['GAS', 'IP']:
drivername = 'STEP_{0}'.format(stage)
else:
drivername = None
chname = 'VIS-{0}_{1}_STATUS'.format(optic, drivername)
return chname
# import sys
# sys.path.append('/usr/lib/python3/dist-packages/')
# sys.path.append('/opt/rtcds/userapps/release/sys/common/guardian')
# sys.path.append('/opt/rtcds/userapps/release/vis/common/guardian')
# sys.path.append('/opt/rtcds/userapps/release/vis/k1/guardian')
# import VIS_OMMT1
import ezca
import time
hoge = ezca.Ezca()
fmt1 = 'GRD-VIS_{OPTIC}_STATE_S'
fmt2 = 'GRD-VIS_{OPTIC}_REQUEST_S'
def is_finished(OPTIC):
state = fmt1.format(OPTIC=OPTIC)
request = fmt2.format(OPTIC=OPTIC)
return hoge[state] == hoge[request]
def huge(now):
while True:
finished = is_finished(OPTIC)
if finished:
dt = time.time() - now
break
else:
time.sleep(1)
return dt
import threading
import subprocess
import argparse
import ezca
ezca = ezca.Ezca(timeout=2)
parser = argparse.ArgumentParser()
parser.add_argument('fname')
parser.add_argument('-optics',nargs='+',required=True)
parser.add_argument('-dofs',nargs='+',required=True)
parser.add_argument('--rundiag',action='store_true')
parser.add_argument('--runcp',action='store_true')
args = parser.parse_args()
fname = 'PLANT_SRM_IP_BLEND_LEXC.xml'
fname = 'PLANT_SRM_IP_IDAMP_LEXC.xml'
fname = args.fname
runcp = args.runcp
rundiag = args.rundiag
prefix,optic,stage,func,dof,suffix = fname.replace('.xml','').split('_')
def huge(fname):
_fname = fname.split('/')[2].replace('.xml','')
with open('./log/tmp_{0}_in'.format(_fname),'w') as f:
txt = 'open\nrestore {0}\nrun -w\nsave {0}\nquit\n'.format(fname)
f.write(txt)
print(' - Run {0}'.format(fname))
with open('./log/tmp_{0}_in'.format(_fname),'r') as tmp_in:
with open('./log/tmp_{0}_out'.format(_fname),'w') as tmp_out:
with open('./log/tmp_{0}_err'.format(_fname),'w') as tmp_err:
ret = subprocess.run('diag',shell=True,check=True,
#from ezca import Ezca as ezca
import ezca
_ezca = ezca.Ezca(ifo='K1')
dic = {
'ITMY_L': ['VIS-ITMY_IP_BLEND_LVDTL_INMON', +120],
'ITMY_T': ['VIS-ITMY_IP_BLEND_LVDTT_INMON', -700],
'ITMY_Y': ['VIS-ITMY_IP_BLEND_LVDTY_INMON', -600],
'ETMY_L': ['VIS-ETMY_IP_BLEND_LVDTL_INMON', +900],
'ETMY_T': ['VIS-ETMY_IP_BLEND_LVDTT_INMON', -400],
'ETMY_Y': ['VIS-ETMY_IP_BLEND_LVDTY_INMON', -450],
'ITMX_L': ['VIS-ITMX_IP_BLEND_LVDTL_INMON', +500],
'ITMX_T': ['VIS-ITMX_IP_BLEND_LVDTT_INMON', 1200],
'ITMX_Y': ['VIS-ITMX_IP_BLEND_LVDTY_INMON', -100],
}
for sus in ['ITMY', 'ITMX', 'ETMY']:
for dof in ['L', 'T', 'Y']:
chname, good = dic['{0}_{1}'.format(sus, dof)]
data = _ezca.read(chname)
if abs(data - good) > 200:
print(sus, dof, int(data - good))
else:
pass
