def __init__(self, ctrl_var):
self.ctrl_var = ctrl_var
error_code = -300
msg = "ERROR %d: fcstrack shut down." \
% (error_code, file, dir)
error_message = msg
fcs_auxiliary.fcsState(self.ctrl_var).interrupt(
error_code, error_message)
def __init__(self, ctrl_var):
self.ctrl_var = ctrl_var
error_code = -22
msg = "ERROR %d: Cannot read FCS output directory from deifcs service, retrying." % (
error_code)
error_message = msg
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).emergency(
error_code, error_message)
return self.ctrl_var
def __init__(self, ctrl_var):
self.ctrl_var = ctrl_var
error_code = -21
msg = "ERROR %d: Cannot read grating name, position, tilt wavelenghts or filter name." % (
error_code)
error_message = msg
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).emergency(
error_code, error_message)
return self.ctrl_var
def __init__(self, pos, ctrl_var):
self.pos = pos
self.ctrl_var = ctrl_var
error_code = -53
msg = "ERROR %d: Grating postion number %d is not valid for FCS." \
% (error_code, pos)
error_message = msg
self.ctrl_val = fcs_auxiliary.fcsState(self.ctrl_var).emergency(
error_code, error_message)
return self.ctrl_var
def __init__(self, grname, ctrl_var):
self.grname = grname
self.ctrl_val = ctrl_val
error_code = -52
msg = "ERROR %d: Grating name %s is not valid for FCS." \
% (error_code, self.grname)
error_message = msg
self.ctrl_val = fcs_auxiliary.fcsState(self.ctrl_var).lockout(
error_code, error_message)
return self.ctrl_var
def __init__(self, keyword):
self.keyword = keyword
self.ctrl_var = ctrl_var
error_code = -33
msg = "ERROR %d: Cannot read %s keyword from deirot service." \
% (error_code, self.keyword)
error_message = msg
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).emergency(
error_code, error_message)
return self.ctrl_var
def __init__(self, filename, ctrl_var):
self.filename = filename
self.ctrl_var = ctrl_var
error_code = -32
msg = "ERROR %d: Cannot create logfile %s." \
% (error_code, self.filename)
error_message = msg
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).warning(
error_code, error_message)
return self.ctrl_var
def __init__(self, name, ctrl_var):
self.name = name
self.ctrl_var = ctrl_var
error_code = -24
msg = "ERROR %d: Incomplete reference file '%s'." % (error_code,
self.name)
error_message = msg
self.ctrl_var = fcs_auxiliary.fcsState(ctrl_var).lockout(
error_code, error_message)
return self.ctrl_var
def __init__(self, ctrl_var):
self.ctrl_var = ctrl_var
error_code = -51
msg = "ERROR %d: No slider is clampled down. Slider change in progress?" \
% (error_code)
error_message = msg
# Number of reference gratings, sliders, wavelenghts,
# filters and focus values found.
fcsnogra = ktl.cache('deifcs', 'FCSNOGRA')
fcsnosli = ktl.cache('deifcs', 'FCSNOSLI')
fcsnowav = ktl.cache('deifcs', 'FCSNOWAV')
fcsnofil = ktl.cache('deifcs', 'FCSNOFIL')
fcsnofoc = ktl.cache('deifcs', 'FCSNOFOC')
fcsnogra.write(0)
fcsnosli.write(0)
fcsnowav.write(0)
fcsnofil.write(0)
fcsnofoc.write(0)
# Integral and adjusted additional correction calculated in experimental
# predictive algorithm when tracking rotator velocity is near those
# encountered through the keyhole.
fcsintxm = ktl.cache('deifcs', 'FCSINTXM')
fcsintym = ktl.cache('deifcs', 'FCSINTYM')
fcsadjxm = ktl.cache('deifcs', 'FCSADJXM')
fcsadjym = ktl.cache('deifcs', 'FCSADJYM')
fcsintxm.write(0)
fcsintym.write(0)
fcsadjxm.write(0)
fcsadjym.write(0)
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).lockout(
error_code, error_message)
return self.ctrl_var
def __init__(self, ctrl_var):
self.ctrl_var = ctrl_var
error_code = 52
msg = "MSG %d: Filter change in progress?" \
% (error_code)
error_message = msg
# Number of reference filters and focus values found.
fcsnofil = ktl.cache('deifcs', 'FCSNOFIL')
fcsnofoc = ktl.cache('deifcs', 'FCSNOFOC')
fcsnofil.write(0)
fcsnofoc.write(0)
self.ctrl_var = fcs_auxiliary.fcsState(self.ctrl_var).lockout(
error_code, error_message)
return self.ctrl_var
