def addObservation(self,target,obstime):
session = Session()
lineRe = re.compile('(?P<coord>(?P<ra>[\d:-]+)\s+(?P<dec>\+?[\d:-]+)\s+(?P<epoch>[\dnowNOWJjBb\.]+)\s+)?(?P<imagetype>[\w]+)'
'\s+(?P<objname>\'([^\\n\'\\\\]|\\\\.)*\'|"([^\\n"\\\\]|\\\\.)*"|([^ \\n"\\\\]|\\\\.)*)\s+(?P<exposures>[\w\d\s:\*\(\),]*)')
programs = []
entryFormat = '%(ra)s %(dec)s %(epoch)s %(obstype)s %(name)s %(exposures)s'
p = Position.fromRaDec(target.targetRa,target.targetDec)
ra = p.ra.HMS
dec = p.dec.DMS
filterExpt = self.sciExpTime
if target.type == self.stdFlag:
filterExpt = self.stdExpTime
exposures = '1*('
for i in range(self.nfilters):
exposures = exposures+'%s:%.0f, '%(self.filters[i],filterExpt[i])
exposures = exposures[:-2]
exposures += ')'
infos = { 'ra' : '%02.0f:%02.0f:%02.0f'%(ra[1],ra[2],ra[3]),
'dec': '%+03.0f:%02.0f:%02.0f'%(dec[0]*dec[1],dec[2],dec[3]),
'epoch' : 'J%.0f'%target.targetEpoch,
'obstype' : 'OBJECT',
'name' :target.name,
'exposures' : exposures
}
i = 0
line = entryFormat%infos
matchs = lineRe.search(line)
params = matchs.groupdict()
position = None
objname = None
if params.get("coord", None):
position = Position.fromRaDec(str(params['ra']), str(params['dec']), params['epoch'])
imagetype = params['imagetype'].upper()
objname = params['objname'].replace("\"", "")
multiplier, exps = params['exposures'].split("*")
try:
multiplier = int(multiplier)
except ValueError:
multiplier = 1
exps = exps.replace("(", "").replace(")", "").strip().split(",")
mjd = obstime - 2400000.5
for i in range(multiplier):
program = Program(tid = target.id ,name="%s-%03d" % (objname.replace(" ", ""), i),
slewAt=mjd,exposeAt=mjd+1./60./24.)
self.log.info("# program: %s" % program.name)
if imagetype == "OBJECT":
if position:
program.actions.append(Point(targetRaDec=position))
else:
program.actions.append(Point(targetName=objname))
if imagetype == "FLAT":
site = self._remoteManager.getProxy("/Site/0")
flatPosition = Position.fromAltAz(site['flat_alt'], site['flat_az'])
program.actions.append(Point(targetAltAz=flatPosition))
#if i == 0:
# program.actions.append(AutoFocus(start=1500, end=3000, step=250, filter="R", exptime=10))
# program.actions.append(PointVerify(here=True))
for exp in exps:
if exp.count(":") > 1:
filter, exptime, frames = exp.strip().split(":")
else:
filter, exptime = exp.strip().split(":")
frames = 1
if imagetype in ("OBJECT", "FLAT"):
shutter = "OPEN"
else:
shutter = "CLOSE"
if imagetype == "BIAS":
exptime = 0
if imagetype in ("BIAS", "DARK"):
filter = None
self.log.info("%s %s %s filter=%s exptime=%s frames=%s" % (imagetype, objname, str(position), filter, exptime, frames))
program.actions.append(Expose(shutter=shutter,
filename="%s-$DATE-$TIME" % objname.replace(" ", ""),
filter=filter,
frames=frames,
exptime=exptime,
imageType=imagetype,
objectName=objname))
self.log.info("")
programs.append(program)
session.add_all(programs)
session.commit()
def generateDatabase(options):
with open(os.path.join(os.path.expanduser('~/'),
options.filename), 'r') as stream:
try:
prgconfig = yaml.load(stream)
except yaml.YAMLError as exc:
manager.broadCast(exc)
return -1
session = Session()
programs = []
for prg in prgconfig['programs']:
# process program
program = Program()
for key in prg.keys():
if hasattr(program,key) and key != 'actions':
try:
setattr(program,key,prg[key])
except:
manager.broadCast('Could not set attribute %s = %s on Program' % (key,prg[key]))
# self.out("# program: %s" % program.name)
# process actions
for actconfig in prg['actions']:
act = actionDict[actconfig['action']]()
# self.out('Action: %s' % actconfig['action'])
if actconfig['action'] == 'point':
if 'ra' in actconfig.keys() and 'dec' in actconfig.keys():
epoch = 'J2000' if 'epoch' not in actconfig.keys() else actconfig['epoch']
position = Position.fromRaDec(actconfig['ra'], actconfig['dec'], epoch)
# self.out('Coords: %s' % position)
act.targetRaDec = position
# act = Point(targetRaDec=position)
elif 'alt' in actconfig.keys() and 'az' in actconfig.keys():
position = Position.fromAltAz(actconfig['alt'], actconfig['az'])
# self.out('Coords: %s' % position)
act.targetAltAz = position
else:
# self.out('Target name: %s' % actconfig['name'])
act.targetName = actconfig['name']
else:
for key in actconfig.keys():
if hasattr(act,key) and key != 'action':
# self.out('\t%s: %s' % (key,actconfig[key]))
try:
setattr(act,key,actconfig[key])
except:
manager.broadCast('Could not set attribute %s = %s on action %s' % (key,
actconfig[key],
actconfig['action']))
program.actions.append(act)
# self.out("")
programs.append(program)
# self.out("List contain %i programs" % len(programs))
session.add_all(programs)
session.commit()
return 0
def addObservation(self, target, obstime):
session = Session()
lineRe = re.compile(
'(?P<coord>(?P<ra>[\d:-]+)\s+(?P<dec>\+?[\d:-]+)\s+(?P<epoch>[\dnowNOWJjBb\.]+)\s+)?(?P<imagetype>[\w]+)'
'\s+(?P<objname>\'([^\\n\'\\\\]|\\\\.)*\'|"([^\\n"\\\\]|\\\\.)*"|([^ \\n"\\\\]|\\\\.)*)\s+(?P<exposures>[\w\d\s:\*\(\),]*)'
)
programs = []
entryFormat = '%(ra)s %(dec)s %(epoch)s %(obstype)s %(name)s %(exposures)s'
p = Position.fromRaDec(target.targetRa, target.targetDec)
ra = p.ra.HMS
dec = p.dec.DMS
filterExpt = self.sciExpTime
if target.type == self.stdFlag:
filterExpt = self.stdExpTime
exposures = '1*('
for i in range(self.nfilters):
exposures = exposures + '%s:%.0f, ' % (self.filters[i],
filterExpt[i])
exposures = exposures[:-2]
exposures += ')'
infos = {
'ra': '%02.0f:%02.0f:%02.0f' % (ra[1], ra[2], ra[3]),
'dec': '%+03.0f:%02.0f:%02.0f' % (dec[0] * dec[1], dec[2], dec[3]),
'epoch': 'J%.0f' % target.targetEpoch,
'obstype': 'OBJECT',
'name': target.name,
'exposures': exposures
}
i = 0
line = entryFormat % infos
matchs = lineRe.search(line)
params = matchs.groupdict()
position = None
objname = None
if params.get("coord", None):
position = Position.fromRaDec(str(params['ra']),
str(params['dec']), params['epoch'])
imagetype = params['imagetype'].upper()
objname = params['objname'].replace("\"", "")
multiplier, exps = params['exposures'].split("*")
try:
multiplier = int(multiplier)
except ValueError:
multiplier = 1
exps = exps.replace("(", "").replace(")", "").strip().split(",")
mjd = obstime - 2400000.5
for i in range(multiplier):
program = Program(tid=target.id,
name="%s-%03d" % (objname.replace(" ", ""), i),
slewAt=mjd,
exposeAt=mjd + 1. / 60. / 24.)
log.info("# program: %s" % program.name)
if imagetype == "OBJECT":
if position:
program.actions.append(Point(targetRaDec=position))
else:
program.actions.append(Point(targetName=objname))
if imagetype == "FLAT":
site = self._remoteManager.getProxy("/Site/0")
flatPosition = Position.fromAltAz(site['flat_alt'],
site['flat_az'])
program.actions.append(Point(targetAltAz=flatPosition))
#if i == 0:
# program.actions.append(AutoFocus(start=1500, end=3000, step=250, filter="R", exptime=10))
# program.actions.append(PointVerify(here=True))
for exp in exps:
if exp.count(":") > 1:
filter, exptime, frames = exp.strip().split(":")
else:
filter, exptime = exp.strip().split(":")
frames = 1
if imagetype in ("OBJECT", "FLAT"):
shutter = "OPEN"
else:
shutter = "CLOSE"
if imagetype == "BIAS":
exptime = 0
if imagetype in ("BIAS", "DARK"):
filter = None
log.info("%s %s %s filter=%s exptime=%s frames=%s" %
(imagetype, objname, str(position), filter, exptime,
frames))
program.actions.append(
Expose(shutter=shutter,
filename="%s-$DATE-$TIME" %
objname.replace(" ", ""),
filter=filter,
frames=frames,
exptime=exptime,
imageType=imagetype,
objectName=objname))
log.info("")
programs.append(program)
session.add_all(programs)
session.commit()
def process(check):
import yaml
from chimera.util.position import Position
from chimera.util.coord import Coord
from chimera.controllers.scheduler.model import (Session, Program,
AutoFocus, AutoFlat,
PointVerify, Point,
Expose)
actionDict = {
'autofocus': AutoFocus,
'autoflat': AutoFlat,
'pointverify': PointVerify,
'point': Point,
'expose': Expose,
}
manager = BaseResponse.manager
# sched = ConfigureScheduler.scheduler
# delete all programs
session = Session()
programs = session.query(Program).all()
for program in programs:
session.delete(program)
session.commit()
def generateDatabase(options):
with open(os.path.join(os.path.expanduser('~/'), options.filename),
'r') as stream:
try:
prgconfig = yaml.load(stream)
except yaml.YAMLError as exc:
manager.broadCast(exc)
raise
except Exception, e:
manager.broadCast(
'Exception trying to start scheduler: %s' % repr(e))
raise
def _validateOffset(value):
try:
offset = Coord.fromAS(int(value))
except ValueError:
offset = Coord.fromDMS(value)
return offset
session = Session()
programs = []
for prg in prgconfig['programs']:
# process program
program = Program()
for key in prg.keys():
if hasattr(program, key) and key != 'actions':
try:
setattr(program, key, prg[key])
except:
manager.broadCast(
'Could not set attribute %s = %s on Program' %
(key, prg[key]))
# self.out("# program: %s" % program.name)
# process actions
for actconfig in prg['actions']:
act = actionDict[actconfig['action']]()
# self.out('Action: %s' % actconfig['action'])
if actconfig['action'] == 'point':
if 'ra' in actconfig.keys(
) and 'dec' in actconfig.keys():
epoch = 'J2000' if 'epoch' not in actconfig.keys(
) else actconfig['epoch']
position = Position.fromRaDec(
actconfig['ra'], actconfig['dec'], epoch)
# self.out('Coords: %s' % position)
act.targetRaDec = position
# act = Point(targetRaDec=position)
elif 'alt' in actconfig.keys(
) and 'az' in actconfig.keys():
position = Position.fromAltAz(
actconfig['alt'], actconfig['az'])
# self.out('Coords: %s' % position)
act.targetAltAz = position
elif 'name' in actconfig:
# self.out('Target name: %s' % actconfig['name'])
act.targetName = actconfig['name']
elif 'offset' not in actconfig:
manager.broadCast(
'Empty Point action. No target to point to or offset to perform!'
)
continue
if 'offset' in actconfig:
if 'north' in actconfig['offset']:
offset = _validateOffset(
actconfig['offset']['north'])
act.offsetNS = offset
elif 'south' in actconfig['offset']:
offset = _validateOffset(
actconfig['offset']['south'])
act.offsetNS = Coord.fromAS(-offset.AS)
if 'west' in actconfig['offset']:
offset = _validateOffset(
actconfig['offset']['west'])
act.offsetEW = offset
elif 'east' in actconfig['offset']:
offset = _validateOffset(
actconfig['offset']['east'])
act.offsetEW = Coord.fromAS(-offset.AS)
else:
for key in actconfig.keys():
if hasattr(act, key) and key != 'action':
# self.out('\t%s: %s' % (key,actconfig[key]))
try:
setattr(act, key, actconfig[key])
except:
manager.broadCast(
'Could not set attribute %s = %s on action %s'
% (key, actconfig[key],
actconfig['action']))
program.actions.append(act)
# self.out("")
programs.append(program)
# self.out("List contain %i programs" % len(programs))
session.add_all(programs)
session.commit()
return 0
