def __init__(self,
detector,
psr,
t,
pdif='p',
pdif_s='p',
kind='GRs',
isloaded=False):
self.log = logging.getLogger('Signal')
# source and detector information
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
# time
self.t = t
# signal info
self.kind = kind # kind of signal
self.basis = sd.aps[kind] # polarizations composing signal
self.pdif = sd.phase(pdif) # phase difference between components
self.pdif = sd.phase(pdif_s) # phase difference between scalar part
# get antenna patterns
self.response = Response(psr, detector, t, kind, loadvectors=True)
def __init__(self, detector, psr):
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
self.src = templates.Source(psr)
self.obs = templates.Detector(detector)
def __init__(self, detector, psr):
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
# data info
self.datadir = paths.importedData + self.psr + '_' + self.detector + '.hdf5'
self.seedname = 'finehet_' + self.psr + '_' + self.detector
def __init__(self, detector, psr):
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
# data info
self.datadir = paths.importedData + self.psr + '_' + self.detector + '.hdf5'
self.seedname = 'finehet_' + self.psr + '_' + self.detector
def __init__(self, d, t=[]):
self.id = d
self.name = sd.detnames(d)
self.param = sd.detectors[self.name]
self.t = np.array(t).astype(int)
self.nentries = len(t)
self.path = paths.vectors + 'detVec_' + self.name
if self.t != []:
self.loadVectors()
def __init__(self, d, t=[]):
self.log = logging.getLogger('Detector')
self.log.debug('Initializing detector.')
self.id = d
self.name = sd.detnames(d)
self.param = sd.detectors[self.name]
self.t = np.array(t).astype(int)
self.nentries = len(t)
self.path = paths.vectors + 'detVec_' + self.name
if self.t != []: self.loadVectors()
def __init__(self, d, t=[]):
self.log = logging.getLogger('Detector')
self.log.debug('Initializing detector.')
self.id = d
self.name = sd.detnames(d)
self.param = sd.detectors[self.name]
self.t = np.array(t).astype(int)
self.nentries = len(t)
self.path = paths.vectors + 'detVec_' + self.name
if self.t!=[]: self.loadVectors()
def __init__(self, psr, det, t, kinds, loadvectors=False):
self.log = logging.getLogger('Response')
self.log.debug('Initializing response')
self.det = sd.detnames(det)
self.t = np.array(t)
self.psr = psr
self.path = paths.ap + 'ap' + psr + '_' + self.det
self.log.debug('Determining what template was requested.')
if kinds in sd.tempNames:
self.log.debug('Preset template ' + kinds)
self.kinds = sd.aps[kinds]
elif isinstance(kinds, list) and all(
[k in sd.tempNames for k in kinds]):
self.log.debug('List of preset templates.')
self.kinds = sum([sd.aps[temp] for temp in kinds], [])
elif all([k in sd.names
for k in kinds]) and not isinstance(kinds, basestring):
self.log.debug('List of bases by name.')
self.kinds = kinds
elif isinstance(kinds, basestring) and kinds in sd.names:
self.log.debug('Single basis.')
self.kinds = [kinds]
else:
# wrong input
self.log.error(
'ERROR: %s is not recognized as a valid basis.\nValid bases are:\n\t %r \n\t %r'
% (kinds, sd.names, sd.aps))
exit()
self.hasvectors = False
self.haspatterns = False
if loadvectors:
self.log.debug('Loading all vectors.')
self.src = Source(self.psr)
self.obs = Detector(self.det, self.t)
self.hasvectors = True
else:
self.log.debug('Not loading any vectors.')
def __init__(self, detector, psr, kind, pdif, t, isloaded=False):
# source and detector information
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
# time
self.t = t
# signal info
self.kind = kind
self.basis = sd.aps[kind]
self.pdif = sd.phase(pdif)
# get antenna patterns
self.response = Response(psr, detector, t, kind, loadvectors=True)
def __init__(self, detector, psr, kind, pdif, t, isloaded=False):
self.log = logging.getLogger('Signal')
# source and detector information
self.detector = detector
self.det = sd.detnames(detector)
self.psr = psr
# time
self.t = t
# signal info
self.kind = kind # kind of signal
self.basis = sd.aps[kind] # polarizations composing signal
self.pdif = sd.phase(pdif) # phase difference between components
# get antenna patterns
self.response = Response(psr, detector, t, kind, loadvectors=True)
def __init__(self, psr, det, t, kinds, loadvectors=False):
self.log = logging.getLogger('Response')
self.log.debug('Initializing response')
self.det = sd.detnames(det)
self.t = np.array(t)
self.psr = psr
self.path = paths.ap + 'ap' + psr + '_' + self.det
self.log.debug('Determining what template was requested.')
if kinds in sd.tempNames:
self.log.debug('Preset template ' + kinds)
self.kinds = sd.aps[kinds]
elif isinstance(kinds, list) and all([k in sd.tempNames for k in kinds]):
self.log.debug('List of preset templates.')
self.kinds = sum([sd.aps[temp] for temp in kinds], [])
elif all([k in sd.names for k in kinds]) and not isinstance(kinds, basestring):
self.log.debug('List of bases by name.')
self.kinds = kinds
elif isinstance(kinds, basestring) and kinds in sd.names:
self.log.debug('Single basis.')
self.kinds = [kinds]
else:
# wrong input
self.log.error('ERROR: %s is not recognized as a valid basis.\nValid bases are:\n\t %r \n\t %r' % (kinds, sd.names, sd.aps))
exit()
self.hasvectors = False
self.haspatterns = False
if loadvectors:
self.log.debug('Loading all vectors.')
self.src = Source(self.psr)
self.obs = Detector(self.det, self.t)
self.hasvectors = True
else:
self.log.debug('Not loading any vectors.')
def __init__(self, psr, det, t, kinds, loadvectors=False):
self.det = sd.detnames(det)
self.t = np.array(t)
self.psr = psr
self.path = paths.ap + 'ap' + psr + '_' + self.det
if kinds in sd.tempNames:
# requesting bases for preset template
self.kinds = sd.aps[kinds]
elif isinstance(kinds, list) and all(
[k in sd.tempNames for k in kinds]):
# list of preset templates
self.kinds = sum([sd.aps[temp] for temp in kinds], [])
elif all([k in sd.names
for k in kinds]) and not isinstance(kinds, basestring):
# requesting bases by name
self.kinds = kinds
elif isinstance(kinds, basestring) and kinds in sd.names:
self.kinds = [kinds]
else:
# wrong input
print 'ERROR: %(kinds)s is not recognized as a valid basis. ap19' % locals(
)
print 'Valid bases are:'
print '\t %r' % sd.names
print '\t %r' % sd.aps
exit()
self.hasvectors = False
self.haspatterns = False
if loadvectors:
self.src = Source(self.psr)
self.obs = Detector(self.det, self.t)
self.hasvectors = True