def SNobj(fieldID, t0, snState=None):
sn = SNObject(ra=np.degrees(so.ra(fieldID)),
dec=np.degrees(so.dec(fieldID)))
sn.set(t0=t0)
sn.set(z=0.5)
sn.set_source_peakabsmag(bessellBpeakabsmag, 'bessellB', 'ab')
return sn
def SNobj(fieldID, t0, snState=None, peakAbsMagBesselB=-19.3):
sn = SNObject(ra=np.degrees(so.ra(fieldID)),
dec=np.degrees(so.dec(fieldID)))
sn.set(t0=t0)
sn.set(z=0.5)
sn.set_source_peakabsmag(peakAbsMagBesselB, 'bessellB', 'ab')
return sn
def SN(self):
"""
`lsst.sims.catsim.SNObject` instance with peakMJD set to t0
"""
if self.snState is not None:
return SNObject.fromSNState(self.snState)
sn = SNObject(ra=self.radeg, dec=self.decdeg)
sn.set(t0=self.t0)
sn.set(z=0.5)
sn.set_source_peakabsmag(self.bessellBpeakabsmag, 'bessellB', 'ab')
return sn
def SN(self):
"""
`lsst.sims.catsim.SNObject` instance with peakMJD set to t0
"""
#if self.snState is not None:
# return SNObject.fromSNState(self.snState)
sn = SNObject(ra=self.radeg, dec=self.decdeg)
sn.set(t0=self.t0)
sn.set(**self._snState)
sn.set_source_peakabsmag(self._peakabsmagBessellB, 'bessellB', 'ab')
return sn
def SN(self):
"""
`lsst.sims.catsim.SNObject` instance with peakMJD set to t0
"""
if self._SN is not None:
pass
# return self._SN
elif self.snState is not None:
self._SN = SNObject.fromSNState(self.snState)
else :
sn = SNObject(ra=self.radeg, dec=self.decdeg)
sn.set(t0=self.t0)
sn.set(z=0.5)
sn.set_source_peakabsmag(self.peakAbsMagBesselB, 'bessellB', 'ab')
self._SN = sn
return self._SN
def SN(self):
"""
`lsst.sims.catsim.SNObject` instance with peakMJD set to t0
"""
if self._SN is not None:
pass
# return self._SN
elif self.snState is not None:
self._SN = SNObject.fromSNState(self.snState)
else:
sn = SNObject(ra=self.radeg, dec=self.decdeg)
sn.set(t0=self.t0)
sn.set(z=0.5)
sn.set_source_peakabsmag(self.peakAbsMagBesselB, 'bessellB', 'ab')
self._SN = sn
return self._SN
