def rastr_to_rad(rastr):
"""
rastr_to_rad(rastr)
Convert right ascension string of form HHMMSS.SSSS to
radians
"""
rastr = str(rastr) # Ensure rastr is string, not int or float
h, m, s = parse_rastr(rastr)
return psr_utils.hms_to_rad(float(h), float(m), float(s))
def __init__(self, line):
parts = line.split()[1:]
part_index = 0
param_index = 0
# print parts
while param_index < len(params):
param = params[param_index]
# print param, parts[part_index]
if param=="NAME":
if not parts[part_index]=='*':
self.name = parts[part_index][1:]
else:
self.name = ""
elif param=="PSRJ":
if not parts[part_index]=='*':
self.jname = parts[part_index][1:]
if self.name == self.jname:
self.name = ""
elif param=="RAJ":
if not parts[part_index]=='*':
hms = map(float, parts[part_index].split(':'))
if len(hms)==3:
h, m, s = hms
elif len(hms)==2:
h, m = hms
s = 0.0
elif len(hms)==1:
h = hms
m = s = 0.0
self.ra = psr_utils.hms_to_rad(h, m, s)
self.raerr = float(parts[part_index+1]) * psr_utils.SECTORAD
part_index += 1
elif param=="DECJ":
if not parts[part_index]=='*':
dms = map(float, parts[part_index].split(':'))
if len(dms)==3:
d, m, s = dms
elif len(dms)==2:
d, m = dms
s = 0.0
elif len(dms)==1:
d = dms
m = s = 0.0
# Fixed silly dec=-0.0 bug
if parts[part_index].split(":")[0]=="-00":
m = -m
s = -s
self.dec = psr_utils.dms_to_rad(d, m, s)
self.decerr = float(parts[part_index+1]) * psr_utils.ARCSECTORAD
part_index += 1
elif param=="PMRA":
if not parts[part_index]=='*':
self.pmra, self.pmraerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="PMDEC":
if not parts[part_index]=='*':
self.pmdec, self.pmdecerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="PX":
if not parts[part_index]=='*':
self.px, self.pxerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="POSEPOCH":
if not parts[part_index]=='*':
self.posepoch = float(parts[part_index])
elif param=="Gl":
if not parts[part_index]=='*':
self.l = float(parts[part_index])
elif param=="Gb":
if not parts[part_index]=='*':
self.b = float(parts[part_index])
elif param=="P0":
if not parts[part_index]=='*':
self.p, self.perr = float(parts[part_index]), float(parts[part_index+1])
self.f, self.ferr = psr_utils.pferrs(self.p, self.perr)
else:
self.f = self.ferr = self.p = self.perr = 0.0
self.fd = self.fdd = self.fddd = 0.0
self.pd = self.pdd = self.pddd = 0.0
self.fderr = self.fdderr = self.fddderr = 0.0
self.pderr = self.pdderr = self.pddderr = 0.0
part_index += 1
elif param=="P1":
if not parts[part_index]=='*':
self.pd, self.pderr = float(parts[part_index]), float(parts[part_index+1])
self.f, self.ferr, self.fd, self.fderr = psr_utils.pferrs(self.p, self.perr, self.pd, self.pderr)
part_index += 1
elif param=="F2":
if not parts[part_index]=='*':
self.fdd, self.fdderr = float(parts[part_index]), float(parts[part_index+1])
self.p, self.pd, self.pdd = presto.p_to_f(self.f, self.fd, self.fdd)
part_index += 1
elif param=="F3":
if not parts[part_index]=='*':
self.fddd, self.fddderr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="PEPOCH":
if parts[part_index]=='*':
self.pepoch = 51000.0 # Just to pick a reasonable value
else:
self.pepoch = float(parts[part_index])
elif param=="DM":
if not parts[part_index]=='*':
self.dm, self.dmerr = float(parts[part_index]), float(parts[part_index+1])
else:
self.dm = self.dmerr = 0.0
part_index += 1
elif param=="DM1":
if not parts[part_index]=='*':
self.ddm, self.ddmerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="S400":
if not parts[part_index]=='*':
self.s400, self.s400err = float(parts[part_index]), float(parts[part_index+1])
else:
self.s400 = None
part_index += 1
elif param=="S1400":
if not parts[part_index]=='*':
self.s1400, self.s1400err = float(parts[part_index]), float(parts[part_index+1])
else:
self.s1400 = None
part_index += 1
elif param=="BINARY":
if not parts[part_index]=='*':
self.binary_model = parts[part_index]
self.binary = 1
self.pb = self.x = self.w = self.To = self.e = None
self.pberr = self.xerr = self.werr = self.Toerr =self.eerr = None
else:
self.binary = 0
elif param=="T0":
if self.binary and not parts[part_index]=='*':
self.To, self.Toerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="PB":
if self.binary and not parts[part_index]=='*':
self.pb, self.pberr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="A1":
if self.binary and not parts[part_index]=='*':
self.x, self.xerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="OM":
if self.binary and not parts[part_index]=='*':
self.w, self.werr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="ECC":
if self.binary and not parts[part_index]=='*':
self.e, self.eerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="TASC":
if self.binary and self.binary_model=="ELL1" and not parts[part_index]=='*':
self.To, self.Toerr = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="EPS1":
if self.binary and self.binary_model=="ELL1" and not parts[part_index]=='*':
self.eps1, self.eps1err = float(parts[part_index]), float(parts[part_index+1])
part_index += 1
elif param=="EPS2":
if self.binary and self.binary_model=="ELL1" and not parts[part_index]=='*':
self.eps2, self.eps2err = float(parts[part_index]), float(parts[part_index+1])
if not hasattr(self, 'eps1'): self.eps1 = 0.0
self.e = math.sqrt(self.eps1*self.eps1 + self.eps2*self.eps2)
self.eerr = 0.0001 # This needs fixing...
self.w = psr_utils.RADTODEG*math.atan2(self.eps1, self.eps2)
if (self.w < 0.0): self.w += 360.0
self.werr = 1.0 # This needs fixing...
part_index += 1
elif param=="DIST":
if not parts[part_index]=='*':
self.dist = float(parts[part_index])
else:
self.dist = None
elif param=="ASSOC":
if not parts[part_index]=='*':
self.assoc = parts[part_index]
else:
self.assoc = None
elif param=="PSR":
if not parts[part_index]=='*':
self.type = parts[part_index]
else:
self.type = None
part_index += 1
param_index += 1
self.alias = ""
def __init__(self, line):
parts = line.split()[1:]
part_index = 0
param_index = 0
# print parts
while param_index < len(params):
param = params[param_index]
# print param, parts[part_index]
if param == "NAME":
if not parts[part_index] == '*':
self.name = parts[part_index][1:]
else:
self.name = ""
elif param == "PSRJ":
if not parts[part_index] == '*':
self.jname = parts[part_index][1:]
if self.name == self.jname:
self.name = ""
elif param == "RAJ":
if not parts[part_index] == '*':
hms = map(float, parts[part_index].split(':'))
if len(hms) == 3:
h, m, s = hms
elif len(hms) == 2:
h, m = hms
s = 0.0
elif len(hms) == 1:
h = hms
m = s = 0.0
self.ra = psr_utils.hms_to_rad(h, m, s)
self.raerr = float(
parts[part_index + 1]) * psr_utils.SECTORAD
part_index += 1
elif param == "DECJ":
if not parts[part_index] == '*':
dms = map(float, parts[part_index].split(':'))
if len(dms) == 3:
d, m, s = dms
elif len(dms) == 2:
d, m = dms
s = 0.0
elif len(dms) == 1:
d = dms
m = s = 0.0
# Fixed silly dec=-0.0 bug
if parts[part_index].split(":")[0] == "-00":
m = -m
s = -s
self.dec = psr_utils.dms_to_rad(d, m, s)
self.decerr = float(
parts[part_index + 1]) * psr_utils.ARCSECTORAD
part_index += 1
elif param == "PMRA":
if not parts[part_index] == '*':
self.pmra, self.pmraerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "PMDEC":
if not parts[part_index] == '*':
self.pmdec, self.pmdecerr = float(
parts[part_index]), float(parts[part_index + 1])
part_index += 1
elif param == "PX":
if not parts[part_index] == '*':
self.px, self.pxerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "POSEPOCH":
if not parts[part_index] == '*':
self.posepoch = float(parts[part_index])
elif param == "Gl":
if not parts[part_index] == '*':
self.l = float(parts[part_index])
elif param == "Gb":
if not parts[part_index] == '*':
self.b = float(parts[part_index])
elif param == "P0":
if not parts[part_index] == '*':
self.p, self.perr = float(parts[part_index]), float(
parts[part_index + 1])
self.f, self.ferr = psr_utils.pferrs(self.p, self.perr)
else:
self.f = self.ferr = self.p = self.perr = 0.0
self.fd = self.fdd = self.fddd = 0.0
self.pd = self.pdd = self.pddd = 0.0
self.fderr = self.fdderr = self.fddderr = 0.0
self.pderr = self.pdderr = self.pddderr = 0.0
part_index += 1
elif param == "P1":
if not parts[part_index] == '*':
self.pd, self.pderr = float(parts[part_index]), float(
parts[part_index + 1])
self.f, self.ferr, self.fd, self.fderr = psr_utils.pferrs(
self.p, self.perr, self.pd, self.pderr)
part_index += 1
elif param == "F2":
if not parts[part_index] == '*':
self.fdd, self.fdderr = float(parts[part_index]), float(
parts[part_index + 1])
self.p, self.pd, self.pdd = presto.p_to_f(
self.f, self.fd, self.fdd)
part_index += 1
elif param == "F3":
if not parts[part_index] == '*':
self.fddd, self.fddderr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "PEPOCH":
if parts[part_index] == '*':
self.pepoch = 51000.0 # Just to pick a reasonable value
else:
self.pepoch = float(parts[part_index])
elif param == "DM":
if not parts[part_index] == '*':
self.dm, self.dmerr = float(parts[part_index]), float(
parts[part_index + 1])
else:
self.dm = self.dmerr = 0.0
part_index += 1
elif param == "DM1":
if not parts[part_index] == '*':
self.ddm, self.ddmerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "S400":
if not parts[part_index] == '*':
self.s400, self.s400err = float(parts[part_index]), float(
parts[part_index + 1])
else:
self.s400 = None
part_index += 1
elif param == "S1400":
if not parts[part_index] == '*':
self.s1400, self.s1400err = float(
parts[part_index]), float(parts[part_index + 1])
else:
self.s1400 = None
part_index += 1
elif param == "BINARY":
if not parts[part_index] == '*':
self.binary_model = parts[part_index]
self.binary = 1
self.pb = self.x = self.w = self.To = self.e = None
self.pberr = self.xerr = self.werr = self.Toerr = self.eerr = None
else:
self.binary = 0
elif param == "T0":
if self.binary and not parts[part_index] == '*':
self.To, self.Toerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "PB":
if self.binary and not parts[part_index] == '*':
self.pb, self.pberr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "A1":
if self.binary and not parts[part_index] == '*':
self.x, self.xerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "OM":
if self.binary and not parts[part_index] == '*':
self.w, self.werr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "ECC":
if self.binary and not parts[part_index] == '*':
self.e, self.eerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "TASC":
if self.binary and self.binary_model == "ELL1" and not parts[
part_index] == '*':
self.To, self.Toerr = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "EPS1":
if self.binary and self.binary_model == "ELL1" and not parts[
part_index] == '*':
self.eps1, self.eps1err = float(parts[part_index]), float(
parts[part_index + 1])
part_index += 1
elif param == "EPS2":
if self.binary and self.binary_model == "ELL1" and not parts[
part_index] == '*':
self.eps2, self.eps2err = float(parts[part_index]), float(
parts[part_index + 1])
if not hasattr(self, 'eps1'): self.eps1 = 0.0
self.e = math.sqrt(self.eps1 * self.eps1 +
self.eps2 * self.eps2)
self.eerr = 0.0001 # This needs fixing...
self.w = psr_utils.RADTODEG * math.atan2(
self.eps1, self.eps2)
if (self.w < 0.0): self.w += 360.0
self.werr = 1.0 # This needs fixing...
part_index += 1
elif param == "DIST":
if not parts[part_index] == '*':
self.dist = float(parts[part_index])
else:
self.dist = None
elif param == "ASSOC":
if not parts[part_index] == '*':
self.assoc = parts[part_index]
else:
self.assoc = None
elif param == "PSR":
if not parts[part_index] == '*':
self.type = parts[part_index]
else:
self.type = None
part_index += 1
param_index += 1
self.alias = ""