## 5 simulated CW signals have been generated and injected during a short portion of Virgo O3 run. They are named: Pulsar_2, Pulsar_3, Pulsar_5, Pulsar_6 and Pulsar_16 (they are a subset of all the signals injected in LIGO data). In the following the signal parameters (the last one is in a binary system).


# Source parameters for pulsar 2
# -------------------------------
refTime		 = 751680013			## pulsar reference time in SSB frame
aPlus		 = 7.068968941186264e-25	## plus-polarization signal amplitude
aCross		 = -7.049604490956518e-25 	## cross-polarization signal amplitude
psi		 = -0.221788475			## polarization angle psi (radians)
phi0		 = 4.03				## phase at reference time refTime
Freq		 = 575.163573			## GW frequency at reference time
Delta		 = 0.060108958			## declination (radians)
Alpha		 = 3.75692884			## right ascension (radians)
f1dot		 = -1.37E-13			## 1st frequency derivative
f2dot		 = 0.0				## 2nd frequency derivative
f3dot		 = 0.0				## 3rd frequency derivative

# Source parameters for pulsar 3
# -------------------------------
refTime		 = 751680013			## pulsar reference time in SSB frame
aPlus		 = 9.798137759816907e-25 	## plus-polarization signal amplitude
aCross		 =  -1.570524919567796e-25 	## cross-polarization signal amplitude
psi		 = 0.444280306			## polarization angle psi (radians)
phi0		 = 5.53				## phase at reference time
Freq		 = 108.8571594			## GW frequency at reference time
Delta		 = -0.583578803			## declination (radians)
Alpha		 = 3.113188712			## right ascension (radians)
f1dot		 = -1.46E-17			## 1st frequency derivative
f2dot		 = 0.0				## 2nd frequency derivative
f3dot		 = 0.0				## 3rd frequency derivative

# Source parameters for pulsar 5
# -------------------------------
refTime		 = 751680013			## pulsar reference time in SSB frame
aPlus		 = 3.629588862841298e-24 	## plus-polarization signal amplitude
aCross		 = 2.767565359674771e-24 	## cross-polarization signal amplitude
psi		 = -0.363953188			## polarization angle psi (radians)
phi0		 = 2.23				## phase at reference time
Freq		 = 52.80832436			## GW frequency at reference time
Delta		 = -1.463269033			## declination (radians)
Alpha		 = 5.281831296			## right ascension (radians)
f1dot		 = -4.03E-18			## 1st frequency derivative
f2dot		 = 0.0				## 2nd frequency derivative
f3dot		 = 0.0				## 3rd frequency derivative

# Source parameters for pulsar 6
# -------------------------------
refTime		 = 751680013			## pulsar reference time in SSB frame
aPlus		 = 3.934275406418536e-25 	## plus-polarization signal amplitude
aCross		 = -1.181726290834839e-25 	## cross-polarization signal amplitude
psi		 = 0.470984879			## polarization angle psi (radians)
phi0		 = 0.97				## phase at reference time
Freq		 = 148.7190257			## GW frequency at reference time
Delta		 = -1.14184021			## declination (radians)
Alpha		 = 6.261385269			## right ascension (radians)
f1dot		 = -6.73E-09			## 1st frequency derivative
f2dot		 = 0.0				## 2nd frequency derivative
f3dot		 = 0.0				## 3rd frequency derivative

# Source parameters for pulsar 16
# -------------------------------
refTime		 = 1230336018		## pulsar reference time in SSB frame
aPlus		 = 1.21e-24 		## plus-polarization signal amplitude
aCross		 = 1.15e-24 		## cross-polarization signal amplitude
psi		 = 4.084		## polarization angle psi (radians)
phi0		 = 0.000		## phase at reference time
Freq		 = 234.567		## GW frequency at reference time
Delta		 = -.2729743		## declination (radians)
Alpha		 = 0.3487022		## right ascension (radians)
f1dot		 = 0.0			## 1st frequency derivative
f2dot		 = 0.0			## 2nd frequency derivative
f3dot		 = 0.0			## 3rd frequency derivative
 
orbitPeriod	 = 83941.2		## Orbital period (seconds)
orbitasini	 = 2.35			## Orbital projected semi-major axis (lt-seconds)
orbitTp		 = 1230336018		## SSB time of periapsis (seconds)
orbitEcc	 = 0.0			## Orbital eccentricity
orbitArgp	 = 1.23456		## Argument of periapsis