LALPulsar  6.1.0.1-fe68b98
test_simulateCW.py File Reference

Prototypes

def test_simulateCW.waveform (h0, cosi, freq, f1dot)
 
def test_simulateCW.compute_Fstat_spindown_reference ()
 
def test_simulateCW.compute_Fstat_spindown_simulateCW ()
 
def test_simulateCW.test_fstatistic ()
 
def test_simulateCW.test_random_seeds ()
 

Go to the source code of this file.

Namespaces

 test_simulateCW
 

Variables

 test_simulateCW.earth_ephem_file
 
 test_simulateCW.sun_ephem_file
 
 test_simulateCW.ephemerides = lalpulsar.InitBarycenter(earth_ephem_file, sun_ephem_file)
 
int test_simulateCW.h0 = 1e-24
 
int test_simulateCW.assume_sqrtSh = 1e-23
 
float test_simulateCW.cosi = 0.123
 
float test_simulateCW.psi = 2.345
 
float test_simulateCW.phi0 = 3.210
 
float test_simulateCW.freq = 10.0
 
float test_simulateCW.fcmin = 5.0
 
float test_simulateCW.fcmax = 15.0
 
float test_simulateCW.f1dot = -1.35e-8
 
float test_simulateCW.alpha = 6.12
 
float test_simulateCW.delta = 1.02
 
string test_simulateCW.detector = "V1"
 
int test_simulateCW.tref = 900043200
 
int test_simulateCW.tstart = 900000000
 
int test_simulateCW.Tdata = 86400
 
float test_simulateCW.fmax = 32.0
 
int test_simulateCW.Tsft = 1800
 
float test_simulateCW.dfreq = 0.1 / Tdata
 
int test_simulateCW.Nfs = 111
 
float test_simulateCW.fsmin = freq - (Nfs - 1) * 0.5 * dfreq
 
 test_simulateCW.args = sys.argv[1:] or ["-v", "-rs", "--junit-xml=junit-simulateCW.xml"]