Functions
def	test_one (det)

def	test_two ()

def	test_three (harmonic)

def	test_four ()

def	test_five ()

def	test_six ()

def	test_seven ()

def	test_transient (det)
	Test the transient signal models with a rectangular and exponential decay. More...

Variables
dictionary	t1output
	The first test output is to create a signal model for a source assuming that the heterodyne precisely matches the signal, i.e., it only varies due to the antenna pattern. More...

	t2output

dictionary	t3output

	t4output

	t5output

	t6output

	t7output

	earthephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "earth00-40-DE405.dat.gz")

	sunephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "sun00-40-DE405.dat.gz")

	timefile = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "te405_2000-2040.dat.gz")

	edat = lalpulsar.InitBarycenter(earthephem, sunephem)

	tdat = lalpulsar.InitTimeCorrections(timefile)

	args

Function Documentation

◆ test_one()

def test_heterodyned_model.test_one ( det )

Definition at line 549 of file test_heterodyned_model.py.

◆ test_two()

def test_heterodyned_model.test_two ( )

Definition at line 613 of file test_heterodyned_model.py.

◆ test_three()

def test_heterodyned_model.test_three ( harmonic )

Definition at line 690 of file test_heterodyned_model.py.

◆ test_four()

def test_heterodyned_model.test_four ( )

Definition at line 770 of file test_heterodyned_model.py.

◆ test_five()

def test_heterodyned_model.test_five ( )

Definition at line 865 of file test_heterodyned_model.py.

◆ test_six()

def test_heterodyned_model.test_six ( )

Definition at line 939 of file test_heterodyned_model.py.

◆ test_seven()

def test_heterodyned_model.test_seven ( )

Definition at line 1017 of file test_heterodyned_model.py.

◆ test_transient()

def test_heterodyned_model.test_transient ( det )

Test the transient signal models with a rectangular and exponential decay.

Definition at line 1113 of file test_heterodyned_model.py.

Variable Documentation

◆ t1output

dictionary test_heterodyned_model.t1output

The first test output is to create a signal model for a source assuming that the heterodyne precisely matches the signal, i.e., it only varies due to the antenna pattern.

lalpulsar_parameter_estimation_nested has been run with the following pulsar parameter "inj.par" file:

PSRJ TEST RAJ 01:23:34.5 DECJ -45:01:23.4 F0 123.456789 F1 -9.87654321e-12 PEPOCH 58000 H0 5.6e-26 COSIOTA -0.2 PSI 0.4 PHI0 2.3 EPHEM DE405 UNITS TCB

lalpulsar_parameter_estimation_nested –par-file inj.par –outfile test.hdf –harmonics 2 –inject-file inj.par –inject-only –inject-output inj.txt –fake-data H1,L1 –fake-starts 1000000000,1000000000 –fake-lengths 86400,86400 –fake-dt 3600,3600

The outputs of "inj.txt_H1_2.0_signal_only" and "inj.txt_L1_2.0_signal_only" are given below.

Definition at line 65 of file test_heterodyned_model.py.

◆ t2output

test_heterodyned_model.t2output

Initial value:

 =  np.array(
     [
         [1000000000.0, -5.941104012924e-27, 1.561111119568e-27],
         [1000000060.0, -6.078674025313e-27, 1.108663867367e-27],
         [1000000120.0, -6.181603080801e-27, 6.451136978413e-28],
         [1000000180.0, -6.249044892549e-27, 1.731192817987e-28],
         [1000000240.0, -6.280357307660e-27, -3.045989420574e-28],
         [1000000300.0, -6.275106653741e-27, -7.852744278380e-28],
         [1000000360.0, -6.233070880130e-27, -1.266110481373e-27],
         [1000000420.0, -6.154241482804e-27, -1.744296420398e-27],
         [1000000480.0, -6.038824191671e-27, -2.217023814819e-27],
         [1000000540.0, -5.887238436697e-27, -2.681502811182e-27],
     ]
 )

Definition at line 164 of file test_heterodyned_model.py.

◆ t3output

dictionary test_heterodyned_model.t3output

Initial value:

 =  {
     "1": np.array(
         [
             [1000000000.0, -2.281620347081e-26, -7.267059337744e-27],
             [1000000060.0, -2.242012648444e-26, -8.024920903732e-27],
             [1000000120.0, -2.199802615415e-26, -8.763862546799e-27],
             [1000000180.0, -2.155075521735e-26, -9.482964910868e-27],
             [1000000240.0, -2.107919965732e-26, -1.018134596439e-26],
             [1000000300.0, -2.058427708343e-26, -1.085816221335e-26],
             [1000000360.0, -2.006693507621e-26, -1.151260986472e-26],
             [1000000420.0, -1.952814948068e-26, -1.214392590347e-26],
             [1000000480.0, -1.896892272393e-26, -1.275138910868e-26],
             [1000000540.0, -1.839028196029e-26, -1.333432099023e-26],
         ]
     ),
     "2": np.array(
         [
             [1000000000.0, 1.151114436476e-26, -4.292865557392e-27],
             [1000000060.0, 1.187524854552e-26, -3.419959925105e-27],
             [1000000120.0, 1.217263381782e-26, -2.518042744682e-27],
             [1000000180.0, 1.240108521541e-26, -1.592235817764e-27],
             [1000000240.0, 1.255878166730e-26, -6.478246234004e-28],
             [1000000300.0, 1.264430777434e-26, 3.097719790379e-28],
             [1000000360.0, 1.265666324682e-26, 1.275032881006e-27],
             [1000000420.0, 1.259526996162e-26, 2.242366499355e-27],
             [1000000480.0, 1.245997657263e-26, 3.206142957363e-27],
             [1000000540.0, 1.225106070777e-26, 4.160726677163e-27],
         ]
     ),
 }

Definition at line 225 of file test_heterodyned_model.py.

◆ t4output

test_heterodyned_model.t4output

Initial value:

 =  np.array(
     [
         [1000000000.0, -2.005382682171e-27, -5.806222964895e-27],
         [1000000060.0, 6.157890500690e-27, 5.097038927998e-28],
         [1000000120.0, -2.949373857456e-27, 5.470793560413e-27],
         [1000000180.0, -3.871712822495e-27, -4.908194390501e-27],
         [1000000240.0, 6.071607014385e-27, -1.634397959568e-27],
         [1000000300.0, -8.720674118593e-28, 6.263634557667e-27],
         [1000000360.0, -5.468817484054e-27, -3.247498063718e-27],
         [1000000420.0, 5.125788386822e-27, -3.826689384362e-27],
         [1000000480.0, 1.601886955222e-27, 6.230292962298e-27],
         [1000000540.0, -6.411302862101e-27, -8.632666722102e-28],
     ]
 )

Definition at line 309 of file test_heterodyned_model.py.

◆ t5output

test_heterodyned_model.t5output

Initial value:

 =  np.array(
     [
         [1000000000.0, 2.413832756525e-26, 1.185008925479e-26],
         [1000003600.0, 2.261015869048e-26, 1.353795950522e-26],
         [1000007200.0, 1.693819370778e-26, 1.205591484118e-26],
         [1000010800.0, 8.826543665516e-27, 7.844031741297e-27],
         [1000014400.0, 4.864166183254e-28, 2.043552377844e-27],
         [1000018000.0, -5.961350254474e-27, -3.810915453418e-27],
         [1000021600.0, -9.049037164685e-27, -8.203008361034e-27],
         [1000025200.0, -8.338836580606e-27, -1.003879189105e-26],
         [1000028800.0, -4.514037100223e-27, -8.935501871933e-27],
         [1000032400.0, 8.389816591977e-28, -5.316862125252e-27],
         [1000036000.0, 5.696076643445e-27, -2.902907800008e-28],
         [1000039600.0, 8.180535124244e-27, 4.660428187861e-27],
         [1000043200.0, 7.107590901248e-27, 8.083846851900e-27],
         [1000046800.0, 2.338787027244e-27, 8.959804096635e-27],
         [1000050400.0, -5.151227246717e-27, 6.981092071373e-27],
         [1000054000.0, -1.351620286624e-26, 2.640990277497e-27],
         [1000057600.0, -2.052378588485e-26, -2.896887794574e-27],
         [1000061200.0, -2.415548913847e-26, -8.111602201827e-27],
         [1000064800.0, -2.315941209325e-26, -1.153669175848e-26],
         [1000068400.0, -1.740609207988e-26, -1.215933456752e-26],
         [1000072000.0, -7.950868000824e-27, -9.699490143059e-27],
         [1000075600.0, 3.216714991178e-27, -4.692952735182e-27],
         [1000079200.0, 1.367058676109e-26, 1.644309606653e-27],
         [1000082800.0, 2.116179045441e-26, 7.734541471774e-27],
     ]
 )

Definition at line 358 of file test_heterodyned_model.py.

◆ t6output

test_heterodyned_model.t6output

Initial value:

 =  np.array(
     [
         0.962333260,
         6.103230186,
         4.076170449,
         1.165825399,
         3.656722577,
         2.766150856,
         6.024421923,
         5.892164017,
         4.884626261,
         3.003294698,
     ]
 )

Definition at line 445 of file test_heterodyned_model.py.

◆ t7output

test_heterodyned_model.t7output

Initial value:

 =  np.array(
     [
         2.420723736,
         4.682767534,
         0.313020652,
         1.879459964,
         3.100512978,
         3.977798875,
         4.512941892,
         4.707573756,
         2.060503777,
         0.462653250,
     ]
 )

Definition at line 522 of file test_heterodyned_model.py.

◆ earthephem

test_heterodyned_model.earthephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "earth00-40-DE405.dat.gz")

Definition at line 539 of file test_heterodyned_model.py.

◆ sunephem

test_heterodyned_model.sunephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "sun00-40-DE405.dat.gz")

Definition at line 540 of file test_heterodyned_model.py.

◆ timefile

test_heterodyned_model.timefile = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "te405_2000-2040.dat.gz")

Definition at line 541 of file test_heterodyned_model.py.

◆ edat

test_heterodyned_model.edat = lalpulsar.InitBarycenter(earthephem, sunephem)

Definition at line 544 of file test_heterodyned_model.py.

◆ tdat

test_heterodyned_model.tdat = lalpulsar.InitTimeCorrections(timefile)

Definition at line 545 of file test_heterodyned_model.py.

◆ args

test_heterodyned_model.args

Definition at line 1183 of file test_heterodyned_model.py.

Functions

Variables

Function Documentation

◆ test_one()

◆ test_two()

◆ test_three()

◆ test_four()

◆ test_five()

◆ test_six()

◆ test_seven()

◆ test_transient()

Variable Documentation

◆ t1output

◆ t2output

◆ t3output

◆ t4output

◆ t5output

◆ t6output

◆ t7output

◆ earthephem

◆ sunephem

◆ timefile

◆ edat

◆ tdat

◆ args