test_heterodyned_model.py File Reference

Prototypes
def	test_heterodyned_model.test_one (det)
def	test_heterodyned_model.test_two ()
def	test_heterodyned_model.test_three (harmonic)
def	test_heterodyned_model.test_four ()
def	test_heterodyned_model.test_five ()
def	test_heterodyned_model.test_six ()
def	test_heterodyned_model.test_seven ()
def	test_heterodyned_model.test_transient (det)
	Test the transient signal models with a rectangular and exponential decay. More...

Go to the source code of this file.

Namespaces
namespace	test_heterodyned_model

Variables
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. More...
	test_heterodyned_model.t2output
dictionary	test_heterodyned_model.t3output
	test_heterodyned_model.t4output
	test_heterodyned_model.t5output
	test_heterodyned_model.t6output
	test_heterodyned_model.t7output
	test_heterodyned_model.earthephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "earth00-40-DE405.dat.gz")
	test_heterodyned_model.sunephem = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "sun00-40-DE405.dat.gz")
	test_heterodyned_model.timefile = os.path.join(os.environ["LAL_TEST_PKGDATADIR"], "te405_2000-2040.dat.gz")
	test_heterodyned_model.edat = lalpulsar.InitBarycenter(earthephem, sunephem)
	test_heterodyned_model.tdat = lalpulsar.InitTimeCorrections(timefile)
	test_heterodyned_model.args