test

Attributes

UNUSED
fit_inv_sq
fit_inv_sq_bg
func

Functions

test_point_source_1D([N, n_timesteps])
analysis_point_source_1D([N, n_timesteps, sep_dirs, ...])
test_unidirectional_source([n, m, N, n_timesteps])
analysis_unidirectional_source([n, m, N, n_timesteps, ...])
test_redistribution_spread([n, m, mu_0, alpha, N, ...])
analysis_redistribution_spread([n, m, mu_0, alpha, N, ...])
test_isotropic_source([n, m, N, n_timesteps, ...])
analysis_isotropic_source([n, m, N, n_timesteps, ...])
test_shadow([n, m, source_type, N, n_timesteps, ...])
analysis_shadow([n, m, source_type, N, n_timesteps, ...])
test_crossing_radiation_beams([n, m, N, hw, ...])
analysis_crossing_radiation_beams([n, m, N, hw, ...])
test_amplitude_loss([n, m, N, n_timesteps])
analysis_amplitude_loss([n, m, N, n_timesteps, show])

Module Contents

test.UNUSED = None

test.fit_inv_sq

test.fit_inv_sq_bg

test.test_point_source_1D(N=None, n_timesteps=10)

test.analysis_point_source_1D(N=UNUSED, n_timesteps=10, sep_dirs=True, filename=False, show=False)

test.test_unidirectional_source(n=2, m=8, N=None, n_timesteps=3)

test.analysis_unidirectional_source(n=UNUSED, m=8, N=UNUSED, n_timesteps=3, show=False)

test.test_redistribution_spread(n=2, m=8, mu_0=0, alpha=0.33, N=None, n_timesteps=3)

test.analysis_redistribution_spread(n=UNUSED, m=8, mu_0=0, alpha=UNUSED, N=UNUSED, n_timesteps=3, filename=None, show=False)

test.test_isotropic_source(n=2, m=8, N=None, n_timesteps=3, source_location=None, renormalize=False, lattice_I=None, lattice_S=None)

test.analysis_isotropic_source(n=2, m=8, N=None, n_timesteps=3, share_colorbar=None, filename=None, save_pdf=True, show=False)

test.test_shadow(n=2, m=8, source_type=None, N=None, n_timesteps=5, renormalize=False, lattice_I=None, lattice_S=None)

test.analysis_shadow(n=UNUSED, m=UNUSED, source_type=None, N=None, n_timesteps=5, renormalize=UNUSED, filename=None, show=False)

test.test_crossing_radiation_beams(n=2, m=8, N=None, hw=None, beam_profile=None, n_timesteps=5, lattice_I=None, lattice_S=None)

test.analysis_crossing_radiation_beams(n=UNUSED, m=UNUSED, N=None, hw=None, beam_profile=None, n_timesteps=5, filename=None, save_pdf=True, show=False)

test.test_amplitude_loss(n=1, m=2, N=None, n_timesteps=1000)

test.analysis_amplitude_loss(n=UNUSED, m=UNUSED, N=UNUSED, n_timesteps=5, show=False)

test.func