Index

A

a_max (debrispy.sigma_a.SigmaA attribute), [1] a_min (debrispy.sigma_a.SigmaA attribute), [1] a_samples (debrispy.montecarlo.MonteCarlo attribute), [1]

adapt() (in module debrispy.asd), [1] apoapsis() (in module debrispy.geometry), [1] ASD (class in debrispy.asd), [1]

C

centers (debrispy.montecarlo.Histogram1D property), [1] chunked() (in module debrispy.asd), [1] compute() (debrispy.kernel.Kernel method), [1] compute_area() (debrispy.sigma_a.SigmaA method), [1] compute_gl() (debrispy.asd.ASD method), [1] compute_grad() (debrispy.kernel.Kernel method), [1] compute_phi_row_gauss() (in module debrispy.kernel), [1] compute_phi_row_gauss_adaptive() (in module debrispy.kernel), [1]

compute_phi_row_quad() (in module debrispy.kernel), [1] compute_phi_row_trapz() (in module debrispy.kernel), [1] compute_phi_single_gauss() (in module debrispy.kernel), [1] compute_phi_single_gauss_adaptive() (in module debrispy.kernel), [1] compute_phi_single_quad() (in module debrispy.kernel), [1] compute_quadvec() (debrispy.asd.ASD method), [1] convolve() (debrispy.asd.ASD method), [1] convolve_gaussian() (debrispy.montecarlo.Histogram2D method), [1]

D

debrispy module debrispy.asd module, [1] debrispy.eccentricity module, [1] debrispy.geometry module, [1] debrispy.kernel module, [1]

debrispy.montecarlo module, [1] debrispy.sigma_a module, [1] derivative() (debrispy.eccentricity.UniqueEccentricity method), [1] distribution() (debrispy.eccentricity.EccentricityDistribution method), [1] (debrispy.eccentricity.EccentricityProfile method), [1] (debrispy.eccentricity.UniqueEccentricity method), [1]

E

e_samples (debrispy.montecarlo.MonteCarlo attribute), [1] ecc_profile (debrispy.montecarlo.MonteCarlo attribute), [1] eccentricity() (debrispy.eccentricity.EccentricityDistribution method), [1] (debrispy.eccentricity.EccentricityProfile method), [1] (debrispy.eccentricity.UniqueEccentricity method), [1]

EccentricityDistribution (class in debrispy.eccentricity), [1] EccentricityProfile (class in debrispy.eccentricity), [1] edges (debrispy.montecarlo.Histogram1D attribute), [1], [2], [3]

F

f_samples (debrispy.montecarlo.MonteCarlo attribute), [1]

G

get_1d_histogram() (debrispy.montecarlo.MonteCarlo method), [1] get_cart_histogram() (debrispy.montecarlo.MonteCarlo method), [1] get_polar_histogram() (debrispy.montecarlo.MonteCarlo method), [1] get_sampled_distribution() (debrispy.eccentricity.EccentricityDistribution method), [1] get_values() (debrispy.asd.ASD method), [1] (debrispy.kernel.Kernel method), [1] (debrispy.montecarlo.Histogram1D method), [1] (debrispy.montecarlo.Histogram2D method), [1] (debrispy.sigma_a.SigmaA method), [1]

gl_quad() (in module debrispy.asd), [1]

H

Histogram1D (class in debrispy.montecarlo), [1]

Histogram2D (class in debrispy.montecarlo), [1]

I

integrand() (debrispy.asd.ASD method), [1]

K

kappa() (in module debrispy.geometry), [1] kepler_solver() (in module debrispy.montecarlo), [1]

Kernel (class in debrispy.kernel), [1] kind (debrispy.montecarlo.Histogram1D attribute), [1], [2], [3]

M

mode (debrispy.montecarlo.Histogram2D attribute), [1], [2], [3] module debrispy debrispy.asd, [1] debrispy.eccentricity, [1] debrispy.geometry, [1] debrispy.kernel, [1] debrispy.montecarlo, [1] debrispy.sigma_a, [1]

MonteCarlo (class in debrispy.montecarlo), [1]

N

n_samples (debrispy.montecarlo.MonteCarlo attribute), [1]

num_adaptive_points() (debrispy.kernel.Kernel method), [1]

P

pad_to_limits() (debrispy.montecarlo.Histogram2D method), [1] periapsis() (in module debrispy.geometry), [1] phi_edges (debrispy.montecarlo.Histogram2D property), [1] phi_grid() (debrispy.kernel.Kernel method), [1] phi_samples() (debrispy.kernel.Kernel method), [1] plot() (debrispy.asd.ASD method), [1] (debrispy.eccentricity.EccentricityDistribution method), [1] (debrispy.eccentricity.EccentricityProfile method), [1] (debrispy.eccentricity.UniqueEccentricity method), [1] (debrispy.kernel.Kernel method), [1] (debrispy.montecarlo.Histogram1D method), [1] (debrispy.montecarlo.Histogram2D method), [1] (debrispy.sigma_a.SigmaA method), [1]

plot_1d() (debrispy.montecarlo.MonteCarlo method), [1] plot_2d() (debrispy.montecarlo.MonteCarlo method), [1] plot_convolution() (debrispy.asd.ASD method), [1] plot_grad() (debrispy.kernel.Kernel method), [1] plot_integrand() (debrispy.asd.ASD method), [1] plot_phi_kappa() (debrispy.kernel.Kernel method), [1] plot_slice() (debrispy.eccentricity.EccentricityDistribution method), [1] (debrispy.kernel.Kernel method), [1] PowerLawEccentricity (class in debrispy.eccentricity), [1] profile_type (debrispy.sigma_a.SigmaA attribute), [1]

R

r() (in module debrispy.geometry), [1] r_edges (debrispy.montecarlo.Histogram2D property), [1]

r_samples (debrispy.montecarlo.MonteCarlo attribute), [1] RayleighEccentricity (class in debrispy.eccentricity), [1] refine() (debrispy.asd.ASD method), [1]

S

sample_a() (debrispy.montecarlo.MonteCarlo method), [1] sample_eccentricities() (debrispy.montecarlo.MonteCarlo method), [1] sampler() (debrispy.montecarlo.MonteCarlo method), [1]

scaled (debrispy.montecarlo.Histogram1D attribute), [1], [2], [3] sigma0 (debrispy.sigma_a.SigmaA attribute), [1] sigma_a (debrispy.montecarlo.MonteCarlo attribute), [1] SigmaA (class in debrispy.sigma_a), [1]

T

TopHatEccentricity (class in debrispy.eccentricity), [1]

TriangularEccentricity (class in debrispy.eccentricity), [1] TruncGaussEccentricity (class in debrispy.eccentricity), [1]

U

UniqueEccentricity (class in debrispy.eccentricity), [1]

V

VALID_PROFILES (debrispy.sigma_a.SigmaA attribute), [1]

values (debrispy.montecarlo.Histogram1D attribute), [1], [2], [3] (debrispy.montecarlo.Histogram2D attribute), [1], [2], [3]

W

widths (debrispy.montecarlo.Histogram1D property), [1]

X

x_edges (debrispy.montecarlo.Histogram2D attribute), [1], [2], [3]

Y

y_edges (debrispy.montecarlo.Histogram2D attribute), [1], [2], [3]