halomod.halo_exclusion

Module defining halo model components for halo exclusion.

Functions

cumsimps(func, dx)	A very simplistic cumulative simpsons rule integrator.
dblsimps_(X, dx, dy)	Double-integral of X FOR SYMMETRIC FUNCTIONS.
dbltrapz(X, dx[, dy])	Double-integral over the last two dimensions of X using trapezoidal rule.
dbltrapz_(X, dx, dy)	Double-integral of X for the trapezoidal method.
density_mod_(r, rvir, densitymat, dx)	The modified density, under new limits.
integrate_dblell(integ, prob, dx)	Double Integration via the trapezoidal method if using NUMBA.
integrate_dblsphere(integ, mask, dx[, m, xmin])	Integration function for double sphere model.
integrate_dblsphere_(integ, mask, dx)	The same as integrate_dblsphere(), but uses NUMBA to speed up.
makeH_(nx, ny)	Return the window matrix for trapezoidal intergral.
makeW(nx, ny)	Return a window matrix for double-intergral.
makeW_(nx, ny)	Return a window matrix for symmetric double-intergral.
outer(a, b)	Calculate the outer product of two vectors.
prob_inner_(r, rvir)	Jit-compiled version of calculating prob, taking advantage of symmetry.
prob_inner_r_(r, rvir)	Jit-compiled version of calculating prob along one r, taking advantage of symmetry.

Classes

DblEllipsoid(m, density, power_integrand, ...)	Double Ellipsoid model of halo exclusion.
DblEllipsoid_(m, density, power_integrand, ...)	The same as DblEllipsoid.
DblSphere(m, density, power_integrand, bias, ...)	Double Sphere model of halo exclusion.
DblSphere_(m, density, power_integrand, ...)	The same as DblSphere.
Exclusion(m, density, power_integrand, bias, ...)	Base class for exclusion models.
NgMatched(m, density, power_integrand, bias, ...)	A model for double ellipsoid halo exclusion, where a mask is defined so that the number density of galaxies is matched.
NgMatched_(m, density, power_integrand, ...)	The same as NgMatched.
NoExclusion(m, density, power_integrand, ...)	A model where there's no halo exclusion.
Sphere(m, density, power_integrand, bias, r, ...)	Spherical halo exclusion model.