refllib - Low level reflectivity calculations¶

`reflectivity_amplitude`
`magnetic_amplitude`	python version of calculation implicit returns: Ra, Rb, Rc, Rd
`calculate_u1_u3`	array version - rhoM, thetaM, u1 and u3 are arrays rhoM, u1 and u3 are modified in-place
`convolve_gaussian`
`convolve_uniform`
`convolve_sampled`
`align_magnetic`
`contract_by_area`
`contract_mag`
`rebin_counts`
`rebin_counts_2D`

Reflectometry numba library

refl1d.refllib.align_magnetic(d, sigma, rho, irho, dM, sigmaM, rhoM, thetaM, output_flat)[source]¶

refl1d.refllib.calculate_u1_u3(H, rhoM, thetaM, Aguide, u1, u3)[source]¶: array version - rhoM, thetaM, u1 and u3 are arrays rhoM, u1 and u3 are modified in-place

refl1d.refllib.contract_by_area(d, sigma, rho, irho, dA)[source]¶

refl1d.refllib.contract_mag(d, sigma, rho, irho, rhoM, thetaM, dA)[source]¶

refl1d.refllib.convolve_gaussian(xin, yin, x, dx, y)[source]¶

refl1d.refllib.convolve_sampled(xin, yin, xp, yp, x, dx, y)[source]¶

refl1d.refllib.convolve_uniform(xi, yi, x, dx, y)[source]¶

refl1d.refllib.magnetic_amplitude(d, sigma, rho, irho, rhoM, u1, u3, KZ, R)[source]¶: python version of calculation implicit returns: Ra, Rb, Rc, Rd

refl1d.refllib.rebin_counts(xold, Iold, xnew, Inew)[source]¶

refl1d.refllib.rebin_counts_2D(xold, yold, Iold, xnew, ynew, Inew)[source]¶

refl1d.refllib.reflectivity_amplitude(depth, sigma, rho, irho, kz, rho_index, r)[source]¶