irradiapy.utils.math

This module contains math utilities for the irradiapy package.

Functions

apply_boundary_conditions(data_atoms, x, y, z)	Apply boundary conditions to atoms.
fit_gaussian(xs, ys[, p0, asymmetry])	Fit data to a Gaussian function.
fit_linear(xs, ys[, yerrs])	Fit a linear function to the given data: y = a * x + b.
fit_lorentzian(xs, ys[, p0, asymmetry])	Fit data to a Lorentzian function.
fit_power_law(xs, ys[, yerrs])	Fit a power law to the given histogram data: y = a * x**k.
gaussian(xs, x_peak, linewidth, amplitude, ...)	Evaluate a Gaussian function.
linear(x, a, b)	Evaluate a linear function: y = a * x + b.
lorentzian(xs, x_peak, linewidth, amplitude, ...)	Evaluate a Lorentzian function.
power_law(x, a, k)	Evaluate a power law: y = a * x**k
recombine_in_radius(data_defects, radius)	Recombine defects (interstitials and vacancies) within a given radius.
repeated_prime_factors(n)	Return the prime factors of n (with repetition).