API Documentation

Adaptive integration of a callable function or method

quadgk(fun, interval[, args, full_output, ...])	Global adaptive quadrature using Gauss-Kronrod rule.
quadcc(fun, interval[, args, full_output, ...])	Global adaptive quadrature using Clenshaw-Curtis rule.
quadts(fun, interval[, args, full_output, ...])	Global adaptive quadrature using trapezoidal tanh-sinh rule.
romberg(fun, interval[, args, full_output, ...])	Romberg integration of a callable function or method.
rombergts(fun, interval[, args, ...])	Romberg integration with tanh-sinh (aka double exponential) transformation.

Quadrature Rules

AbstractQuadratureRule()	Abstract base class for 1D quadrature rules.
GaussKronrodRule([order, norm])	Integrate a function from a to b using a fixed order Gauss-Kronrod rule.
ClenshawCurtisRule([order, norm])	Integrate a function from a to b using a fixed order Clenshaw-Curtis rule.
TanhSinhRule([order, norm])	Integrate a function from a to b using a fixed order Tanh-Sinh trapezoidal rule.

Integrating function from sampled values

trapezoid(y, *[, x, dx, axis])	Integrate along the given axis using the composite trapezoidal rule.
cumulative_trapezoid(y, *[, x, dx, axis, ...])	Cumulatively integrate y(x) using the composite trapezoidal rule.
simpson(y, *[, x, dx, axis])	Integrate y(x) from samples using the composite Simpson's rule.
cumulative_simpson(y, *[, x, dx, axis, initial])	Cumulatively integrate y(x) using the composite Simpson's 1/3 rule.

Low level routines and wrappers

adaptive_quadrature(rule, fun, interval[, ...])

Global adaptive quadrature.