File simple_MC_integration.hpp

Typedefs

typedef double NT

typedef Cartesian<NT> Kernel

typedef Kernel::Point Point

typedef HPolytope<Point> Hpolytope

typedef boost::mt19937 RNGType

typedef BoostRandomNumberGenerator<RNGType, NT> RandomNumberGenerator

typedef HPolytope<Point>::MT MT

typedef HPolytope<Point>::VT VT

typedef std::vector<NT> Limit

Enums

enum volumetype

Values:

enumerator CB

enumerator CG

enumerator SOB

Functions

template<typename Point = Point, typename NT = NT> bool valid_limits(Point LL, Point UL)

template<typename Point = Point, typename NT = NT> Point init_limit(Limit L, int dim)

template<typename Point = Point, typename NT = NT> void initiate_unit_limits(Point &LL, Point &UL, int dim)

template<typename WalkType = BallWalk, typename Polytope = Hpolytope, typename VolumeWalkType = BallWalk, typename RNG = RandomNumberGenerator, typename NT = NT, typename Functor> NT simple_mc_polytope_integrate(Functor Fx, Polytope &P, RNG &rng, int N = 10000, volumetype voltype = SOB, int walk_length = 1, NT e = 0.1, Point Origin = pt)

template<typename WalkType = BallWalk, typename Polytope = Hpolytope, typename VolumeWalkType = BallWalk, typename RNG = RandomNumberGenerator, typename NT = NT, typename Functor> NT simple_mc_polytope_integrate(Functor Fx, Polytope &P, int N = 10000, volumetype voltype = SOB, int walk_length = 1, NT e = 0.1, Point Origin = pt)

template<typename WalkType = BallWalk, typename RNG = RandomNumberGenerator, typename NT = NT, typename Functor> NT simple_mc_integrate(Functor Fx, int dim, RNG &rng, int N = 10000, volumetype voltype = SOB, Limit LowLimit = lt, Limit UpLimit = lt, int walk_length = 10, NT e = 0.1)

template<typename WalkType = BallWalk, typename RNG = RandomNumberGenerator, typename NT = NT, typename Functor> NT simple_mc_integrate(Functor Fx, int dim, int N = 10000, volumetype voltype = SOB, Limit LowLimit = lt, Limit UpLimit = lt, int walk_length = 10, NT e = 0.1)

Variables

const Limit lt = {0}

const Point pt = {0}