Template Class PolyhedronTrellis¶

Defined in File trellis.hpp

Inheritance Relationships¶

Derived Type¶

public brille::BrillouinZoneTrellis3< T, R > (Template Class BrillouinZoneTrellis3)

Class Documentation¶

template<typename T, typename R> class brille::PolyhedronTrellis¶

Subclassed by brille::BrillouinZoneTrellis3< T, R >

Public Types

using ind_t = brille::ind_t ¶

using data_t = DualInterpolator<T, R>¶

using vert_t = bArray<double>¶

Public Functions

PolyhedronTrellis(const Polyhedron &polyhedron, const double max_volume, const bool always_triangulate = false)¶

PolyhedronTrellis()¶

ind_t expected_vertex_count() const¶

ind_t vertex_count() const¶

const vert_t &vertices(void) const¶

const vert_t &vertices(const bArray<double> &v)¶

vert_t cube_vertices(void) const¶

vert_t poly_vertices(void) const¶

std::vector<std::array<ind_t, 4>> vertices_per_tetrahedron(void) const¶

std::vector<std::pair<ind_t, double>> indices_weights(const bArray<double> &x) const¶

template<class S> unsigned check_before_interpolating(const bArray<S> &x) const¶

std::tuple<brille::Array<T>, brille::Array<R>> interpolate_at(const bArray<double> &x) const¶

std::tuple<brille::Array<T>, brille::Array<R>> interpolate_at(const bArray<double> &x, const int threads) const¶

ind_t node_count()¶

std::array<ind_t, 3> size() const¶

std::array<ind_t, 3> span() const¶

std::array<ind_t, 3> node_subscript(const bArray<double> &p) const¶

template<class S> ind_t node_index(const S &p) const¶

std::vector<ind_t> node_neighbours(const ind_t idx) const¶

const CubeNode &cube_node(const ind_t idx) const¶

const PolyNode &poly_node(const ind_t idx) const¶

std::string to_string(void) const¶

const data_t &data(void) const¶: Get a constant reference to the stored data.

template<typename ...A> void replace_data(A... args)¶: Replace the data stored in the object.

template<typename ...A> void replace_value_data(A... args)¶

template<typename ...A> void replace_vector_data(A... args)¶

template<typename ...A> void set_value_cost_info(A... args)¶

template<typename ...A> void set_vector_cost_info(A... args)¶

size_t bytes_per_point() const¶: Return the number of bytes used per Q point.

template<template<class> class A> brille::Array<double> debye_waller(const A<double> &Qpts, const std::vector<double> &Masses, const double t_K) const¶: Calculate the Debye-Waller factor for the provided Q points and ion masses.

void sort(void)¶

double total_node_volume() const¶