Template Class Mesh3¶

Defined in File mesh.hpp

Inheritance Relationships¶

Derived Type¶

public brille::BrillouinZoneMesh3< T, S > (Template Class BrillouinZoneMesh3)

Class Documentation¶

template<class T, class S> class brille::Mesh3¶

Subclassed by brille::BrillouinZoneMesh3< T, S >

Public Functions

Mesh3(const bArray<double> &verts, const std::vector<std::vector<int>> &facets, const double max_volume = -1.0, const int num_levels = 3, const int max_points = -1)¶

Mesh3(const Mesh3<T, S> &other)¶

Mesh3<T, S> &operator=(const Mesh3<T, S> &other)¶

ind_t size() const¶: Return the number of mesh vertices.

ind_t vertex_count() const¶: Return the number of mesh vertices.

const bArray<double> &get_mesh_xyz() const¶: Return the positions of all vertices in the mesh.

const bArray<ind_t> &get_mesh_tetrehedra() const¶: Return the tetrahedron indices of the mesh.

const data_t &data(void) const¶

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

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¶

template<class R> unsigned int check_before_interpolating(const bArray<R> &x) const¶: Perform sanity checks before attempting to interpolate.

template<class R> std::tuple<brille::Array<T>, brille::Array<S>> interpolate_at(const LQVec<R> &x) const¶: Perform linear interpolation at the specified Reciprocal lattice points.

template<class R> std::tuple<brille::Array<T>, brille::Array<S>> interpolate_at(const bArray<R> &x) const¶: Perform linear interpolating at the specified points in the mesh’s orthonormal frame.

template<class R> std::tuple<brille::Array<T>, brille::Array<S>> parallel_interpolate_at(const bArray<R> &x, const int nthreads) const¶

std::string to_string(void) const¶: Return the neighbours for which a passed boolean array holds true.

void sort()¶

Protected Attributes

TetTri mesh¶

data_t data_¶