tenncor_docs/matops_8hpp_source.html

 #include <cassert>
 #include <cstring>

 #include "teq/shape.hpp"

 #ifndef TEQ_MATOPS_HPP
 #define TEQ_MATOPS_HPP

 namespace teq
 {

 const RankT mat_dim = rank_cap + 1;

 const size_t mat_size = sizeof(double) * mat_dim * mat_dim;

 using MatrixT = double[mat_dim][mat_dim];

 std::string to_string (const MatrixT& mat);

 double determinant (const MatrixT& mat);

 void inverse (MatrixT out, const MatrixT& in);

 void matmul (MatrixT out, const MatrixT& lhs, const MatrixT& rhs);

 }

 #endif
teq::rank_cap
const RankT rank_cap
Number of dimsensions in a shape/coordinate.
Definition: shape.hpp:47

teq::determinant
double determinant(const MatrixT &mat)
Return the determinant of matrix.

teq::to_string
std::string to_string(const MatrixT &mat)
Return the string representation of input matrix.

teq::RankT
uint8_t RankT
Type used for shape rank.
Definition: shape.hpp:23

teq::mat_size
const size_t mat_size
Number of bytes in a homogeneous matrix.
Definition: matops.hpp:25

teq::mat_dim
const RankT mat_dim
Number of rows and columns for the homogeneous matrix.
Definition: matops.hpp:22

shape.hpp

teq::inverse
void inverse(MatrixT out, const MatrixT &in)
Inverse in matrix and dump to out matrix.

teq
Definition: coord.hpp:16

teq::MatrixT
double[mat_dim][mat_dim] MatrixT
Coordinate transformation matrix (using homogeneous)
Definition: matops.hpp:28

teq::matmul
void matmul(MatrixT out, const MatrixT &lhs, const MatrixT &rhs)
Apply matrix multiplication for lhs and rhs to out matrix.