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Edinburgh Speech Tools
2.1-release
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Edinburgh Speech Tools
2.1-release
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#include "EST_FMatrix.h"#include "EST_system.h"#include <cstdlib>#include <climits>#include "EST_unix.h"#include "EST_math.h"#include <ctime>
Go to the source code of this file.
Functions | |
| bool | polynomial_fit (EST_FVector &x, EST_FVector &y, EST_FVector &co_effs, int order) |
| least squares fit More... | |
| bool | polynomial_fit (EST_FVector &x, EST_FVector &y, EST_FVector &co_effs, EST_FVector &weights, int order) |
| weighted least squares fit More... | |
| float | matrix_max (const EST_FMatrix &a) |
| find largest element More... | |
| int | square (const EST_FMatrix &a) |
| float | sum (const EST_FMatrix &a) |
| sum of elements More... | |
| EST_FMatrix | diagonalise (const EST_FMatrix &a) |
| extract leading diagonal as a matrix More... | |
| void | inplace_diagonalise (EST_FMatrix &a) |
| inplace diagonalise More... | |
| EST_FMatrix | sub (const EST_FMatrix &a, ssize_t row, ssize_t col) |
| EST_FMatrix | row (const EST_FMatrix &a, ssize_t row) |
| EST_FMatrix | column (const EST_FMatrix &a, ssize_t col) |
| EST_FMatrix | triangulate (const EST_FMatrix &a) |
| void | transpose (const EST_FMatrix &a, EST_FMatrix &b) |
| exchange rows and columns More... | |
| EST_FMatrix | backwards (EST_FMatrix &a) |
| EST_FMatrix | fmatrix_abs (const EST_FMatrix &a) |
| int | inverse (const EST_FMatrix &a, EST_FMatrix &inv) |
| inverse More... | |
| int | inverse (const EST_FMatrix &a, EST_FMatrix &inv, int &singularity) |
| int | pseudo_inverse (const EST_FMatrix &a, EST_FMatrix &inv) |
| pseudo inverse (for non-square matrices) More... | |
| int | pseudo_inverse (const EST_FMatrix &a, EST_FMatrix &inv, int &singularity) |
| float | determinant (const EST_FMatrix &a) |
| void | eye (EST_FMatrix &a, const ssize_t n) |
| some useful matrix creators make an identity matrix of dimension n More... | |
| void | eye (EST_FMatrix &a) |
| make already square matrix into I without resizing More... | |
| EST_FVector | add (const EST_FVector &a, const EST_FVector &b) |
| elementwise add More... | |
| EST_FVector | subtract (const EST_FVector &a, const EST_FVector &b) |
| elementwise subtract More... | |
| EST_FVector | diagonal (const EST_FMatrix &a) |
| extract leading diagonal as a vector More... | |
| float | polynomial_value (const EST_FVector &coeffs, const float x) |
| void | symmetrize (EST_FMatrix &a) |
| enforce symmetry More... | |
| void | stack_matrix (const EST_FMatrix &M, EST_FVector &v) |
| stack columns on top of each other to make a vector More... | |
| void | make_random_matrix (EST_FMatrix &M, const float scale) |
| all elements are randomised More... | |
| void | make_random_vector (EST_FVector &V, const float scale) |
| all elements are randomised More... | |
| void | make_random_symmetric_matrix (EST_FMatrix &M, const float scale) |
| used for covariance More... | |
| void | make_random_diagonal_matrix (EST_FMatrix &M, const float scale) |
| used for variance More... | |
| void | make_poly_basis_function (EST_FMatrix &T, EST_FVector t) |
| ssize_t | floor_matrix (EST_FMatrix &M, const float floor) |
| EST_FMatrix | cov_prod (const EST_FVector &v1, const EST_FVector &v2) |
| matrix product of two vectors (#rows = length of first vector, #cols = length of second vector) More... | |
| void | est_seed () |
| the user should use est_seed to seed the random number generator More... | |
| bool polynomial_fit | ( | EST_FVector & | x, |
| EST_FVector & | y, | ||
| EST_FVector & | co_effs, | ||
| int | order | ||
| ) |
least squares fit
Definition at line 49 of file vec_mat_aux.cc.
| bool polynomial_fit | ( | EST_FVector & | x, |
| EST_FVector & | y, | ||
| EST_FVector & | co_effs, | ||
| EST_FVector & | weights, | ||
| int | order | ||
| ) |
weighted least squares fit
Definition at line 60 of file vec_mat_aux.cc.
| float matrix_max | ( | const EST_FMatrix & | a | ) |
find largest element
Definition at line 129 of file vec_mat_aux.cc.
| int square | ( | const EST_FMatrix & | a | ) |
Definition at line 142 of file vec_mat_aux.cc.
| float sum | ( | const EST_FMatrix & | a | ) |
sum of elements
Definition at line 147 of file vec_mat_aux.cc.
| EST_FMatrix diagonalise | ( | const EST_FMatrix & | a | ) |
extract leading diagonal as a matrix
Definition at line 158 of file vec_mat_aux.cc.
| void inplace_diagonalise | ( | EST_FMatrix & | a | ) |
inplace diagonalise
Definition at line 176 of file vec_mat_aux.cc.
| EST_FMatrix sub | ( | const EST_FMatrix & | a, |
| ssize_t | row, | ||
| ssize_t | col | ||
| ) |
Definition at line 187 of file vec_mat_aux.cc.
| EST_FMatrix row | ( | const EST_FMatrix & | a, |
| ssize_t | row | ||
| ) |
Definition at line 210 of file vec_mat_aux.cc.
| EST_FMatrix column | ( | const EST_FMatrix & | a, |
| ssize_t | col | ||
| ) |
Definition at line 221 of file vec_mat_aux.cc.
| EST_FMatrix triangulate | ( | const EST_FMatrix & | a | ) |
Definition at line 232 of file vec_mat_aux.cc.
| void transpose | ( | const EST_FMatrix & | a, |
| EST_FMatrix & | b | ||
| ) |
exchange rows and columns
Definition at line 244 of file vec_mat_aux.cc.
| EST_FMatrix backwards | ( | EST_FMatrix & | a | ) |
Definition at line 254 of file vec_mat_aux.cc.
| EST_FMatrix fmatrix_abs | ( | const EST_FMatrix & | a | ) |
Definition at line 270 of file vec_mat_aux.cc.
| int inverse | ( | const EST_FMatrix & | a, |
| EST_FMatrix & | inv | ||
| ) |
inverse
Definition at line 298 of file vec_mat_aux.cc.
| int inverse | ( | const EST_FMatrix & | a, |
| EST_FMatrix & | inv, | ||
| int & | singularity | ||
| ) |
Definition at line 304 of file vec_mat_aux.cc.
| int pseudo_inverse | ( | const EST_FMatrix & | a, |
| EST_FMatrix & | inv | ||
| ) |
pseudo inverse (for non-square matrices)
Definition at line 405 of file vec_mat_aux.cc.
| int pseudo_inverse | ( | const EST_FMatrix & | a, |
| EST_FMatrix & | inv, | ||
| int & | singularity | ||
| ) |
Definition at line 411 of file vec_mat_aux.cc.
| float determinant | ( | const EST_FMatrix & | a | ) |
Definition at line 436 of file vec_mat_aux.cc.
| void eye | ( | EST_FMatrix & | a, |
| const ssize_t | n | ||
| ) |
some useful matrix creators make an identity matrix of dimension n
Definition at line 473 of file vec_mat_aux.cc.
| void eye | ( | EST_FMatrix & | a | ) |
make already square matrix into I without resizing
Definition at line 486 of file vec_mat_aux.cc.
| EST_FVector add | ( | const EST_FVector & | a, |
| const EST_FVector & | b | ||
| ) |
elementwise add
Definition at line 501 of file vec_mat_aux.cc.
| EST_FVector subtract | ( | const EST_FVector & | a, |
| const EST_FVector & | b | ||
| ) |
elementwise subtract
Definition at line 519 of file vec_mat_aux.cc.
| EST_FVector diagonal | ( | const EST_FMatrix & | a | ) |
extract leading diagonal as a vector
Definition at line 537 of file vec_mat_aux.cc.
| float polynomial_value | ( | const EST_FVector & | coeffs, |
| const float | x | ||
| ) |
Definition at line 554 of file vec_mat_aux.cc.
| void symmetrize | ( | EST_FMatrix & | a | ) |
enforce symmetry
Definition at line 564 of file vec_mat_aux.cc.
| void stack_matrix | ( | const EST_FMatrix & | M, |
| EST_FVector & | v | ||
| ) |
stack columns on top of each other to make a vector
Definition at line 588 of file vec_mat_aux.cc.
| void make_random_matrix | ( | EST_FMatrix & | M, |
| const float | scale | ||
| ) |
all elements are randomised
Definition at line 599 of file vec_mat_aux.cc.
| void make_random_vector | ( | EST_FVector & | V, |
| const float | scale | ||
| ) |
all elements are randomised
Definition at line 612 of file vec_mat_aux.cc.
| void make_random_symmetric_matrix | ( | EST_FMatrix & | M, |
| const float | scale | ||
| ) |
used for covariance
Definition at line 624 of file vec_mat_aux.cc.
| void make_random_diagonal_matrix | ( | EST_FMatrix & | M, |
| const float | scale | ||
| ) |
used for variance
Definition at line 644 of file vec_mat_aux.cc.
| void make_poly_basis_function | ( | EST_FMatrix & | T, |
| EST_FVector | t | ||
| ) |
Definition at line 660 of file vec_mat_aux.cc.
| ssize_t floor_matrix | ( | EST_FMatrix & | M, |
| const float | floor | ||
| ) |
Definition at line 676 of file vec_mat_aux.cc.
| EST_FMatrix cov_prod | ( | const EST_FVector & | v1, |
| const EST_FVector & | v2 | ||
| ) |
matrix product of two vectors (#rows = length of first vector, #cols = length of second vector)
Definition at line 690 of file vec_mat_aux.cc.
| void est_seed | ( | ) |
the user should use est_seed to seed the random number generator
Definition at line 705 of file vec_mat_aux.cc.
1.8.11