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void make_circle_convolution (const REAL radius, CMat *convolution, const gint m); void make_gaussian_convolution (const REAL alpha, CMat *convolution, const gint m); void convolve_star_mat (CMat *result, const CMat *const mata, const CMat *const matb); CMat* compute_g_matrix (const CMat *const convolution, const gint m, const REAL gamma, const REAL noise_factor, const REAL musq, const gboolean symmetric); void finish_matrix (Mat *mat); void finish_and_free_matrix (Mat *mat); void init_c_mat (CMat *mat, const gint radius); void finish_c_mat (CMat *mat); void print_c_mat (FILE *file, const CMat *const mat); void print_convolution_matrix (FILE *file, REAL mat[], gint m); |
void make_circle_convolution (const REAL radius, CMat *convolution, const gint m); |
void make_gaussian_convolution (const REAL alpha, CMat *convolution, const gint m); |
void convolve_star_mat (CMat *result,
const CMat *const mata,
const CMat *const matb); |
CMat* compute_g_matrix (const CMat *const convolution,
const gint m,
const REAL gamma,
const REAL noise_factor,
const REAL musq,
const gboolean symmetric); |