3d.h

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#ifndef THREED_H 
#define THREED_H 


#include <jwsc/config.h>

#include <stdlib.h>
#include <inttypes.h>

#include "jwsc/base/error.h"
#include "jwsc/matblock/matblock.h"


#ifdef __cplusplus
namespace jwsc {
extern "C" {
#endif


Error* create_auto_3d_gaussian_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma
);

Error* create_auto_3d_gaussian_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma
);

Error* create_3d_gaussian_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_3d_gaussian_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_auto_3d_gaussian_dx_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma
);

Error* create_auto_3d_gaussian_dx_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma
);

Error* create_3d_gaussian_dx_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_3d_gaussian_dx_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_auto_3d_gaussian_dy_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma
);

Error* create_auto_3d_gaussian_dy_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma
);

Error* create_3d_gaussian_dy_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_3d_gaussian_dy_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_auto_3d_gaussian_dz_filter_f
(
    Matblock_f** h_out, 
    float        mat_sigma,
    float        row_sigma,
    float        col_sigma
);

Error* create_auto_3d_gaussian_dz_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma
);

Error* create_3d_gaussian_dz_filter_f
(
    Matblock_f** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

Error* create_3d_gaussian_dz_filter_d
(
    Matblock_d** h_out, 
    double       mat_sigma,
    double       row_sigma,
    double       col_sigma,
    uint32_t     num_mats,
    uint32_t     num_rows,
    uint32_t     num_cols
);

#ifdef __cplusplus
}
}
#endif


#endif