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Namespaces |
namespace | lsseg |
Functions |
double | steplength (const double posx, const double posy, const double vecx, const double vecy) |
double | steplength (const double posx, const double posy, const double posz, const double vecx, const double vecy, const double vecz) |
void | LIC_2D_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_3D_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_2D_FS_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_3D_FS_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | lsseg::LIC_2D_FS (const Image< double > &src, const Image< double > &vec, Image< double > &target, double(*kernel_func)(double), const double dl, const double L) |
void | lsseg::LIC_3D_FS (const Image< double > &src, const Image< double > &vec, Image< double > &target, double(*kernel_func)(double), const double dl, const double L) |
void | lsseg::LIC_3D (const Image< double > &src, const Image< double > &vec, Image< double > &target, double(*kernel_func)(double), const double L) |
void | lsseg::LIC_2D (const Image< double > &src, const Image< double > &vec, Image< double > &target, double(*kernel_func)(double), const double L) |
void | LIC_3D_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_2D_FS_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_3D_FS_subpart (const int job, const int thread, void *const idata, void *const odata) |
void | LIC_2D_subpart (const int job, const int thread, void *const idata, void *const odata) |
double | steplength (const double posx, const double posy, const double vecx, const double vecy) |
double | steplength (const double posx, const double posy, const double posz, const double vecx, const double vecy, const double vecz) |
Variables |
const int | NUM_PROC = 4 |
const double | TAN_LIM_ANGLE = tan(0.05) |
const double | SIN2_LIM_ANGLE = sin(0.05) * sin(0.05) |
const double | ROUNDOFF_TERM = 1.0e-5 |
const double | INFINITE = std::numeric_limits<double>::max() |
int | start |
int | end |
const Image< double > * | src |
const Image< double > * | vec |
double * | target_ptr |
double(* | kernel_func )(double) |
double | L |
int | start |
int | end |
const Image< double > * | src |
const Image< double > * | vec |
double * | target_ptr |
double(* | kernel_func )(double) |
double | L |
double | dl |