VlMserFilt Struct Reference
MSER filter. More...
#include <mser.h>
Data Fields | |
vl_uint * | perm |
vl_uint * | joins |
int | njoins |
Image data and meta data @internal | |
int | ndims |
int * | dims |
int | nel |
int * | subs |
int * | dsubs |
int * | strides |
Regions | |
VlMserReg * | r |
VlMserExtrReg * | er |
vl_uint * | mer |
int | ner |
int | nmer |
int | rer |
int | rmer |
Ellipsoids fitting | |
float * | acc |
float * | ell |
int | rell |
int | nell |
int | dof |
Configuration | |
vl_bool | verbose |
int | delta |
double | max_area |
double | min_area |
double | max_variation |
double | min_diversity |
Detailed Description
MSER Filter.
The MSER filter computes the Maximally Stable Extremal Regions of an image.
Field Documentation
float* VlMserFilt::acc |
moment accumulator.
int VlMserFilt::delta |
delta filter parameter
int* VlMserFilt::dims |
dimensions
int VlMserFilt::dof |
number of dof of ellipsoids.
int* VlMserFilt::dsubs |
another subscript
float* VlMserFilt::ell |
ellipsoids list.
VlMserExtrReg* VlMserFilt::er |
extremal tree
vl_uint* VlMserFilt::joins |
sequence of join ops
double VlMserFilt::max_area |
badness test parameter
double VlMserFilt::max_variation |
badness test parameter
vl_uint* VlMserFilt::mer |
maximally stable extremal regions
double VlMserFilt::min_area |
badness test parameter
double VlMserFilt::min_diversity |
minimum diversity
int VlMserFilt::ndims |
number of dimensions
int VlMserFilt::nel |
number of image elements (pixels)
int VlMserFilt::nell |
number of ellipsoids extracted
int VlMserFilt::ner |
number of extremal regions
int VlMserFilt::njoins |
number of join ops
int VlMserFilt::nmer |
number of maximally stable extr. reg.
vl_uint* VlMserFilt::perm |
pixel ordering
VlMserReg* VlMserFilt::r |
basic regions
int VlMserFilt::rell |
size of ell buffer
int VlMserFilt::rer |
size of er buffer
int VlMserFilt::rmer |
size of mer buffer
int* VlMserFilt::strides |
strides to move in image data
int* VlMserFilt::subs |
N-dimensional subscript
vl_bool VlMserFilt::verbose |
be verbose
The documentation for this struct was generated from the following file: