, where (s0,alpha) is an initial point in epipolar space, (s,alpha) is the transformed point, t is time, and gamma is a function of alpha and time that defines the transformation. See bmrf_gamma_func.h
Modifications
Definition in file bmrf_epi_transform.h.
#include <bmrf/bmrf_gamma_func.h>
#include <bmrf/bmrf_gamma_func_sptr.h>
#include <bmrf/bmrf_epi_point_sptr.h>
#include <bmrf/bmrf_epi_seg_sptr.h>
Go to the source code of this file.
Functions | |
| double | bmrf_epi_transform (double s0, double alpha, const bmrf_gamma_func_sptr &gamma, double t=1.0) |
| Calculates the transformed value of s. | |
| bmrf_epi_point_sptr | bmrf_epi_transform (const bmrf_epi_point_sptr &ep, const bmrf_gamma_func_sptr &gamma, double t=1.0, bool update_all=false) |
| Calculates a transformed epi_point. | |
| bmrf_epi_seg_sptr | bmrf_epi_transform (const bmrf_epi_seg_sptr &ep, const bmrf_gamma_func_sptr &gamma, double t=1.0, bool update_all=false) |
| Calculates a transformed epi_seg. | |
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Calculates a transformed epi_seg.
Definition at line 58 of file bmrf_epi_transform.cxx. |
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Calculates a transformed epi_point.
Definition at line 40 of file bmrf_epi_transform.cxx. |
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Calculates the transformed value of s.
Definition at line 28 of file bmrf_epi_transform.h. |
1.4.4