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Searched refs:epiline (Results 1 – 4 of 4) sorted by relevance

/external/opencv/cvaux/src/
Dcvscanlines.cpp442 float l_point[3], r_point[3], epiline[3]; in icvGetStartEnd1() local
461 icvMultMatrixVector3( F, r_point, epiline ); in icvGetStartEnd1()
462 error = icvCrossLines( l_diagonal, epiline, l_point ); in icvGetStartEnd1()
486 icvMultMatrixTVector3( F, l_point, epiline ); in icvGetStartEnd1()
487 error = icvCrossLines( r_diagonal, epiline, r_point ); in icvGetStartEnd1()
509 icvMultMatrixTVector3( F, l_point, epiline ); in icvGetStartEnd1()
510 error = icvCrossLines( r_diagonal, epiline, r_point ); in icvGetStartEnd1()
532 icvMultMatrixVector3( F, r_point, epiline ); in icvGetStartEnd1()
533 error = icvCrossLines( l_diagonal, epiline, l_point ); in icvGetStartEnd1()
556 icvMultMatrixTVector3( F, l_point, epiline ); in icvGetStartEnd1()
[all …]
D_cvvm.h172 float* epiline,
/external/opencv3/doc/py_tutorials/py_calib3d/py_epipolar_geometry/
Dpy_epipolar_geometry.markdown36 **epiline** corresponding to the point \f$x\f$. It means, to find the point \f$x\f$ on the right im…
37 search along this epiline. It should be somewhere on this line (Think of it this way, to find the
38 matching point in other image, you need not search the whole image, just search along the epiline.
64 Fundamental Matrix F, maps a point in one image to a line (epiline) in the other image. This is
/external/opencv3/doc/py_tutorials/py_calib3d/py_depthmap/
Dpy_depthmap.markdown31 So it finds corresponding matches between two images. We have already seen how epiline constraint