Starter: Basic structures and mathematical tools

Classes
class	affinity
class	homography
	Static class for the estimation of homographies. More...
class	projection_matrix
	3D to 2D projection matrix More...
class	ls_minimizer
class	ls_minimizer2
class	ls_step_solver
Functions
void	mcvGetQuadrangleSubPix (IplImage *src, IplImage *dest, affinity *A, int fill_outliers, CvScalar fill_value)
bool	solve_ls (double A11, double A12, double A13, double &x1, double B1, double A21, double A22, double A23, double &x2, double B2, double A31, double A32, double A33, double &x3, double B3)
double	rho_tukey_without_sqrt (const double x2, const double c)

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Detailed Description

Starter contains basic structures and mathematical tools, like a non-linear minimizer (ls_minimizer).

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Function Documentation

void mcvGetQuadrangleSubPix (  IplImage *  src, IplImage *  dest, affinity *  A, int  fill_outliers, CvScalar  fill_value )

Definition at line 141 of file affinity.cpp.

double rho_tukey_without_sqrt (  const double  x2, const double  c )  [inline]

Definition at line 36 of file robust_estimators.h.

bool solve_ls (  double  A11, double  A12, double  A13, double &  x1, double  B1, double  A21, double  A22, double  A23, double &  x2, double  B2, double  A31, double  A32, double  A33, double &  x3, double  B3 )

Definition at line 24 of file linear_systems.cpp. References gfla_det().

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