superres/optical_flow.hpp

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#ifndef OPENCV_SUPERRES_OPTICAL_FLOW_HPP




#define OPENCV_SUPERRES_OPTICAL_FLOW_HPP








#include "opencv2/core.hpp"








namespace

cv



{



namespace
superres



{











class
CV_EXPORTS
DenseOpticalFlowExt
:
public
cv::Algorithm




{



public:



virtual
void
calc(InputArray frame0, InputArray frame1,
OutputArray
flow1,
OutputArray
flow2 = noArray()) = 0;



virtual
void
collectGarbage() = 0;



};











class
CV_EXPORTS
FarnebackOpticalFlow
:
public
virtual
DenseOpticalFlowExt




{



public:



virtual
double
getPyrScale()
const
= 0;



virtual
void
setPyrScale(double
val) = 0;



virtual
int
getLevelsNumber()
const
= 0;



virtual
void
setLevelsNumber(int
val) = 0;



virtual
int
getWindowSize()
const
= 0;



virtual
void
setWindowSize(int
val) = 0;



virtual
int
getIterations()
const
= 0;



virtual
void
setIterations(int
val) = 0;



virtual
int
getPolyN()
const
= 0;



virtual
void
setPolyN(int
val) = 0;



virtual
double
getPolySigma()
const
= 0;



virtual
void
setPolySigma(double
val) = 0;



virtual
int
getFlags()
const
= 0;



virtual
void
setFlags(int
val) = 0;



};



CV_EXPORTS
Ptr<FarnebackOpticalFlow>
createOptFlow_Farneback();



CV_EXPORTS
Ptr<FarnebackOpticalFlow>
createOptFlow_Farneback_CUDA();











//        CV_EXPORTS Ptr<DenseOpticalFlowExt> createOptFlow_Simple();












class
CV_EXPORTS
DualTVL1OpticalFlow
:
public
virtual
DenseOpticalFlowExt




{



public:



virtual
double
getTau()
const
= 0;



virtual
void
setTau(double
val) = 0;



virtual
double
getLambda()
const
= 0;



virtual
void
setLambda(double
val) = 0;



virtual
double
getTheta()
const
= 0;



virtual
void
setTheta(double
val) = 0;



virtual
int
getScalesNumber()
const
= 0;



virtual
void
setScalesNumber(int
val) = 0;



virtual
int
getWarpingsNumber()
const
= 0;



virtual
void
setWarpingsNumber(int
val) = 0;



virtual
double
getEpsilon()
const
= 0;



virtual
void
setEpsilon(double
val) = 0;



virtual
int
getIterations()
const
= 0;



virtual
void
setIterations(int
val) = 0;



virtual
bool
getUseInitialFlow()
const
= 0;



virtual
void
setUseInitialFlow(bool
val) = 0;



};



CV_EXPORTS
Ptr<DualTVL1OpticalFlow>
createOptFlow_DualTVL1();



CV_EXPORTS
Ptr<DualTVL1OpticalFlow>
createOptFlow_DualTVL1_CUDA();











class
CV_EXPORTS
BroxOpticalFlow
:
public
virtual
DenseOpticalFlowExt




{



public:







virtual
double
getAlpha()
const
= 0;



virtual
void
setAlpha(double
val) = 0;







virtual
double
getGamma()
const
= 0;



virtual
void
setGamma(double
val) = 0;







virtual
double
getScaleFactor()
const
= 0;



virtual
void
setScaleFactor(double
val) = 0;







virtual
int
getInnerIterations()
const
= 0;



virtual
void
setInnerIterations(int
val) = 0;







virtual
int
getOuterIterations()
const
= 0;



virtual
void
setOuterIterations(int
val) = 0;







virtual
int
getSolverIterations()
const
= 0;



virtual
void
setSolverIterations(int
val) = 0;



};



CV_EXPORTS
Ptr<BroxOpticalFlow>
createOptFlow_Brox_CUDA();











class

PyrLKOpticalFlow
:
public
virtual
DenseOpticalFlowExt




{



public:



virtual
int
getWindowSize()
const
= 0;



virtual
void
setWindowSize(int
val) = 0;



virtual
int
getMaxLevel()
const
= 0;



virtual
void
setMaxLevel(int
val) = 0;



virtual
int
getIterations()
const
= 0;



virtual
void
setIterations(int
val) = 0;



};



CV_EXPORTS
Ptr<PyrLKOpticalFlow>
createOptFlow_PyrLK_CUDA();











}


}







#endif

// OPENCV_SUPERRES_OPTICAL_FLOW_HPP