Consider using SlidingStripeOpticalFlow instead. More...

Inheritance diagram for OpticalFlowConfig:

Collaboration diagram for OpticalFlowConfig:

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Public Attributes
bool	invertU
	If true, negate X so that it will increase towards left (West)

bool	invertV
	If true, negate Y so that it will increase towards top (North)

Public Attributes inherited from WindowConfig
Frame2D< int >	frame

VariableMap	functorParameters

Additional Inherited Members
Public Types inherited from WindowConfig
typedef FunctorBank::map_t	fmap_t

typedef fmap_t::const_iterator	ftor_entry_t

Public Member Functions inherited from WindowConfig
template<class FT = IdentityFunctor>
	WindowConfig (int width=1, int height=0, const FT &functor=FT())

	WindowConfig (const WindowConfig &conf)

int	getWidth () const

int	getHeight () const

void	setFunctor (const std::string &ftorKey)
	Get the cloner of the current functor type. More...

const fmap_t::key_type &	getFunctorName () const

const VariableMap &	getFunctorParams () const
	Return the parameters to be set for proceeding getFunctor() calls.

Protected Attributes inherited from WindowConfig
std::string	key

Detailed Description

Consider using SlidingStripeOpticalFlow instead.

T = class of the input T2 = class of the derivative images, weight, and output (motion field and weight)

The documentation for this class was generated from the following file:

Public Attributes