Inheritance diagram for ev::TimeSurface_< T, Options, E >:

Public Member Functions
template<typename... Args>
	TimeSurface_ (Args &&...args)
cv::Mat &	render (const Kernel kernel=Kernel::NONE, const double tau=0)
	Render timesurface matrix.
Public Member Functions inherited from ev::EventImage_< T, RepresentationOptions::NONE, int >
	EventImage_ (Args &&...args)
cv::Mat &	render ()
Public Member Functions inherited from ev::AbstractRepresentation_< T, Options, int >
std::size_t	count () const
	Number of events integrated in the representation.
double	duration () const
	Time difference between the oldest and the newest event integrated in the representation.
double	midTime () const
	Calculate the midpoint time between the oldest and the newest event.
void	clear ()
	Remove all events from the representation.
bool	insert (const Event_< int > &e)
	Insert one event in the representation.
void	setTimeOffset (const Event_< int > &e)
	Set time offset.
void	setValue (const bool polarity, const Type &value)
	Set values for ON and OFF pixels.
void	setValues (const Type &positive, const Type &negative, const Type &reset)
	Set values for ON, OFF, and non-activated pixels.
void	setColor (const bool polarity, const cv::viz::Color &color)
	Set colors for ON and OFF pixels. For more information, please refer here.
void	setColors (const cv::viz::Color &positive, const cv::viz::Color &negative, const cv::viz::Color &reset)
	Set colors for ON, OFF, and non-activated pixels. For more information, please refer here.
void	setColormap (const cv::ColormapTypes cm)
	Set colormap for the representation.

Additional Inherited Members
Public Types inherited from ev::AbstractRepresentation_< T, Options, int >
using	Type

Member Function Documentation

◆ render()

template<typename T, const RepresentationOptions Options = RepresentationOptions::NONE, typename E = int>

cv::Mat & ev::TimeSurface_< T, Options, E >::render	(	const Kernel	kernel = Kernel::NONE,
		const double	tau = 0 )

Render timesurface matrix.

Timesurface matrix is generated from timestamp and polarity matrices.

Parameters

kernel	Kernel type
tau	Time constant

template<typename T, const RepresentationOptions Options = RepresentationOptions::NONE, typename E = int>

Mat::Polarity ev::TimeSurface_< T, Options, E >::polarity {this->size()}

Polarity matrix

template<typename T, const RepresentationOptions Options = RepresentationOptions::NONE, typename E = int>

Mat::Time ev::TimeSurface_< T, Options, E >::time {this->size()}

Time matrix

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