time-surface.hpp

Go to the documentation of this file.

 
#ifndef OPENEV_REPRESENTATIONS_TIME_SURFACE_HPP
#define OPENEV_REPRESENTATIONS_TIME_SURFACE_HPP
 
#include "openev/core/types.hpp"
#include "openev/representations/abstract-representation.hpp"
#include "openev/representations/event-image.hpp"
#include <opencv2/core.hpp>
#include <utility>
 
namespace ev {
enum class Kernel { NONE,
                    LINEAR,
                    EXPONENTIAL };
template <typename T, const RepresentationOptions Options = RepresentationOptions::NONE>
class TimeSurface_ : public EventImage_<T, Options> {
public:
  template <typename... Args>
  explicit TimeSurface_(Args &&...args) : EventImage_<T, Options>(std::forward<Args>(args)...) {
    EventImage_<T, Options>::clear();
  }
 
  cv::Mat_<double> time{this->size()};   
  cv::Mat_<bool> polarity{this->size()}; 
  cv::Mat &render(const Kernel kernel = Kernel::NONE, const double tau = 0);
 
private:
  void clear_() override;
  void clear_(const cv::Mat &background) override;
  bool insert_(const Event &e) override;
};
using TimeSurface1b = TimeSurface_<uchar>;     
using TimeSurface2b = TimeSurface_<cv::Vec2b>; 
using TimeSurface3b = TimeSurface_<cv::Vec3b>; 
using TimeSurface4b = TimeSurface_<cv::Vec4b>; 
using TimeSurface1s = TimeSurface_<short>;     
using TimeSurface2s = TimeSurface_<cv::Vec2s>; 
using TimeSurface3s = TimeSurface_<cv::Vec3s>; 
using TimeSurface4s = TimeSurface_<cv::Vec4s>; 
using TimeSurface1w = TimeSurface_<ushort>;    
using TimeSurface2w = TimeSurface_<cv::Vec2w>; 
using TimeSurface3w = TimeSurface_<cv::Vec3w>; 
using TimeSurface4w = TimeSurface_<cv::Vec4w>; 
using TimeSurface1i = TimeSurface_<int>;       
using TimeSurface2i = TimeSurface_<cv::Vec2i>; 
using TimeSurface3i = TimeSurface_<cv::Vec3i>; 
using TimeSurface4i = TimeSurface_<cv::Vec4i>; 
using TimeSurface1f = TimeSurface_<float>;     
using TimeSurface2f = TimeSurface_<cv::Vec2f>; 
using TimeSurface3f = TimeSurface_<cv::Vec3f>; 
using TimeSurface4f = TimeSurface_<cv::Vec4f>; 
using TimeSurface1d = TimeSurface_<double>;    
using TimeSurface2d = TimeSurface_<cv::Vec2d>; 
using TimeSurface3d = TimeSurface_<cv::Vec3d>; 
using TimeSurface4d = TimeSurface_<cv::Vec4d>; 
using TimeSurface1 = TimeSurface1b;            
using TimeSurface3 = TimeSurface3b;            
using TimeSurface = TimeSurface1;              
} // namespace ev
 
#include "openev/representations/time-surface.tpp"
#endif // OPENEV_REPRESENTATIONS_TIME_SURFACE_HPP