openev/vector_8hpp_source.html

#ifndef OPENEV_CONTAINERS_VECTOR_HPP

#define OPENEV_CONTAINERS_VECTOR_HPP


#include "openev/core/types.hpp"

#include <opencv2/core/types.hpp>

#include <vector>


namespace ev {

template <typename T>


class Vector_ : public std::vector<Event_<T>> {

  using std::vector<Event_<T>>::vector;


public:

  [[nodiscard]] inline double duration() const;


  [[nodiscard]] inline double rate() const;


  [[nodiscard]] Eventd mean() const;


  [[nodiscard]] inline cv::Point2d meanPoint() const;


  [[nodiscard]] inline double meanTime() const;


  [[nodiscard]] inline double midTime() const;

};


using Vectori = Vector_<int>;

using Vectorl = Vector_<long>;

using Vectorf = Vector_<float>;

using Vectord = Vector_<double>;

using Vector = Vectori;

} // namespace ev


#endif // OPENEV_CONTAINERS_VECTOR_HPP

ev::Event_
This class extends cv::Point_<T> for event data. For more information, please refer here.
Definition types.hpp:55

ev::Vector_
This class extends std::vector to implement event vectors. For more information, please refer here.
Definition vector.hpp:20

ev::Vector_::midTime
double midTime() const
Calculate the midpoint time between the oldest and the newest event.
Definition vector.cpp:41

ev::Vector_::rate
double rate() const
Compute event rate as the ratio between the number of events and the time difference between the last...
Definition vector.cpp:15

ev::Vector_::duration
double duration() const
Time difference between the last and the first event.
Definition vector.cpp:10

ev::Vector_::meanTime
double meanTime() const
Compute the mean time of the events.
Definition vector.cpp:36

ev::Vector_::mean
Eventd mean() const
Compute the mean of the events.
Definition vector.cpp:20

ev::Vector_::meanPoint
cv::Point2d meanPoint() const
Compute the mean x,y point of the events.
Definition vector.cpp:29

types.hpp
Basic event-based vision structures based on OpenCV components.

ev::Eventd
Event_< double > Eventd
Definition types.hpp:207