core::ObjectDataAngular Class Reference

#include <ObjectDataAngular.h>

Inheritance diagram for core::ObjectDataAngular:

Public Member Functions
	ObjectDataAngular (size_t frame_index, const cv::Point2d &position, double angle)
	ObjectDataAngular (size_t frame_index, const cv::Point2d &position, double angle, double temporal_weight, double spatial_weight, double angular_weight)
void	SetAngularWeight (double weight)
double	GetAngle () const
double	GetAngularWeight () const
virtual double	CompareTo (ObjectDataPtr obj) const override
virtual ObjectDataPtr	Interpolate (ObjectDataPtr obj, double fraction) const override
virtual void	Visualize (cv::Mat &image, cv::Scalar &color) const override
Public Member Functions inherited from core::ObjectData2D
	ObjectData2D (size_t frame_index, cv::Point2d position)
void	SetTemporalWeight (double weight)
void	SetSpatialWeight (double weight)
cv::Point2d	GetPosition () const
double	GetTemporalWeight () const
double	GetSpatialWeight () const
Public Member Functions inherited from core::ObjectData
	ObjectData ()
	ObjectData (std::size_t frame_index)
std::size_t	GetFrameIndex () const
void	SetFrameIndex (size_t index)
void	SetDetectionScore (double score)
double	GetDetectionScore () const
bool	IsVirtual () const

Detailed Description

Class for storing a detection in two dimensional space with an rotation angle in radians.

Constructor & Destructor Documentation

core::ObjectDataAngular::ObjectDataAngular	(	size_t	frame_index,
		const cv::Point2d &	position,
		double	angle
	)

Creates a new object in the given frame, with the given position and the given angle.

Parameters

frame_index	The index of the frame
position	The position in two dimensional space
angle	The rotation angle in radians

core::ObjectDataAngular::ObjectDataAngular	(	size_t	frame_index,
		const cv::Point2d &	position,
		double	angle,
		double	temporal_weight,
		double	spatial_weight,
		double	angular_weight
	)

Creates a new object in the given frame, with the given position and the given angle. The weights are used in the comparison calculation.

Parameters

frame_index	The index of the frame
position	The position in two dimensional space
angle	The rotation angle in radians
temporal_weight	The temporal weight
spatial_weight	The spatial weight
angular_weight	The angular weight

Member Function Documentation

double core::ObjectDataAngular::CompareTo ( ObjectDataPtr  obj ) const

overridevirtual

Compares this object with the given object.

Parameters

obj	A pointer to the object to compare this object to

Returns

A double value indicating the comparison result

Reimplemented from core::ObjectData2D.

double core::ObjectDataAngular::GetAngle

(

)

const

Gets the rotation angle in radians.

Returns

The rotation angle in radians

double core::ObjectDataAngular::GetAngularWeight

(

)

const

Gets the angular weight.

Returns

The angular weight

ObjectDataPtr core::ObjectDataAngular::Interpolate ( ObjectDataPtr  obj, double  fraction  ) const

overridevirtual

Linearly interpolates between this and the given object. Creates a new object to fit between the two objects.

Parameters

obj	A pointer to the target object
fraction	Describes where the interpolation should be done. A fraction of zero is a clone of this object, a fraction of one is a clone of the target object.

Returns

The interpolated object

Reimplemented from core::ObjectData2D.

void core::ObjectDataAngular::SetAngularWeight

(

double

weight

)

Sets the angular weight.

Parameters

weight

The angular weight

void core::ObjectDataAngular::Visualize ( cv::Mat &  image, cv::Scalar &  color  ) const

overridevirtual

Visualizes the object in the given image with the given color. This method does nothing, it needs to be overwritten to visualize something.

Parameters

image	The image to write into
color	The color to use

Reimplemented from core::ObjectData2D.

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

• core/ObjectDataAngular.h
• core/ObjectDataAngular.cpp