FacePose API. More...

#include <dface_pose.h>

Public Member Functions
	DfacePose ()

virtual	~DfacePose ()

virtual void	predictPose (unsigned char *frame, int w, int h, int format, dface::Box &in_bbox, std::vector< dface::Point > &out_landmark, std::vector< double > &out_head_pose)=0

virtual void	setCameraParameter (float focalLength, float opticalCenterX, float opticalCenterY)=0

Detailed Description

FacePose API.

Constructor & Destructor Documentation

dface::DfacePose::DfacePose ( )

inline

Constructor

virtual dface::DfacePose::~DfacePose ( )

inlinevirtual

Destructor

virtual void dface::DfacePose::predictPose	(	unsigned char *	frame,
		int	w,
		int	h,
		int	format,
		dface::Box &	in_bbox,
		std::vector< dface::Point > &	out_landmark,
		std::vector< double > &	out_head_pose
	)

pure virtual

Detect face landmarks and 3d pose(Euler angles) information

Parameters

[in]	img	Image bytes data
[in]	w	Image width
[in]	h	Image height
[in]	format	Image format(PIXELS_BGR, PIXELS_RGB, PIXELS_YUYV, PIXELS_MJPEG ...)
[in]	in_bboxs	Face boxes
[out]	out_landmarks	Output face landmarks
[out]	out_head_pose	Output face 3d pose(yaw,pitch,roll,t_x,t_y,t_z)

virtual void dface::DfacePose::setCameraParameter	(	float	focalLength,
		float	opticalCenterX,
		float	opticalCenterY
	)

pure virtual

Set camera parameters

Parameters

[in]	focalLength	Camera focal length(unit pixels)，default 500px focalLength = f_mm * (sensor_size_px / sensor_size_mm) f_mm: camera physic focal length(unit mm) sensor_size_px:camera sensor size, unit pixels sensor_size_mm:camera sensor physic size, unit mm
[in]	opticalCenterX	opticalCenterX=image width/2,unit pixels
[in]	opticalCenterY	opticalCenterY=image height/2,unit pixels

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