Interface for range image settings (for AOP format in cylindrical coordinates) More...

Inheritance diagram for artec::sdk::base::IRangeImageCylindric:

Public Member Functions
virtual const SettingsCylindric &	getSettings () const =0

virtual bool	isClosed () const =0

virtual float	getEmptyValue () const =0

virtual IImage *	getImage () const =0

virtual ErrorCode	toSurface (IFrameMesh **surf, bool calcTex=false) const =0
	Builds 3D surface and calculates some additional data. More...

virtual ErrorCode	shrinkHeight (int start_row, int new_height)=0
	Shrink the image vertically. More...

Public Member Functions inherited from artec::sdk::base::IRef
virtual int	addRef () const =0
	Increase object reference counter. More...

virtual int	release () const =0
	Decrease object reference counter. More...

Detailed Description

Interface for range image settings (for AOP format in cylindrical coordinates)

Definition at line 54 of file IRangeImageCylindric.h.

Member Function Documentation

virtual float artec::sdk::base::IRangeImageCylindric::getEmptyValue ( ) const

pure virtual

virtual IImage* artec::sdk::base::IRangeImageCylindric::getImage ( ) const

pure virtual

virtual const SettingsCylindric& artec::sdk::base::IRangeImageCylindric::getSettings ( ) const

pure virtual

virtual bool artec::sdk::base::IRangeImageCylindric::isClosed ( ) const

pure virtual

Returns: true if range image is closed (closed can be polar or cylindric range image)

virtual ErrorCode artec::sdk::base::IRangeImageCylindric::shrinkHeight	(	int	start_row,
		int	new_height
	)

pure virtual

Shrink the image vertically.

Return values

ErrorCode_ArgumentInvalid if start_row<0 or (start_row+new_height)>height.

virtual ErrorCode artec::sdk::base::IRangeImageCylindric::toSurface	(	IFrameMesh **	surf,
		bool	calcTex = `false`
	)		const

pure virtual

Builds 3D surface and calculates some additional data.

Parameters

surf	- surface to be built from the range image
catcTex	- flag shows if texture coordinates have to be calculated (currently not realized for Polar)

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