#include <ProductFQD.h>

Inheritance diagram for ProductFQD< T, T2 >:

Collaboration diagram for ProductFQD< T, T2 >:

Public Member Functions
image::Image< T > &	filter (const image::Image< T > &src, image::Image< T2 > &dst) const

Public Member Functions inherited from ImageOp< unsigned char, unsigned char >
virtual void	process (const ImageFrame &src, Image &dst) const
	Main interface. Typically splits processing to each channel. More...

virtual void	process (const ImageFrame &src, const ImageFrame &srcWeight, Image &dst, Image &dstWeight) const

virtual void	process (const ImageTray< const Channel > &src, ImageTray< Image > &dst, bool checkOverlap=true) const
	Run the operator on a series of images. Geometry and type may be changed. UNDER CONSTR. More...

virtual void	traverseChannels (const ImageTray< const Channel > &src, ImageTray< Channel > &dst) const

virtual void	traverseChannel (const Channel &src, Channel &dst) const
	Apply to single channel.

virtual void	traverseChannel (const Channel &src, const Channel &srcAlpha, Channel &dst, Channel &dstAlpha) const
	Apply to single channel with alpha.

virtual void	getDstConf (const ImageConf &src, ImageConf &dst) const
	Given source image, determine respective dest image configuration. More...

virtual void	makeCompatible (const ImageConf &src, Image &dst) const
	Depending on the operator, modifies the geometry and type of dst. More...

virtual void	makeCompatible2 (const ImageFrame &src1, const ImageFrame &src2, Image &dst) const
	Modifies the geometry and type of dst to fit the computation result.

virtual void	help (std::ostream &ostr=std::cout) const
	Prints name, description and parameters using BeanLike::toOStr(). Virtual, so derived classes may extend output.

Additional Inherited Members
Protected Member Functions inherited from ImageOp< unsigned char, unsigned char >
	ImageOp (const std::string &name=__FUNCTION__, const std::string &description="")

	ImageOp (const ImageOp &op)

virtual bool	processOverlappingWithTemp (const ImageFrame &src, Image &dst) const

virtual bool	processOverlappingWithTemp (const ImageTray< const Channel > &src, ImageTray< Image > &dst) const

bool	traverseOverlappingWithTemp (const Channel &src, Channel &dst) const

bool	traverseOverlappingWithTemp (const Channel &src, const Channel &srcWeight, Channel &dst, Channel &dstWeight) const

void	traverseChannelsEqually (const ImageTray< const Channel > &src, ImageTray< Channel > &dst) const
	Calls processWithTemp() if the frames overlap. More...

void	traverseChannelsRepeated (const ImageTray< const Channel > &src, ImageTray< Channel > &dst) const
	Recycle channels until all dst channels completed.

void	traverseChannelsSeparately (const ImageTray< const Channel > &src, ImageTray< Channel > &dst) const
	Process each (src,dst) channel pair independently. Raise error if their counts differ. More...

void	traverseAsChannelTrays (const ImageFrame &src, ImageFrame &dst) const
	Redirect to processing as trays. This is the opposite of processChannels...() functions.

void	traverseAsChannelTrays (const ImageFrame &src, const ImageFrame &srcWeight, ImageFrame &dst, ImageFrame &dstWeight) const
	Redirect to processing as trays. This is the opposite of processChannels...() functions.

virtual void	initializeParameters (const ImageFrame &src, const ImageFrame &dst) const
	Set applicable internal parameters before calling traverse().

virtual void	initializeParameters (const ImageFrame &src, const ImageFrame &src2, const ImageFrame &dst) const
	Set applicable internal parameters before calling traverse().

Static Protected Member Functions inherited from ImageOp< unsigned char, unsigned char >
static void	adaptCoordinateHandler (const Channel &src, CoordinateHandler2D &handler)

Detailed Description

template<class T = unsigned char, class T2 = unsigned char>
class drain::radar::ProductFQD< T, T2 >

The main idea is to compute one equidistant arc at a time.

Member Function Documentation

◆ filter()

image::Image< T > & filter	(	const image::Image< T > &	src,
		image::Image< T2 > &	dst
	)		const

bin (index) of source beam (equidistant bin retrieval).

bin (index) of the resulting "beam" on Earth surface.

Elevation angle (radians).

On-earth angle.

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

src/fmi/ProductFQD.h

Public Member Functions

Additional Inherited Members

Detailed Description

template<class T = unsigned char, class T2 = unsigned char> class drain::radar::ProductFQD< T, T2 >

Member Function Documentation

◆ filter()

template<class T = unsigned char, class T2 = unsigned char>
class drain::radar::ProductFQD< T, T2 >