Sketch.h File Reference

Templated class for an image-like Sketch. More...

#include <valarray>
#include <string>
#include "SketchTypes.h"
#include "SketchRoot.h"
#include "SketchData.h"
#include "SketchIndices.h"
#include "SketchSpace.h"

Include dependency graph for Sketch.h:

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Go to the source code of this file.

Classes
class	Sketch< T >
	Smart pointers for referencing. More...
Namespaces
namespace	DualCoding
	Dual coding vision representations (Sketches and Shapes).
namespace	visops
	Visual routines operators, used in DualCoding.
Defines
#define	NEW_SKETCH_N(name, T, value)   DualCoding::Sketch<T> name(value,#name,false);
#define	NEW_SKETCH(name, T, value)   DualCoding::Sketch<T> name(value,#name,true);
#define	GET_SKETCH(name, T, space)   DualCoding::Sketch<T> name(#name,space);
#define	DEF_MATHOPS_INT_H(_T1)
#define	DEF_MATHOP_INT_H(_Op, _T1)   Sketch<_T1> operator _Op (const Sketch<_T1>& lhs, const int value);
#define	DEF_MATHBOOL_INT_H(_Op)   Sketch<uchar> operator _Op (const Sketch<bool>& lhs, const int value);
#define	DEFINE_LOGICAL_OPERATOR(_Op)
	non-member logical operators
Functions
	DEFINE_LOGICAL_OPERATOR (==) DEFINE_LOGICAL_OPERATOR(!
Sketch< bool > &	operator|= (Sketch< bool > &arg1, Sketch< bool > const &arg2)
Sketch< bool > &	operator^= (Sketch< bool > &arg1, Sketch< bool > const &arg2)
template<class A , class B >
void	copyPixels (Sketch< A > &dest, const Sketch< B > &src)
	utility function used by type conversion operators
Sketch creation
template<class T >
DualCoding::Sketch< T >	copy (const Sketch< T > &other)
	Returns a deep copy of the sketch: actually copies the pixels.
#define	DEF_MATHOPS_H(_T1, _T2, _Result)
	non-member math operators
#define	DEF_MATHOP_H(_Op, _T1, _T2, _Result)
	non-member math operators
	DEF_MATHOPS_H (bool, uchar, uchar) DEF_MATHOPS_H(bool
	non-member math operators
uint	DEF_MATHOPS_H (bool, float, float) DEF_MATHOPS_H(uchar
	non-member math operators
uint uchar	DEF_MATHOPS_H (uchar, uchar, uchar) DEF_MATHOPS_H(uchar
	non-member math operators
uint uchar uint	DEF_MATHOPS_H (uchar, float, float) DEF_MATHOPS_H(usint
	non-member math operators
uint uchar uint usint	DEF_MATHOPS_H (usint, uchar, usint) DEF_MATHOPS_H(usint
	non-member math operators
uint uchar uint usint usint	DEF_MATHOPS_H (usint, float, float) DEF_MATHOPS_H(uint
	non-member math operators
uint uchar uint usint usint uint	DEF_MATHOPS_H (uint, uchar, uint) DEF_MATHOPS_H(uint
	non-member math operators
uint uchar uint usint usint uint uint	DEF_MATHOPS_H (uint, float, float) DEF_MATHOPS_H(float
	non-member math operators
uint uchar uint usint usint uint uint float	DEF_MATHOPS_H (float, uchar, float) DEF_MATHOPS_H(float
	non-member math operators
uint uchar uint usint usint uint uint float float	DEF_MATHOPS_H (float, float, float) DEF_MATHOPS_INT_H(uchar) DEF_MATHOPS_INT_H(usint) DEF_MATHOPS_INT_H(uint) DEF_MATHOPS_INT_H(float) DEF_MATHBOOL_INT_H(+) DEF_MATHBOOL_INT_H(-) DEF_MATHBOOL_INT_H(*) DEF_MATHBOOL_INT_H(/) template< class T > Sketch< T > &Sketch< T >
	non-member math operators

---

Detailed Description

Templated class for an image-like Sketch.

Author:

neilh (Creator)

Definition in file Sketch.h.

---

Define Documentation

#define DEF_MATHBOOL_INT_H

(

_Op

)

Sketch<uchar> operator _Op (const Sketch<bool>& lhs, const int value);

Referenced by DualCoding::DEF_MATHOPS_H().

#define DEF_MATHOP_H	(	_Op,
		_T1,
		_T2,
		_Result		)

Value:

Sketch<_Result> operator _Op (const Sketch<_T1> &lhs, const Sketch<_T2> &rhs); \
Sketch<_Result> operator _Op (const Sketch<_T1> &lhs, const _T2 value);

non-member math operators

Definition at line 332 of file Sketch.h.

#define DEF_MATHOP_INT_H	(	_Op,
		_T1		)	Sketch<_T1> operator _Op (const Sketch<_T1>& lhs, const int value);

#define DEF_MATHOPS_H	(	_T1,
		_T2,
		_Result		)

Value:

DEF_MATHOP_H( +, _T1, _T2, _Result ) \
  DEF_MATHOP_H( -, _T1, _T2, _Result ) \
  DEF_MATHOP_H( *, _T1, _T2, _Result ) \
  DEF_MATHOP_H( /, _T1, _T2, _Result )

non-member math operators

Definition at line 326 of file Sketch.h.

#define DEF_MATHOPS_INT_H

(

_T1

)

Value:

DEF_MATHOP_INT_H( +, _T1) \
  DEF_MATHOP_INT_H( -, _T1) \
  DEF_MATHOP_INT_H( *, _T1) \
  DEF_MATHOP_INT_H( /, _T1)

Referenced by DualCoding::DEF_MATHOPS_H().

#define DEFINE_LOGICAL_OPERATOR

(

_Op

)

Value:

template <class T>                     \
Sketch<bool> operator _Op (const Sketch<T>& lhs, const Sketch<T>& rhs) {             \
  Sketch<bool> result(lhs->getName() + #_Op + rhs->getName(), lhs);                  \
    *(result.pixels) = *(lhs.pixels) _Op *(rhs.pixels);                  \
    return result;                                                                   \
}                        \
/* continued... */                     \
template <class T>                     \
Sketch<bool> operator _Op (const Sketch<T>& lhs, const T value) {        \
  Sketch<bool> result(lhs->getName() + #_Op "scalar", lhs);                          \
    *(result.pixels) = *(lhs.pixels) _Op value;              \
    return result;                     \
}                        \
/* continued... */                     \
template <class T>                     \
Sketch<bool> operator _Op (const Sketch<T>& lhs, const int value) {        \
  Sketch<bool> result(lhs->getName() + #_Op "scalar", lhs);                          \
    *(result.pixels) = *(lhs.pixels) _Op T(value);             \
    return result;                     \
}

non-member logical operators

Definition at line 412 of file Sketch.h.

#define GET_SKETCH	(	name,
		T,
		space		)	DualCoding::Sketch<T> name(#name,space);

Definition at line 199 of file Sketch.h.

#define NEW_SKETCH	(	name,
		T,
		value		)	DualCoding::Sketch<T> name(value,#name,true);

Definition at line 198 of file Sketch.h.

Referenced by BrickData::extractBrick(), TargetData::extractLineTarget(), PyramidData::extractPyramid(), BlobData::findCornersDerivative(), BlobData::findCornersDiagonal(), and BlobData::findCornersShapeFit().

#define NEW_SKETCH_N	(	name,
		T,
		value		)	DualCoding::Sketch<T> name(value,#name,false);

Definition at line 197 of file Sketch.h.

Referenced by PolygonData::convexHull(), BrickData::extractBrick(), EllipseData::extractEllipses(), LineData::extractLine(), LineData::extractLines(), NaughtData::extractNaughts(), PyramidData::extractPyramid(), SphereData::extractSpheres(), AgentData::findCirclesManual(), BlobData::findCornersDiagonal(), BlobData::findCornersShapeFit(), SphereData::get_spheres(), LineData::houghExtractLines(), and LineData::houghTransform().