MR::ContourToDistanceMapParams Struct Reference

Structure with parameters to generate DistanceMap by Contours. More...

#include <MRDistanceMapParams.h>

Public Member Functions
	ContourToDistanceMapParams ()=default
	Default ctor, make sure to fill all fields manually.
MRMESH_API	ContourToDistanceMapParams (const Vector2i &resolution, const Vector2f &oriPoint, const Vector2f &areaSize, bool withSign=false)
	Ctor, calculating pixelSize by areaSize & dmapSize.
MRMESH_API	ContourToDistanceMapParams (const Vector2i &resolution, const Box2f &box, bool withSign=false)
	Ctor, calculating pixelSize & oriPoint by box parameters.
MRMESH_API	ContourToDistanceMapParams (const Vector2i &resolution, const Contours2f &contours, float offset, bool withSign=false)
	Ctor, calculating pixelSize & oriPoint by contours box + offset.
MRMESH_API	ContourToDistanceMapParams (float pixelSize, const Contours2f &contours, float offset, bool withSign=false)
	Ctor, calculating resolution & oriPoint by contours box + offset.
MRMESH_API	ContourToDistanceMapParams (const DistanceMapToWorld &toWorld)
Vector2f	toWorld (Vector2f point) const
	operator AffineXf3f () const
	converts in transformation
AffineXf3f	xf () const

Public Attributes
Vector2f	pixelSize { 1.F, 1.F }
	pixel size
Vector2i	resolution { 1, 1 }
	distance map size
Vector2f	orgPoint { 0.F, 0.F }
	coordinates of origin area corner
bool	withSign { false }
	allows calculate negative values of distance (inside closed and correctly oriented (CW) contours)

Detailed Description

Structure with parameters to generate DistanceMap by Contours.

Constructor & Destructor Documentation

ContourToDistanceMapParams() [1/6]

MR::ContourToDistanceMapParams::ContourToDistanceMapParams ( )

default

Default ctor, make sure to fill all fields manually.

ContourToDistanceMapParams() [2/6]

MRMESH_API MR::ContourToDistanceMapParams::ContourToDistanceMapParams	(	const Vector2i &	resolution,
		const Vector2f &	oriPoint,
		const Vector2f &	areaSize,
		bool	withSign = false )

Ctor, calculating pixelSize by areaSize & dmapSize.

ContourToDistanceMapParams() [3/6]

MRMESH_API MR::ContourToDistanceMapParams::ContourToDistanceMapParams	(	const Vector2i &	resolution,
		const Box2f &	box,
		bool	withSign = false )

Ctor, calculating pixelSize & oriPoint by box parameters.

ContourToDistanceMapParams() [4/6]

MRMESH_API MR::ContourToDistanceMapParams::ContourToDistanceMapParams	(	const Vector2i &	resolution,
		const Contours2f &	contours,
		float	offset,
		bool	withSign = false )

Ctor, calculating pixelSize & oriPoint by contours box + offset.

ContourToDistanceMapParams() [5/6]

MRMESH_API MR::ContourToDistanceMapParams::ContourToDistanceMapParams	(	float	pixelSize,
		const Contours2f &	contours,
		float	offset,
		bool	withSign = false )

Ctor, calculating resolution & oriPoint by contours box + offset.

ContourToDistanceMapParams() [6/6]

MRMESH_API MR::ContourToDistanceMapParams::ContourToDistanceMapParams ( const DistanceMapToWorld & toWorld )

explicit

Member Function Documentation

operator AffineXf3f()

MR::ContourToDistanceMapParams::operator AffineXf3f ( ) const

inline

converts in transformation

toWorld()

Vector2f MR::ContourToDistanceMapParams::toWorld ( Vector2f point ) const

inline

get world 2d coordinate (respects origin point and pixel size) point - coordinate on distance map

xf()

AffineXf3f MR::ContourToDistanceMapParams::xf ( ) const

inline

Member Data Documentation

orgPoint

Vector2f MR::ContourToDistanceMapParams::orgPoint { 0.F, 0.F }

coordinates of origin area corner

pixelSize

Vector2f MR::ContourToDistanceMapParams::pixelSize { 1.F, 1.F }

pixel size

resolution

Vector2i MR::ContourToDistanceMapParams::resolution { 1, 1 }

distance map size

withSign

bool MR::ContourToDistanceMapParams::withSign { false }

allows calculate negative values of distance (inside closed and correctly oriented (CW) contours)

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

• MRDistanceMapParams.h