#include <ProceduralMultiShape.h>

Public Member Functions
	MultiShape ()
	Default constructor. More...

	MultiShape (const Shape &shape)
	Constructor from a single shape. More...

	MultiShape (int count,...)
	Constructor from a variable number of shapes. More...

MultiShape &	addShape (const Shape &shape)
	Adds a shape to the list of shapes. More...

void	clear ()
	Clears all the content. More...

const Shape &	getShape (unsigned int i) const
	Returns the i-th shape. More...

Shape &	getShape (unsigned int i)
	Returns the i-th shape. More...

std::vector< Ogre::Vector2 >	getPoints () const
	Builds an aggregated list of all points contained in all shapes. More...

unsigned int	getShapeCount () const
	Returns the number of shapes in that MultiShape. More...

void	addMultiShape (const MultiShape &other)
	Append every shape of an other multishape to the current multiShape. More...

Ogre::MeshPtr	realizeMesh (const std::string &name="")
	Outputs the Multi Shape to a Mesh, mostly for visualisation or debugging purposes. More...

bool	isPointInside (const Ogre::Vector2 &point) const
	Tells whether a point is located inside that multishape It assumes that all of the shapes in that multishape are closed, and that they don't contradict each other, ie a point cannot be outside and inside at the same time. More...

bool	isClosed () const
	Tells whether multishape is "closed" or not. More...

void	close ()
	Closes all shapes included in this multiShape. More...

bool	isOutsideRealOutside () const
	Determines whether the outside as defined by user equals "real" outside. More...

void	buildFromSegmentSoup (const std::vector< Segment2D > &segList)

Detailed Description

Holds a bunch of shapes. There are a number of assumptions that are made and are not checked against : the shapes must not cross each other

Constructor & Destructor Documentation

◆ MultiShape() [1/3]

Procedural::MultiShape::MultiShape ( )

Default constructor.

◆ MultiShape() [2/3]

Procedural::MultiShape::MultiShape ( const Shape & shape )

Constructor from a single shape.

◆ MultiShape() [3/3]

Procedural::MultiShape::MultiShape	(	int	count,
			...
	)

Constructor from a variable number of shapes.

Parameters

count	the number of shapes to add
...	pointer to the shapes to add

Member Function Documentation

◆ addMultiShape()

void Procedural::MultiShape::addMultiShape ( const MultiShape & other )

Append every shape of an other multishape to the current multiShape.

Referenced by Procedural::Extruder::setMultiShapeToExtrude().

◆ addShape()

MultiShape& Procedural::MultiShape::addShape ( const Shape & shape )

Adds a shape to the list of shapes.

Referenced by Procedural::Extruder::setShapeToExtrude().

◆ buildFromSegmentSoup()

void Procedural::MultiShape::buildFromSegmentSoup ( const std::vector< Segment2D > & segList )

◆ clear()

void Procedural::MultiShape::clear ( )

Clears all the content.

Referenced by Procedural::Extruder::setMultiShapeToExtrude(), and Procedural::Extruder::setShapeToExtrude().

◆ close()

void Procedural::MultiShape::close ( )

Closes all shapes included in this multiShape.

◆ getPoints()

std::vector<Ogre::Vector2> Procedural::MultiShape::getPoints ( ) const

Builds an aggregated list of all points contained in all shapes.

◆ getShape() [1/2]

Shape& Procedural::MultiShape::getShape ( unsigned int i )

Returns the i-th shape.

◆ getShape() [2/2]

const Shape& Procedural::MultiShape::getShape ( unsigned int i ) const

Returns the i-th shape.

◆ getShapeCount()

unsigned int Procedural::MultiShape::getShapeCount ( ) const

Returns the number of shapes in that MultiShape.

◆ isClosed()

bool Procedural::MultiShape::isClosed ( ) const

Tells whether multishape is "closed" or not.

MultiShape is considered to be closed if and only if all shapes are closed

◆ isOutsideRealOutside()

bool Procedural::MultiShape::isOutsideRealOutside ( ) const

Determines whether the outside as defined by user equals "real" outside.

◆ isPointInside()

bool Procedural::MultiShape::isPointInside ( const Ogre::Vector2 & point ) const

Tells whether a point is located inside that multishape It assumes that all of the shapes in that multishape are closed, and that they don't contradict each other, ie a point cannot be outside and inside at the same time.

◆ realizeMesh()

Ogre::MeshPtr Procedural::MultiShape::realizeMesh ( const std::string & name = "" )

Outputs the Multi Shape to a Mesh, mostly for visualisation or debugging purposes.

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

ProceduralMultiShape.h

Public Member Functions