collision::Collidable Class Reference

Inheritance diagram for collision::Collidable:

Collaboration diagram for collision::Collidable:

Public Member Functions
	Collidable (sf::Shape *mask, sf::Vector2f offset)
	Collidable (Collidable const &other)
	Collidable (tinyxml2::XMLElement *xml)
	Constructs a Collidable from an xml tag. Tag requires pointCoint and type attributes in addition to child tags depending on type specified. More...
const sf::Shape *	getMask () const
void	setMask (sf::Shape *mask, sf::Vector2f offset)
virtual void	onCollide (std::shared_ptr< Collidable > &other, sf::Vector2f const &mtv)
	Called when we collide with something.
void	setDebugColour (sf::Color const &c)
void	debug_draw (sf::RenderTarget &target)
void	getAxies (std::vector< sf::Vector2f > &axiesVector)
	Gets all axies of the mask. Gets all axies of the mask. Currently inefficient due to the fact that it iterates over all points and returns all axies (a duplicate of each axis is included!). More...
size_t	getPointCount () const
	Gets the number of points in the mask. Calls mask->getPoint() and returns the result.
sf::Vector2f	projectOntoAxis (sf::Vector2f &axis) const
	Projects the mask onto an axis. Projects each point of the mask onto an axis and returns the min and max points it covers on that axis. More...

Protected Member Functions
void	updateCollidableMask (sf::Vector2f const &newPosition)
	Updates the position of the mask. Updates the position of the mask to equal newPosition plus the offset. More...

Private Attributes
sf::Shape *	mMask
sf::Vector2f	mOffset

Constructor & Destructor Documentation

collision::Collidable::Collidable

(

tinyxml2::XMLElement *

xml

)

Constructs a Collidable from an xml tag. Tag requires pointCoint and type attributes in addition to child tags depending on type specified.

Remarks

<Offset> tag is optional.

Valid types are "Circle" and "Convex" and correspond to the respective sf::Shape derivative.

Parameters

xml	Tag in the form <Collidable pointcount="???" type="???">

Member Function Documentation

void collision::Collidable::getAxies

(

std::vector< sf::Vector2f > &

axiesVector

)

Gets all axies of the mask. Gets all axies of the mask. Currently inefficient due to the fact that it iterates over all points and returns all axies (a duplicate of each axis is included!).

Parameters

axisVector[in,out]

The container of axies to add our axies to.

sf::Vector2f collision::Collidable::projectOntoAxis

(

sf::Vector2f &

axis

)

const

Projects the mask onto an axis. Projects each point of the mask onto an axis and returns the min and max points it covers on that axis.

Remarks

May try to normalize zero length vectors.

Parameters

axis	The axis to project onto.

Returns

The shadow of the mask along the axis. i.e. The min and max points it touches on the axis.

void collision::Collidable::updateCollidableMask ( sf::Vector2f const &  newPosition )

protected

Updates the position of the mask. Updates the position of the mask to equal newPosition plus the offset.

Parameters

The	new position of the mask, before offset is taken into account.

Member Data Documentation

sf::Shape* collision::Collidable::mMask

private

The shape that is used to test collision.

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

• include/Collision/Collidable.hpp