Shapes::CCompoundShape Class Reference

Compound shape. More...

#include <Compound.h>

Collaboration diagram for Shapes::CCompoundShape:

Public Member Functions
	CCompoundShape (CShape *)
	Constructor.
	CCompoundShape ()
	Default constructor.
void	AddShape (CShape *p)
	Add a shape.
void	SetOrientation (float)
	Set orientation.
void	SetRotSpeed (float)
	Set rotation speed.
void	SetRotCenter (const Vector2 &)
	Set center of rotation.
const float	GetOrientation () const
	Get orientation.
const float	GetRotSpeed () const
	Get rotation speed.
const Vector2	GetRotCenter () const
	Get center of rotation.
const bool	IsPartOf (CShape *)
	Test whether shape is in compound shape.
const CShape *	GetCenterPoint () const
	Get center point.

Protected Attributes
std::vector< CShape * >	m_stdShapes
	List of shapes.
CShape *	m_pCenterPoint = nullptr
	Point at center.

Detailed Description

A compound shape consists of a collection of shapes that ought to be grouped together for convenience.

Constructor & Destructor Documentation

CCompoundShape()

CCompoundShape::CCompoundShape

(

CShape *

p

)

Initialize a compound shape given its center. The center point is set to not collide with anything.

Parameters

p	Pointer to a point shape at the center.

Here is the call graph for this function:

Member Function Documentation

AddShape()

void CCompoundShape::AddShape

(

CShape *

p

)

Append a given shape to the shape list. There is no attempt to ensure that it's not already in there, so beware.

Parameters

p	Pointer to shape to be added.

GetCenterPoint()

const CShape * CCompoundShape::GetCenterPoint

(

)

const

Reader function for the center point.

Returns

The center point m_pCenterPoint.

GetOrientation()

const float CCompoundShape::GetOrientation

(

)

const

Reader function for the current orientation. This function assumes that all of the shapes in the shape list have the same orientation, so it just returns the orientation of the first shape (zero if there are no shapes yet).

Returns

Orientation.

GetRotCenter()

const Vector2 CCompoundShape::GetRotCenter

(

)

const

Reader function for the center of rotation. This function assumes that all of the shapes in the shape list have the same rotation speed, so it just returns the center of rotation of the first shape (or the zero vector if there are no shapes yet).

Returns

The position of the center of rotation.

GetRotSpeed()

const float CCompoundShape::GetRotSpeed

(

)

const

Reader function for the current rotation speed. This function assumes that all of the shapes in the shape list have the same rotation speed, so it just returns the rotation speed of the first shape (zero if there are no shapes yet).

Returns

Rotation speed.

IsPartOf()

const bool CCompoundShape::IsPartOf

(

CShape *

pShape

)

Test whether a shape is part of this compound shape. This function can be used during collision response when the compound shape has a sprite that changes on collision.

Parameters

pShape

Pointer to a shape.

Returns

true if the shape is part of this compound shape.

SetOrientation()

void CCompoundShape::SetOrientation

(

float

a

)

Set the orientation of all of the shapes in the shape list. Make sure you call this after all shapes have been added, since this orientation won't be applied to shapes added after this function is called.

Parameters

a

Angle.

SetRotCenter()

void CCompoundShape::SetRotCenter

(

const Vector2 &

p

)

Set the center of rotation of all of the shapes in the shape list. Make sure you call this after all shapes have been added, since this rotation center won't be applied to shapes added after this function is called.

Parameters

p	Center of rotation.

SetRotSpeed()

void CCompoundShape::SetRotSpeed

(

float

s

)

Set the rotation speed of all of the shapes in the shape list. Make sure you call this after all shapes have been added, since this rotation speed won't be applied to shapes added after this function is called.

Parameters

s	Rotation speed in radians per millisecond.