CzSprite Class Reference

A sprite is the visual representation of an on screen game object. More...

#include <CzSprite.h>

Inheritance diagram for CzSprite:

List of all members.

Public Types
enum	eType {   ST_None, ST_Image, ST_Text, ST_Dummy,   ST_9Patch, ST_Poly }
	Values that represent the type of sprite to render. More...
enum	eAnchor { Centre, TopLeft }
typedef CzList< CzSprite * > ::iterator	Iterator
Public Member Functions
Iterator	begin ()
Iterator	end ()
void	setActor (CzActor *owner)
void	setParent (CzSprite *parent)
CzSprite *	getParent ()
void	addChild (CzSprite *sprite)
	Adds a child sprite to the sprites child list.
void	removeChild (CzSprite *sprite, bool delete_sprites=true)
	Removes a child sprite from teh child list and optionally destroys it.
void	setSpriteType (eType type)
eType	getSpriteType () const
void	setManager (CzSpriteManager *manager)
CzSpriteManager *	getManager ()
void	setDestSize (int width, int height)
void	setDepth (float depth)
float	getDestWidth () const
float	getDestHeight () const
CzVec2	getDestSize () const
float	getDepth () const
void	setPosAngScale (float x, float y, float angle, float scale)
void	setPosAngScale (float x, float y, float angle, float scale_x, float scale_y)
void	setPosition (float x, float y)
CzVec2	getPosition () const
void	setOrigin (float x, float y)
CzVec2	getOrigin () const
void	setSkew (float x1, float x2, float y1, float y2)
CzVec4	getSkew () const
void	setAngle (float angle)
float	getAngle () const
void	setScale (float scale)
void	setScale (float scale_x, float scale_y)
float	getScale () const
float	getScaleX () const
float	getScaleY () const
virtual void	setColour (const CzColour &colour, bool use_parent=false)
CzColour	getColour () const
int	getOpacity () const
void	setVisible (bool show)
bool	isVisible () const
void	setFilter (bool enable)
bool	isFilter () const
bool	isVisibleWithParents () const
	Checks up the sprite hierarchy to see if the sprite and its parents are visible.
void	forceTransformDirty ()
void	setPooled (bool pooled)
bool	isPooled () const
void	setInUse (bool in_use)
bool	isInUse () const
void	setLayer (int layer)
int	getLayer () const
CzMatrix3 &	getTransform ()
void	setLinkedTo (CzSprite *sprite)
	Changes sprite linkage.
CzSprite *	getLinkedTo ()
float	getAccumDepth () const
bool	isTransformDirty () const
IzBrush *	getBrush ()
int	getVertexCount () const
void	setClipRect (CzVec4 &rc)
	Sets the sprites clip rectangle.
CzVec4	getClipRect () const
CzVec4	getScreenClipRect () const
void	setBeforeChildren (bool before)
bool	getBeforeChildren () const
CzMatrix3 &	getFinalTransform ()
bool	affectsClip () const
CzVec4	FindFirstClipRect ()
	Searches up the sprite hierarchy for the first clip rectangle.
CzVec4	FindFirstScreenClipRect ()
	Searches up the sprite hierarchy for the first valid screen clip rectangle.
CzVec4	FindFirstScreenClipRect2 ()
	Searches up the sprite hierarchy for the first valid screen clip rectangle.
virtual bool	isClipped ()
	Query if this sprite is clipped.
CzVec2 *	getScreenV ()
void	setAlphaMode (eCzAlphaMode mode)
eCzAlphaMode	getAlphaMode () const
void	setOrphan (bool enable)
bool	getOrphan () const
void	setIgnoreCamera (bool enable)
bool	getIgnoreCamera () const
void	setTiled (bool tiled)
bool	isTiled () const
CzRenderPrim *	getPrim ()
CzRenderMaterial *	getMaterial ()
eAnchor	getAnchor () const
void	setAnchor (eAnchor anchor)
CzGeometry *	getGemoetry ()
virtual void	setGeometry (CzGeometry *geom)
	Sets the sprites geometry. The geometry defines what shape will be rendered by the sprite.
	CzSprite ()
virtual	~CzSprite ()
virtual void	Init (int vertex_count=4)
	Initialises the sprite.
virtual bool	Update ()
	Updates the sprite and any child sprites.
virtual void	Draw ()=0
virtual void	DrawChildren ()
	Draw the sprites child sprites.
virtual bool	HitTest (float x, float y)
	Tests if an x.y point is within the sprites boundaries.
virtual bool	HitTestNoClip (float x, float y)
	Tests if an x.y point is within the sprites boundaries.
virtual bool	isOutsideFocusRange (float x, float y, float scale=1.0f)
	Tests to see if the supplied point is outside a specific distance.
virtual CzVec2	TransformPoint (float x, float y)
	Transform supplied point by current sprite transform.
virtual CzVec2	TransformPointToScreen (float x, float y)
	Transform supplied point by current sprite final transform (to screen coordinates).
void	BringToFront ()
	Bring sprite to front of other sprites.
virtual void	RebuildTransformNow ()
	Rebuild the sprites transform immediately (if dirty).
bool	isClippedByManager (uint16 *indices=NULL, int count=4)
	Checks to see if the sprite is clipped by the sprite manager.
virtual bool	SimpleTestOverlap (CzSprite *other)
	A simple method to test for overlapping sprites.
virtual bool	TestOverlap (CzSprite *other, int i1, int i2, int i3)
	Tests if the supplied triangular area of the sprite overlaps this sprite.
virtual bool	TestOverlap (CzSprite *other)
	Tests for the overlapping of two sprites.
Static Public Attributes
static uint16	SpriteIndices [] = { 0, 3, 1, 2 }
Protected Member Functions
void	TransformClipRect ()
	Transforms the local clipping rect to screen coords.
virtual void	RebuildTransform ()
	Rebuilds the display transform.
virtual void	BuildFinalTransform ()
	Buiolds the final transform.
virtual void	TransformVertices ()
	Builds a list of transformed vertices.
void	UpdateClipping ()
	Updates the gobal clipper to the sprites currenmt clipping rect.
Protected Attributes
CzActor *	Actor
	The actor that this sprite is attached to.
CzGeometry *	Geometry
	Geometry used to display the sprite.
CzSprite *	Parent
	Parent sprite.
CzList< CzSprite * >	Children
	List of children sprites.
eType	SpriteType
	Type of sprite.
CzSpriteManager *	Manager
	Parent sprite manager.
float	Width
float	Height
	Destination width and height (used to represent the visible extents of the sprite on screen)
float	Depth
	Depth.
CzMatrix3	Transform
	Transform.
CzVec2	Position
	Position of the sprite.
CzVec2	Origin
	Origin of sprite (0, 0 is sprites centre)
CzVec4	Skew
	4 vertex skew offsets (3 bit fixed)
float	Angle
	Rotation of sprite (degrees)
float	ScaleX
	X axis scale of sprite.
float	ScaleY
	X axis scale of sprite.
CzColour	Colour
	Colour of sprite.
bool	Visible
	Sprites visible state.
bool	Pooled
	Tells system if we belong to a sprite pool or not.
bool	InUse
	Used in a memory pooling system to mark this sprite as in use.
bool	BeforeChildren
	When true th parent sprite will be drawn before all children otherwise after.
int	Layer
	Depth layer.
CzSprite *	LinkedTo
	When a sprite is linked to another it takes on that sprites transform etc..
IzBrush *	Brush
	Current brush assigned to this sprite.
CzVec4	ClipRect
	Local clipping rect used to clip this sprites children.
bool	Orphan
	When set to true sprites are orphaned outside the usual parent / child hierarchy and layered as independent objects.
bool	IgnoreCamera
	When set to true sprite ignores camera transform.
eAnchor	Anchor
	Position the sprite is anchored around.
bool	ChildChangeClip
	Set to true if child changes clip rect.
CzMatrix3	FinalTransform
	Final transform.
bool	TransformDirty
	Dirty when transform changed.
CzRenderPrim *	Prim
	2D renderer primitive used to render this sprite
CzRenderMaterial *	Material
	Material used to render this sprite.
float	AccumDepth
	Accumulated depth.
CzVec4	ScreenClipRect
	Transformed screen clipping rect for this sprite.

---

Detailed Description

A sprite is the visual representation of an on screen game object.

Can be thought of as an interface rather than a concrete class as other sprite types are created from this.

---

Member Typedef Documentation

typedef CzList<CzSprite*>::iterator CzSprite::Iterator

---

Member Enumeration Documentation

enum CzSprite::eAnchor

Enumerator:

Centre	Sprite will be anchored around its centre.
TopLeft	Sprite will be anchored around its top left corner.

enum CzSprite::eType

Values that represent the type of sprite to render.

Enumerator:

ST_None	Invalid type.
ST_Image	Renders as an image sprite.
ST_Text	Renders as a text sprite.
ST_Dummy	A dummy sprite has no visible component and is only meant to provide invisible transforms.
ST_9Patch	Renders as a 9-patch image sprite.
ST_Poly	Renders as a poygon image sprite.

---

Constructor & Destructor Documentation

CzSprite::CzSprite

(

)

[inline]

CzSprite::~CzSprite

(

)

[virtual]

---

Member Function Documentation

void CzSprite::addChild

(

CzSprite *

sprite

)

Adds a child sprite to the sprites child list.

Parameters:

[in,out]

sprite

If non-null, the sprite.

bool CzSprite::affectsClip

(

)

const [inline]

Iterator CzSprite::begin

(

)

[inline]

void CzSprite::BringToFront

(

)

Bring sprite to front of other sprites.

If sprite is assigned to a manager then it will be ulinked and relinked back into the manager so that it will be drawn last. If the sprite is assigned as a child of another sprite then it will be ulinked and relinked back into the sprites child list so it will be the last drawn sprite in its parents sprite list.

void CzSprite::BuildFinalTransform

(

)

[protected, virtual]

Buiolds the final transform.

Builds the sprites final transform.

The sprites local transform is combined with the sprite managers transform to create a final transform that transforms the sprite from its local sprite coordinates to screen coordinates.

Note that if the sprite has depth then basic perspective projection will be applied to the sprites position.

virtual void CzSprite::Draw

(

)

[pure virtual]

Implemented in CzBitmapSprite, CzTextSprite, CzBitmapSprite9, CzBitmapPoly, and CzDummySprite.

void CzSprite::DrawChildren

(

)

[virtual]

Draw the sprites child sprites.

Iterator CzSprite::end

(

)

[inline]

CzVec4 CzSprite::FindFirstClipRect

(

)

Searches up the sprite hierarchy for the first clip rectangle.

Returns:

The found clip rectangle.

CzVec4 CzSprite::FindFirstScreenClipRect

(

)

Searches up the sprite hierarchy for the first valid screen clip rectangle.

This method does not check the current sprites screen clip rect.

Returns:

The found screen clip rectangle.

CzVec4 CzSprite::FindFirstScreenClipRect2

(

)

Searches up the sprite hierarchy for the first valid screen clip rectangle.

This method will check the current sprites screen clip rect

Returns:

The found screen clip rectangle 2.

void CzSprite::forceTransformDirty

(

)

[inline]

float CzSprite::getAccumDepth

(

)

const [inline]

eCzAlphaMode CzSprite::getAlphaMode

(

)

const [inline]

eAnchor CzSprite::getAnchor

(

)

const [inline]

float CzSprite::getAngle

(

)

const [inline]

bool CzSprite::getBeforeChildren

(

)

const [inline]

IzBrush* CzSprite::getBrush

(

)

[inline]

CzVec4 CzSprite::getClipRect

(

)

const [inline]

CzColour CzSprite::getColour

(

)

const [inline]

float CzSprite::getDepth

(

)

const [inline]

float CzSprite::getDestHeight

(

)

const [inline]

CzVec2 CzSprite::getDestSize

(

)

const [inline]

float CzSprite::getDestWidth

(

)

const [inline]

CzMatrix3& CzSprite::getFinalTransform

(

)

[inline]

CzGeometry* CzSprite::getGemoetry

(

)

[inline]

bool CzSprite::getIgnoreCamera

(

)

const [inline]

int CzSprite::getLayer

(

)

const [inline]

CzSprite* CzSprite::getLinkedTo

(

)

[inline]

CzSpriteManager* CzSprite::getManager

(

)

[inline]

CzRenderMaterial* CzSprite::getMaterial

(

)

[inline]

int CzSprite::getOpacity

(

)

const [inline]

CzVec2 CzSprite::getOrigin

(

)

const [inline]

bool CzSprite::getOrphan

(

)

const [inline]

CzSprite* CzSprite::getParent

(

)

[inline]

CzVec2 CzSprite::getPosition

(

)

const [inline]

CzRenderPrim* CzSprite::getPrim

(

)

[inline]

float CzSprite::getScale

(

)

const [inline]

float CzSprite::getScaleX

(

)

const [inline]

float CzSprite::getScaleY

(

)

const [inline]

CzVec4 CzSprite::getScreenClipRect

(

)

const [inline]

CzVec2* CzSprite::getScreenV

(

)

[inline]

CzVec4 CzSprite::getSkew

(

)

const [inline]

eType CzSprite::getSpriteType

(

)

const [inline]

CzMatrix3& CzSprite::getTransform

(

)

[inline]

int CzSprite::getVertexCount

(

)

const [inline]

bool CzSprite::HitTest	(	float	x,
		float	y
	)		[virtual]

Tests if an x.y point is within the sprites boundaries.

Note that this method will automatically fail if the x,y point is outside the sprite managers clipping window rect.

Parameters:

x	The x coordinate.
y	The y coordinate.

Returns:

true if the test passes, false if the test fails.

Reimplemented in CzBitmapSprite9, and CzBitmapPoly.

bool CzSprite::HitTestNoClip	(	float	x,
		float	y
	)		[virtual]

Tests if an x.y point is within the sprites boundaries.

This method does not take into accuont any cliping rects that are assigned to the sprites manager.

Parameters:

x	The x coordinate.
y	The y coordinate.

Returns:

true if the test passes, false if the test fails.

Reimplemented in CzBitmapSprite9, and CzBitmapPoly.

void CzSprite::Init

(

int

vertex_count = 4

)

[virtual]

Initialises the sprite.

Parameters:

vertex_count

Number of vertices that the sprite is made up from.

Reimplemented in CzBitmapSprite, CzTextSprite, and CzBitmapSprite9.

bool CzSprite::isClipped

(

)

[virtual]

Query if this sprite is clipped.

Returns:

true if clipped, false if not.

Reimplemented in CzBitmapSprite9, and CzBitmapPoly.

bool CzSprite::isClippedByManager	(	uint16 *	indices = NULL,
		int	count = 4
	)

Checks to see if the sprite is clipped by the sprite manager.

Utility method that checks the sprites current transformed vertices and the order defined by the supplied vertex indices list to see if they are fully clipped.

Parameters:

[in]	indices	If non-null, the sprites vertex indices.
	count	Number of vertices.

Returns:

true if clipped by manager, false if not.

bool CzSprite::isFilter

(

)

const [inline]

bool CzSprite::isInUse

(

)

const [inline]

bool CzSprite::isOutsideFocusRange	(	float	x,
		float	y,
		float	scale = 1.0f
	)		[virtual]

Tests to see if the supplied point is outside a specific distance.

The focus range is the distance that a point has to move to to be declared as no longer having touch focus. The default focus range is calculated as the longest distance between each end of the sprite. The supplied scale value can be used to increase the focus range. For example a scale value of 2.0 will increase the focus range to double the size of the sprites visible dimensions.

Parameters:

x	The x coordinate.
y	The y coordinate.
scale	The amount to scale the focus range.

Returns:

true if outside focus range, false if not.

Reimplemented in CzBitmapSprite9.

bool CzSprite::isPooled

(

)

const [inline]

bool CzSprite::isTiled

(

)

const [inline]

bool CzSprite::isTransformDirty

(

)

const [inline]

bool CzSprite::isVisible

(

)

const [inline]

bool CzSprite::isVisibleWithParents

(

)

const

Checks up the sprite hierarchy to see if the sprite and its parents are visible.

Returns:

true if visible and its parents are visible, false if not.

void CzSprite::RebuildTransform

(

)

[protected, virtual]

Rebuilds the display transform.

Rebuilds the sprites display transform.

Reimplemented in CzTextSprite.

void CzSprite::RebuildTransformNow

(

)

[virtual]

Rebuild the sprites transform immediately (if dirty).

void CzSprite::removeChild	(	CzSprite *	sprite,
		bool	delete_sprites = true
	)

Removes a child sprite from teh child list and optionally destroys it.

Parameters:

[in]	sprite	If non-null, the sprite.
	delete_sprites	true to delete the sprites.

void CzSprite::setActor

(

CzActor *

owner

)

[inline]

void CzSprite::setAlphaMode

(

eCzAlphaMode

mode

)

[inline]

void CzSprite::setAnchor

(

eAnchor

anchor

)

[inline]

void CzSprite::setAngle

(

float

angle

)

[inline]

void CzSprite::setBeforeChildren

(

bool

before

)

[inline]

void CzSprite::setClipRect

(

CzVec4 &

rc

)

Sets the sprites clip rectangle.

Parameters:

[in,out]

rc

The clip rectangle.

virtual void CzSprite::setColour	(	const CzColour &	colour,
		bool	use_parent = false
	)		[inline, virtual]

Reimplemented in CzBitmapSprite.

void CzSprite::setDepth

(

float

depth

)

[inline]

void CzSprite::setDestSize	(	int	width,
		int	height
	)		[inline]

void CzSprite::setFilter

(

bool

enable

)

[inline]

void CzSprite::setGeometry

(

CzGeometry *

geom

)

[virtual]

Sets the sprites geometry. The geometry defines what shape will be rendered by the sprite.

Parameters:

[in]

geom

If non-null, the geometry.

Reimplemented in CzBitmapSprite.

void CzSprite::setIgnoreCamera

(

bool

enable

)

[inline]

void CzSprite::setInUse

(

bool

in_use

)

[inline]

void CzSprite::setLayer

(

int

layer

)

[inline]

void CzSprite::setLinkedTo

(

CzSprite *

sprite

)

Changes sprite linkage.

Sprites by default are placed in the sprite manager. When a sprite is linked to another sprite it is removed from the sprite manager and added to that sprites child list unless it is an orphan sprite.

Parameters:

[in,out]

sprite

If non-null, the sprite.

void CzSprite::setManager

(

CzSpriteManager *

manager

)

[inline]

void CzSprite::setOrigin	(	float	x,
		float	y
	)		[inline]

void CzSprite::setOrphan

(

bool

enable

)

[inline]

void CzSprite::setParent

(

CzSprite *

parent

)

[inline]

void CzSprite::setPooled

(

bool

pooled

)

[inline]

void CzSprite::setPosAngScale	(	float	x,
		float	y,
		float	angle,
		float	scale
	)		[inline]

void CzSprite::setPosAngScale	(	float	x,
		float	y,
		float	angle,
		float	scale_x,
		float	scale_y
	)		[inline]

void CzSprite::setPosition	(	float	x,
		float	y
	)		[inline]

void CzSprite::setScale

(

float

scale

)

[inline]

void CzSprite::setScale	(	float	scale_x,
		float	scale_y
	)		[inline]

void CzSprite::setSkew	(	float	x1,
		float	x2,
		float	y1,
		float	y2
	)		[inline]

void CzSprite::setSpriteType

(

eType

type

)

[inline]

void CzSprite::setTiled

(

bool

tiled

)

[inline]

void CzSprite::setVisible

(

bool

show

)

[inline]

bool CzSprite::SimpleTestOverlap

(

CzSprite *

other

)

[virtual]

A simple method to test for overlapping sprites.

Note that this nethod does not take into account rotation.

Parameters:

[in]

other

If non-null, the other sprite.

Returns:

true if overlap, false if no overlap.

Reimplemented in CzBitmapSprite9, and CzBitmapPoly.

bool CzSprite::TestOverlap	(	CzSprite *	other,
		int	i1,
		int	i2,
		int	i3
	)		[virtual]

Tests if the supplied triangular area of the sprite overlaps this sprite.

Using 3 vertices at the supplied indices i1, i2, i3 of the supplied sprites transformed vertices to see if the overlap this sprites vertices.

Note that this method can also test against 16 vertex patch sprites

Parameters:

[in]	other	If non-null, the other.
	i1	First vertex index.
	i2	Second vertex index.
	i3	Third vertex index.

Returns:

true if overlap, false if no overlap.

Reimplemented in CzBitmapSprite9.

bool CzSprite::TestOverlap

(

CzSprite *

other

)

[virtual]

Tests for the overlapping of two sprites.

This method takes into account rotation of both sprites. However, it will revert to a simple method of overlap testing if both sprites are not rotated.

Parameters:

[in,out]

other

If non-null, the other sprite.

Returns:

true if overlap, false if no overlap.

Reimplemented in CzBitmapSprite9, and CzBitmapPoly.

void CzSprite::TransformClipRect

(

)

[protected]

Transforms the local clipping rect to screen coords.

Transform the sprites clipping rectangle.

CzVec2 CzSprite::TransformPoint	(	float	x,
		float	y
	)		[virtual]

Transform supplied point by current sprite transform.

Parameters:

x	The x coordinate.
y	The y coordinate.

Returns:

Transformed point.

CzVec2 CzSprite::TransformPointToScreen	(	float	x,
		float	y
	)		[virtual]

Transform supplied point by current sprite final transform (to screen coordinates).

Parameters:

x	The x coordinate.
y	The y coordinate.

Returns:

Transformed point in screen coordinates.

void CzSprite::TransformVertices

(

)

[protected, virtual]

Builds a list of transformed vertices.

Transform sprites vertices by current sprite transform.

Reimplemented in CzTextSprite, CzBitmapSprite9, and CzBitmapPoly.

bool CzSprite::Update

(

)

[virtual]

Updates the sprite and any child sprites.

Returns:

true if visible, false if not.

void CzSprite::UpdateClipping

(

)

[protected]

Updates the gobal clipper to the sprites currenmt clipping rect.

---

Member Data Documentation

float CzSprite::AccumDepth [protected]

Accumulated depth.

CzActor* CzSprite::Actor [protected]

The actor that this sprite is attached to.

eAnchor CzSprite::Anchor [protected]

Position the sprite is anchored around.

float CzSprite::Angle [protected]

Rotation of sprite (degrees)

bool CzSprite::BeforeChildren [protected]

When true th parent sprite will be drawn before all children otherwise after.

IzBrush* CzSprite::Brush [protected]

Current brush assigned to this sprite.

bool CzSprite::ChildChangeClip [protected]

Set to true if child changes clip rect.

CzList<CzSprite*> CzSprite::Children [protected]

List of children sprites.

CzVec4 CzSprite::ClipRect [protected]

Local clipping rect used to clip this sprites children.

CzColour CzSprite::Colour [protected]

Colour of sprite.

float CzSprite::Depth [protected]

Depth.

CzMatrix3 CzSprite::FinalTransform [protected]

Final transform.

CzGeometry* CzSprite::Geometry [protected]

Geometry used to display the sprite.

Reimplemented in CzBitmapPoly.

float CzSprite::Height [protected]

Destination width and height (used to represent the visible extents of the sprite on screen)

bool CzSprite::IgnoreCamera [protected]

When set to true sprite ignores camera transform.

bool CzSprite::InUse [protected]

Used in a memory pooling system to mark this sprite as in use.

int CzSprite::Layer [protected]

Depth layer.

CzSprite* CzSprite::LinkedTo [protected]

When a sprite is linked to another it takes on that sprites transform etc..

CzSpriteManager* CzSprite::Manager [protected]

Parent sprite manager.

CzRenderMaterial* CzSprite::Material [protected]

Material used to render this sprite.

CzVec2 CzSprite::Origin [protected]

Origin of sprite (0, 0 is sprites centre)

bool CzSprite::Orphan [protected]

When set to true sprites are orphaned outside the usual parent / child hierarchy and layered as independent objects.

CzSprite* CzSprite::Parent [protected]

Parent sprite.

bool CzSprite::Pooled [protected]

Tells system if we belong to a sprite pool or not.

CzVec2 CzSprite::Position [protected]

Position of the sprite.

CzRenderPrim* CzSprite::Prim [protected]

2D renderer primitive used to render this sprite

float CzSprite::ScaleX [protected]

X axis scale of sprite.

float CzSprite::ScaleY [protected]

X axis scale of sprite.

CzVec4 CzSprite::ScreenClipRect [protected]

Transformed screen clipping rect for this sprite.

CzVec4 CzSprite::Skew [protected]

4 vertex skew offsets (3 bit fixed)

uint16 CzSprite::SpriteIndices = { 0, 3, 1, 2 } [static]

eType CzSprite::SpriteType [protected]

Type of sprite.

CzMatrix3 CzSprite::Transform [protected]

Transform.

bool CzSprite::TransformDirty [protected]

Dirty when transform changed.

bool CzSprite::Visible [protected]

Sprites visible state.

float CzSprite::Width [protected]

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

• CzSprite.h
• CzSprite.cpp