UIRadioBtn Class Reference

Inheritance diagram for UIRadioBtn:

Public Types
enum	SPRITE_PLANE
enum	ANCHOR_METHOD
enum	WINDING_ORDER
Public Member Functions
override string	GetStateLabel (int index)
	Gets/sets the array of strings that correspond to each control state.
override void	SetStateLabel (int index, string label)
	Sets the string for the specified state label.
override void	OnInput (ref POINTER_INFO ptr)
	This is where input handling code should go in any derived class.
override void	Copy (SpriteRoot s)
	Copies all of the specified control's settings to this control, provided they are of the same type. One exception is that layers are not copied as this would require a new allocation and could negatively impact performance at runtime.
override void	Copy (SpriteRoot s, ControlCopyFlags flags)
	Copies all of the specified control's settings to this control, provided they are of the same type. One exception is that layers are not copied as this would require a new allocation and could negatively impact performance at runtime.
void	SetGroup (GameObject parent)
	Makes the radio button a part of the specified group and it will thenceforth be mutually exclusive to all other radio buttons in the same group.
void	SetGroup (Transform parent)
	Makes the radio button a part of the specified group and it will thenceforth be mutually exclusive to all other radio buttons in the same group.
void	SetGroup (int groupID)
	Makes the radio button a part of the specified group and it will thenceforth be mutually exclusive to all other radio buttons in the same group.
override void	TruncateTop (float pct)
	Truncates the top edge of the sprite to the specified percentage. 1 == no truncation 0 == complete truncation.
override void	TruncateBottom (float pct)
	Truncates the bottom edge of the sprite to the specified percentage. 1 == no truncation 0 == complete truncation.
override void	TruncateLeft (float pct)
	Truncates the left edge of the sprite to the specified percentage. 1 == no truncation 0 == complete truncation.
override void	TruncateRight (float pct)
	Truncates the right edge of the sprite to the specified percentage. 1 == no truncation 0 == complete truncation.
override void	Untruncate ()
	Removes any truncation.
override void	Unclip ()
	Removes any clipping that is being applied to the sprite.
override void	SetCamera (Camera c)
	Sets the camera to use when calculating a pixel-perfect sprite size.
void	SetCamera ()
	A no-argument version of SetCamera() that simply re-assigns the same camera to the object, forcing it to recalculate all camera-dependent calculations.
override void	Hide (bool tf)
	Hides or displays the sprite by disabling/enabling the sprite's mesh renderer component, or if managed, sets the mesh size to 0.
virtual void	Copy (SpriteRoot s)
	Copies all the vital attributes of another sprite.
void	Copy (IControl c)
	Copies the the specified control.
void	Copy (IControl c, ControlCopyFlags flags)
	Copies the specified parts of the specified control.
virtual void	UpdateCollider ()
	Updates the collider of the control so that it encompasses the extents of the control's content. NOTE: To include the control's associated text in the calculation, be sure to check the includeTextInAutoCollider box.
virtual void	SetInputDelegate (EZInputDelegate del)
	Sets the method to be called when input occurs (input is forwarded from OnInput()). NOTE: This will replace any and all delegates which have been set or added previously. If you are unsure if any delegates are already registered, use AddInputDelegate() instead, or RemoveInputDelegate() to unset a previously registered delegate. Only use this when you are sure you want to replace all previously registered delegates.
virtual void	AddInputDelegate (EZInputDelegate del)
	Adds a method to be called when input occurs (input is forwarded from OnInput()).
virtual void	RemoveInputDelegate (EZInputDelegate del)
	Removes a method added with AddInputDelegate().
virtual void	SetValueChangedDelegate (EZValueChangedDelegate del)
	Sets the method to be called when the value of a control changes (such as a checkbox changing from false to true, or a slider being moved). NOTE: This will replace any and all delegates which have been set or added previously. If you are unsure if any delegates are already registered, use AddValueChangedDelegate() instead, or RemoveValueChangedDelegate() to unset a previously registered delegate. Only use this when you are sure you want to replace all previously registered delegates.
virtual void	AddValueChangedDelegate (EZValueChangedDelegate del)
	Adds a method to be called when the value of a control changes (such as a checkbox changing from false to true, or a slider being moved).
virtual void	RemoveValueChangedDelegate (EZValueChangedDelegate del)
	Removes a method added with AddValueChangedDelegate().
virtual void	OnInput (POINTER_INFO ptr)
	This is where input handling code should go in any derived class.
void	DefaultDragUpdatePosition (POINTER_INFO ptr)
	The default method of updating the drag position.
void	SetDragPosUpdater (EZDragDropHelper.UpdateDragPositionDelegate del)
	Sets the delegate to be called in order to update the drag position of the object being dragged.
void	CancelDrag ()
	Cancels any pending drag and drop operation.
void	CancelFinished ()
	Signals to the object that its cancel drag transition has completed. Only call this yourself if you have overridden the default drag canceling and you are finished animating/whatever the object as a result of having its drag canceled.
void	DoDefaultCancelDrag ()
	Performs the default cancel drag animation.
void	AddDragDropDelegate (EZDragDropDelegate del)
	Adds a delegate to be called with drag and drop notifications.
void	RemoveDragDropDelegate (EZDragDropDelegate del)
	Removes a delegate from the list of those to be called with drag and drop notifications.
void	SetDragDropDelegate (EZDragDropDelegate del)
	Sets the delegate to be called with drag and drop notifications. NOTE: This will replace any previously registered delegates.
override void	Clear ()
	Resets important sprite values to defaults for reuse.
void	Setup (float w, float h)
	Sets up the essential elements of a sprite.
void	Setup (float w, float h, Material material)
	Sets up the essential elements of a sprite.
virtual void	CopyAll (SpriteRoot s)
	Copies all the attributes of another sprite, including its edit-time TextureAnimations.
void	PlayAnim (UVAnimation anim, int frame)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
void	PlayAnim (UVAnimation anim)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
void	PlayAnim (int index, int frame)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
override void	PlayAnim (int index)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
void	PlayAnim (string name, int frame)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
override void	PlayAnim (string name)
	Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.
void	PlayAnimInReverse (UVAnimation anim)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
void	PlayAnimInReverse (UVAnimation anim, int frame)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
override void	PlayAnimInReverse (int index)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
void	PlayAnimInReverse (int index, int frame)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
override void	PlayAnimInReverse (string name)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
void	PlayAnimInReverse (string name, int frame)
	Like PlayAnim, but plays the animation in reverse. See PlayAnim.
void	DoAnim (int index)
	Plays the specified animation only if it is not already playing.
void	DoAnim (string name)
	Plays the specified animation only if it is not already playing.
void	DoAnim (UVAnimation anim)
	Plays the specified animation only if it is not already playing.
void	SetCurFrame (int index)
	Sets the current frame of the current animation immediately.
override void	StopAnim ()
	Stops the current animation from playing and resets it to the beginning for playing again. The sprite then reverts to the static image.
void	UnpauseAnim ()
	Resumes an animation from where it left off previously.
UVAnimation	GetCurAnim ()
	Returns a reference to the currently selected animation. NOTE: This does not mean the animation is currently playing. To determine whether the animation is playing, use IsAnimating.
UVAnimation	GetAnim (string name)
	Returns a reference to the animation that matches the name specified.
override int	GetStateIndex (string stateName)
	Returns the index of the state with the specified name. -1 if no state matching the specified name is found.
override void	SetState (int index)
	Sets the sprite to the specified state/animation.
delegate void	AnimCompleteDelegate (SpriteBase sprite)
delegate void	AnimFrameDelegate (SpriteBase sprite, int frame)
override void	Delete ()
	If non-managed, call Delete() before destroying this component or the GameObject to which it is attached. Memory leaks can ensue otherwise.
void	SetAnimCompleteDelegate (AnimCompleteDelegate del)
	Sets the delegate to be called upon animation completion.
void	SetAnimFrameDelegate (AnimFrameDelegate del)
	Sets the delegate to be called each frame of animation.
void	SetSpriteResizedDelegate (SpriteResizedDelegate del)
	Sets the delegate to be called when the sprite is resized.
void	AddSpriteResizedDelegate (SpriteResizedDelegate del)
	Adds the delegate to be called when the sprite is resized.
void	RemoveSpriteresizedDelegate (SpriteResizedDelegate del)
	Removes the specified delegate from the list of those to be called when the sprite is resized.
void	SetFramerate (float fps)
	Changes the framerate at which the current animation plays. NOTE: This only has effect if called AFTER PlayAnim() is called. Otherwise, PlayAnim() sets the framerate to whatever is specified in the animation itself.
void	PauseAnim ()
	Pauses the currently-playing animation.
void	RevertToStatic ()
	Reverts the sprite to its static (non-animating) default appearance.
bool	IsAnimating ()
	Returns whether the sprite is currently animating.
delegate void	SpriteResizedDelegate (float newWidth, float newHeight, SpriteRoot sprite)
void	CalcSize ()
	Recalculates the width and height of the sprite based upon the change in its UV dimensions (autoResize) or on the current camera's disposition (pixelPerfect).
virtual void	SetSize (float w, float h)
	Sets the physical dimensions of the sprite in the plane selected.
virtual void	UpdateUVs ()
	Applies any changes to the UVs to the actual sprite mesh.
virtual void	SetColor (Color c)
	Sets the sprite's color to the specified color.
void	CalcPixelToUV ()
	Recalculates the pixel-to-UV ratio based on the current texture.
void	SetTexture (Texture2D tex)
	Changes the texture to be used by the sprite's material. NOTE: This will cause the sprite not to batch with other sprites and can only be used with non-managed sprites.
void	SetMaterial (Material mat)
	Changes the material to be used by the sprite. NOTE: This can only be used with non-managed sprites.
void	UpdateCamera ()
	Updates any camera-dependent settings, such as the calculated pixel-perfect size. Use this with BroadcastMessage() to do bulk re-calculation of object sizes whenever your screensize/resolution changes at runtime.
bool	IsHidden ()
	Returns whether the sprite is currently set to be hideAtStart (whether its mesh renderer component is enabled).
void	SetBleedCompensation (float x, float y)
	Sets the bleed compensation to use (see bleedCompensation).
void	SetBleedCompensation (Vector2 xy)
	Sets the bleed compensation to use (see bleedCompensation).
void	SetPlane (SPRITE_PLANE p)
	Sets the plane in which the sprite is to be drawn. See: SPRITE_PLANE.
void	SetWindingOrder (WINDING_ORDER order)
	Sets the winding order to use. See WINDING_ORDER.
void	SetDrawLayer (int layer)
	Sets the draw layer of the sprite (only applies to managed sprites).
void	SetFrameInfo (SPRITE_FRAME fInfo)
	Sets the sprite's frame info, which includes UVs, offsets, etc.
void	SetUVs (Rect uv)
	Sets the sprite's UVs to the specified values.
void	SetUVsFromPixelCoords (Rect pxCoords)
	Sets the sprite's UVs from pixel coordinates.
Rect	GetUVs ()
	Returns the current UV coordinates of the sprite (before bleed compensation).
Vector3[]	GetVertices ()
	Returns a reference to the sprite's vertices. NOTE: You can only directly modify the sprite's vertices if it is a non-managed sprite.
Vector3	GetCenterPoint ()
	Gets the center point of the sprite, taking into account the actual positions of vertices.
void	SetAnchor (ANCHOR_METHOD a)
	Sets the anchor method to use. See ANCHOR_METHOD.
void	SetOffset (Vector3 o)
	Sets the offset of the sprite from its GameObject. See offset.
Vector2	PixelSpaceToUVSpace (Vector2 xy)
	Converts pixel-space values to UV-space scalar values according to the currently assigned material. NOTE: This is for converting widths and heights-not coordinates (which have reversed Y-coordinates). For coordinates, use PixelCoordToUVCoord()!
Vector2	PixelSpaceToUVSpace (int x, int y)
	Converts pixel-space values to UV-space scalar values according to the currently assigned material. NOTE: This is for converting widths and heights-not coordinates (which have reversed Y-coordinates). For coordinates, use PixelCoordToUVCoord()!
Vector2	PixelCoordToUVCoord (Vector2 xy)
	Converts pixel coordinates to UV coordinates according to the currently assigned material. NOTE: This is for converting coordinates and will reverse the Y component accordingly. For converting widths and heights, use PixelSpaceToUVSpace()!
Vector2	PixelCoordToUVCoord (int x, int y)
	Converts pixel coordinates to UV coordinates according to the currently assigned material. NOTE: This is for converting coordinates and will reverse the Y component accordingly. For converting widths and heights, use PixelSpaceToUVSpace()!
Static Public Member Functions
static UIRadioBtn	Create (string name, Vector3 pos)
	Creates a GameObject and attaches this component type to it.
static UIRadioBtn	Create (string name, Vector3 pos, Quaternion rotation)
	Creates a GameObject and attaches this component type to it.
Public Attributes
bool	useParentForGrouping = true
	When true, the radio button will group itself with other radio buttons based on whether they share the same parent GameObject.
int	radioGroup
	The numbered group to which this radio button belongs. Buttons that share a group will be mutually exclusive to one another. This value is only available if RADIOBTN_USE_PARENT is not defined. Otherwise, by default, radio buttons group themselves according to a common parent GameObject.
bool	defaultValue
	The default value of the button.
SpriteRoot[]	layers = new SpriteRoot[0]
	An array of references to sprites which will visually represent this control. Each element (layer) represents another layer to be drawn. This allows you to use multiple sprites to draw a single control, achieving a sort of layered effect. Ex: You can use a second layer to overlay a button with a highlight effect.
MonoBehaviour	scriptWithMethodToInvoke
	Reference to the script component with the method you wish to invoke when the button changes states.
string	methodToInvoke = ""
	A string containing the name of the method to be invoked.
POINTER_INFO.INPUT_EVENT	whenToInvoke = POINTER_INFO.INPUT_EVENT.TAP
	Sets what event should have occurred to invoke the associated MonoBehaviour method. Defaults to TAP.
float	delay
	Delay, in seconds, between the time the control is tapped and the time the method is executed.
AudioSource	soundToPlay
	Sound that will be played when the button is tapped.
bool	disableHoverEffect = false
	When false, any "layer" that is set will be assumed to contain states for "Over" and "Active" so as to provide visuals for the "Hover" effect, as well as the "Active" (pressed) effect. When true, however, the layers are assumed to only be used to mirror the control's current state/value, and will not provide "Over" and "Active" state appearances.
const string	DittoString = "[\"]"
	String whose meaning is to keep the previous state's label.
string	text
	Text to be displayed on the control. Do not set this directly in-code. Instead, use the "Text" property or else your changes will not take effect.
SpriteText	spriteText
	Reference to optional SpriteText which will display this item's text. It is STRONGLY recommended that this mesh exist on a GameObject that is a child of the list item itself.
float	textOffsetZ = -0.1f
	When text is generated by the control at runtime, it will, by default, have its offsetZ setting set to this value. NOTE: Negative values will result in text being in front of the control. Positive values will place the text behind the control.
bool	includeTextInAutoCollider = true
	When true, of a collider is generated for the control, the associated text is taken into account when calculating the extents of the collider.
bool	detargetOnDisable = false
	When set to true, the control will instruct any pointers which have it as their target to de-target them. Use this if you are deactivating a control and want no input to go to it. It is strongly recommended NOT to use this feature on any control that appears in a scroll list, or else you may be unable to scroll past the edge of the list's viewable area.
object	data
	Can hold a reference to any data that the developer wishes to be associated with the control.
bool	isDraggable = false
	Indicates whether the object can be dragged as part of a drag & drop operation.
LayerMask	dropMask = -1
	A mask which can be used to make the object only be "droppable" on objects in a certain layer. NOTE: This mask is combined with the camera's mask.
float	dragOffset = float.NaN
	The distance an object being dragged and dropped should be offset toward the camera to ensure it hovers above other objects and controls in the scene. A value of NaN indicates the default value will be used from the UIManager.
EZAnimation.EASING_TYPE	cancelDragEasing = EZAnimation.EASING_TYPE.Default
	The type of easing to use to animate the object back to its starting position when a drag operation is canceled.
float	cancelDragDuration = -1f
	The duration of the easing animation when a drag and drop operation is canceled. A value of -1 indicates to use the default value specified in the UIManager.
bool	doNotTrimImages = false
	When set to true, even if the "Trim Images" option is enabled in the atlas builder, the images for this object will not be trimmed.
UVAnimation[]	animations
	Holds the actual UV sequences that will be used at run-time.
bool	playAnimOnStart = false
	When set to true, the sprite will play the default animation (see defaultAnim) when the sprite is instantiated.
int	defaultAnim = 0
	Index of the animation to play by default.
bool	managed = false
	When true, the sprite will be managed by the selected sprite manager script. When false, the sprite has its own mesh and will be batched automatically with other sprites (when available - Unity iPhone).
SpriteManager	manager
	Reference to the manager which will manage this sprite, provided managed is set to true.
int	drawLayer
	The layer in which the sprite will be drawn if managed.
bool	persistent = false
	This must be set to true at design time for the sprite to survive loading a new level.
SPRITE_PLANE	plane = SPRITE_PLANE.XY
	The plane in which the sprite will be drawn.
WINDING_ORDER	winding = WINDING_ORDER.CW
	The winding order of the sprite's polygons - determines the direction the sprite will "face".
float	width
	Width of the sprite in world space.
float	height
	Height of the sprite in world space.
Vector2	bleedCompensation
	Will contract the UV edges of the sprite by the specified amount to prevent "bleeding" from neighboring pixels, especially when mipmapping.
ANCHOR_METHOD	anchor = ANCHOR_METHOD.TEXTURE_OFFSET
	Anchor method to use. See also: ANCHOR_METHOD .
bool	pixelPerfect = false
	Automatically sizes the sprite so that it will display pixel-perfect on-screen. NOTE: If you change the orthographic size of the camera or the distance between the sprite and a perspective camera, call SetCamera() to make the text pixel-perfect again. However, if you want automatic resizing functionality without being pixel-perfect and therefore allowing zooming in and out, use autoResize instead.
bool	autoResize = false
	Automatically resizes the sprite based on its new UV dimensions compared to its previous dimensions. Setting this to true allows you to use non-uniform sized sprites for animation without causing the sprite to appear "squashed" while animating.
Vector3	offset = new Vector3()
	Offsets the sprite, in world space, from the center of its GameObject.
Color	color = Color.white
	The color to be used by all four of the sprite's vertices. This can be used to color, highlight, or fade the sprite. Be sure to use a vertex-colored shader for this to have an effect.
bool	hideAtStart = false
	Whether the sprite will be hideAtStart when it starts.
bool	ignoreClipping = false
	When true, the sprite will not be clipped.
Protected Types
enum	CONTROL_STATE { , Over, Active }
Properties
override bool	controlIsEnabled `[get, set]`
	Controls whether this control is in an enabled state or not. If it is not, input is not processed. This can also be used to cause a control to take on a "grayed out" appearance when disabled.
virtual bool	Value `[get, set]`
	Provides access to the boolean value of the button.
override TextureAnim[]	States `[get, set]`
	Accessor for the sprite's various states as defined in the editor (not used at runtime).
override CSpriteFrame	DefaultFrame `[get]`
	Gets the default frame of the sprite object. This is the appearance the sprite is to have in the editor.
override string	Text `[get, set]`
	Sets the text to be displayed in this control.
object	Data `[get, set]`
	Holds "boxed" data for the control. This can be used to associate any object or value with the control for later reference and use.
virtual bool	IncludeTextInAutoCollider `[get, set]`
	Determines whether any associated text should be taken into account when generating a collider for the control automatically.
override bool	Clipped `[get, set]`
	Accessor for whether the sprite is to be clipped by any already-specified clipping rect.
override Rect3D	ClippingRect `[get, set]`
	The rect against which the sprite should be clipped. The sprite will be immediately clipped by this rect when set. When setting, the rect should be in world space.
override Camera	RenderCamera `[get, set]`
	Accessor for the camera that will be used to render this object. Use this to ensure the object is properly configured for the specific camera that will render it.
Vector2	TopLeftEdge `[get]`
	The top-left edge of the control, when no clipping or trimming is applied, and includes all layers and text.
Vector2	BottomRightEdge `[get]`
	The bottom-right edge of the control, when no clipping or trimming is applied, and includes all layers and text.
virtual bool	DetargetOnDisable `[get, set]`
	When set to true, the control will instruct any pointers which have it as their target to de-target them. Use this if you are deactivating a control and want no input to go to it. It is strongly recommended NOT to use this feature on any control that appears in a scroll list, or else you may be unable to scroll past the edge of the list's viewable area.
LayerMask	DropMask `[get, set]`
	A mask which can be used to make the object only be "droppable" on objects in a certain layer. NOTE: This mask is combined with the camera's mask.
bool	IsDraggable `[get, set]`
	Indicates whether the object can be dragged as part of a drag & drop operation.
float	DragOffset `[get, set]`
	The distance an object being dragged and dropped should be offset toward the camera to ensure it hovers above other objects and controls in the scene.
EZAnimation.EASING_TYPE	CancelDragEasing `[get, set]`
	The type of easing to use to animate the object back to its starting position when a drag operation is canceled.
float	CancelDragDuration `[get, set]`
	The duration of the easing animation when a drag and drop operation is canceled.
bool	IsDragging `[get, set]`
	Indicates whether the object is being dragged as part of a drag & drop operation. Setting this value to false while the object is being dragged will cause the drag and drop operation to be canceled.
GameObject	DropTarget `[get, set]`
	The GameObject over which the object being dragged is hovering and will attempt to be dropped if it let go.
bool	DropHandled `[get, set]`
	In the context of a drag & drop operation, this indicates whether the drop action was handled. If this is not set to true in response to a Dropped message sent to OnEZDragDrop(), the drop will be considered to be unhandled and will result in a canceled drop, causing the dragged object to return to its original position.
bool	UseDefaultCancelDragAnim `[get, set]`
	Indicates whether to use the default drag canceling animation. NOTE: If you perform your own cancel animation, be sure to call CancelFinished() upon the animation's completion.
virtual bool	DoNotTrimImages `[get, set]`
	When set to true, even if the "Trim Images" option is enabled in the atlas builder, the images for this object will not be trimmed.
bool	Animating `[get, set]`
	Property useful for use with EZ Game Saver. When it gets set, the current animation is started. Include this, along with CurAnimIndex, as a saved property so that any playing animation is resumed.
int	CurAnimIndex `[get, set]`
	Property useful for use with EZ Game Saver. Include this as a saved property, along with Animating, so that any playing animation is resumed.
Color	Color `[get, set]`
	Accessor for the object's current overall color tint.
Vector2	PixelSize `[get, set]`
	Gets/Sets the width and height of the sprite in pixels as it appears on-screen.
Vector2	ImageSize `[get]`
	Gets the width and height of the image the sprite is displaying. NOTE: This is not the number of screen pixels occupied by the sprite, but rather the original number of texels which compose the sprite's image.
bool	Managed `[get, set]`
	Sets the sprite to a managed or batched state.
ANCHOR_METHOD	Anchor `[get, set]`
	Accessor for the object's anchor method.
Vector3	UnclippedTopLeft `[get]`
	The top-left corner of the sprite when no clipping or trimming is applied.
Vector3	UnclippedBottomRight `[get]`
	The bottom-right corner of the sprite when no clipping or trimming is applied.
Vector3	TopLeft `[get]`
	Returns the position of the top-left vertex of the sprite after any clipping or trimming.
Vector3	BottomRight `[get]`
	Returns the position of the bottom-right vertex of the sprite after any clipping or trimming.

Detailed Description

Button class that allows you to allow selection among of set of mutually exclusive options.

Member Enumeration Documentation

enum SpriteRoot::ANCHOR_METHOD [inherited]

The anchoring scheme of a sprite. The anchor point is the point on the sprite that will remain stationary when the sprite's size changes. For a health bar that "grows" to the right while its left edge remains stationary, you would use UPPER_LEFT, MIDDLE_LEFT, or BOTTOM_LEFT.

For a health bar that "grows" upward while the bottom edge remains stationary, you would use BOTTOM_LEFT, BOTTOM_CENTER, or BOTTOM_RIGHT.

enum UIRadioBtn::CONTROL_STATE [protected]

Enumerator:

Over	Over is not supported directly by the control's states, but is included to allow layers to represent the control's Over state.
Active	Active is not supported directly by the control's states, but is included to allow layers to represent the control's Active state.

enum SpriteRoot::SPRITE_PLANE [inherited]

The plane in which a sprite should be drawn.

enum SpriteRoot::WINDING_ORDER [inherited]

Defines which way the polygons of a sprite should be wound. The two options are clock-wise (CW) and counter clock-wise (CCW). These determine the direction the sprite will "face".

Member Function Documentation

void AutoSpriteControlBase.AddDragDropDelegate ( EZDragDropDelegate del ) [inherited]

Adds a delegate to be called with drag and drop notifications.

Parameters:

del

The delegate to add.

Implements IEZDragDrop.

virtual void AutoSpriteControlBase.AddInputDelegate ( EZInputDelegate del ) [virtual, inherited]

Adds a method to be called when input occurs (input is forwarded from OnInput()).

Parameters:

del

A method that conforms to the EZInputDelegate pattern.

Implements IUIObject.

Reimplemented in UISlider.

void SpriteBase.AddSpriteResizedDelegate ( SpriteResizedDelegate del ) [inherited]

Adds the delegate to be called when the sprite is resized.

Parameters:

del

A delegate to be called when the sprite is resized.

virtual void AutoSpriteControlBase.AddValueChangedDelegate ( EZValueChangedDelegate del ) [virtual, inherited]

Adds a method to be called when the value of a control changes (such as a checkbox changing from false to true, or a slider being moved).

Parameters:

del

A method that conforms to the EZValueChangedDelegate pattern.

Implements IUIObject.

delegate void SpriteBase.AnimCompleteDelegate ( SpriteBase sprite ) [inherited]

Defines a delegate that can be called upon animation completion. Use this if you want something to happen as soon as an animation reaches the end. Receives a reference to the sprite.

Parameters:

sprite

A reference to the sprite whose animation has finished.

delegate void SpriteBase.AnimFrameDelegate	(	SpriteBase	sprite,
		int	frame
	)			`[inherited]`

Defines a delegate that can be called once for each frame of animation. Use this if you want something to happen on an animation frame. Receives a reference to the sprite and the zero-based index of the current frame as an argument.

Parameters:

	sprite	A reference to the sprite which is calling the delegate.
	frame	The current animation frame number. (0-based)

void SpriteRoot.CalcPixelToUV ( ) [inherited]

Recalculates the pixel-to-UV ratio based on the current texture.

void SpriteRoot.CalcSize ( ) [inherited]

Recalculates the width and height of the sprite based upon the change in its UV dimensions (autoResize) or on the current camera's disposition (pixelPerfect).

void AutoSpriteControlBase.CancelDrag ( ) [inherited]

Cancels any pending drag and drop operation.

Implements IEZDragDrop.

void AutoSpriteControlBase.CancelFinished ( ) [inherited]

Signals to the object that its cancel drag transition has completed. Only call this yourself if you have overridden the default drag canceling and you are finished animating/whatever the object as a result of having its drag canceled.

override void AutoSpriteBase.Clear ( ) [virtual, inherited]

Resets important sprite values to defaults for reuse.

Reimplemented from SpriteBase.

void IControl.Copy	(	IControl	c,
		ControlCopyFlags	flags
	)			`[inherited]`

Copies the specified parts of the specified control.

Parameters:

	c	The control to be copied.
	flags	Flags specifying which attributes of the control are to be copied.

void IControl.Copy ( IControl c ) [inherited]

Copies the the specified control.

Parameters:

c

The control to be copied.

virtual void SpriteRoot.Copy ( SpriteRoot s ) [virtual, inherited]

Copies all the vital attributes of another sprite.

Parameters:

s

Source sprite to be copied.

override void UIRadioBtn.Copy	(	SpriteRoot	s,
		ControlCopyFlags	flags
	)			`[virtual]`

Copies all of the specified control's settings to this control, provided they are of the same type. One exception is that layers are not copied as this would require a new allocation and could negatively impact performance at runtime.

Parameters:

s

Reference to the control whose settings are to be copied to this control.

Reimplemented from AutoSpriteControlBase.

Reimplemented in UIPanelTab.

override void UIRadioBtn.Copy ( SpriteRoot s )

Copies all of the specified control's settings to this control, provided they are of the same type. One exception is that layers are not copied as this would require a new allocation and could negatively impact performance at runtime.

Parameters:

s

Reference to the control whose settings are to be copied to this control.

Reimplemented from AutoSpriteControlBase.

Reimplemented in UIPanelTab.

virtual void AutoSpriteBase.CopyAll ( SpriteRoot s ) [virtual, inherited]

Copies all the attributes of another sprite, including its edit-time TextureAnimations.

Parameters:

s

A reference to the sprite to be copied.

static UIRadioBtn UIRadioBtn.Create	(	string	name,
		Vector3	pos,
		Quaternion	rotation
	)			`[static]`

Creates a GameObject and attaches this component type to it.

Parameters:

	name	Name to give to the new GameObject.
	pos	Position, in world space, where the new object should be created.
	rotation	Rotation of the object.

Returns:: Returns a reference to the component.

Reimplemented in UIPanelTab.

static UIRadioBtn UIRadioBtn.Create	(	string	name,
		Vector3	pos
	)			`[static]`

Creates a GameObject and attaches this component type to it.

Parameters:

	name	Name to give to the new GameObject.
	pos	Position, in world space, where the new object should be created.

Returns:: Returns a reference to the component.

Reimplemented in UIPanelTab.

void AutoSpriteControlBase.DefaultDragUpdatePosition ( POINTER_INFO ptr ) [inherited]

The default method of updating the drag position.

Parameters:

ptr

The pointer info struct for the pointer dragging the object.

override void SpriteBase.Delete ( ) [virtual, inherited]

If non-managed, call Delete() before destroying this component or the GameObject to which it is attached. Memory leaks can ensue otherwise.

Reimplemented from SpriteRoot.

void AutoSpriteBase.DoAnim ( UVAnimation anim ) [inherited]

Plays the specified animation only if it is not already playing.

Parameters:

anim

Reference to the animation to play.

void AutoSpriteBase.DoAnim ( string name ) [inherited]

Plays the specified animation only if it is not already playing.

Parameters:

name

Name of the animation to play.

void AutoSpriteBase.DoAnim ( int index ) [inherited]

Plays the specified animation only if it is not already playing.

Parameters:

index

Index of the animation to play.

void AutoSpriteControlBase.DoDefaultCancelDrag ( ) [inherited]

Performs the default cancel drag animation.

UVAnimation AutoSpriteBase.GetAnim ( string name ) [inherited]

Returns a reference to the animation that matches the name specified.

Parameters:

name

Name of the animation sought.

Returns:: Reference to the animation, if found, null otherwise.

Vector3 SpriteRoot.GetCenterPoint ( ) [inherited]

Gets the center point of the sprite, taking into account the actual positions of vertices.

Returns:: The center point of the sprite.

UVAnimation AutoSpriteBase.GetCurAnim ( ) [inherited]

Returns a reference to the currently selected animation. NOTE: This does not mean the animation is currently playing. To determine whether the animation is playing, use IsAnimating.

Returns:: Reference to the currently selected animation.

override int AutoSpriteBase.GetStateIndex ( string stateName ) [virtual, inherited]

Returns the index of the state with the specified name. -1 if no state matching the specified name is found.

Parameters:

stateName

The name of the state sought.

Returns:: The zero-based index of the state, or -1 if no state is found by that name.

Implements SpriteRoot.

override string UIRadioBtn.GetStateLabel ( int index ) [virtual]

Gets/sets the array of strings that correspond to each control state.

Reimplemented from AutoSpriteControlBase.

Rect SpriteRoot.GetUVs ( ) [inherited]

Returns the current UV coordinates of the sprite (before bleed compensation).

Returns:: Rect containing the sprite's UV coordinates.

Vector3 [] SpriteRoot.GetVertices ( ) [inherited]

Returns a reference to the sprite's vertices. NOTE: You can only directly modify the sprite's vertices if it is a non-managed sprite.

Returns:: A reference to the sprite's vertices.

override void AutoSpriteControlBase.Hide ( bool tf ) [virtual, inherited]

Hides or displays the sprite by disabling/enabling the sprite's mesh renderer component, or if managed, sets the mesh size to 0.

Parameters:

tf

When true, the sprite is hideAtStart, when false, the sprite will be displayed.

Reimplemented from SpriteBase.

Reimplemented in UIListItem, UIProgressBar, UISlider, and UITextField.

bool SpriteBase.IsAnimating ( ) [inherited]

Returns whether the sprite is currently animating.

Returns:: True if the sprite is currently animating, false otherwise.

bool SpriteRoot.IsHidden ( ) [inherited]

Returns whether the sprite is currently set to be hideAtStart (whether its mesh renderer component is enabled).

Returns:: True when hideAtStart, false when set to be displayed.

virtual void AutoSpriteControlBase.OnInput ( POINTER_INFO ptr ) [virtual, inherited]

This is where input handling code should go in any derived class.

Parameters:

ptr

POINTER_INFO struct that contains information on the pointer that caused the event, as well as the event that occurred.

Implements IUIObject.

override void UIRadioBtn.OnInput ( ref POINTER_INFO ptr ) [virtual]

This is where input handling code should go in any derived class.

Parameters:

ptr

POINTER_INFO struct that contains information on the pointer that caused the event, as well as the event that occurred.

Reimplemented from AutoSpriteControlBase.

Reimplemented in UIPanelTab.

void SpriteBase.PauseAnim ( ) [inherited]

Pauses the currently-playing animation.

Vector2 SpriteRoot.PixelCoordToUVCoord	(	int	x,
		int	y
	)			`[inherited]`

Converts pixel coordinates to UV coordinates according to the currently assigned material. NOTE: This is for converting coordinates and will reverse the Y component accordingly. For converting widths and heights, use PixelSpaceToUVSpace()!

Parameters:

	x	The x-coordinate to convert.
	y	The y-coordinate to convert.

Returns:: The coordinates converted to UV coordinates.

Vector2 SpriteRoot.PixelCoordToUVCoord ( Vector2 xy ) [inherited]

Converts pixel coordinates to UV coordinates according to the currently assigned material. NOTE: This is for converting coordinates and will reverse the Y component accordingly. For converting widths and heights, use PixelSpaceToUVSpace()!

Parameters:

xy

The coordinates to convert.

Returns:: The coordinates converted to UV coordinates.

Vector2 SpriteRoot.PixelSpaceToUVSpace	(	int	x,
		int	y
	)			`[inherited]`

Converts pixel-space values to UV-space scalar values according to the currently assigned material. NOTE: This is for converting widths and heights-not coordinates (which have reversed Y-coordinates). For coordinates, use PixelCoordToUVCoord()!

Parameters:

	x	The X-value to convert.
	y	The Y-value to convert.

Returns:: The values converted to UV space.

Vector2 SpriteRoot.PixelSpaceToUVSpace ( Vector2 xy ) [inherited]

Converts pixel-space values to UV-space scalar values according to the currently assigned material. NOTE: This is for converting widths and heights-not coordinates (which have reversed Y-coordinates). For coordinates, use PixelCoordToUVCoord()!

Parameters:

xy

The values to convert.

Returns:: The values converted to UV space.

override void AutoSpriteBase.PlayAnim ( string name ) [virtual, inherited]

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

name

The name of the animation to play.

Reimplemented from SpriteBase.

void AutoSpriteBase.PlayAnim	(	string	name,
		int	frame
	)			`[inherited]`

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

	name	The name of the animation to play.
	frame	The zero-based index of the frame at which to start playing.

override void AutoSpriteBase.PlayAnim ( int index ) [virtual, inherited]

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

index

Index of the animation to play.

Reimplemented from SpriteBase.

void AutoSpriteBase.PlayAnim	(	int	index,
		int	frame
	)			`[inherited]`

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

	index	Index of the animation to play.
	frame	The zero-based index of the frame at which to start playing.

void AutoSpriteBase.PlayAnim ( UVAnimation anim ) [inherited]

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

anim

A reference to the animation to play.

void AutoSpriteBase.PlayAnim	(	UVAnimation	anim,
		int	frame
	)			`[inherited]`

Starts playing the specified animation Note: this doesn't resume from a pause, it completely restarts the animation. To unpause, use UnpauseAnim.

Parameters:

	anim	A reference to the animation to play.
	frame	The zero-based index of the frame at which to start playing.

void AutoSpriteBase.PlayAnimInReverse	(	string	name,
		int	frame
	)			`[inherited]`