The base class for generic interpolating actions, you just pass set/get functions. More...

Inheritance diagram for ActionTweenGeneric< T >:

Public Member Functions
delegate void	DSet (T value)
	Target value set function delegate.
delegate T	DGet ()
	Target value get function delegate.
	ActionTweenGeneric ()
	ActionTweenGeneric constructor.
	ActionTweenGeneric (DGet dget, DSet dset)
	ActionTweenGeneric constructor.
override void	Run ()
	Kick this action.
override void	Update (float dt)
	The update function.
Public Attributes
T	TargetValue
	The target value.
bool	IsRelative = false
	If true, the target value is an offset.
DTween	Tween = (t) => Math.PowEaseOut(t,4.0f)
	The tween/interpolation function, basically a f(x) function where f(x) goes from 0 to 1 when x goes from 0 to 1.
DSet	Set
	The function that sets the current value as we execute the tween.
DGet	Get
	The function that gets the current value as we execute the tween.

Detailed Description

The base class for generic interpolating actions, you just pass set/get functions.

This is an abstract class.

Member Data Documentation

DTween Tween = (t) => Math.PowEaseOut(t,4.0f)

The tween/interpolation function, basically a f(x) function where f(x) goes from 0 to 1 when x goes from 0 to 1.

Example of function you can set DTween to:

(t) => Math.Linear(t);

(t) => Math.ExpEaseIn(t,1.0f);

(t) => Math.ExpEaseOut(t,1.0f);

(t) => Math.PowEaseIn(t,4.0f);

(t) => Math.PowEaseOut(t,4.0f);

(t) => Math.PowEaseInOut(t,4.0f);

(t) => Math.BackEaseIn(t,1.0f);

(t) => Math.BackEaseOut(t,1.0f);

(t) => Math.BackEaseInOut(t,1.0f);

(t) => Math.PowerfulScurve(t,3.7f,3.7f);

(t) => Math.Impulse(t,10.0f);

(t) => FMath.Sin(t*Math.Pi*0.5f); // for sin curve tween

More about tweens can be found int he cocos2d documentaiton which itselfs points to: