CycleInterpolator

extends Object
implements Interpolator

java.lang.Object
↳	android.view.animation.CycleInterpolator

Class Overview

Repeats the animation for a specified number of cycles. The rate of change follows a sinusoidal pattern.

Public Constructors
	CycleInterpolator(float cycles)
	CycleInterpolator(Context context, AttributeSet attrs)

Public Methods
float	getInterpolation(float input) Maps a point on the timeline to a multiplier to be applied to the transformations of an animation.

Inherited Methods

Object	clone() Creates and returns a copy of this `Object`.
boolean	equals(Object o) Compares this instance with the specified object and indicates if they are equal.
void	finalize() Called before the object's memory is reclaimed by the VM.
final Class<? extends Object>	getClass() Returns the unique instance of `Class` that represents this object's class.
int	hashCode() Returns an integer hash code for this object.
final void	notify() Causes a thread which is waiting on this object's monitor (by means of calling one of the `wait()` methods) to be woken up.
final void	notifyAll() Causes all threads which are waiting on this object's monitor (by means of calling one of the `wait()` methods) to be woken up.
String	toString() Returns a string containing a concise, human-readable description of this object.
final void	wait() Causes the calling thread to wait until another thread calls the `notify()` or `notifyAll()` method of this object.
final void	wait(long millis, int nanos) Causes the calling thread to wait until another thread calls the `notify()` or `notifyAll()` method of this object or until the specified timeout expires.
final void	wait(long millis) Causes the calling thread to wait until another thread calls the `notify()` or `notifyAll()` method of this object or until the specified timeout expires.

Since: API Level 1

Since: API Level 1

Since: API Level 1

Maps a point on the timeline to a multiplier to be applied to the transformations of an animation.

input	A value between 0 and 1.0 indicating our current point in the animation where 0 represents the start and 1.0 represents the end

The interpolation value. This value can be more than 1.0 for Interpolators which overshoot their targets, or less than 0 for Interpolators that undershoot their targets.