Package com.inductiveautomation.rm.graphics

Class RMInterpolator.Bounce

java.lang.Object

com.inductiveautomation.rm.graphics.RMInterpolator

com.inductiveautomation.rm.graphics.RMInterpolator.Bounce

All Implemented Interfaces:

Cloneable

Enclosing class:

RMInterpolator

public static class RMInterpolator.Bounce
extends RMInterpolator

Parameterizable bounce interpolator class.

Nested Class Summary

Nested classes/interfaces inherited from class com.inductiveautomation.rm.graphics.RMInterpolator

RMInterpolator.Bounce, RMInterpolator.Direction, RMInterpolator.Periodic

Field Summary

Fields

Modifier and Type	Field	Description
double	_elasticity
int	_numBounces

Fields inherited from class com.inductiveautomation.rm.graphics.RMInterpolator

BOUNCE, EASE_BOTH, EASE_BOTH_CUBIC, EASE_IN, EASE_IN_CUBIC, EASE_OUT, EASE_OUT_CUBIC, LINEAR, ONE_SHOT, RANDOM

Constructor Summary

Constructors

Constructor	Description
Bounce(int nBounces, double elasticity)	Create a new Bounce interpolator.

Method Summary

Modifier and Type	Method	Description
String	getName()	Returns the name of this interpolator.
double	getRatio(double aRatio)	Returns a new ratio given normal ratio.
void	setBounceParameters(int numBounces, double elasticity)	Sets the interpolator parameters numBounces is the number of bounces taken before stopping at the destination.

Methods inherited from class com.inductiveautomation.rm.graphics.RMInterpolator

clone, getDirection, getInterpolator, getInterpolator, getInterpolatorCount, getNewInterpolator, getValue, getValue, interpolate, interpolateBoth, interpolateOut, isShared, toString

Methods inherited from class java.lang.Object

equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Details

_numBounces

public int _numBounces

_elasticity

public double _elasticity

Constructor Details

Bounce

public Bounce(int nBounces,
 double elasticity)

Create a new Bounce interpolator.

Method Details

setBounceParameters

public void setBounceParameters(int numBounces,
 double elasticity)

Sets the interpolator parameters numBounces is the number of bounces taken before stopping at the destination. elasticity is a percentage which represents how much energy is lost on each bounce. 0 means the bounce is inelastic and won't bounce at all 1 means the bounce is perfectly elastic, so each bounce will go back to the starting point

getRatio

public double getRatio(double aRatio)

Description copied from class: RMInterpolator

Returns a new ratio given normal ratio.

Overrides:

getRatio in class RMInterpolator

getName

public String getName()

Description copied from class: RMInterpolator

Returns the name of this interpolator.

Overrides:

getName in class RMInterpolator