org.jogamp.java3d.utils.audio

Class DistanceAttenuation

java.lang.Object

org.jogamp.java3d.utils.audio.DistanceAttenuation

public class DistanceAttenuation
extends java.lang.Object

Constructor Summary

Constructors

Constructor and Description
DistanceAttenuation()

Method Summary

Modifier and Type	Method and Description
void	fillDistanceAttenuation(float innerRadius, float maxConstantGain, float unitDistance, float unitGain, float outerRadius, float minConstantGain, int curveType, Point2f[] distanceAttenuation)
void	fillDistanceAttenuation(float innerRadius, float maxConstantGain, float unitDistance, float unitGain, int curveType, Point2f[] distanceAttenuation)
void	fillDistanceAttenuation(float unitDistance, float unitGain, Point2f[] distanceAttenuation) Fill a Distance Attenuation array recommend that the distance attenuation Point2f array is defined to be allocated to be 10 for DOUBLE_DISTANCE_HALF_GAIN - since 1/(2^10) exceeds 1/1000 scale that is agreed to be affective zero gain First method assumes that: type is half gain for every double of distance inner radius is 0.0 but region between 0th and 1st elements is constant since gains for these two elements are the same min gain approches zero.

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

DistanceAttenuation

public DistanceAttenuation()

Method Detail

fillDistanceAttenuation

public void fillDistanceAttenuation(float unitDistance,
                                    float unitGain,
                                    Point2f[] distanceAttenuation)

Fill a Distance Attenuation array recommend that the distance attenuation Point2f array is defined to be allocated to be 10 for DOUBLE_DISTANCE_HALF_GAIN - since 1/(2^10) exceeds 1/1000 scale that is agreed to be affective zero gain First method assumes that: type is half gain for every double of distance inner radius is 0.0 but region between 0th and 1st elements is constant since gains for these two elements are the same min gain approches zero.

fillDistanceAttenuation

public void fillDistanceAttenuation(float innerRadius,
                                    float maxConstantGain,
                                    float unitDistance,
                                    float unitGain,
                                    int curveType,
                                    Point2f[] distanceAttenuation)

fillDistanceAttenuation

public void fillDistanceAttenuation(float innerRadius,
                                    float maxConstantGain,
                                    float unitDistance,
                                    float unitGain,
                                    float outerRadius,
                                    float minConstantGain,
                                    int curveType,
                                    Point2f[] distanceAttenuation)