Public Methods |
final
static
float
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arrayAverage(float[] pValues)
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final
static
float
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arraySum(float[] pValues)
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final
static
void
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arraySumInternal(int[] pValues)
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final
static
void
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arraySumInternal(long[] pValues)
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final
static
void
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arraySumInternal(long[] pValues, long pFactor)
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final
static
void
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arraySumInto(long[] pValues, long[] pTargetValues, long pFactor)
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static
float
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atan2(float dY, float dX)
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static
int
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bringToBounds(int pMinValue, int pMaxValue, int pValue)
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static
float
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bringToBounds(float pMinValue, float pMaxValue, float pValue)
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final
static
float
|
degToRad(float pDegree)
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static
float
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distance(float pX1, float pY1, float pX2, float pY2)
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final
static
boolean
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isPowerOfTwo(int n)
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final
static
int
|
nextPowerOfTwo(int n)
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final
static
int
|
nextPowerOfTwo(float f)
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final
static
float
|
radToDeg(float pRad)
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final
static
float
|
random(float pMin, float pMax)
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final
static
int
|
random(int pMin, int pMax)
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final
static
int
|
randomSign()
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static
float[]
|
revertRotateAndScaleAroundCenter(float[] pVertices, float pRotation, float pRotationCenterX, float pRotationCenterY, float pScaleX, float pScaleY, float pScaleCenterX, float pScaleCenterY)
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static
float[]
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revertRotateAroundCenter(float[] pVertices, float pRotation, float pRotationCenterX, float pRotationCenterY)
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static
float[]
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revertScaleAroundCenter(float[] pVertices, float pScaleX, float pScaleY, float pScaleCenterX, float pScaleCenterY)
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static
float[]
|
rotateAndScaleAroundCenter(float[] pVertices, float pRotation, float pRotationCenterX, float pRotationCenterY, float pScaleX, float pScaleY, float pScaleCenterX, float pScaleCenterY)
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static
float[]
|
rotateAroundCenter(float[] pVertices, float pRotation, float pRotationCenterX, float pRotationCenterY)
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static
float[]
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scaleAroundCenter(float[] pVertices, float pScaleX, float pScaleY, float pScaleCenterX, float pScaleCenterY)
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final
static
int
|
sum(int[] pValues)
|