Package net.minecraft.util

Class Mth

java.lang.Object
net.minecraft.util.Mth
public class Mth extends Object

  • Field Summary

    Fields
    Modifier and Type
    Field
    Description
    private static final double[]
    ASIN_TAB
     
    private static final double[]
    COS_TAB
     
    static final float
    DEG_TO_RAD
     
    static final float
    EPSILON
     
    private static final double
    FRAC_BIAS
     
    private static final int
    FRAC_EXP
     
    static final float
    HALF_PI
     
    private static final int
    LUT_SIZE
     
    private static final int[]
    MULTIPLY_DE_BRUIJN_BIT_POSITION
    Though it looks like an array, this is really more like a mapping.
    private static final double
    ONE_SIXTH
     
    static final float
    PI
     
    static final float
    RAD_TO_DEG
     
    private static final RandomSource
    RANDOM
     
    private static final float[]
    SIN
     
    private static final float
    SIN_SCALE
     
    static final float
    SQRT_OF_TWO
     
    static final float
    TWO_PI
     
    private static final long
    UUID_VARIANT
     
    private static final long
    UUID_VARIANT_2
     
    private static final long
    UUID_VERSION
     
    private static final long
    UUID_VERSION_TYPE_4
     
    static final org.joml.Vector3f
    X_AXIS
     
    static final org.joml.Vector3f
    Y_AXIS
     
    static final org.joml.Vector3f
    Z_AXIS
     

  • Constructor Summary

    Constructors
    Constructor
    Description
    Mth()
     

  • Method Summary

    Modifier and Type
    Method
    Description
    static float
    abs(float pValue)
     
    static int
    abs(int pValue)
    Returns the unsigned value of an int.
    static double
    absMax(double pX, double pY)
    Returns the maximum of the absolute value of two numbers.
    static float
    approach(float pValue, float pLimit, float pStepSize)
    Changes value by stepSize towards the limit and returns the result.
    static float
    approachDegrees(float pAngle, float pLimit, float pStepSize)
    Changes the angle by stepSize towards the limit in the direction where the distance is smaller.
    static double
    atan2(double pY, double pX)
     
    static int
    binarySearch(int pMin, int pMax, IntPredicate pIsTargetBeforeOrAt)
     
    static float
    catmullrom(float pDelta, float pControlPoint1, float pControlPoint2, float pControlPoint3, float pControlPoint4)
     
    static int
    ceil(double pValue)
     
    static int
    ceil(float pValue)
     
    static int
    ceillog2(int pValue)
    Uses a B(2, 5) De Bruijn sequence and a lookup table to efficiently calculate the log-base-two of the given value.
    static double
    clamp(double pValue, double pMin, double pMax)
    Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound.
    static float
    clamp(float pValue, float pMin, float pMax)
    Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound.
    static int
    clamp(int pValue, int pMin, int pMax)
    Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound.
    static long
    clamp(long pValue, long pMin, long pMax)
     
    static double
    clampedLerp(double pStart, double pEnd, double pDelta)
    Method for linear interpolation of doubles.
    static float
    clampedLerp(float pStart, float pEnd, float pDelta)
    Method for linear interpolation of floats.
    static double
    clampedMap(double pInput, double pInputMin, double pInputMax, double pOuputMin, double pOutputMax)
     
    static float
    clampedMap(float pInput, float pInputMin, float pInputMax, float pOutputMin, float pOutputMax)
     
    static int
    color(float pR, float pG, float pB)
    Makes an integer color from the given red, green, and blue float values
    static float
    cos(float pValue)
    cos looked up in the sin table with the appropriate offset
    static UUID
    createInsecureUUID()
     
    static UUID
    createInsecureUUID(RandomSource pRandom)
     
    static float
    degreesDifference(float pStart, float pEnd)
    Returns the difference between two angles in degrees.
    static float
    degreesDifferenceAbs(float pStart, float pEnd)
    Returns the absolute of the difference between two angles in degrees.
    static boolean
    equal(double pX, double pY)
     
    static boolean
    equal(float pX, float pY)
     
    static float
    fastInvCubeRoot(float pNumber)
     
    static double
    fastInvSqrt(double pNumber)
    Deprecated.
    static int
    floor(double pValue)
    Returns the greatest integer less than or equal to the double argument.
    static int
    floor(float pValue)
    Returns the greatest integer less than or equal to the float argument.
    static int
    floorDiv(int pDividend, int pDivisor)
     
    static double
    frac(double pNumber)
    Gets the decimal portion of the given double.
    static float
    frac(float pNumber)
     
    static int
    getInt(String pValue, int pDefaultValue)
    Parses the string as an integer or returns the second parameter if it fails.
    static long
    getSeed(int pX, int pY, int pZ)
    Deprecated.
    static long
    getSeed(Vec3i pPos)
    Deprecated.
    static int
    hsvToArgb(float pHue, float pSaturation, float pValue, int pAlpha)
     
    static int
    hsvToRgb(float pHue, float pSaturation, float pValue)
     
    static double
    inverseLerp(double pDelta, double pStart, double pEnd)
     
    static float
    inverseLerp(float pDelta, float pStart, float pEnd)
     
    static double
    invSqrt(double pNumber)
     
    static float
    invSqrt(float pNumber)
     
    static boolean
    isMultipleOf(int pNumber, int pMultiple)
     
    static boolean
    isPowerOfTwo(int pValue)
    Is the given value a power of two?
    static double
    length(double pXDistance, double pYDistance)
     
    static double
    length(double pXDistance, double pYDistance, double pZDistance)
     
    static double
    lengthSquared(double pXDistance, double pYDistance)
     
    static double
    lengthSquared(double pXDistance, double pYDistance, double pZDistance)
     
    static float
    lengthSquared(float pXDistance, float pYDistance, float pZDistance)
     
    static double
    lerp(double pDelta, double pStart, double pEnd)
    Method for linear interpolation of doubles
    static float
    lerp(float pDelta, float pStart, float pEnd)
    Method for linear interpolation of floats
    static double
    lerp2(double pDelta1, double pDelta2, double pStart1, double pEnd1, double pStart2, double pEnd2)
     
    static double
    lerp3(double pDelta1, double pDelta2, double pDelta3, double pStart1, double pEnd1, double pStart2, double pEnd2, double pStart3, double pEnd3, double pStart4, double pEnd4)
     
    static int
    lerpDiscrete(float pDelta, int pStart, int pEnd)
     
    static int
    lerpInt(float pDelta, int pStart, int pEnd)
     
    static long
    lfloor(double pValue)
    Long version of floor()
    static int
    log2(int pValue)
    Efficiently calculates the floor of the base-2 log of an integer value.
    static double
    map(double pInput, double pInputMin, double pInputMax, double pOutputMin, double pOutputMax)
     
    static float
    map(float pInput, float pInputMin, float pInputMax, float pOutputMin, float pOutputMax)
     
    static int
    mulAndTruncate(org.apache.commons.lang3.math.Fraction p_339645_, int p_339636_)
     
    static int
    murmurHash3Mixer(int pInput)
     
    static double
    nextDouble(RandomSource pRandom, double pMinimum, double pMaximum)
     
    static float
    nextFloat(RandomSource pRandom, float pMinimum, float pMaximum)
     
    static int
    nextInt(RandomSource pRandom, int pMinimum, int pMaximum)
     
    static float
    normal(RandomSource pRandom, float pMean, float pDeviation)
    Generates a value from a normal distribution with the given mean and deviation.
    static IntStream
    outFromOrigin(int pInput, int pLowerBound, int pUpperBound)
     
    static IntStream
    outFromOrigin(int pInput, int pLowerBound, int pUpperBound, int pSteps)
     
    static int
    positiveCeilDiv(int pX, int pY)
    Returns the smallest (closest to negative infinity) int value that is greater than or equal to the algebraic quotient.
    static double
    positiveModulo(double pNumerator, double pDenominator)
     
    static float
    positiveModulo(float pNumerator, float pDenominator)
     
    static int
    positiveModulo(int pX, int pY)
     
    static int
    quantize(double pValue, int pFactor)
    Gets the value closest to zero that is not closer to zero than the given value and is a multiple of the factor.
    static float
    randomBetween(RandomSource pRandom, float pMinInclusive, float pMaxExclusive)
     
    static int
    randomBetweenInclusive(RandomSource pRandom, int pMinInclusive, int pMaxInclusive)
     
    static boolean
    rayIntersectsAABB(Vec3 pStart, Vec3 pEnd, AABB pBoundingBox)
     
    static float
    rotateIfNecessary(float pRotationToAdjust, float pActualRotation, float pMaxDifference)
    Takes a rotation and compares it to another rotation.
    static org.joml.Quaternionf
    rotationAroundAxis(org.joml.Vector3f p_304469_, org.joml.Quaternionf p_304737_, org.joml.Quaternionf p_304773_)
     
    static double
    rotLerp(double pDelta, double pStart, double pEnd)
     
    static float
    rotLerp(float pDelta, float pStart, float pEnd)
    Linearly interpolates an angle between the start between the start and end values given as degrees.
    static int
    roundToward(int pValue, int pFactor)
    Rounds the given value up to a multiple of factor.
    static int
    sign(double pX)
     
    static float
    sin(float pValue)
    sin looked up in a table
    static int
    smallestEncompassingPowerOfTwo(int pValue)
    Returns the input value rounded up to the next highest power of two.
    static double
    smoothstep(double pInput)
     
    static double
    smoothstepDerivative(double pInput)
     
    static float
    sqrt(float pValue)
     
    static double
    square(double pValue)
     
    static float
    square(float pValue)
     
    static int
    square(int pValue)
     
    static long
    square(long pValue)
     
    static float
    triangleWave(float pInput, float pPeriod)
     
    static double
    wobble(double pInput)
     
    static double
    wrapDegrees(double pValue)
    The angle is reduced to an angle between -180 and +180 by mod, and a 360 check.
    static float
    wrapDegrees(float pValue)
    The angle is reduced to an angle between -180 and +180 by mod, and a 360 check.
    static int
    wrapDegrees(int pAngle)
    Adjust the angle so that its value is in the range [-180;180)

    Methods inherited from class java.lang.Object

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

  • Field Details

    • UUID_VERSION

      private static final long UUID_VERSION
      See Also:

    • UUID_VERSION_TYPE_4

      private static final long UUID_VERSION_TYPE_4
      See Also:

    • UUID_VARIANT

      private static final long UUID_VARIANT
      See Also:

    • UUID_VARIANT_2

      private static final long UUID_VARIANT_2
      See Also:

    • PI

      public static final float PI
      See Also:

    • HALF_PI

      public static final float HALF_PI
      See Also:

    • TWO_PI

      public static final float TWO_PI
      See Also:

    • DEG_TO_RAD

      public static final float DEG_TO_RAD
      See Also:

    • RAD_TO_DEG

      public static final float RAD_TO_DEG
      See Also:

    • EPSILON

      public static final float EPSILON
      See Also:

    • SQRT_OF_TWO

      public static final float SQRT_OF_TWO

    • SIN_SCALE

      private static final float SIN_SCALE
      See Also:

    • Y_AXIS

      public static final org.joml.Vector3f Y_AXIS

    • X_AXIS

      public static final org.joml.Vector3f X_AXIS

    • Z_AXIS

      public static final org.joml.Vector3f Z_AXIS

    • SIN

      private static final float[] SIN

    • RANDOM

      private static final RandomSource RANDOM

    • MULTIPLY_DE_BRUIJN_BIT_POSITION

      private static final int[] MULTIPLY_DE_BRUIJN_BIT_POSITION
      Though it looks like an array, this is really more like a mapping. Key (index of this array) is the upper 5 bits of the result of multiplying a 32-bit unsigned integer by the B(2, 5) De Bruijn sequence 0x077CB531. Value (value stored in the array) is the unique index (from the right) of the leftmo

    • ONE_SIXTH

      private static final double ONE_SIXTH
      See Also:

    • FRAC_EXP

      private static final int FRAC_EXP
      See Also:

    • LUT_SIZE

      private static final int LUT_SIZE
      See Also:

    • FRAC_BIAS

      private static final double FRAC_BIAS

    • ASIN_TAB

      private static final double[] ASIN_TAB

    • COS_TAB

      private static final double[] COS_TAB

  • Constructor Details

    • Mth

      public Mth()

  • Method Details

    • sin

      public static float sin(float pValue)
      sin looked up in a table

    • cos

      public static float cos(float pValue)
      cos looked up in the sin table with the appropriate offset

    • sqrt

      public static float sqrt(float pValue)

    • floor

      public static int floor(float pValue)
      Returns the greatest integer less than or equal to the float argument.
      Returns:
      the greatest integer less than or equal to the float argument

    • floor

      public static int floor(double pValue)
      Returns the greatest integer less than or equal to the double argument.
      Returns:
      the greatest integer less than or equal to the double argument

    • lfloor

      public static long lfloor(double pValue)
      Long version of floor()

    • abs

      public static float abs(float pValue)

    • abs

      public static int abs(int pValue)
      Returns the unsigned value of an int.
      Returns:
      the unsigned value of an int

    • ceil

      public static int ceil(float pValue)

    • ceil

      public static int ceil(double pValue)

    • clamp

      public static int clamp(int pValue, int pMin, int pMax)
      Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound. If the value is greater than the upper bound, returns the upper bound.
      Parameters:
      pValue - The value that is clamped.
      pMin - The lower bound for the clamp.
      pMax - The upper bound for the clamp.
      Returns:
      the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound

    • clamp

      public static long clamp(long pValue, long pMin, long pMax)

    • clamp

      public static float clamp(float pValue, float pMin, float pMax)
      Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound. If the value is greater than the upper bound, returns the upper bound.
      Parameters:
      pValue - The value that is clamped.
      pMin - The lower bound for the clamp.
      pMax - The upper bound for the clamp.
      Returns:
      the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound

    • clamp

      public static double clamp(double pValue, double pMin, double pMax)
      Returns the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound. If the value is greater than the upper bound, returns the upper bound.
      Parameters:
      pValue - The value that is clamped.
      pMin - The lower bound for the clamp.
      pMax - The upper bound for the clamp.
      Returns:
      the given value if between the lower and the upper bound. If the value is less than the lower bound, returns the lower bound

    • clampedLerp

      public static double clampedLerp(double pStart, double pEnd, double pDelta)
      Method for linear interpolation of doubles.
      Parameters:
      pStart - Start value for the lerp.
      pEnd - End value for the lerp.
      pDelta - A value between 0 and 1 that indicates the percentage of the lerp . (0 will give the start value and 1 will give the end value) If the value is not between 0 and 1, it is clamped.

    • clampedLerp

      public static float clampedLerp(float pStart, float pEnd, float pDelta)
      Method for linear interpolation of floats.
      Parameters:
      pStart - Start value for the lerp.
      pEnd - End value for the lerp.
      pDelta - A value between 0 and 1 that indicates the percentage of the lerp . (0 will give the start value and 1 will give the end value) If the value is not between 0 and 1, it is clamped.

    • absMax

      public static double absMax(double pX, double pY)
      Returns the maximum of the absolute value of two numbers.
      Returns:
      the maximum of the absolute value of two numbers

    • floorDiv

      public static int floorDiv(int pDividend, int pDivisor)

    • nextInt

      public static int nextInt(RandomSource pRandom, int pMinimum, int pMaximum)

    • nextFloat

      public static float nextFloat(RandomSource pRandom, float pMinimum, float pMaximum)

    • nextDouble

      public static double nextDouble(RandomSource pRandom, double pMinimum, double pMaximum)

    • equal

      public static boolean equal(float pX, float pY)

    • equal

      public static boolean equal(double pX, double pY)

    • positiveModulo

      public static int positiveModulo(int pX, int pY)

    • positiveModulo

      public static float positiveModulo(float pNumerator, float pDenominator)

    • positiveModulo

      public static double positiveModulo(double pNumerator, double pDenominator)

    • isMultipleOf

      public static boolean isMultipleOf(int pNumber, int pMultiple)

    • wrapDegrees

      public static int wrapDegrees(int pAngle)
      Adjust the angle so that its value is in the range [-180;180)

    • wrapDegrees

      public static float wrapDegrees(float pValue)
      The angle is reduced to an angle between -180 and +180 by mod, and a 360 check.

    • wrapDegrees

      public static double wrapDegrees(double pValue)
      The angle is reduced to an angle between -180 and +180 by mod, and a 360 check.

    • degreesDifference

      public static float degreesDifference(float pStart, float pEnd)
      Returns the difference between two angles in degrees.
      Returns:
      the difference between two angles in degrees

    • degreesDifferenceAbs

      public static float degreesDifferenceAbs(float pStart, float pEnd)
      Returns the absolute of the difference between two angles in degrees.
      Returns:
      the absolute of the difference between two angles in degrees

    • rotateIfNecessary

      public static float rotateIfNecessary(float pRotationToAdjust, float pActualRotation, float pMaxDifference)
      Takes a rotation and compares it to another rotation. If the difference is greater than a given maximum, clamps the original rotation between to have at most the given difference to the actual rotation. This is used to match the body rotation of entities to their head rotation.
      Returns:
      The new value for the rotation that was adjusted

    • approach

      public static float approach(float pValue, float pLimit, float pStepSize)
      Changes value by stepSize towards the limit and returns the result. If value is smaller than limit, the result will never be bigger than limit. If value is bigger than limit, the result will never be smaller than limit.

    • approachDegrees

      public static float approachDegrees(float pAngle, float pLimit, float pStepSize)
      Changes the angle by stepSize towards the limit in the direction where the distance is smaller.

    • getInt

      public static int getInt(String pValue, int pDefaultValue)
      Parses the string as an integer or returns the second parameter if it fails.

    • smallestEncompassingPowerOfTwo

      public static int smallestEncompassingPowerOfTwo(int pValue)
      Returns the input value rounded up to the next highest power of two.
      Returns:
      the input value rounded up to the next highest power of two

    • isPowerOfTwo

      public static boolean isPowerOfTwo(int pValue)
      Is the given value a power of two? (1, 2, 4, 8, 16, ...)

    • ceillog2

      public static int ceillog2(int pValue)
      Uses a B(2, 5) De Bruijn sequence and a lookup table to efficiently calculate the log-base-two of the given value. Optimized for cases where the input value is a power-of-two. If the input value is not a power-of-two, then subtract 1 from the return value.

    • log2

      public static int log2(int pValue)
      Efficiently calculates the floor of the base-2 log of an integer value. This is effectively the index of the highest bit that is set. For example, if the number in binary is 0...100101, this will return 5.

    • color

      public static int color(float pR, float pG, float pB)
      Makes an integer color from the given red, green, and blue float values

    • frac

      public static float frac(float pNumber)

    • frac

      public static double frac(double pNumber)
      Gets the decimal portion of the given double. For instance, frac(5.5) returns .5.

    • getSeed

      @Deprecated public static long getSeed(Vec3i pPos)
      Deprecated.

    • getSeed

      @Deprecated public static long getSeed(int pX, int pY, int pZ)
      Deprecated.

    • createInsecureUUID

      public static UUID createInsecureUUID(RandomSource pRandom)

    • createInsecureUUID

      public static UUID createInsecureUUID()

    • inverseLerp

      public static double inverseLerp(double pDelta, double pStart, double pEnd)

    • inverseLerp

      public static float inverseLerp(float pDelta, float pStart, float pEnd)

    • rayIntersectsAABB

      public static boolean rayIntersectsAABB(Vec3 pStart, Vec3 pEnd, AABB pBoundingBox)

    • atan2

      public static double atan2(double pY, double pX)

    • invSqrt

      public static float invSqrt(float pNumber)

    • invSqrt

      public static double invSqrt(double pNumber)

    • fastInvSqrt

      @Deprecated public static double fastInvSqrt(double pNumber)
      Deprecated.
      Computes 1/sqrt(n) using the fast inverse square root with a constant of 0x5FE6EB50C7B537AA.

    • fastInvCubeRoot

      public static float fastInvCubeRoot(float pNumber)

    • hsvToRgb

      public static int hsvToRgb(float pHue, float pSaturation, float pValue)

    • hsvToArgb

      public static int hsvToArgb(float pHue, float pSaturation, float pValue, int pAlpha)

    • murmurHash3Mixer

      public static int murmurHash3Mixer(int pInput)

    • binarySearch

      public static int binarySearch(int pMin, int pMax, IntPredicate pIsTargetBeforeOrAt)

    • lerpInt

      public static int lerpInt(float pDelta, int pStart, int pEnd)

    • lerpDiscrete

      public static int lerpDiscrete(float pDelta, int pStart, int pEnd)

    • lerp

      public static float lerp(float pDelta, float pStart, float pEnd)
      Method for linear interpolation of floats
      Parameters:
      pDelta - A value usually between 0 and 1 that indicates the percentage of the lerp. (0 will give the start value and 1 will give the end value)
      pStart - Start value for the lerp
      pEnd - End value for the lerp

    • lerp

      public static double lerp(double pDelta, double pStart, double pEnd)
      Method for linear interpolation of doubles
      Parameters:
      pDelta - A value usually between 0 and 1 that indicates the percentage of the lerp. (0 will give the start value and 1 will give the end value)
      pStart - Start value for the lerp
      pEnd - End value for the lerp

    • lerp2

      public static double lerp2(double pDelta1, double pDelta2, double pStart1, double pEnd1, double pStart2, double pEnd2)

    • lerp3

      public static double lerp3(double pDelta1, double pDelta2, double pDelta3, double pStart1, double pEnd1, double pStart2, double pEnd2, double pStart3, double pEnd3, double pStart4, double pEnd4)

    • catmullrom

      public static float catmullrom(float pDelta, float pControlPoint1, float pControlPoint2, float pControlPoint3, float pControlPoint4)

    • smoothstep

      public static double smoothstep(double pInput)

    • smoothstepDerivative

      public static double smoothstepDerivative(double pInput)

    • sign

      public static int sign(double pX)

    • rotLerp

      public static float rotLerp(float pDelta, float pStart, float pEnd)
      Linearly interpolates an angle between the start between the start and end values given as degrees.
      Parameters:
      pDelta - A value between 0 and 1 that indicates the percentage of the lerp . (0 will give the start value and 1 will give the end value)

    • rotLerp

      public static double rotLerp(double pDelta, double pStart, double pEnd)

    • triangleWave

      public static float triangleWave(float pInput, float pPeriod)

    • square

      public static float square(float pValue)

    • square

      public static double square(double pValue)

    • square

      public static int square(int pValue)

    • square

      public static long square(long pValue)

    • clampedMap

      public static double clampedMap(double pInput, double pInputMin, double pInputMax, double pOuputMin, double pOutputMax)

    • clampedMap

      public static float clampedMap(float pInput, float pInputMin, float pInputMax, float pOutputMin, float pOutputMax)

    • map

      public static double map(double pInput, double pInputMin, double pInputMax, double pOutputMin, double pOutputMax)

    • map

      public static float map(float pInput, float pInputMin, float pInputMax, float pOutputMin, float pOutputMax)

    • wobble

      public static double wobble(double pInput)

    • roundToward

      public static int roundToward(int pValue, int pFactor)
      Rounds the given value up to a multiple of factor.
      Returns:
      The smallest integer multiple of factor that is greater than or equal to the value

    • positiveCeilDiv

      public static int positiveCeilDiv(int pX, int pY)
      Returns the smallest (closest to negative infinity) int value that is greater than or equal to the algebraic quotient.
      See Also:

    • randomBetweenInclusive

      public static int randomBetweenInclusive(RandomSource pRandom, int pMinInclusive, int pMaxInclusive)

    • randomBetween

      public static float randomBetween(RandomSource pRandom, float pMinInclusive, float pMaxExclusive)

    • normal

      public static float normal(RandomSource pRandom, float pMean, float pDeviation)
      Generates a value from a normal distribution with the given mean and deviation.

    • lengthSquared

      public static double lengthSquared(double pXDistance, double pYDistance)

    • length

      public static double length(double pXDistance, double pYDistance)

    • lengthSquared

      public static double lengthSquared(double pXDistance, double pYDistance, double pZDistance)

    • length

      public static double length(double pXDistance, double pYDistance, double pZDistance)

    • lengthSquared

      public static float lengthSquared(float pXDistance, float pYDistance, float pZDistance)

    • quantize

      public static int quantize(double pValue, int pFactor)
      Gets the value closest to zero that is not closer to zero than the given value and is a multiple of the factor.

    • outFromOrigin

      public static IntStream outFromOrigin(int pInput, int pLowerBound, int pUpperBound)

    • outFromOrigin

      public static IntStream outFromOrigin(int pInput, int pLowerBound, int pUpperBound, int pSteps)

    • rotationAroundAxis

      public static org.joml.Quaternionf rotationAroundAxis(org.joml.Vector3f p_304469_, org.joml.Quaternionf p_304737_, org.joml.Quaternionf p_304773_)

    • mulAndTruncate

      public static int mulAndTruncate(org.apache.commons.lang3.math.Fraction p_339645_, int p_339636_)