Unofficial site, not affiliated with modrinth.com.What is this?
Датапаки/Racoon Math Library
Racoon Math Library

Racoon Math Library

Do you create data packs for Minecraft but find yourself frustrated by the lack of certain mathematical tools? This library is for you!

62
0

  • RL-v1.0.2

    release27 августа 2025 г.

    Tellraw fixed

  • RML-v1.0.1

    release11 августа 2025 г.

    Fixed Point = Int fixed point with 3 decimal after the coma(1->1000, 2.107->2107, 3.1415->3141)

    Vector = Array of 3 double var

    Setup

    /function math:setup

    To initialize the pack you need to execute this command

    Easing Functions

    Easing In/Out/InOut Power

    /function math:function/ease/inpower
/function math:function/ease/outpower
/function math:function/ease/inoutpower

    Input : scoreboard "In0 RacoonMath" progression Fixed Point in range 0-1000 (= 0-1.000), scoreboard "In1 RacoonMath" the int power of the easing

    Output: this function return the Fixed Point value of the easing

    Other ease functions

    Input : scoreboard "In0 RacoonMath" progression Fixed Point in range 0-1000 (= 0-1.000)

    Output: these functions return the Fixed Point value of the easing

    new in Math Functions input

    Sqrt

    New Input: scoreboard "Math.In1 RacoonMath" the scale of the Input value

    Output: return the sqrt value scaled

    ex: To take the square root of 1.230 you run the function with In0 = 1230 and In1 = 1000, return 1109

    Fast exponentiation

    New Input: scoreboard "Math.In2 RacoonMath" the scale of the base value

    new in Vectors

    Bezier Interpolation

    /function math:vector/interpolation/bezier

    return the interpolated 3d vector of the 3 input vector and the progression

    Input : storage math:data in (array of 3 vectors), scoreboard "Math.In0 RacoonMath" progression Fixed Point value

    Output: storage math:data out (vector)

    Cubic Bezier Interpolation

    /function math:vector/interpolation/cubic_bezier

    return the interpolated 3d vector of the 4 input vector and the progression

    Input : storage math:data in (array of 4 vectors), scoreboard "Math.In0 RacoonMath" progression Fixed Point value

    Output: storage math:data out (vector)

  • RML-v1.0.0

    release6 августа 2025 г.

    Fixed Point = Int fixed point with 3 decimal after the coma(1->1000, 2.107->2107, 3.1415->3141)

    Vector = Array of 3 double var

    Setup

    /function math:setup

    To initialize the pack you need to execute this command

    Math Functions

    Fixed Point exponential Approximation

    /function math:function/exp

    Input : scoreboard "In0 RacoonMath" Number Fixed Point, max input value : 46238(= 46.238), min input value : -6907(= -6.907)

    Output: this function return the value of the fixed point exponential

    Integer Fast exponentiation Approximation

    /function math:function/fast_exponentiation

    Input : scoreboard "In0 RacoonMath" and "In1 RacoonMath", In0 = base, In1 = power

    Output: this function return the value of the base raised to the power

    Square Root Approximation

    /function math:function/sqrt

    Input : scoreboard "In0 RacoonMath" Integer

    Output: this function return the square root of the Input

    (If you are interested by how it work see heron's method square root approximation)

    Fixed Point natural log Approximation

    /function math:function/log

    Input : scoreboard "In0 RacoonMath" Fixed Point

    Output: this function return the fixed point value of the natural log of the Input

    (It's an approximation of the integral of 1/x that give us an approximation of natural log)

    Trigonometry

    Sin Approximation

    /function math:trigo/sin

    Input : Yaw of rotation of the execution (angle in degrees)

    Output: return the fixed point sin value of the input

    Cos Approximation

    /function math:trigo/cos

    Same that sin but return the cos value

    Tan Approximation

    /function math:trigo/tan

    Same that sin and cos but return the tan value

    Fast Sin Approximation

    /function math:trigo/fast_sin

    A less accurate but more optimized approximation of sin

    Input : scoreboard "In0 RacoonMath" Fixed Point (angle in Radians)

    Output: return the fixed point sin value of the input

    Fast Cos Approximation

    /function math:trigo/fast_cos

    same that fast sin but for cos

    Vectors

    Unit Vector

    /function math:vector/unit_vector

    return a 3d vector with angles of the current rotation and length = 1, very accurate

    Input : Rotation of the execution (angle in degrees)

    Output: storage math:data out (vector)

    Unit Vector Input

    /function math:vector/unit_vector_input

    return a 3d vector with angles of the inputs and length = 1, less accurate

    Input : scoreboards "In0 RacoonMath" and "In1 RacoonMath" (angle in radians)

    Output: storage math:data out (vector)

    Add

    /function math:vector/add

    return the sum of the two vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (array of 2 vectors)

    Output: storage math:data out (vector)

    Subtract

    /function math:vector/subtract

    return the subtraction of the two vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (array of 2 vectors)

    Output: storage math:data out (vector)

    Opposite

    /function math:vector/neg

    return the opposite vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (vector)

    Output: storage math:data out (vector)

    Multiplication by a fixed point

    /function math:vector/mult

    return the vector multiplied by a fixed point with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (vector) and scoreboard "In0 RacoonMath" (fixed point)

    Output: storage math:data out (vector)

    Normalize

    /function math:vector/normalize

    return the normalized vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (vector)

    Output: storage math:data out (vector)

    Cross product

    /function math:vector/cross_product

    return the cross product of the two vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (array of 2 vectors)

    Output: storage math:data out (vector)

    Dot product

    /function math:vector/dot_product

    return the dot product of the two vector with an accuracy of 3 digits after the coma

    Input : storage "math:data in" (array of 2 vectors)

    Output: return a fixed point

    Sort

    Radix

    /function math:sort/radix

    return a sorted int array

    Input : storage "math:data in" (int array to sort), scoreboard "In0 RacoonMath" (number of digits take to sort)

    Output: storage "math:data out"

    Min

    /function math:sort/min

    return the minimum of an int array

    Input : storage "math:data in" (int array)

    Output: return an int

    Max

    /function math:sort/max

    return the maximum of an int array

    Input : storage "math:data in" (int array)

    Output: return an int

    Min Max

    /function math:sort/min_max

    return the minimum and maximum of an int array

    Input : storage "math:data in" (int array)

    Output: scoreboard "Out0 RacoonMath" (minimum), scoreboard "Out1 RacoonMath" (maximum)

    Converter

    Tick to hhmmss

    /function math:convert/tick_to_hhmmss

    convert a tick duration in hours min and sec strings

    Input : scoreboard "In0 RacoonMath"

    Output: storage "math:data out.hour","math:data out.min","math:data out.sec"

    Tick to mmss

    /function math:convert/tick_to_mmss

    convert a tick duration in min and sec strings

    Input : scoreboard "In0 RacoonMath"

    Output: storage "math:data out.min","math:data out.sec"

    rgb to int

    /function math:convert/rgb_to_int

    convert rgb in an rgb int

    Input : scoreboard "In0 RacoonMath" (Red),scoreboard "In1 RacoonMath" (Green),scoreboard "In2 RacoonMath" (Blue)

    Output: return an int

    rgba to int

    /function math:convert/rgba_to_int

    convert rgba in an rgb int

    Input : scoreboard "In0 RacoonMath" (Red),scoreboard "In1 RacoonMath" (Green),scoreboard "In2 RacoonMath" (Blue),scoreboard "In3 RacoonMath" (Alpha)

    Output: return an int

    int to rgb

    /function math:convert/int_to_rgb

    convert an int in rgb values

    Input : scoreboard "In0 RacoonMath"

    Output: scoreboard "Out0 RacoonMath" (Red),scoreboard "Out1 RacoonMath" (Green),scoreboard "Out2 RacoonMath" (Blue)

    int to rgba

    /function math:convert/int_to_rgba

    convert an int in rgba values

    Input : scoreboard "In0 RacoonMath"

    Output: scoreboard "Out0 RacoonMath" (Red),scoreboard "Out1 RacoonMath" (Green),scoreboard "Out2 RacoonMath" (Blue),scoreboard "Out3 RacoonMath" (Alpha)

    int to hex

    /function math:convert/int_to_hex

    convert an int in hexadecimal strings array

    Input : scoreboard "In0 RacoonMath"

    Output: storage "math:data out"

Совместимость

Minecraft: Java Edition

1.21.x

Платформы

Авторы

RacoonJohn

RacoonJohn

Участник

Сведения

Лицензия:
Опубликован:10 месяцев назад
Обновлён:9 месяцев назад
ID проекта:
Главная