Useful Mathmodule [V2]

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Useful MathModule [v2]

~ How to set up

  • Download the module
  • Put it anywhere (I recommend putting it in ReplicatedStorage)
  • Require it in a script (name it ‘math’)
local math = require(game.ReplicatedStorage.MathModule)
  • your done! :slight_smile:

~ Values

NOTE: This module was created with the existing math functions so consider naming the variable ‘math’ (it will have the built in and the module functions too)

Tau

  • name: tau

  • functionality: returns pi * 2

  • output:

Math.tau --> 6.283185307179586
Null

  • name: null

  • functionality: returns -math.huge

  • output:

Math.null --> -inf
Eulers number

  • name: euler

  • functionality: returns e (Eulers number)

  • output:

Math.euler --> 2.718281828459045
Golden Ratio

  • name: phi

  • functionality: returns φ

  • output:

Math.phi --> 1.618033988749895
Nan

  • name: nan

  • functionality: returns 0/0 (Not A Number)

  • output:

Math.nan --> nan
Limit

  • name: limit

  • functionality: returns the biggest number that is not = inf

  • output:

Math.limit --> 1.7976931348621742e+308

~ Functions

Circumference

  • name: circum

  • Arguments: r (number)
    ~ r → Radius used to calculate the Circumference

  • functionality: returns r * tau

  • Example:

Math.circum(3) --> 18.84955592153876
Cube root

  • name: cbrt

  • Arguments: x (number)
    ~ x → Number that’s cube root will be calculated

  • functionality: returns ∛ x

  • Example:

Math.cbrt(64) --> 4
Any Root

  • name: root

  • Arguments: x (number), root (number)
    ~ x → Number that’s root will be calculated
    ~ root → The Root Number

  • functionality: returns ʳᵒᵒᵗ√x

  • Example:

Math.root(16,4) --> 2
Factorial

  • name: fac

  • Arguments: x (number)
    ~ x → Number thats factorial is gonna be calculated

  • functionality: returns x!

  • Example:

Math.fac(5) --> 120
Average

  • name: avg

  • Arguments: ... (numbers)
    ~ … → Numbers that are gonna be used to calculate the average

  • functionality: returns the average of …

  • Example:

Math.avg(1,2,3,4,5) --> 3
Summation

  • name: sum

  • Arguments: min (number), max (number)
    ~ min → Starting number of a line of numbers
    ~ max → Ending number of a line of numbers

  • functionality: returns numbers from min to max added to eachother

  • Example:

Math.sum(1,5) --> 15

~ Complex

Tetration

  • name: tetr

  • Arguments: x (number), y (number)
    ~ x → Number to be tetrated
    ~ y -->The number that x is gonna be tetrated to

  • functionality: returns x↑↑y (ʸx)

  • Example:

Math.tetr(2,3) --> 16
Pentation

  • name: pent

  • Arguments: x (number), y (number)
    ~ x → Number to be pentated
    ~ y -->The number that x is gonna be pentated to

  • functionality: returns x↑↑↑y

  • Example:

Math.pent(2,3) --> 65536
Double Factorial

  • name: dblfac

  • Arguments: x (number)
    ~ x → Number thats double factorial is gonna be calculated

  • functionality: returns x!!

  • Example:

Math.dblfac(3) --> 720

~ Download

As File

Download here: MathModuleV2

With Copy and Paste

Copy from here: …

local NewMath = {}

----> built-in
NewMath["random"]=math["random"]
NewMath["huge"]=math["huge"]
NewMath["abs"]=math["abs"]
NewMath["sqrt"]=math["sqrt"]
NewMath["min"]=math["min"]
NewMath["rad"]=math["rad"]
NewMath["sign"]=math["sign"]
NewMath["max"]=math["max"]
NewMath["sin"]=math["sin"]
NewMath["fmod"]=math["fmod"]
NewMath["round"]=math["round"]
NewMath["pi"]=math["pi"]
NewMath["cos"]=math["cos"]
NewMath["deg"]=math["deg"]
NewMath["exp"]=math["exp"]
NewMath["log"]=math["log"]
NewMath["pow"]=math["pow"]
NewMath["tan"]=math["tan"]
NewMath["acos"]=math["acos"]
NewMath["asin"]=math["asin"]
NewMath["atan"]=math["atan"]
NewMath["ceil"]=math["ceil"]
NewMath["cosh"]=math["cosh"]
NewMath["modf"]=math["modf"]
NewMath["sinh"]=math["sinh"]
NewMath["tanh"]=math["tanh"]
NewMath["atan2"]=math["atan2"]
NewMath["clamp"]=math["clamp"]
NewMath["floor"]=math["floor"]
NewMath["frexp"]=math["frexp"]
NewMath["ldexp"]=math["ldexp"]
NewMath["log10"]=math["log10"]
NewMath["noise"]=math["noise"]
NewMath["randomseed"]=math["randomseed"]
----> new
NewMath["tau"]=math.pi*2
NewMath["null"]=-math.huge
NewMath["euler"]=2.718281828459045
NewMath["phi"]=1.618033988749895
NewMath["nan"]=0/0
--> V2
NewMath["limit"]=2^1023.9999999999999
----> functions
NewMath["circum"]=function(r: number)
	return NewMath.tau*r
end
NewMath["cbrt"]=function(x: number)
	return x^(1/3)
end
NewMath["root"]=function(x: number,root: number)
	return x^(1/root)
end
NewMath["fac"]=function(x: number)
	local y = x
	for i = 1,x-1 do
		y=y*i
	end
	return y
end
NewMath["avg"]=function(...: number)
	local n = 0
	for _,i in pairs({...}) do
		n += i
	end
	n /= #{...}
	return n
end
NewMath["sum"]=function(min: number, max: number)
	local n = 0
	for i = min,max do
		n += i
	end
	return n
end
--> COMPLEX
NewMath["tetr"]=function(x: number,y: number)
	local n = x
	for i = 1,y-1 do
		n = x^n
	end
	return n
end
NewMath["pent"]=function(x: number,y: number)
	local n = x
	for i = 1,y-2 do
		n = NewMath.tetr(n,x^n)
	end
	return n
end
NewMath["dblfac"]=function(x: number)
	return NewMath.fac(NewMath.fac(x))
end
--> V2 COMPLEX
NewMath["trifac"]=function(x: number)
	return NewMath.fac(NewMath.fac(NewMath.fac(x)))
end

return NewMath
As a model

Download here: MathModule - V2

~ Other

Found a mistake?

  • Report it with answering to the post with the mistake quoted!

Have a feedback?

  • Tell me and ill try to fix the module up!

Do you find this module useful?

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