Need feedback on my first module

[ForLooped (Rudy)]

Hi, guys I’ve made my first module that is based on the Unity Random class, I’ve messed around math and different ways to generate stuff, and I would like to get some feedback on it, I’m not quite sure if its good but I spend a bit on it,

It allows generating range on things like material, color3 or Vector3

Here is an example:

--Require Module - https://www.roblox.com/library/6254550249/Random
local CustomRandom = require(6254550249)

    for  i = 0, 1000, 1  do
        local a = Instance.new("Part")
        a.Anchored = true
        a.Position = CustomRandom.insideUnitSphere() * 50
        a.Parent = workspace
        a.Shape = Enum.PartType.Ball
        local b = CustomRandom.Range(1, 5)
        a.Size = Vector3.new(b, b, b)
        a.Color = CustomRandom.RandomColor3()
        a.Material = CustomRandom.RandomMaterial()
    
end

As I said it’s my first module and I would like to know what I did wrong and what could be improved.

Code

-- local CustomRandom = {}

--Some Useful Variables 

local pi = math.pi
local StandartRandom = Random.new()

--Returns an int that is smaller than max but bigger than min
function CustomRandom.RangeInt(min, max)
    local result = StandartRandom:NextInteger(min, max)

    return result
end

--Returns a number that is smaller than max but bigger than min
function CustomRandom.Range(min, max)
    local result = StandartRandom:NextNumber(min, max)

    return result
end

--Returns 0 or 1
function  CustomRandom.valueInt()
    local result = StandartRandom:NextInteger(0, 1)

    return result
end

--Returns a number that is smaller than 1 but bigger than 0
function  CustomRandom.value()
    local result = StandartRandom:NextNumber(0, 1)

    return result
end

--Returns a point in a circle with a radius of 1
function CustomRandom.InsideUnitCircle()

    local a = CustomRandom.Range(0, 2 * pi)
 
    local x = math.sqrt(CustomRandom.value()) * math.cos(a);
    local y = math.sqrt(CustomRandom.value()) * math.sin(a);

    local result = Vector2.new(x, y)

    return result
end

--Returns a point in a sphere with a radius of 1
function CustomRandom.insideUnitSphere()
    
    local theta = CustomRandom.Range(-1, 1) * 2.0 * pi;
    local phi = math.acos(2.0 * CustomRandom.Range(-1, 1) - 1.0);
    local r = math.sqrt(CustomRandom.Range(-1, 1));

    local sinTheta = math.sin(theta);
    local cosTheta = math.cos(theta);
    local sinPhi = math.sin(phi);
    local cosPhi = math.cos(phi);

    local x = r * sinPhi * cosTheta;
    local y = r * sinPhi * sinTheta;
    local z = r * cosPhi;

    local result = Vector3.new(x, y, z)

    return result
end

--Returns a random Color3
function CustomRandom.RandomColor3()
    local result = Color3.new(CustomRandom.value(), CustomRandom.value(), CustomRandom.value())

    return result
end

--Returns a random EnumItem.Value
function CustomRandom.RandomMaterial()
    local Materials = {}

    for _,enum in pairs(Enum:GetEnums()) do
        if enum == Enum.Material  then
              for _,enumItem in pairs(enum:GetEnumItems()) do
               table.insert(Materials, enumItem.Value)
           end
        end 
    end
    local result = Materials[CustomRandom.RangeInt(1, #Materials)]

    return result
end

--Returns a random point in a cube with a size of 1
function CustomRandom.InsideUnitCube()
    
    local x = CustomRandom.Range(-1, 1);
    local y = CustomRandom.Range(-1, 1);
    local z = CustomRandom.Range(-1, 1);

    local result = Vector3.new(x, y, z)

    return result
end

--Returns a random point on a sphere with a radius of 1
function CustomRandom.OnUnitSphere()
    local a = CustomRandom.Range(-1, 1)
    local b = CustomRandom.Range(0, 2 * pi)

    local x = math.sqrt(1 - a ^ 2) * math.cos(b)
    local y =  math.sqrt(1 - a ^ 2) * math.sin(b)
    local z = a

    local result = Vector3.new(x, y, z)

    return result
end

return CustomRandom

--Made by Sir