This library provides vectors with unlimited amount of dimensions.

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The library returns a function, which you should call to construct a vector: vector(x: number, y: number, z: number, ...).

The vector stores dimensions (and corresponding values) in a table. Each vector also has the n field, the amount of dimensions.

local vector = require("vector")
local a = vector(1, 5, 89, 6)
print(a.n)
--> 4

All methods create a new vector instead of modifying the old one.

local vector = require("vector")
local a = vector(5, 8, 9)
local b = vector(78, 3, -13, 56)

print(a + b)
--> {83; 11; -4; 56}

print(a - b)
--> {-73; 5; 22; -56}

print(a * 8)  -- we could also write this as 8 * a
--> {40; 64; 72}

print(b / 42)
--> {1.857; 0.071; -0.310; 1.333}

print(a * b)  -- cross product
--> {-131; 767; -609}

print(a == b)
--> false

print(#a, #b)  -- vector magnitude
--> 13.038404810405 96.943282387177

• vector:tostring([precision: number]) — the same as tostring(vector), but also accepts the optional decimal precision (3 by default).
• vector:add(vector2: table): table — vector + vector2.
• vector:sub(vector2: table): table — vector - vector2.
• vector:mul(vector2: table): table — vector * vector2.
• vector:div(number: number): table — vector / number.
• vector:len(): number — #vector.
• vector:dot(vector2: table): number — dot product.
• vector:cross(vector2: table): table — cross product.
• vector:normalize(): table — returns the unit vector.
• vector:angle(vector2: table): number — returns the angle between vectors (in radians).
• vector:round(): table — rounds the vector.
• vector:eq(vector2: table): boolean — vector == vector2.

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