Module content.scripts.vec2🔗

 
global record Vec2Serialized  
record Table2end

  
record Vec2    x: number
    y: number
    metamethod __add: function(Vec2, Vec2): Vec2



end

  new: function(number, number): Vec2
  add: function(Vec2, Vec2): Vec2
  sub: function(Vec2, Vec2): Vec2
  mul: function(number, Vec2): Vec2
  div: function(Vec2, number): Vec2
  componentwiseMul: function(Vec2, Vec2): Vec2
  componentwiseDiv: function(Vec2, Vec2): Vec2
  length: function(v : Vec2): number
  distance: function(v1 : Vec2, v2 : Vec2): number
  dot: function(v1 : Vec2, v2 : Vec2): number
  angle: function(v1 : Vec2, v2 : Vec2): number
  normalize: function(v : Vec2): Vec2
  rotate90: function(v : Vec2): Vec2
  lerp: function(v1 : Vec2, v2 : Vec2, s : number): Vec2
  herp: function(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2
  herpPrime: function(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2
  fromAngle: function(a : number): Vec2
  toArray: function(v : Vec2): Table2
  fromArray: function(t : Table2): Vec2
  print: function(v : Vec2): string
end


 
global record Vec2iSerialized  
record Vec2i    x: integer
    y: integer
end

end

Category: globals🔗

Vec2Serialized🔗

 
global record Vec2Serialized  
record Table2end

  
record Vec2    x: number
    y: number
    metamethod __add: function(Vec2, Vec2): Vec2



end

  new: function(number, number): Vec2
  add: function(Vec2, Vec2): Vec2
  sub: function(Vec2, Vec2): Vec2
  mul: function(number, Vec2): Vec2
  div: function(Vec2, number): Vec2
  componentwiseMul: function(Vec2, Vec2): Vec2
  componentwiseDiv: function(Vec2, Vec2): Vec2
  length: function(v : Vec2): number
  distance: function(v1 : Vec2, v2 : Vec2): number
  dot: function(v1 : Vec2, v2 : Vec2): number
  angle: function(v1 : Vec2, v2 : Vec2): number
  normalize: function(v : Vec2): Vec2
  rotate90: function(v : Vec2): Vec2
  lerp: function(v1 : Vec2, v2 : Vec2, s : number): Vec2
  herp: function(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2
  herpPrime: function(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2
  fromAngle: function(a : number): Vec2
  toArray: function(v : Vec2): Table2
  fromArray: function(t : Table2): Vec2
  print: function(v : Vec2): string
end

Vec2Serialized.Table2🔗

record Vec2Serialized.Table2end

Vec2Serialized.Vec2🔗

record Vec2Serialized.Vec2  x: number
  y: number
  metamethod __add: function(Vec2, Vec2): Vec2



end

Vec2Serialized.Vec2.x🔗

Vec2Serialized.Vec2.x: number

Vec2Serialized.Vec2.y🔗

Vec2Serialized.Vec2.y: number

Vec2Serialized.Vec2.$meta.__add🔗

metamethod Vec2Serialized.Vec2.$meta.__add(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.Vec2.$meta.__sub🔗

metamethod Vec2Serialized.Vec2.$meta.__sub(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.Vec2.$meta.__mul🔗

metamethod Vec2Serialized.Vec2.$meta.__mul(number, Vec2): Vec2
Parameters
  • number
  • Vec2
Returns
  1. Vec2

Vec2Serialized.Vec2.$meta.__div🔗

metamethod Vec2Serialized.Vec2.$meta.__div(Vec2, number): Vec2
Parameters
  • Vec2
  • number
Returns
  1. Vec2

Vec2Serialized.new🔗

function Vec2Serialized.new(number, number): Vec2
Parameters
  • number
  • number
Returns
  1. Vec2

Vec2Serialized.add🔗

function Vec2Serialized.add(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.sub🔗

function Vec2Serialized.sub(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.mul🔗

function Vec2Serialized.mul(number, Vec2): Vec2
Parameters
  • number
  • Vec2
Returns
  1. Vec2

Vec2Serialized.div🔗

function Vec2Serialized.div(Vec2, number): Vec2
Parameters
  • Vec2
  • number
Returns
  1. Vec2

Vec2Serialized.componentwiseMul🔗

function Vec2Serialized.componentwiseMul(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.componentwiseDiv🔗

function Vec2Serialized.componentwiseDiv(Vec2, Vec2): Vec2
Parameters
  • Vec2
  • Vec2
Returns
  1. Vec2

Vec2Serialized.length🔗

function Vec2Serialized.length(v : Vec2): number

Get the length (magnitude) of the vector.

Parameters
  • v :Vec2 — vector
Returns
  1. number — length of the vector

Vec2Serialized.distance🔗

function Vec2Serialized.distance(v1 : Vec2, v2 : Vec2): number

Get the distance between two vectors.

Parameters
  • v1 :Vec2 — first vector
  • v2 :Vec2 — second vector
Returns
  1. number — distance between the vectors

Vec2Serialized.dot🔗

function Vec2Serialized.dot(v1 : Vec2, v2 : Vec2): number

Compute the dot product of two vectors.

Parameters
  • v1 :Vec2 — first vector
  • v2 :Vec2 — second vector
Returns
  1. number — dot product

Vec2Serialized.angle🔗

function Vec2Serialized.angle(v1 : Vec2, v2 : Vec2): number

Get the angle between two vectors.

Parameters
  • v1 :Vec2 — first vector
  • v2 :Vec2 — second vector
Returns
  1. number — angle in radians

Vec2Serialized.normalize🔗

function Vec2Serialized.normalize(v : Vec2): Vec2

Normalize the vector (make it unit length).

Parameters
  • v :Vec2 — vector to normalize
Returns
  1. Vec2 — normalized vector

Vec2Serialized.rotate90🔗

function Vec2Serialized.rotate90(v : Vec2): Vec2

Rotate the vector by 90 degrees.

Parameters
  • v :Vec2 — vector to rotate
Returns
  1. Vec2 — rotated vector

Vec2Serialized.lerp🔗

function Vec2Serialized.lerp(v1 : Vec2, v2 : Vec2, s : number): Vec2

Linear interpolation between two vectors.

Parameters
  • v1 :Vec2 — first vector
  • v2 :Vec2 — second vector
  • s :number — interpolation factor [0, 1]
Returns
  1. Vec2 — interpolated vector

Vec2Serialized.herp🔗

function Vec2Serialized.herp(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2

Hermite interpolation between two points with tangents.

Parameters
  • p0 :Vec2 — start point
  • p1 :Vec2 — end point
  • t0 :Vec2 — start tangent
  • t1 :Vec2 — end tangent
  • s :number — interpolation factor [0, 1]
Returns
  1. Vec2 — interpolated vector

Vec2Serialized.herpPrime🔗

function Vec2Serialized.herpPrime(p0 : Vec2, p1 : Vec2, t0 : Vec2, t1 : Vec2, s : number): Vec2

Derivative of Hermite interpolation.

Parameters
  • p0 :Vec2 — start point
  • p1 :Vec2 — end point
  • t0 :Vec2 — start tangent
  • t1 :Vec2 — end tangent
  • s :number — interpolation factor [0, 1]
Returns
  1. Vec2 — derivative vector

Vec2Serialized.fromAngle🔗

function Vec2Serialized.fromAngle(a : number): Vec2

Create a unit vector from an angle.

Parameters
  • a :number — angle in radians
Returns
  1. Vec2 — unit vector

Vec2Serialized.toArray🔗

function Vec2Serialized.toArray(v : Vec2): Table2

Convert vector to an array of two numbers.

Parameters
  • v :Vec2 — vector
Returns
  1. Table2 — array with x and y components

Vec2Serialized.fromArray🔗

function Vec2Serialized.fromArray(t : Table2): Vec2

Create vector from an array of two numbers.

Parameters
  • t :Table2 — array with x and y components
Returns
  1. Vec2 — vector

Vec2Serialized.print🔗

function Vec2Serialized.print(v : Vec2): string

Convert vector to a string representation.

Parameters
  • v :Vec2 — vector
Returns
  1. string — string representation

Vec2iSerialized🔗

 
global record Vec2iSerialized  
record Vec2i    x: integer
    y: integer
end

end

Vec2iSerialized.Vec2i🔗

record Vec2iSerialized.Vec2i  x: integer
  y: integer
end

Vec2iSerialized.Vec2i.x🔗

Vec2iSerialized.Vec2i.x: integer

Vec2iSerialized.Vec2i.y🔗

Vec2iSerialized.Vec2i.y: integer