Triangle

Generic typessource

Constructors

function Triangle.new(): Triangle

Returns Triangle

function Triangle.new(other: Triangle): Triangle

other: Triangle

Returns Triangle

function Triangle.new(p1: Vec2, p2: Vec2, p3: Vec2): Triangle

p1: Vec2

p2: Vec2

p3: Vec2

Returns Triangle

function Triangle.new(ax: number, ay: number, bx: number, by: number, cx: number, cy: number): Triangle

ax: number

ay: number

bx: number

by: number

cx: number

cy: number

Returns Triangle

Fields

A

Vec2

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B

Vec2

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C

Vec2

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Methods

area

function Triangle:area(): number

Returns number

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center

function Triangle:center(): Vec2

Returns Vec2

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get_angles

function Triangle:get_angles(): number, number, number

Returns number, number, number

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is_point_inside

function Triangle:is_point_inside(p: Vec2): boolean

p: Vec2

Returns boolean

function Triangle:is_point_inside(p: Vec2, epsilon: number): boolean

p: Vec2

epsilon: number

Returns boolean

function Triangle:is_point_inside(x: number, y: number): boolean

x: number

y: number

Returns boolean

function Triangle:is_point_inside(x: number, y: number, epsilon: number): boolean

x: number

y: number

epsilon: number

Returns boolean

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offset

function Triangle:offset(off: Vec2): Triangle

off: Vec2

Returns Triangle

function Triangle:offset(x: number, y: number): Triangle

x: number

y: number

Returns Triangle

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rotate

function Triangle:rotate(angle: number, px: number, py: number): Triangle

angle: number

px: number

py: number

Returns Triangle

Rotate triangle by an angle, the px/py are just coordinates, not offset from the center

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scale

function Triangle:scale(scale: number): Triangle

scale: number

Returns Triangle

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set

function Triangle:set(other: Triangle): Triangle

other: Triangle

Returns Triangle

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split

function Triangle:split(): Vec2, Vec2, Vec2

Returns Vec2, Vec2, Vec2

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