Line = object x1*, x2*, y1*, y2*: float: Source Edit
Line3 = object s*, e*: Vec3: Source Edit
Point[Num] = object x*: Num y*: Num: Source Edit
Radian = distinct float: Source Edit
Size3 = object w*, d*, h*: float: Source Edit
Vec = object x*, y*: float: Source Edit
Vec3 = object x*, y*, z*: float: Source Edit

Procs

func `$`(l: Line): string {....raises: [ValueError], tags: [].}: Source Edit
func `$`(v: Vec): string {....raises: [ValueError], tags: [].}: Source Edit
func `*`(a: Vec; s: float): Vec {....raises: [], tags: [].}: Source Edit
func `*`(s: float; a: Vec): Vec {....raises: [], tags: [].}: Source Edit
func `+`(a, b: Vec): Vec {....raises: [], tags: [].}: Source Edit
func `+`(a, b: Vec3): Vec3 {....raises: [], tags: [].}: Source Edit
func `-`(a, b: Vec): Vec {....raises: [], tags: [].}: Source Edit
func `/`(a: Vec3; denom: float): Vec3 {....raises: [], tags: [].}: Source Edit
func `/`(p: Vec; a: float): Vec {....raises: [], tags: [].}: Source Edit
func arg(l: Line): float {....raises: [], tags: [].}: Source Edit
func arg(p: Vec): float {....raises: [], tags: [].}: Return vector argument in polar coordinate system Source Edit
func begin(l: Line): Vec {....raises: [], tags: [].}: Source Edit
func cos(r: Radian): float {....raises: [], tags: [].}: Source Edit
func final(l: Line): Vec {....raises: [], tags: [].}: Source Edit
func flip(l: Line): Line {....raises: [], tags: [].}: Source Edit
func flip(v: Vec): Vec {....raises: [], tags: [].}: Return reversed vector Source Edit
func inRange(val: float; rng: (float, float)): bool {....raises: [], tags: [].}: Source Edit
func intersect(l1, l2: Line): Option[Vec] {....raises: [], tags: [].}: Calculate point of intersection between two lines if any. Intersection is only counted if intersection point is between begin and end points for both lines. Intersections 'at infinity' does not count. Source Edit
func intersect(l: (Line, Line)): Option[Vec] {....raises: [], tags: [].}: Source Edit
func invert(pos: RelPos): RelPos {....raises: [], tags: [].}: Source Edit
func isNanOrInf(f: float): bool {....raises: [], tags: [].}: Source Edit
func len(l: Line): float {....raises: [], tags: [].}: Source Edit
func magnitude(a: Vec3): float {....raises: [], tags: [].}: Source Edit
func magnitude(l: Line): float {....raises: [], tags: [].}: Return length of the line Source Edit
func magnitude(p: Vec): float {....raises: [], tags: [].}: Calculate magnitude of 2d vector Source Edit
func makeLine(a, b: Vec): Line {....raises: [], tags: [].}: Create two lines using a, b as start/end point Source Edit
func makeLine(p: (Vec, Vec)): Line {....raises: [], tags: [].}: Create two lines using (a, b) as start/end point Source Edit
func makePoint[Num](pos: (Num, Num)): auto: Source Edit
func makePoint[Num](x, y: Num): auto: Source Edit
proc makeSize3(w, d, h: int | float): Size3: Source Edit
proc makeVec(x, y: int | float): Vec: Source Edit
proc makeVec3(x: float = 0.0; y: float = 0.0; z: float = 0.0): Vec3 {. ...raises: [], tags: [].}: Source Edit
func makeVec3(x: int = 0; y: int = 0; z: int = 0): Vec3 {....raises: [], tags: [].}: Source Edit
func moveAlong(l: Line; v: Vec; distance: float): Line {....raises: [], tags: [].}: Move line in the direction of the vector by distance Source Edit
func norm(a: Vec3): Vec3 {....raises: [], tags: [].}: Source Edit
func norm(l: Line): Vec {....raises: [], tags: [].}: Source Edit
func norm(p: Vec): Vec {....raises: [], tags: [].}: Return normal vector Source Edit
func nperp(l: Line): Vec {....raises: [], tags: [].}: Source Edit
func onSegment(p: Vec; l: Line): bool {....raises: [], tags: [].}: Source Edit
func perp(v: Vec): Vec {....raises: [], tags: [].}: Return perpendicular vector Source Edit
func rotate(v: Vec; a: float): Vec {....raises: [], tags: [].}: CCW rotate vector by a radians Source Edit
func scalar(a, b: Vec): float {....raises: [], tags: [].}: Source Edit
func shiftNormal(l: Line; distance: float): Line {....raises: [], tags: [].}: Move line by distance in the direction perpendicular to it's vector direction Source Edit
func shiftX[Num](p: Point[Num]; dx: Num): Point[Num]: Source Edit
func shiftXY[Num](p: (Num, Num); dx: Num; dy: Num): (Num, Num): Source Edit
func shiftXY[Num](p: Point[Num]; dx: Num; dy: Num): Point[Num]: Source Edit
func shiftY[Num](p: Point[Num]; dy: Num): Point[Num]: Source Edit
func sin(r: Radian): float {....raises: [], tags: [].}: Source Edit
func toVec(l: Line): Vec {....raises: [], tags: [].}: Return vector with magnitude and direction equal to line Source Edit
func toVec3(pos: Vec): Vec3 {....raises: [], tags: [].}: Source Edit
func unpack[Num](p: Point[Num]): (Num, Num): Source Edit

Converters

converter toVec[N: float | int](pos: (N, N)): Vec: Source Edit

src/hmisc/types/geometry_primitives

Imports

Types

Procs

Converters