@huukhanhnguyen/geometry / namespaces/Axis

namespaces/Axis#

closestPoint#

const closestPoint: (px, py, pz, dx, dy, dz, x, y, z) => Float64Array = wasm.axis_closest_point

Foot of the perpendicular from a point onto the (infinite) axis.

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

x#

number

y#

number

z#

number

Returns#

Float64Array

direction#

const direction: (px, py, pz, dx, dy, dz) => Float64Array = wasm.axis_direction

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

Returns#

Float64Array

distanceToPoint#

const distanceToPoint: (px, py, pz, dx, dy, dz, x, y, z) => number = wasm.axis_distance_to_point

Perpendicular distance from a point to the (infinite) axis.

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

x#

number

y#

number

z#

number

Returns#

number

fromNormal#

const fromNormal: (nx, ny, nz, origin_x, origin_y, origin_z) => Float64Array<ArrayBufferLike> | undefined = wasm.axes_from_normal

undefined where the TS throws on a zero-length normal.

Parameters#

nx#

number

ny#

number

nz#

number

origin_x#

number

origin_y#

number

origin_z#

number

Returns#

Float64Array<ArrayBufferLike> | undefined

fromNormalAndRef#

const fromNormalAndRef: (nx, ny, nz, ref_x, ref_y, ref_z, origin_x, origin_y, origin_z) => Float64Array<ArrayBufferLike> | undefined = wasm.axes_from_normal_and_ref

undefined where the TS throws on a zero-length normal.

Parameters#

nx#

number

ny#

number

nz#

number

ref_x#

number

ref_y#

number

ref_z#

number

origin_x#

number

origin_y#

number

origin_z#

number

Returns#

Float64Array<ArrayBufferLike> | undefined

fromPointDirection#

const fromPointDirection: (ox, oy, oz, dx, dy, dz) => Float64Array = wasm.axis_from_point_direction

Parameters#

ox#

number

oy#

number

oz#

number

dx#

number

dy#

number

dz#

number

Returns#

Float64Array

fromTangent#

const fromTangent: (origin_x, origin_y, origin_z, tx, ty, tz) => Float64Array = wasm.axes_from_tangent

Parameters#

origin_x#

number

origin_y#

number

origin_z#

number

tx#

number

ty#

number

tz#

number

Returns#

Float64Array

fromTransformation#

const fromTransformation: (matrix) => Float64Array = wasm.axes_from_transformation

Parameters#

matrix#

Float64Array

Returns#

Float64Array

fromTwoPoints#

const fromTwoPoints: (from_x, from_y, from_z, to_x, to_y, to_z) => Float64Array = wasm.axis_from_two_points

Parameters#

from_x#

number

from_y#

number

from_z#

number

to_x#

number

to_y#

number

to_z#

number

Returns#

Float64Array

origin#

const origin: (px, py, pz, dx, dy, dz) => Float64Array = wasm.axis_origin

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

Returns#

Float64Array

pointAt#

const pointAt: (px, py, pz, dx, dy, dz, distance) => Float64Array = wasm.axis_point_at

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

distance#

number

Returns#

Float64Array

rotate#

const rotate: (frame, axis_x, axis_y, axis_z, angle) => Float64Array = wasm.axes_rotate

Parameters#

frame#

Float64Array

axis_x#

number

axis_y#

number

axis_z#

number

angle#

number

Returns#

Float64Array

shortestSegment#

const shortestSegment: (px, py, pz, dx, dy, dz, ox, oy, oz, odx, ody, odz) => Float64Array = wasm.axis_shortest_segment

Shortest segment between two axes, as [onA(3), onB(3)]. Returns empty when they are parallel.

Parameters#

px#

number

py#

number

pz#

number

dx#

number

dy#

number

dz#

number

ox#

number

oy#

number

oz#

number

odx#

number

ody#

number

odz#

number

Returns#

Float64Array

toTransformation#

const toTransformation: (frame) => Float64Array = wasm.axes_to_transformation

Parameters#

frame#

Float64Array

Returns#

Float64Array

withOrigin#

const withOrigin: (frame, origin_x, origin_y, origin_z) => Float64Array = wasm.axes_with_origin

Parameters#

frame#

Float64Array

origin_x#

number

origin_y#

number

origin_z#

number

Returns#

Float64Array