@huukhanhnguyen/model / nodeMethods/solid/helpers

nodeMethods/solid/helpers#

asFaces()#

asFaces(input): BrepData[]

Collect the brep data documents from a value (single, array, or nested).

Parameters#

input#

unknown

Returns#

BrepData[]

dedupLoop()#

dedupLoop(loop): Point[]

Parameters#

loop#

Point[]

Returns#

Point[]

groupLoopsByArea()#

groupLoopsByArea(rings): Point[][][]

Group rings into face-with-holes groups: partition by plane FIRST (a profile spanning several planes must never test one ring's containment against another ring's plane — the previous bug, since the depth count below always projected via rings[0]'s frame regardless of which plane a given ring actually lived on), then — per plane, in that plane's OWN frame — a ring nested inside an odd number of others is a hole (even-odd depth, matching Curve2d's own containsPoint/toRegions convention), assigned to its smallest-area containing outer. Works directly off the ORIGINAL 3D rings (2D projection is a throwaway array used only for the area/containment tests) — no reconstruction from tessellated geometry, so a ring's exact points (including deliberate off-plane noise a caller may be testing) survive untouched into the caps built downstream.

Parameters#

rings#

Point[][]

Returns#

Point[][][]

isClosedSolid()#

isClosedSolid(faces): boolean

True when a set of brep data documents closes a VOLUME — the canonical watertight predicate, and the one the opening contract is checked against (DataNode's placeComponent 3D branch).

Sews the faces into a Shell and asks the kernel: every edge used by exactly two oriented uses. O(edges), no geometric validation and no mesh promotion — this runs on every placement of a component that declares an opening.

An EMPTY set is not a solid (a caller that means "no cut" checks length first — see the opening branch, where empty is legal and skips the check).

Parameters#

faces#

BrepData[]

Returns#

boolean

loopFaces()#

loopFaces(loops, thickness): ExtrudeFace[]

Parameters#

loops#

Point[][]

thickness#

number

Returns#

ExtrudeFace[]

pickFrame()#

pickFrame(normal): { uAxis: Point; vAxis: Point; }

Parameters#

normal#

Point

Returns#

{ uAxis: Point; vAxis: Point; }

uAxis#

uAxis: Point

vAxis#

vAxis: Point

profileToRings()#

profileToRings(profile, tolerance?): ProfileRing[]

Parameters#

profile#

unknown

tolerance?#

number = DEFAULT_CURVE_TOLERANCE

Returns#

ProfileRing[]

project2dP()#

project2dP(ring, uAxis, vAxis, origin): [number, number][]

Parameters#

ring#

Point[]

uAxis#

Point

vAxis#

Point

origin#

Point

Returns#

[number, number][]

toDirection()#

toDirection(raw): ExpressionPoint

The unit direction of a Float64Array triple the kernel just answered — object form, for the synthesized-predicate door only (selectFaces).

Parameters#

raw#

ArrayLike<number>

Returns#

ExpressionPoint

wallFaces()#

wallFaces(rings, thickness): ExtrudeFace[]

Parameters#

rings#

{ closed: boolean; points: Point[]; }[]

thickness#

number

Returns#

ExtrudeFace[]