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Revolve

Extends BooleanOperation

Inherited from BooleanOperation

add()​

add(): this

Additive boolean operation — fuses the result with all intersecting scene objects. Use .scope() to target specific objects.


'new'()​

'new'(): this

No boolean operation — keeps the result as a standalone shape, separate from all other scene objects.


remove()​

remove(): this

Subtractive boolean operation — cuts the result from all intersecting scene objects. Use .scope() to target specific objects.


scope()​

scope(...objects: SceneObject[]): this

Narrows the boolean operation scope to specific target objects. Must be chained after .add() or .remove().

ParameterTypeDescription
...objectsSceneObject[]The target objects to operate on. (optional)
Inherited from SceneObject

name()​

name(value: string): this

Sets a custom display name for this object, overriding the default type-based name.

ParameterTypeDescription
valuestringThe display name to assign.

Methods​

symmetric()​

symmetric(): this

Enables symmetric mode — revolves equally in both directions from the sketch plane.


region()​

region(...names: string[]): this

Restricts the revolve to particular regions of the sketch, by the names their region() declarations gave them. See IExtrude.region.

ParameterTypeDescription
...namesstring[]Names of regions the sketch declares. (optional)

thin()​

thin(offset: NumberParam): this

Enables thin revolve mode — offsets the profile edges to create a thin-walled solid of revolution instead of revolving filled faces. Positive values offset outward, negative values offset inward.

ParameterTypeDescription
offsetNumberParamThe wall offset distance. Positive = outward, negative = inward.

thin()​

thin(offset1: NumberParam, offset2: NumberParam): this

Enables thin revolve mode with two offset directions. The two offsets must go in opposite directions. If both have the same sign, the second offset is automatically flipped.

ParameterTypeDescription
offset1NumberParamThe first wall offset distance. Positive = outward, negative = inward.
offset2NumberParamThe second wall offset distance, in the opposite direction of offset1.

internalFaces()​

internalFaces(...args: (number | FaceFilterBuilder)[]): ISelection

Selects faces created inside the solid during revolution (e.g., the inner wall of a thin-walled revolve from a closed profile).

Returns: ISelection

ParameterTypeDescription
...args(number | FaceFilterBuilder)[]Numeric indices or FaceFilterBuilder instances to filter the selection. (optional)

internalEdges()​

internalEdges(...args: (number | EdgeFilterBuilder)[]): ISelection

Selects edges bounding the internal geometry created during revolution.

Returns: ISelection

ParameterTypeDescription
...args(number | EdgeFilterBuilder)[]Numeric indices or EdgeFilterBuilder instances to filter the selection. (optional)

capFaces()​

capFaces(...args: (number | FaceFilterBuilder)[]): ISelection

Selects the cap faces at the open ends of a thin-walled revolve from an open profile. These are the small faces connecting the inner and outer walls at the profile endpoints.

Returns: ISelection

ParameterTypeDescription
...args(number | FaceFilterBuilder)[]Numeric indices or FaceFilterBuilder instances to filter the selection. (optional)

capEdges()​

capEdges(...args: (number | EdgeFilterBuilder)[]): ISelection

Selects edges on the cap faces of a thin-walled revolve from an open profile.

Returns: ISelection

ParameterTypeDescription
...args(number | EdgeFilterBuilder)[]Numeric indices or EdgeFilterBuilder instances to filter the selection. (optional)