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Python package

ra.weight

Metal weights: per layer, per selection, by area.

import rhinoartisan as ra

Wraps ArtisanPlugin.Scripting.WeightApi.

Functions

Function
calculate()Per-metal breakdown of the whole document, mirroring ArtisanWeight: volumes come from the “Metal 01/02/03” layers and are grouped by the document’s configured number of metals (1, 2 or 3).
calculate_by_area()Sheet-metal style estimate (the ArtisanWeightByArea tool): total surface AREA of the given objects x thickness = volume, cast in metal.
calculate_for_objects()Weight of an arbitrary set of objects if cast in metal (the ArtisanWeightBySelection idea, scriptable).
calculate_for_selection()Weight of the current viewport selection if cast in metal.
calculate_selection_by_area()By-area estimate of the current viewport selection.
metals()Valid names for the metal argument of the ForObjects/ForSelection variants (“GOLD_YELLOW_18”, “PLATINUM”, “SILVER”, …).

ra.weight.calculate()

ra.weight.calculate() -> List[MetalWeightResult]

Per-metal breakdown of the whole document, mirroring ArtisanWeight: volumes come from the “Metal 01/02/03” layers and are grouped by the document’s configured number of metals (1, 2 or 3). Entries whose layer has no geometry report zero weights rather than being omitted.

ra.weight.calculate_by_area()

ra.weight.calculate_by_area(object_ids: Sequence[IdLike], thickness: float, metal=None) -> MetalWeightResult

Sheet-metal style estimate (the ArtisanWeightByArea tool): total surface AREA of the given objects x thickness = volume, cast in metal. Useful for shells and pieces modeled as open surfaces. metal empty/None = the document’s primary metal.

ParameterType
object_idsSequence[IdLike]required
thicknessfloatrequired
metalstroptional — None = the tool default

ra.weight.calculate_for_objects()

ra.weight.calculate_for_objects(object_ids: Sequence[IdLike], metal: str) -> MetalWeightResult

Weight of an arbitrary set of objects if cast in metal (the ArtisanWeightBySelection idea, scriptable). Objects must be closed solids/meshes for their volume to count.

ParameterType
object_idsSequence[IdLike]required
metalstrrequired

ra.weight.calculate_for_selection()

ra.weight.calculate_for_selection(metal: str) -> MetalWeightResult

Weight of the current viewport selection if cast in metal.

ParameterType
metalstrrequired

ra.weight.calculate_selection_by_area()

ra.weight.calculate_selection_by_area(thickness: float, metal=None) -> MetalWeightResult

By-area estimate of the current viewport selection.

ParameterType
thicknessfloatrequired
metalstroptional — None = the tool default

ra.weight.metals()

ra.weight.metals() -> List[str]

Valid names for the metal argument of the ForObjects/ForSelection variants (“GOLD_YELLOW_18”, “PLATINUM”, “SILVER”, …).