Struct FacetedBrepProcessor 

pub struct FacetedBrepProcessor;

FacetedBrep processor Handles IfcFacetedBrep - explicit mesh with faces Supports faces with inner bounds (holes) Uses parallel triangulation for large BREPs

Implementations

impl FacetedBrepProcessor

pub fn new() -> Self

impl FacetedBrepProcessor

pub fn process_with_rtc( &self, entity: &DecodedEntity, decoder: &mut EntityDecoder<'_>, _schema: &IfcSchema, rtc: (f64, f64, f64), ) -> Result<Mesh>

Mesh the Brep rebased by rtc (file units) before f32 narrowing; the same work as GeometryProcessor::process_in_rtc_frame.

Trait Implementations

impl Default for FacetedBrepProcessor

fn default() -> Self

Returns the “default value” for a type.

impl GeometryProcessor for FacetedBrepProcessor

fn process( &self, entity: &DecodedEntity, decoder: &mut EntityDecoder<'_>, _schema: &IfcSchema, _quality: TessellationQuality, ) -> Result<Mesh>

Process entity into mesh.

fn process_in_rtc_frame( &self, entity: &DecodedEntity, decoder: &mut EntityDecoder<'_>, schema: &IfcSchema, _quality: TessellationQuality, rtc_file_units: (f64, f64, f64), ) -> Option<Result<Mesh>>

Process a raw-coordinate item in an element-local RTC frame.

fn supported_types(&self) -> Vec<IfcType>

Get supported IFC types

fn take_bool_failures(&self) -> Vec<BoolFailure>

Drain the boolean / CSG failures this processor recorded while meshing.

fn bool_failure_count(&self) -> usize

Number of BoolFailure records currently buffered (without draining). #4083 (double-count half): lets crate::GeometryRouter::process_representation_item snapshot a before/after delta around ONE item’s uncached build, so a CSG diagnostic can be attributed to that item’s item_dedup_key. Default: 0 — matches Self::take_bool_failures’s “most processors record nothing” default. Overridden by crate::processors::BooleanClippingProcessor.

fn truncate_bool_failures_to(&self, _since: usize)

Discard every BoolFailure recorded after index since (a prior Self::bool_failure_count). #4083 (double-count half): the router calls this when a racing sibling router already claimed this item’s item_dedup_key for its own diagnostic, so THIS router’s redundant record of the same logical operation never reaches Self::take_bool_failures. Default: no-op, matching the 0 default above (nothing buffered, nothing to discard).