BREP_kernel 0.9.0

A boundary representation (BREP) geometry kernel for building CAD applications.
Documentation
use crate::topology::{BrepSolid, CoedgeRecord, EdgeRecord, FaceRecord, LoopRecord, VertexRecord};
use crate::{fit, NurbsCurve, NurbsSurface, Vec3, Vec4};
use super::stations::*;
use super::corner::*;

mod closed;
mod keep;
mod open;
mod support;

pub use closed::{blend_closed_edge, blend_edge_variable};
pub use open::blend_open_edge;

pub(super) use keep::{blend_closed_edge_keep, fit_preserved_pcurve, KeepStation};
pub(super) use support::{
    boundary_edge_at_vertex, detect_row_coincidence, end_face_id, spoke_crossing, support_crossing,
    support_crossing_uv, transverse_curve, trim_edge_at, CapEnd, CornerEnd, EndPlan, EndSurgery,
    MiterEnd, RimResolution, RowSew, SewnStripe, SpokeCrossings,
};
pub(super) use support::{locate_end_corner, resolve_free_end, splice_end_corner, RIM_MARGIN};
pub(super) use support::trim_parameter_at_point;
pub(super) use closed::{refit_closed_support_pcurve, replace_rim_in_face, trim_seam_edges};
pub(crate) use support::{
    consumed_band, is_consumed_snap, is_rail_collapse, RAIL_COLLAPSE_UNSUPPORTED, RAIL_COLLAPSE_WHAT,
};
pub(super) use support::BLEND_WIDER_THAN_FACE;
pub(super) use support::check_snap_closure;
pub(super) use open::{build_open_surgery, fresh_id_source, prune_orphan_vertices};
pub(super) use open::{
    acceptance_deficit, exact_extrusion_wall_readings, junction_stencil, open_wall_readings_why, read_on_stencil, rails_on_shipped_windows, shipped_window, OpenRungReading, OPEN_REQUEST_RUNGS,
    OPEN_WALL_CENTRES,
};
pub(super) use support::{
    extrusion_direction, fit_open_rows, fit_rows_breaking, interpolate_piece, march_open_stations,
    march_open_stations_core, march_open_stations_ending, open_station_parameters, pole_end, rails_off_carriers,
    vertex_stations, OpenDenseCentres,
};
pub(super) use support::{exact_revolution_rows, revolution_lane_axis, ExactRevolution};
pub(super) use open::exact_revolution_wall_readings;



use open::blend_open_edge_impl;