sc::TriangulatedSurface(3)

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version 2.3.1 · 5 versions
, in ubuntu jammy

💖 sc::TriangulatedSurface(3) — the MPQC bestie page 🫶

Okay so this is the sc::TriangulatedSurface(3) manual page from MPQC, and we're doing a full vibe check without losing a single detail. Every signature, attribute, and footnote stays. Periodt. 💅

✨ NAME ✨

sc::TriangulatedSurface — that's the name. Iconic, concise, no notes. 🎀

✨ SYNOPSIS ✨

It inherits from sc::DescribedClass. 💫

It is inherited by sc::TriangulatedImplicitSurface. 🦋

💅 Public Member Functions 💅

  • TriangulatedSurface (const Ref< KeyVal > &) — the TriangulatedSurface signature, taking a const Ref< KeyVal > &. 💖
  • int verbose () const — const verbose() returning int.
  • void verbose (int v) — verbose(int v), setter-shaped, no cap.
  • void set_integrator (const Ref< TriangleIntegrator > &) — takes a const Ref< TriangleIntegrator > &.
  • void set_fast_integrator (const Ref< TriangleIntegrator > &) — takes a const Ref< TriangleIntegrator > &.
  • void set_accurate_integrator (const Ref< TriangleIntegrator > &) — takes a const Ref< TriangleIntegrator > &.
  • virtual Ref< TriangleIntegrator > integrator (int itri) — virtual, takes int itri, returns Ref< TriangleIntegrator >.
  • virtual Ref< TriangleIntegrator > fast_integrator (int itri) — virtual, takes int itri, returns Ref< TriangleIntegrator >.
  • virtual Ref< TriangleIntegrator > accurate_integrator (int itri) — virtual, takes int itri, returns Ref< TriangleIntegrator >.
  • void add_triangle (const Ref< Vertex > &, const Ref< Vertex > &, const Ref< Vertex > &) — adds a triangle from three const Ref< Vertex > & besties.
  • Ref< Edge > find_edge (const Ref< Vertex > &, const Ref< Vertex > &) — finds an edge from two const Ref< Vertex > &, returns Ref< Edge >.
  • virtual void complete_surface () — virtual complete_surface(), no args.
  • virtual void remove_short_edges (double cutoff_length=1.0e-6, const Ref< Volume > &vol=0, double isoval=0.0) — virtual, with exactly those defaults: cutoff_length=1.0e-6, vol=0, isoval=0.0.
  • virtual void remove_slender_triangles (int remove_slender, double height_cutoff, int remove_small, double area_cutoff, const Ref< Volume > &vol=0, double isoval=0.0) — virtual, and the defaults are vol=0 and isoval=0.0.
  • virtual void fix_orientation () — virtual fix_orientation(), no args.
  • virtual void clear () — virtual clear(), no args.
  • int nvertex () const — const nvertex() returning int.
  • Ref< Vertex > vertex (int i) const — const vertex(int i) returning Ref< Vertex >.
  • int vertex_index (const Ref< Vertex > &o) — vertex_index with a const Ref< Vertex > &o, returns int.
  • int nedge () const — const nedge() returning int.
  • Ref< Edge > edge (int i) const — const edge(int i) returning Ref< Edge >.
  • int edge_index (const Ref< Edge > &o) — edge_index with a const Ref< Edge > &o, returns int.
  • int ntriangle () const — const ntriangle() returning int.
  • Ref< Triangle > triangle (int i) const — const triangle(int i) returning Ref< Triangle >.
  • int triangle_index (const Ref< Triangle > &o) — triangle_index with a const Ref< Triangle > &o, returns int.
  • int triangle_vertex (int i, int j) const — const triangle_vertex(int i, int j), returns int.
  • int triangle_edge (int i, int j) const — const triangle_edge(int i, int j), returns int.
  • int edge_vertex (int i, int j) const — const edge_vertex(int i, int j), returns int.
  • void compute_values (Ref< Volume > &) — takes a Ref< Volume > &.
  • virtual double flat_area () — virtual flat_area() returning double.
  • virtual double flat_volume () — virtual flat_volume() returning double.
  • virtual double area () — virtual area() returning double.
  • virtual double volume () — virtual volume() returning double.
  • virtual void print (std::ostream &o=ExEnv::out0()) const — and the description is literally “Print the object.” Yes bestie, that's the whole note. 🖨️
  • virtual void print_vertices_and_triangles (std::ostream &o=ExEnv::out0()) const — virtual, with o=ExEnv::out0().
  • virtual void print_geomview_format (std::ostream &o=ExEnv::out0()) const — virtual, with o=ExEnv::out0().
  • virtual void render (const Ref< Render > &render) — virtual, takes const Ref< Render > &render.
  • void topology_info (std::ostream &o=ExEnv::out0()) — with o=ExEnv::out0().
  • void topology_info (int nvertex, int nedge, int ntri, std::ostream &o=ExEnv::out0()) — with int nvertex, int nedge, int ntri, std::ostream &o=ExEnv::out0().

🧚 Protected Member Functions 🧚

  • void clear_int_arrays () — protected clear_int_arrays(), no args.
  • void complete_ref_arrays () — protected complete_ref_arrays(), no args.
  • void complete_int_arrays () — protected complete_int_arrays(), no args.
  • void recompute_index_maps () — protected recompute_index_maps(), no args.
  • void add_triangle (const Ref< Triangle > &) — protected, takes a const Ref< Triangle > &.
  • void add_vertex (const Ref< Vertex > &) — protected, takes a const Ref< Vertex > &.
  • void add_edge (const Ref< Edge > &) — protected, takes a const Ref< Edge > &.
  • virtual Triangle * newTriangle (const Ref< Edge > &, const Ref< Edge > &, const Ref< Edge > &, int orientation) const — virtual, returns Triangle *, and takes three const Ref< Edge > & plus int orientation.
  • virtual Edge * newEdge (const Ref< Vertex > &, const Ref< Vertex > &) const — virtual, returns Edge *, takes two const Ref< Vertex > &.

🫶 Protected Attributes 🫶

These are protected, so they're family-only — keep it cute and don't touch unless you're in the circle. 💅

  • int _verbose — protected int.
  • int _debug — protected int.
  • int _completed_surface — protected int.
  • std::set< Ref< Vertex > > _vertices — protected std::set< Ref< Vertex > >.
  • std::set< Ref< Edge > > _edges — protected std::set< Ref< Edge > >.
  • std::set< Ref< Triangle > > _triangles — protected std::set< Ref< Triangle > >.
  • std::map< Ref< Vertex >, int > _vertex_to_index — protected std::map< Ref< Vertex >, int >.
  • std::map< Ref< Edge >, int > _edge_to_index — protected std::map< Ref< Edge >, int >.
  • std::map< Ref< Triangle >, int > _triangle_to_index — protected std::map< Ref< Triangle >, int >.
  • std::vector< Ref< Vertex > > _index_to_vertex — protected std::vector< Ref< Vertex > >.
  • std::vector< Ref< Edge > > _index_to_edge — protected std::vector< Ref< Edge > >.
  • std::vector< Ref< Triangle > > _index_to_triangle — protected std::vector< Ref< Triangle > >.
  • int ** _triangle_vertex — protected int **.
  • int ** _triangle_edge — protected int **.
  • int ** _edge_vertex — protected int **.
  • int _have_values — protected int.
  • std::vector< double > _values — protected std::vector< double >.
  • Ref< TriangleIntegrator > _integrator — protected Ref< TriangleIntegrator >.
  • Ref< TriangleIntegrator > _fast_integrator — protected Ref< TriangleIntegrator >.
  • Ref< TriangleIntegrator > _accurate_integrator — protected Ref< TriangleIntegrator >.
  • std::map< Ref< Vertex >, std::set< Ref< Edge > > > _tmp_edges — protected std::map< Ref< Vertex >, std::set< Ref< Edge > > >.

🌸 Author 🌸

Generated automatically by Doxygen for MPQC from the source code. 🤖 Yes, the robots wrote it, not me — but we're still slaying the presentation.

Version 2.3.1 · Sun Oct 4 2020 · sc::TriangulatedSurface(3) — that's the cute little footer moment, bestie. The source/version/date tea is all here: Version 2.3.1, Sun Oct 4 2020, and the page tag sc::TriangulatedSurface(3). 🫶✨

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