This is the complete list of members for Face, including all inherited members.

ACTIVE	MeshEntity	`[static]`
addRelation(Vertex *vertex)	MeshEntity	`[inline]`
addRelation(Edge *edge)	MeshEntity	`[inline]`
addRelation(Face *face)	MeshEntity	`[inline]`
attribRep	MeshEntity	`[protected]`
bilinear_weights(double xi, double eta, vector< double > &weight)	Face	`[static]`
boundarymark	MeshEntity	`[protected]`
centroid(const Vertex v0, const Vertex v1, const Vertex *v2)	Face	`[static]`
centroid(const Vertex v0, const Vertex v1, const Vertex v2, const Vertex v3, const Vertex *v4)	Face	`[static]`
check_on_boundary(const PFace tri)	Face	`[static]`
clearRelations(int e)	MeshEntity	`[inline]`
concaveAt() const	Face
connect	Face	`[private]`
constrained	MeshEntity	`[protected]`
create_quad(const PFace t1, const PFace t2, int replace=0)	Face	`[static]`
distortion(const Vertex v0, const Vertex v1, const Vertex *v2)	Face	`[static]`
distortion(const Vertex v0, const Vertex v1, const Vertex v2, const Vertex v3, const Vertex *v4)	Face	`[static]`
Face()	Face	`[inline]`
Face(const Vertex v0, const Vertex v1, const Vertex *v2)	Face	`[inline]`
Face(const Vertex v0, const Vertex v1, const Vertex v2, const Vertex v3)	Face	`[inline]`
get_interior_angles(vector< double > &angles) const	Face
getAngleAt(const Vertex *v) const	Face	`[inline]`
getArea()	Face	`[inline]`
getAspectRatio()	Face
getAttribute(const string &s, T &val) const	MeshEntity	`[inline]`
getAvgPos(Point3D &p) const	Face
getBoundaryMark() const	MeshEntity	`[inline]`
getClone() const	Face	`[inline]`
getHashNode() const	Face	`[inline]`
getID() const	MeshEntity	`[inline]`
getNodeAt(size_t id) const	Face	`[inline]`
getNodes() const	Face	`[inline]`
getNumRelations(int e) const	MeshEntity	`[inline]`
getOrientation(const Vertex ev0, const Vertex ev1) const	Face	`[inline]`
getPosOf(const Vertex *vertex) const	Face	`[inline]`
getRelations(NodeSequence &seq)	Face
Jaal::BaseFace::getRelations(NodeSequence &seq, bool cyclic_ordered=0) const	MeshEntity	`[inline]`
Jaal::BaseFace::getRelations(EdgeSequence &seq, bool cyclic_ordered=0) const	MeshEntity	`[inline]`
Jaal::BaseFace::getRelations(FaceSequence &seq, bool cyclic_ordered=0) const	MeshEntity	`[inline]`
getRelations02(FaceSequence &seq)	Face
getRelations12(FaceSequence &seq)	Face
getSize(int etype) const	Face	`[inline]`
getStatus() const	MeshEntity	`[inline]`
getType() const	Face	`[inline]`
gid	MeshEntity	`[protected]`
has_all_bound_nodes() const	Face
has_boundary_edge() const	Face
hasAttribute(const string &s) const	MeshEntity	`[inline]`
hasBoundaryNode() const	Face	`[inline]`
hasNode(const PNode &vertex) const	Face	`[inline]`
hasRelation(const Vertex *vertex) const	MeshEntity	`[inline]`
hasRelation(const Edge *edge) const	MeshEntity	`[inline]`
hasRelation(const Face *face) const	MeshEntity	`[inline]`
hexagon_2_quads(const NodeSequence &hexnodes, FaceSequence &quads, int start_from)	Face	`[static]`
idtype typedef	MeshEntity
INACTIVE	MeshEntity	`[static]`
is_3_sided_convex_loop_quad_meshable(const int s, int sdiv)	Face	`[static]`
is_5_sided_convex_loop_quad_meshable(const int s, int sdiv)	Face	`[static]`
is_convex_quad(const Point3D &p0, const Point3D &p1, const Point3D &p2, const Point3D &p3)	Face	`[static]`
is_cyclic_quad(const Point3D &p0, const Point3D &p1, const Point3D &p2, const Point3D &p3)	Face	`[static]`
isActive() const	MeshEntity	`[inline]`
isBoundary() const	MeshEntity	`[inline]`
isConstrained() const	MeshEntity	`[inline]`
isConvex() const	Face	`[inline]`
isRemoved() const	MeshEntity	`[inline]`
isSameAs(const Face *rhs) const	Face	`[inline]`
isSimple() const	Face
isValid() const	Face
isVisited() const	MeshEntity	`[inline]`
linear_interpolation(const vector< double > &x, const vector< double > &w)	Face	`[static]`
MeshEntity()	MeshEntity	`[inline]`
newObject()	Face	`[inline, static]`
normal(const Vertex v0, const Vertex v1, const Vertex *v2)	Face	`[static]`
normal(const Point3D &p0, const Point3D &p1, const Point3D &v2)	Face	`[static]`
opposite_node(const PFace quad, const PNode n1)	Face	`[static]`
opposite_node(const PFace tri, PNode n1, PNode n2)	Face	`[static]`
opposite_nodes(const PFace quad, PNode n1, PNode n2, PNode &n3, PNode &n4)	Face	`[static]`
POLYGON	Face	`[static]`
quad_area(const Point3D &p0, const Point3D &p1, const Point3D &p2, const Point3D &p3)	Face	`[static]`
quad_tessalate(const NodeSequence &orgNodes, NodeSequence &rotatedNodes)	Face	`[static]`
QUADRILATERAL	Face	`[static]`
refine_concave_quad15(NodeSequence &newnodes, FaceSequence &newfaces)	Face	`[private]`
refine_convex_quad15(NodeSequence &newnodes, FaceSequence &newfaces)	Face	`[private]`
refine_quad14(NodeSequence &newnodes, FaceSequence &newfaces)	Face
refine_quad15(NodeSequence &newnodes, FaceSequence &newfaces)	Face
relationRep	MeshEntity	`[protected]`
REMOVE	MeshEntity	`[static]`
removeAttribute(const string &s) const	MeshEntity	`[inline]`
removeRelation(const Vertex *vertex)	MeshEntity	`[inline]`
removeRelation(const Face *face)	MeshEntity	`[inline]`
replaceNode(Vertex oldvertex, Vertex newvertex)	Face	`[inline]`
reverse()	Face	`[inline]`
setAttribute(const string &s, const T &val)	MeshEntity	`[inline]`
setBoundaryMark(int b)	MeshEntity	`[inline]`
setConstrainedMark(int b)	MeshEntity	`[inline]`
setID(idtype id)	MeshEntity	`[inline]`
setNodes(const NodeSequence &v)	Face	`[inline]`
setStatus(int a)	MeshEntity	`[inline]`
setVisitMark(bool r)	MeshEntity	`[inline]`
start_from_concave_corner()	Face	`[inline]`
statusMark	MeshEntity	`[protected]`
tri_area(const Point3D &p0, const Point3D &p1, const Point3D &p2)	Face	`[static]`
TRIANGLE	Face	`[static]`
triangulate(vector< Face > &f) const	Face
visitMark	MeshEntity	`[protected]`
~MeshEntity()	MeshEntity	`[inline]`