Classes
class	TM2IN::detail::algorithm::SurfaceMerger

class	TM2IN::detail::RoomFactory
	Input vertices and triangles and make TM2IN::Room. More...

class	TM2IN::detail::io::ColladaReader

class	TM2IN::detail::io::JsonWriter

class	TM2IN::detail::io::Max3DSReader

class	TM2IN::detail::io::Max3DSWriter

class	TM2IN::detail::io::TVRReader

Functions
bool	TM2IN::detail::algorithm::merging_invalid_test (vector< HalfEdge * > new_edges, Vector_3 newNormal)

bool	TM2IN::detail::algorithm::has_self_intersection (vector< HalfEdge * > edges)

int	TM2IN::detail::algorithm::simplify_share_edges (Wall::TriangulatedSurface origin, Wall::TriangulatedSurface piece)

int	TM2IN::detail::algorithm::isNeighbor (Wall::Surface origin, Wall::Surface piece)

int	TM2IN::detail::algorithm::constructNeighborInfo (Surface piece, Surface origin, neighbor_info &ni)

int	TM2IN::detail::algorithm::findStartAndEnd (vector< Vertex * > &vi, vector< Vertex * > &vj, ll middle_i, ll middle_j, ll &start_i, ll &end_i, ll &start_j, ll &end_j)

bool	TM2IN::detail::algorithm::findShareVertex (vector< Vertex * > &vi, vector< Vertex * > &vj, ll &middle_i, ll &middle_j)

int	TM2IN::detail::algorithm::triangulate_surface (TM2IN::Wall::Surface sf, vector< TM2IN::Wall::Triangle > &result)
	Triangulate Wall::Surface to a vector of Wall::Triangle. 0 is succeed. 1 is fail. More...

bool	TM2IN::detail::cgal::has_bbox_intersect (IndoorComponent s1, IndoorComponent s2)
	Chekcs Bbox_3 intersects. More...

Plane_3	TM2IN::detail::cgal::make_PCA_plane (std::vector< Vertex * > vertices, Vector_3 normal)
	Creates PCA plane with Vertex and normal vector. More...

Plane_3	TM2IN::detail::cgal::make_simple_plane (Vector_3 pNormal)

std::vector< Point_2 >	TM2IN::detail::cgal::project_to_plane (std::vector< Vertex * > vertexList, Plane_3 plane)
	Projects Vertex list to plane and returns a vector of Kernel::Point_2. More...

Polygon_2	TM2IN::detail::cgal::make_CGAL_polygon (vector< Point_2 > surface2D)
	Generates CGAL::Polygon_2. More...

vector< Polygon_2 >	TM2IN::detail::cgal::convexPartition (Polygon_2 polygon)
	Partitions Polygon_2 to a vector of Polygon_2. More...

Kernel::Point_3	TM2IN::detail::cgal::to_CGAL_Point_3 (Vertex &vt)
	Vertex to CGAL Point_3. More...

Kernel::Triangle_3	TM2IN::detail::cgal::to_CGAL_Triangle_3 (Wall::Triangle &tri)
	Wall::Triangle to CGAL Triangle_3. More...

Segment_3	TM2IN::detail::cgal::to_CGAL_Segment_3 (HalfEdge *he)
	HalfEdge to CGAL Segment_3. More...

Bbox_3	TM2IN::detail::cgal::to_CGAL_bbox3 (MinimumBoundingBox &box)
	MinimumBoundingBox to CGAL Bbox_3. More...

double	TM2IN::detail::cgal::getCosineValue (Vector_3 &nv1, Vector_3 &nv2)
	Returns cosine value. More...

void	TM2IN::detail::HalfEdgeString::setParent (std::vector< HalfEdge * > edges, Wall::Surface *pSurface)
	Sets parents of all HalfEdge. More...

std::vector< Vertex * >	TM2IN::detail::HalfEdgeString::getFirstVertexList (std::vector< HalfEdge * > halfEdges)
	Returns a list of the start Vertex of each edges. More...

void	TM2IN::detail::HalfEdgeString::connectOppositeHalfEdges (std::vector< Wall::Triangle * > &triangleList)
	Build opposite edge relation in a vector of Triangle. More...

Detailed Description

Function Documentation

void TM2IN::detail::HalfEdgeString::connectOppositeHalfEdges ( std::vector< Wall::Triangle * > & triangleList )

Build opposite edge relation in a vector of Triangle.

int TM2IN::detail::algorithm::constructNeighborInfo	(	Surface *	piece,
		Surface *	origin,
		neighbor_info &	ni
	)

vector< Polygon_2 > TM2IN::detail::cgal::convexPartition ( Polygon_2 polygon )

Partitions Polygon_2 to a vector of Polygon_2.

bool TM2IN::detail::algorithm::findShareVertex	(	vector< Vertex * > &	vi,
		vector< Vertex * > &	vj,
		ll &	middle_i,
		ll &	middle_j
	)

int TM2IN::detail::algorithm::findStartAndEnd	(	vector< Vertex * > &	vi,
		vector< Vertex * > &	vj,
		ll	middle_i,
		ll	middle_j,
		ll &	start_i,
		ll &	end_i,
		ll &	start_j,
		ll &	end_j
	)

double TM2IN::detail::cgal::getCosineValue	(	Vector_3 &	nv1,
		Vector_3 &	nv2
	)

Returns cosine value.

std::vector< Vertex * > TM2IN::detail::HalfEdgeString::getFirstVertexList ( std::vector< HalfEdge * > halfEdges )

Returns a list of the start Vertex of each edges.

bool TM2IN::detail::cgal::has_bbox_intersect	(	IndoorComponent *	s1,
		IndoorComponent *	s2
	)

Chekcs Bbox_3 intersects.

bool TM2IN::detail::algorithm::has_self_intersection ( vector< HalfEdge * > edges )

int TM2IN::detail::algorithm::isNeighbor	(	Wall::Surface *	origin,
		Wall::Surface *	piece
	)

Polygon_2 TM2IN::detail::cgal::make_CGAL_polygon ( vector< Point_2 > surface2D )

Generates CGAL::Polygon_2.

Plane_3 TM2IN::detail::cgal::make_PCA_plane	(	std::vector< Vertex * >	vertices,
		Vector_3	normal
	)

Creates PCA plane with Vertex and normal vector.

Plane_3 TM2IN::detail::cgal::make_simple_plane ( Vector_3 pNormal )

bool TM2IN::detail::algorithm::merging_invalid_test	(	vector< HalfEdge * >	new_edges,
		Vector_3	newNormal
	)

std::vector< Point_2 > TM2IN::detail::cgal::project_to_plane	(	std::vector< Vertex * >	vertexList,
		Plane_3	plane
	)

Projects Vertex list to plane and returns a vector of Kernel::Point_2.

void TM2IN::detail::HalfEdgeString::setParent	(	std::vector< HalfEdge * >	edges,
		Wall::Surface *	pSurface
	)

Sets parents of all HalfEdge.

int TM2IN::detail::algorithm::simplify_share_edges	(	Wall::TriangulatedSurface *	origin,
		Wall::TriangulatedSurface *	piece
	)

Simplification for share edges after merging

Todo:: re-factoring

Returns: 0 : succeed for simplification, 1 : failure

Bbox_3 TM2IN::detail::cgal::to_CGAL_bbox3 ( MinimumBoundingBox & box )

MinimumBoundingBox to CGAL Bbox_3.

Kernel::Point_3 TM2IN::detail::cgal::to_CGAL_Point_3 ( Vertex & v )

Vertex to CGAL Point_3.

Segment_3 TM2IN::detail::cgal::to_CGAL_Segment_3 ( HalfEdge * he )

HalfEdge to CGAL Segment_3.

Kernel::Triangle_3 TM2IN::detail::cgal::to_CGAL_Triangle_3 ( Wall::Triangle & tri )

Wall::Triangle to CGAL Triangle_3.

int TM2IN::detail::algorithm::triangulate_surface	(	TM2IN::Wall::Surface *	pSurface,
		vector< TM2IN::Wall::Triangle * > &	result
	)

Triangulate Wall::Surface to a vector of Wall::Triangle. 0 is succeed. 1 is fail.

Classes

Functions

Detailed Description

Function Documentation