A class derived from Mesh, which describes 1d meshes. More...
#include <Mesh1D.hpp>
Inheritance diagram for meshkernel::Mesh1D:
Public Member Functions | |
| ~Mesh1D () override=default | |
| Default destructor. | |
| Mesh1D ()=default | |
| Default constructor. | |
| Mesh1D (Projection projection) | |
| Construct a mesh1d using only the projection. More... | |
| Mesh1D (std::vector< Edge > const &edges, std::vector< Point > const &nodes, Projection projection) | |
| Construct a mesh1d starting from the edges and nodes. More... | |
| Mesh1D (Network1D &network1d, double minFaceSize) | |
| Constructs a mesh 1d from a network 1d. The network contains the chainages where the discratization points will be computed. More... | |
| bool | IsNodeOnBoundary (UInt node) const |
| Inquire if a mesh 1d-node is on boundary. More... | |
| Point | ComputeProjectedNode (UInt node, double distanceFactor) const |
| Compute a projected node along a line normal to the edges connected to the node. More... | |
 Public Member Functions inherited from meshkernel::Mesh | |
| virtual | ~Mesh ()=default |
| Define virtual destructor. | |
| Mesh () | |
| Default constructor, setting a cartesian projection. | |
| Mesh & | operator= (const Mesh &mesh)=delete |
| Delete assignment operator. | |
| Mesh & | operator= (Mesh &&mesh)=delete |
| Delete move assignment operator. | |
| Mesh (const Mesh &mesh)=delete | |
| Copy constructor taking only a mesh. | |
| Mesh (Mesh &&mesh)=delete | |
| Move constructor taking only a mesh. | |
| Mesh (Projection projection) | |
| Constructs an empty mesh, sets only the projection. More... | |
| Mesh (const std::vector< Edge > &edges, const std::vector< Point > &nodes, Projection projection) | |
| Construct a mesh starting from the edges and nodes. More... | |
| bool | IsNodeOnBoundary (UInt node) const |
| Inquire if a node is on boundary. More... | |
| auto | GetNumNodes () const |
| Get the number of valid nodes. More... | |
| auto | GetNumEdges () const |
| Get the number of valid edges. More... | |
| auto | GetNumFaces () const |
| Get the number of valid faces. More... | |
| UInt | GetNumValidNodes () const |
| Get the number of valid nodes. More... | |
| UInt | GetNumValidEdges () const |
| Get the number of valid edges. More... | |
| auto | GetNumFaceEdges (UInt faceIndex) const |
| Get the number of edges for a face. More... | |
| auto | GetNumEdgesFaces (UInt edgeIndex) const |
| Get the number of faces an edges shares. More... | |
| UInt | GetEdgeIndex (const UInt elementId, const UInt edgeId) const |
| Get the local edge number for an element edge. | |
| UInt | GetNodeIndex (const UInt elementId, const UInt nodeId) const |
| Get the local node number for an element node. | |
| bool | IsEdgeOnBoundary (UInt edge) const |
| Inquire if an edge is on boundary. More... | |
| bool | IsFaceOnBoundary (UInt face) const |
| Inquire if a face is on boundary. More... | |
| const std::vector< Point > & | Nodes () const |
| Get vector of all nodes. | |
| const Point & | Node (const UInt index) const |
| Get the node at the position. | |
| void | SetNodes (const std::vector< Point > &newValues) |
| Set all nodes to a new set of values. | |
| void | SetNode (const UInt index, const Point &newValue) |
| Set a node to a new value, bypassing the undo action. | |
| std::unique_ptr< ResetNodeAction > | ResetNode (const UInt index, const Point &newValue) |
| Set the node to a new value, this value may be the in-valid value. | |
| const std::vector< Edge > & | Edges () const |
| Get all edges. | |
| const Edge & | GetEdge (const UInt index) const |
| Get constant reference to an edge. | |
| void | SetEdges (const std::vector< Edge > &newValues) |
| Set all edges to a new set of values. | |
| void | SetEdge (const UInt index, const Edge &edge) |
| Set the edge to a new value, bypassing the undo action. | |
| std::unique_ptr< ResetEdgeAction > | ResetEdge (UInt edgeId, const Edge &edge) |
| Change the nodes referenced by the edge. | |
| UInt | GetLocalFaceNodeIndex (const UInt faceIndex, const UInt nodeIndex) const |
| Get the local index of the node belong to a face. More... | |
| std::unique_ptr< UndoAction > | MergeTwoNodes (UInt startNode, UInt endNode) |
| Merges two mesh nodes. More... | |
| std::unique_ptr< UndoAction > | MergeNodesInPolygon (const Polygons &polygons, double mergingDistance) |
| Merge close mesh nodes inside a polygon (MERGENODESINPOLYGON) More... | |
| std::tuple< UInt, std::unique_ptr< AddNodeAction > > | InsertNode (const Point &newPoint) |
| Insert a new node in the mesh (setnewpoint) More... | |
| std::tuple< UInt, std::unique_ptr< AddEdgeAction > > | ConnectNodes (UInt startNode, UInt endNode, const bool collectUndo=true) |
| Connect two existing nodes, checking if the nodes are already connected. If the nodes are not connected a new edge is formed, otherwise UInt invalid value is returned. (connectdbn) More... | |
| std::unique_ptr< DeleteNodeAction > | DeleteNode (UInt node, const bool collectUndo=true) |
| Deletes a node and removes any connected edges. More... | |
| UInt | FindEdge (UInt firstNodeIndex, UInt secondNodeIndex) const |
| Find the edge sharing two nodes. More... | |
| UInt | FindEdgeWithLinearSearch (UInt firstNodeIndex, UInt secondNodeIndex) const |
| Find the edge using a linear search, without connectivity information (much slower than FindEdge) More... | |
| std::unique_ptr< UndoAction > | MoveNode (Point newPoint, UInt nodeindex) |
| Move a node to a new location. More... | |
| UInt | FindLocationIndex (Point point, Location location, const std::vector< bool > &locationMask={}, const BoundingBox &boundingBox={}) |
| Get the index of a location (node/edge or face) close to a point. More... | |
| UInt | FindNodeCloseToAPoint (Point const &point, double searchRadius) |
| Get the index of a node close to a point. More... | |
| std::unique_ptr< DeleteEdgeAction > | DeleteEdge (UInt edge, const bool collectUndo=true) |
| Deletes an edge. More... | |
| UInt | FindCommonNode (UInt firstEdgeIndex, UInt secondEdgeIndex) const |
| Find the common node two edges share This method uses return parameters since the success is evaluated in a hot loop. More... | |
| void | ComputeEdgesLengths () |
| Compute the lengths of all edges in one go. | |
| double | ComputeMinEdgeLength (const Polygons &polygon) const |
| Compute the minimum edge length of the edges included in the polygon. An edge is considered included if one of the two nodes is inside the polygon. More... | |
| void | ComputeEdgesCenters () |
| Computes the edges centers in one go. | |
| bool | NodeAdministration () |
| Node administration (setnodadmin) More... | |
| void | DeleteInvalidNodesAndEdges () |
| Removes all invalid nodes and edges. | |
| virtual void | Administrate (CompoundUndoAction *undoAction=nullptr) |
| Perform complete administration. | |
| void | AdministrateNodesEdges (CompoundUndoAction *undoAction=nullptr) |
| Perform node and edges administration. | |
| void | SortEdgesInCounterClockWiseOrder (UInt startNode, UInt endNode) |
| Sort mesh edges around a node in counterclockwise order (Sort_links_ccw) More... | |
| double | ComputeMaxLengthSurroundingEdges (UInt node) |
| Compute the max length of the edges connected to a node. More... | |
| void | BuildTree (Location location, const BoundingBox &boundingBox={}) |
| Build the rtree for the corresponding location, using only the locations inside the bounding box. More... | |
| std::vector< Point > | ComputeLocations (Location location) const |
| Computes a vector with the mesh locations coordinates (nodes, edges or faces coordinates). More... | |
| std::vector< bool > | IsLocationInPolygon (const Polygons &polygon, Location location) const |
| Computes if a location is in polygon. More... | |
| Mesh & | operator+= (Mesh const &rhs) |
| Add meshes: result is a mesh composed of the additions firstMesh += secondmesh results in the second mesh being added to firstMesh. More... | |
| std::unique_ptr< UndoAction > | Join (const Mesh &rhs) |
| Add meshes: result is a mesh composed of the additions firstMesh += secondmesh results in the second mesh being added to firstMesh. More... | |
| std::vector< UInt > | GetValidNodeMapping () const |
| Get the mapping/indexing from the node array mapped to valid nodes. | |
| std::vector< UInt > | GetValidEdgeMapping () const |
| Get the mapping/indexing from the edge array mapped to valid edges. | |
| bool | IsValidEdge (const UInt edgeId) const |
| Indicate if the edge-id is a valid edge. More... | |
| void | CommitAction (const ResetNodeAction &undoAction) |
| Apply the reset node action. | |
| void | CommitAction (const AddNodeAction &undoAction) |
| Apply the add node action. | |
| void | CommitAction (const AddEdgeAction &undoAction) |
| Apply the add edge action. | |
| void | CommitAction (const ResetEdgeAction &undoAction) |
| Apply the reset edge action. | |
| void | CommitAction (const DeleteNodeAction &undoAction) |
| Apply the delete node action. | |
| void | CommitAction (NodeTranslationAction &undoAction) |
| Apply the node translation action. | |
| void | CommitAction (MeshConversionAction &undoAction) |
| Apply the node translation action. | |
| void | CommitAction (const DeleteEdgeAction &undoAction) |
| Apply the delete edge action. | |
| void | CommitAction (FullUnstructuredGridUndo &undoAction) |
| Set the node and edge values. | |
| void | RestoreAction (const ResetNodeAction &undoAction) |
| Undo the reset node action. More... | |
| void | RestoreAction (const AddNodeAction &undoAction) |
| Undo the add node action. More... | |
| void | RestoreAction (const AddEdgeAction &undoAction) |
| Undo the add edge action. More... | |
| void | RestoreAction (const ResetEdgeAction &undoAction) |
| Undo the reset edge action. More... | |
| void | RestoreAction (const DeleteNodeAction &undoAction) |
| Undo the delete node action. More... | |
| void | RestoreAction (NodeTranslationAction &undoAction) |
| Undo the node translation action. More... | |
| void | RestoreAction (MeshConversionAction &undoAction) |
| Undo the node translation action. More... | |
| void | RestoreAction (const DeleteEdgeAction &undoAction) |
| Undo the delete edge action. More... | |
| void | RestoreAction (FullUnstructuredGridUndo &undoAction) |
| Undo entire node and edge values. More... | |
| RTreeBase & | GetRTree (Location location) const |
| Get a reference to the RTree for a specific location. | |
| void | SetNodesRTreeRequiresUpdate (bool value) |
| Set the m_nodesRTreeRequiresUpdate flag. More... | |
| void | SetEdgesRTreeRequiresUpdate (bool value) |
| Set the m_edgesRTreeRequiresUpdate flag. More... | |
| void | SetFacesRTreeRequiresUpdate (bool value) |
| Set the m_facesRTreeRequiresUpdate flag. More... | |
Additional Inherited Members | |
| Public Types inherited from meshkernel::Mesh | |
| enum | Type { Type::Mesh1D, Type::Mesh2D } |
| Enumerator describing the different mesh types. More... | |
| Public Attributes inherited from meshkernel::Mesh | |
| std::vector< std::vector< UInt > > | m_nodesEdges |
| For each node, the indices of connected edges (nodlin) | |
| std::vector< UInt > | m_nodesNumEdges |
| For each node, the number of connected edges (nmk) | |
| std::vector< std::vector< UInt > > | m_nodesNodes |
| For each node, its neighbors. | |
| std::vector< int > | m_nodesTypes |
| The node types (nb) | |
| std::vector< std::array< UInt, 2 > > | m_edgesFaces |
| For each edge, the shared face index (lne) | |
| std::vector< UInt > | m_edgesNumFaces |
| For each edge, the number of shared faces(lnn) | |
| std::vector< double > | m_edgeLengths |
| The edge lengths. | |
| std::vector< Point > | m_edgesCenters |
| The edges centers. | |
| std::vector< std::vector< UInt > > | m_facesNodes |
| The nodes composing the faces, in ccw order (netcellNod) | |
| std::vector< UInt > | m_numFacesNodes |
| The number of nodes composing the face (netcellN) | |
| std::vector< std::vector< UInt > > | m_facesEdges |
| The edge indices composing the face (netcelllin) | |
| std::vector< Point > | m_facesCircumcenters |
| The face circumcenters the face circumcenter (xz, yz) | |
| std::vector< Point > | m_facesMassCenters |
| The faces centers of mass (xzw, yzw) | |
| std::vector< double > | m_faceArea |
| The face area. | |
| Projection | m_projection |
| The projection used. | |
| Static Public Attributes inherited from meshkernel::Mesh | |
| static constexpr UInt | m_maximumNumberOfEdgesPerNode = 16 |
| Maximum number of edges per node. | |
| static constexpr UInt | m_maximumNumberOfEdgesPerFace = 6 |
| Maximum number of edges per face. | |
| static constexpr UInt | m_maximumNumberOfNodesPerFace = 6 |
| Maximum number of nodes per face. | |
| static constexpr UInt | m_maximumNumberOfConnectedNodes = m_maximumNumberOfEdgesPerNode * 4 |
| Maximum number of connected nodes. | |
| Protected Member Functions inherited from meshkernel::Mesh | |
| bool | AdministrationRequired () const |
| Determine if a administration is required. | |
| void | SetAdministrationRequired (const bool value) |
| Determine if a administration is required. | |
| Protected Attributes inherited from meshkernel::Mesh | |
| std::vector< Point > | m_nodes |
| The mesh nodes (xk, yk) | |
| std::vector< Edge > | m_edges |
| The edges, defined as first and second node(kn) | |
Detailed Description
A class derived from Mesh, which describes 1d meshes.
A 1d mesh is composed of a series of connected edges representing 1d real word features, such as pipes or a sewage network.
Constructor & Destructor Documentation
◆ Mesh1D() [1/3]
|
explicit |
Construct a mesh1d using only the projection.
- Parameters
-
[in] projection The projection to use
◆ Mesh1D() [2/3]
| meshkernel::Mesh1D::Mesh1D | ( | std::vector< Edge > const & | edges, |
| std::vector< Point > const & | nodes, | ||
| Projection | projection | ||
| ) |
Construct a mesh1d starting from the edges and nodes.
- Parameters
-
[in] edges The input edges [in] nodes The input nodes [in] projection The projection to use
◆ Mesh1D() [3/3]
| meshkernel::Mesh1D::Mesh1D | ( | Network1D & | network1d, |
| double | minFaceSize | ||
| ) |
Constructs a mesh 1d from a network 1d. The network contains the chainages where the discratization points will be computed.
- Parameters
-
[in] network1d The input network [in] minFaceSize The minimum face size below which two nodes will be merged
Member Function Documentation
◆ ComputeProjectedNode()
Compute a projected node along a line normal to the edges connected to the node.
- Parameters
-
node [in] The node distanceFactor [in] The distance factor
- Returns
- The projected node
◆ IsNodeOnBoundary()
|
inline |
Inquire if a mesh 1d-node is on boundary.
- Parameters
-
[in] node The node index
- Returns
- If the node is on boundary
The documentation for this class was generated from the following file:
- /home/runner/work/MeshKernel/MeshKernel/libs/MeshKernel/include/MeshKernel/Mesh1D.hpp
