mapper

Mapper

data repository TO vtkPartitionedDataSetCollection

this mapper serves as an interface between the reader (epcReader) and the source (etpSource) and the loading of the different resqml representation.

vtkPartitionedDataSetCollection is composed of a set of vtkPartionedDataSet (hierarchy/view) and a vtkDataAssembly (assembly/treeview).

⚠️ For a vtkDataAssembly is associated with a vtkPartitionedDataSetCollection, each of the dataset-indices is simply the index of a partitioned-dataset in the vtkPartitionedDataSetCollection

when the reader or source provides input to the repository

• Create data repository for epc file or etp store.

API add file to repository (EPCReader)

  std::string addFile(const char *file);

API custom etp connection (ETPSource)

  std::vector<std::string> connect(const std::string etp_url, const std::string data_partition, const std::string auth_connection);
  std::string addDataspace(const char *dataspace);
  void disconnect();

• the treeview (vtkDataAssembly) is created from the repository with the buildDataAssemblyFromDataObjectRepo method

In the XML hierarchy of the vtkDataAssembly, attributes have been added, which you will find below.

Attribute	Applied to	Description
	On each block	Identifier of the block corresponding to "_"+ UUID of the Resqml object.
id	On each block	Unique ID of the node in the treeview.
label	On each block	The label displayed in the treeview.
type	On each block	Represents the data type using the following values: Unknown 0, Collection 1, Representation 2, SubRepresentation 3, Properties 4, Wellbore 5, WellboreTrajectory 6, WellboreFrame 7, WellboreChannel 8, WellboreMarkerFrame 9, WellboreMarker 10, WellboreCompletion 11, TimeSeries 12, Perforation 13.
connection	Block perforation type	Corresponds to the Resqml connectionId.
skin	Block perforation type	Corresponds to the skin value of the perforation.
diameter	Block perforation type	Corresponds to the diameter value of the perforation.

API get the assembly

  vtkDataAssembly *GetAssembly();

• set treeview selection

  std::string selectNodeId(int node);
  void clearSelection();

• set wellbore options

	void setMarkerOrientation(bool orientation);
	void setMarkerSize(int size);

• get/load representation

	vtkPartitionedDataSetCollection *getVtkPartitionedDatasSetCollection(const double time, const int nbProcess = 1, const int processId = 0);

mapper list

Classname	Resqml	Vtk	additional information
ResqmlGrid2dToVtkStructuredGrid	Grid2dRepresentation	vtkStructuredGrid
ResqmlIjkGridSubRepToVtkUnstructuredGrid	SubRepresentation	vtkUnstructuredGrid	supporting grid = resqml AbstractIjkGridRepresentation
ResqmlIjkGridToVtkUnstructuredGrid	AbstractIjkGridRepresentation	vtkUnstructuredGrid
ResqmlPolylineToVtkPolyData	PolylineSetRepresentation	vtkPolyData
ResqmlPropertyToVtkDataArray	AbstractValuesProperty	vtkDataArray	properties representation
ResqmlTriangulatedToVtkPolyData	TriangulatedSetRepresentation	vtkPolyData	only 1 patch
ResqmlTriangulatedSetToVtkPartitionedDataSet	TriangulatedSetRepresentation	vtkPartitionedDataSet	multi patch
ResqmlUnstructuredGridSubRepToVtkUnstructuredGrid	SubRepresentation	vtkUnstructuredGrid	supporting grid = resqml UnstructuredGridRepresentation
ResqmlUnstructuredGridToVtkUnstructuredGrid	UnstructuredGridRepresentation	vtkUnstructuredGrid
ResqmlWellboreChannelToVtkPolyData	AbstractValuesProperty	vtkPolyData	WellboreFrameRepresentation property
ResqmlWellboreFrameToVtkPartitionedDataSet	WellboreFrameRepresentation	VtkPartitionedDataSet
ResqmlWellboreMarkerFrameToVtkPartitionedDataSet	WellboreMarkerFrameRepresentation	VtkPartitionedDataSet
ResqmlWellboreMarkerToVtkPolyData	WellboreMarker	vtkPolyData / vtkSphereSource
ResqmlWellboreTrajectoryToVtkPolyData	WellboreTrajectoryRepresentation	vtkPolyData
WitsmlWellboreCompletionPerforationToVtkPolyData		vtkPolyData	WITSML2_1_NS::WellboreCompletion::WellReservoirConnectionType::PERFORATION
WitsmlWellboreCompletionToVtkPartitionedDataSet	WellboreCompletion	VtkPartitionedDataSet	actually a set of perforations