cee::ug::DataPartDisplacement

class DataPartDisplacement : public RefCountedObject 

Displacement results for a part.

A displacement result value is a three dimensional vector giving a magnitude and a direction for the displacement of a node. DataPartDisplacement contains an array of vectors specifying the displacements for all nodes in a part.

../_images/uml_dataresultgroup.png

A DataPartDisplacement contains the result values corresponding to a DataPart. This means that the number of result values in each displacement part must match the number of nodes in the corresponding part. DataPartDisplacement is a child of a DataResultDisplacement in the same way as a DataPart is a child of a DataGeometry. The DataResultDisplacement must have the same number of child parts as the DataGeometry.

../_images/uml_results.png

Note! The class is reference counted and can be shared between multiple results. Remember that since this object is reference counted it should never be created on the stack.

Values are inserted using setValue(), setValues() or setValuesFloat(). Get the number of values with count() and query a specific value using value() with an index.

Note! The values are the absolute node positions, not just the relative offset to the undisplaced node position.

Example

Example of how to add a displacement result to a geometry consisting of only one triangle.

Create the DataResultDisplacement object with a unique id.

int dispResultId = 1;
cee::PtrRef<cee::ug::DataResultDisplacement> dispResult = new cee::ug::DataResultDisplacement(dispResultId);

The result array must have one value for each node coordinate in the triangle. Remember that the array must be resized before inserting the results.

cee::PtrRef<cee::ug::DataPartDisplacement> dispPart = new cee::ug::DataPartDisplacement();
dispPart->resize(3);
dispPart->setValue(0, cee::Vec3d(1.0, 0.0, 0.0));
dispPart->setValue(1, cee::Vec3d(0.0, 0.0, 0.0));
dispPart->setValue(2, cee::Vec3d(0.0, 1.0, 0.0));

Number of parts in the DataResultDisplacement must match number of parts in the geometry. Displacement values must also fit the corresponding part in the geometry. Here the part is a single triangle with three nodes, hence a results array with three vectors will fit.

Add the displacement part to the result displacement.

dispResult->addPart(dispPart.get());

For each geometry in a state there is a result group binding the geometry and results.

Add the result displacement to the state (DataState) for the corresponding geometry (DataGeometry) geo

state->results(geo.get())->addDisplacement(dispResult.get());

See the complete source code at: UnstructGrid: A Simple Model with Results

Tutorials