The surface area of the region/part
Average per element surface scalar value in the region (either cutting plane or visible surface of the part)
The maximum corner of the bounding box of the part or the cutting plane region
The minimum corner of the bounding box of the part or the cutting plane region
The centroid of the region/part
Number of elements. For cutting planes: The number of elements intersected
The index of the CAE geometry.
In almost all cases this will be 0. If using a partially adaptive model with remeshing only on parts of the model (e.g. in a Forging process) the concept of multiple geometries might be relevant.
Maximum per element surface scalar value in the region (either cutting plane or visible surface of the part)
The position of the maximum per element surface scalar value maximumValue (surface centroid)
Minimum per element surface scalar value in the region (either cutting plane or visible surface of the part)
The position of the minimum per element surface scalar value minimumValue (surface centroid)
Average value of the nodes referenced by the region/part visible surface (applicable for PER_NODE and PER_ELEMENT_NODE results)
Number of nodes in the region / on the visible surface of the part
Maximum value of the nodes referenced by the region/part visible surface (applicable for PER_NODE and PER_ELEMENT_NODE results)
The position of the maximum value of the nodes referenced by the region/part visible surface nodeMaximumValue
Minimum value of the nodes referenced by the region/part visible surface (applicable for PER_NODE and PER_ELEMENT_NODE results)
The position of the minimum value of the nodes referenced by the region/part visible surface nodeMinimumValue
The id of the part associated with the bulk values
A tessellation of triangles of the cutting plane region if a cutting plane query was issued and includeRegionTriangles was true
This array contains x,y,z values for each triangle vertex. So there will be 9 values (3 vertices * (x,y,z)) per triangle. This can be used to highlight the selected region using the geometry or the markup model.
Sum of SURFACE_AREA*SURFACE_RESULT_VALUE for all element surfaces in the region (of cutting planes) or of the visible surface of a part.
Number of element surfaces in the region/visible surface of the part
The volume of the part (only applicable for parts with volume elements). For cutting planes: the volume of the intersected elements
The Average result for volume elements in the part (only applicable for parts with volume elements)
The Maximum result for volume elements in the part (only applicable for parts with volume elements)
The position of the maximum result for volume elements in the part volumeMaximumValue
The minimum result for volume elements in the part (only applicable for parts with volume elements)
The position of the minimum result for volume elements in the part volumeMinimumValue
Average value of the nodes referenced by the volume elements in the part (applicable for PER_NODE and PER_ELEMENT_NODE results)
Maximum value of the nodes referenced by the volume elements in the part (applicable for PER_NODE and PER_ELEMENT_NODE results)
The position of the maximum value of the nodes referenced by the volume elements in the part volumeNodeMaximumValue
Minimum value of the nodes referenced by the volume elements in the part (applicable for PER_NODE and PER_ELEMENT_NODE results)
The position of the minimum value of the nodes referenced by the volume elements in the part volumeNodeMinimumValue
Sum of ELEMENT_VOLUME*ELEMENT_RESULT_VALUE for all volume elements (only applicable for parts with volume elements)
Generated using TypeDoc
The result of a QueryBulkCalculation for one part/region of cutting plane.