HitItem

class cee.ug.HitItem()

Interface for an object describing the result of a picking action on a RemoteModel

This object is provided to the RayIntersectCallback

Properties

cee.ug.HitItem.anythingHit: Whether anything was hit during the action. If false, the other properties in this object will be undefined.

cee.ug.HitItem.elementEdgeIndex: The local index (zero based) of the closest element edge to the actual intersection point in the data model on the server that was hit

cee.ug.HitItem.elementFaceIndex: The local index (zero based) of the element face that was hit

cee.ug.HitItem.elementId: The id of the element in the data model on the server that was hit

cee.ug.HitItem.elementIndex: The index (zero based) of the element in the data model on the server that was hit

cee.ug.HitItem.elementNodeIndex: The local index (zero based) of the closest element node to the actual intersection point in the data model on the server that was hit

cee.ug.HitItem.elementNodeResult: The scalar result in the closest element node. Only defined if the current result is per element node

cee.ug.HitItem.elementResult: The scalar result in the element that was hit.

cee.ug.HitItem.elementResultIsInterpolated: Whether the element result is interpolated (e.g. from a nodal result). False if the result is an actual per element result.

cee.ug.HitItem.elementTriangleVertices

A tessellation of triangles of the element that was hit.

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 element using the geometry or the markup model. ```

cee.ug.HitItem.elementType: The type of the element in the data model on the server that was hit, for example ‘Quad’, ‘Tetrahedron’, ‘Hexahedron’

cee.ug.HitItem.elementVolume: The volume of the element (if applicable)

cee.ug.HitItem.frameIndex: The index of the frame in which the picking occurred. This is 0 unless there is an animation.

cee.ug.HitItem.geometryIndex

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.

cee.ug.HitItem.intersectionPoint

The 3d point (in world coordinates) on the surface that was hit.

This is the actual point that was hit

cee.ug.HitItem.intersectionPointNormal: The normal of the surface at the point where the surface was hit.

cee.ug.HitItem.intersectionPointResult: The interpolated scalar result in the intersectionPoint

cee.ug.HitItem.nodeId: The id of the closest node to the actual intersection point in the data model on the server that was hit

cee.ug.HitItem.nodeIndex: The index (zero based) of the closest node to the actual intersection point in the data model on the server that was hit

cee.ug.HitItem.nodePosition

The 3d point (in world coordinates) of the closest node as identified by nodeId/nodeIndex

Use intersectionPoint for the actual point on the model that was hit

cee.ug.HitItem.nodeResult: The scalar result in the closest node as indicated by nodeId

cee.ug.HitItem.nodeResultIsInterpolated: Whether the node result is interpolated (e.g. from a per element result). False if the result is an actual per node result.

cee.ug.HitItem.objectId: The id of the object (part/iso/cut/isovol) that was hit

cee.ug.HitItem.objectIndex: The index of the object (part/iso/cut/isovol) that was hit

cee.ug.HitItem.objectName: The name of the object (part/iso/cut/isovol) that was hit

cee.ug.HitItem.objectType: The type of object (part/iso/cut/isovol) that was hit

cee.ug.HitItem.scalarResultName: The name of the scalar that the results elementResult and nodeResult apply to.