Tools: Project to Entity Face

This projection method is used by Copy Tools: by Projection to Entity Face, Move Tools: by Projection to Entity Face and Extrude Tools: by Projection to Entity Face.

The operation projects the source node to the a set of target faces comprising plate elements, brick faces and geometry faces. If the projection intersects multiple target faces, the intersection closest to the source node is used.

In the following images, the three plate elements are the source and they are projected to the four target faces indicated by the green outlines. In each image the projection result is indicated by the red lines, which trace the projection path of the source nodes.

Projection Direction - Parallel

This projection method requires the definition of a projection direction, which in the figure below is given by the dashed line from node 1 to node 2. Each source node is projected towards the target faces in a direction parallel to the dashed line.

For an extrusion operation, the source plates below would produce hexahedral brick elements with edges parallel to the projection direction. For a copy or move operation, they would produce plate elements on the surface of the target faces.

Projection Direction - Conical

This projection method requires the definition of a cone apex point from which a projection direction is defined for each source point. Once defined, this projection direction (one per source point) is used in the same way as the dashed line is used in the parallel projection method. The result is a conical projection onto the target faces for each source point.

In the figure below, the apex point is node 1. For an extrusion operation, the source plates below would produce hexahedral brick elements. For a copy or a move operation, they would produce plate elements on the surface of the target faces.

Projection Direction - Source (Plate) Normal

This projection method is a further extension of the parallel method whereby a projection direction is defined for each source point based on the average normal of the connected plates at that point. Once defined, this direction (one per source point) is used in the same way as the dashed line is used in the parallel projection method.

For an extrusion operation, the source plates below would produce hexahedral brick elements. For a copy or move operation, they would produce plate elements on the surface of the target faces.

Note that no projection is produced if this method is applied to nodes that are not connected to plate elements.