Abstract: A method for identifying and measuring a feature on tessellated geometry may include providing an image of a part on a display using an electronic representation of the part. The part may include a tessellated geometry. The electronic representation of the tessellated geometry of the part may include a collection of triangles defined by vertices of each triangle. The method may also include receiving selection of a feature on the tessellated geometry of the part. A first triangle of the collection of triangles that is associated with the selected feature is chosen and at least a first vertex and a second vertex of the first triangle are determined. A predefined normal to each of the vertices is also determined. The predefined normals from at least two of the vertices are used to identify and measure the feature of the part.

Abstract: A method for identifying and measuring a feature on tessellated geometry may include providing an image of a part on a display using an electronic representation of the part. The part may include a tessellated geometry. The electronic representation of the tessellated geometry of the part may include a collection of triangles defined by vertices of each triangle. The method may also include receiving selection of a feature on the tessellated geometry of the part. A first triangle of the collection of triangles that is associated with the selected feature is chosen and at least a first vertex and a second vertex of the first triangle are determined. A predefined normal to each of the vertices is also determined. The predefined normals from at least two of the vertices are used to identify and measure the feature of the part.

Abstract: A computer implemented method, apparatus, and computer usable program code for manufacturing a product. In response to receiving an identification of the product, a process object associated with the product may be identified. A completed instance of the process object may be created for the product. A set of instructions may be presented to manufacture the product using the completed instance of the process object.

Abstract: A computer implemented method, apparatus, and computer usable program code for manufacturing a product. In response to receiving an identification of the product, a process object associated with the product may be identified. A completed instance of the process object may be created for the product. A set of instructions may be presented to manufacture the product using the completed instance of the process object.