Functions Introduced:

A quilt represents a "patchwork" of connected nonsolid surfaces. A quilt may consist of a single surface or a collection of surfaces. A quilt contains information describing the geometry of all the surfaces that compose a quilt and information on how quilt surfaces are "stitched" (joined or intersected). A part can contain several quilts. You can create or manipulate quilts using a surface feature.

To find the surfaces it contains, use ProQuiltSurfaceVisit() and analyze the geometry of each surface.

The function ProQuiltdataGet() retrieves information from the quilt data structure. The helper functions ProQuiltdataSurfArrayGet() and ProQuiltdataSurfArraySet() return or define, respectively, an array of pointers to the datum surfaces in the quilt data structure.

The function ProQuiltdataMemoryFree() releases the top-level memory associated with the quilt data structure. The function ProQuiltdataFree() releases the underlying memory of the data structure.

The function ProQuiltdataTypeGet() returns the type of quilt data. If the type of quilt data is a body, the output argument p_body_or_quilt returns PRO_BODY and returns PRO_QUILT if the type is quilt.

Use the function ProQuiltdataTypeSet() to set the type of quilt data as PRO_BODY or PRO_QUILT. The input arguments follow:

The function ProQuiltVolumeEval() calculates the volume of a closed quilt.

The function ProQuiltIsBackupgeometry() identifies if the specified quilt belongs to the invisible Copy Geometry backup feature. Its input argument is a pointer to the quilt’s handle of the type ProQuilt. If the quilt belongs to the invisible Copy Geometry backup feature, the function returns a ProBoolean with the value PRO_B_TRUE; otherwise, the value is PRO_B_FALSE.

The function ProQuiltIsInternal() checks whether a quilt is created for internal use only. If the quilt is created for internal use only, the function returns a ProBoolean with the value PRO_B_TRUE; otherwise, the value is PRO_B_FALSE.