Moved pdg examples from $HH/pdg/examples to $HH/help/files/pdg_examples

Added the FEM Validate SOP. This SOP can be used to inspect tetrahedral or polygonal meshes before running an FEM simulation with these meshes. FEM Validate can be used to visualize the quality of tetrahedra and polygons, and allows poor-quality primitives to be isolated. Inverted tetrahedra can be tracked down as well. This tool uses the same quality criterion that's used by the FEM Solver.

Added the FEM Validate SOP. This SOP can be used to inspect tetrahedral or polygonal meshes before running an FEM simulation with these meshes. FEM Validate can be used to visualize the quality of tetrahedra and polygons, and allows poor-quality primitives to be isolated. Inverted tetrahedra can be tracked down as well. This tool uses the same quality criterion that's used by the FEM Solver.

Added the FEM Validate SOP. This SOP can be used to inspect tetrahedral or polygonal meshes before running an FEM simulation with these meshes. FEM Validate can be used to visualize the quality of tetrahedra and polygons, and allows poor-quality primitives to be isolated. Inverted tetrahedra can be tracked down as well. This tool uses the same quality criterion that's used by the FEM Solver.

Added the FEM Validate SOP. This SOP can be used to inspect tetrahedral or polygonal meshes before running an FEM simulation with these meshes. FEM Validate can be used to visualize the quality of tetrahedra and polygons, and allows poor-quality primitives to be isolated. Inverted tetrahedra can be tracked down as well. This tool uses the same quality criterion that's used by the FEM Solver.

Added the FEM Validate SOP. This SOP can be used to inspect tetrahedral or polygonal meshes before running an FEM simulation with these meshes. FEM Validate can be used to visualize the quality of tetrahedra and polygons, and allows poor-quality primitives to be isolated. Inverted tetrahedra can be tracked down as well. This tool uses the same quality criterion that's used by the FEM Solver.

The FEM Hybrid Object can now be used to simulate isolated points (Particle tab) and polylines (Rod tab). This is in addition to the current support for tetrahedra and (closed) polygons. A single FEM Hybrid Object may have all these primitive types in it simultaneously.

The FEM Hybrid Object can now be used to simulate isolated points (Particle tab) and polylines (Rod tab). This is in addition to the current support for tetrahedra and (closed) polygons. A single FEM Hybrid Object may have all these primitive types in it simultaneously.

The FEM Hybrid Object can now be used to simulate isolated points (Particle tab) and polylines (Rod tab). This is in addition to the current support for tetrahedra and (closed) polygons. A single FEM Hybrid Object may have all these primitive types in it simultaneously.

The FEM Hybrid Object can now be used to simulate isolated points (Particle tab) and polylines (Rod tab). This is in addition to the current support for tetrahedra and (closed) polygons. A single FEM Hybrid Object may have all these primitive types in it simultaneously.

The FEM Hybrid Object can now be used to simulate isolated points (Particle tab) and polylines (Rod tab). This is in addition to the current support for tetrahedra and (closed) polygons. A single FEM Hybrid Object may have all these primitive types in it simultaneously.

Added the FEM Slide Constraint. This constraint can be used to stick points of one object to the surface of another object while allowing sliding to occur between the point and the surface. This constraint can be applied between an FEM Object and a Static Object, between a pair of FEM objects, or between distinct connected components of a single FEM Object.

Added the FEM Slide Constraint. This constraint can be used to stick points of one object to the surface of another object while allowing sliding to occur between the point and the surface. This constraint can be applied between an FEM Object and a Static Object, between a pair of FEM objects, or between distinct connected components of a single FEM Object.

Added the FEM Slide Constraint. This constraint can be used to stick points of one object to the surface of another object while allowing sliding to occur between the point and the surface. This constraint can be applied between an FEM Object and a Static Object, between a pair of FEM objects, or between distinct connected components of a single FEM Object.

Added the FEM Slide Constraint. This constraint can be used to stick points of one object to the surface of another object while allowing sliding to occur between the point and the surface. This constraint can be applied between an FEM Object and a Static Object, between a pair of FEM objects, or between distinct connected components of a single FEM Object.

Added the FEM Slide Constraint. This constraint can be used to stick points of one object to the surface of another object while allowing sliding to occur between the point and the surface. This constraint can be applied between an FEM Object and a Static Object, between a pair of FEM objects, or between distinct connected components of a single FEM Object.

Added the FEM Attach Constraint. This constraint allows you to attach an FEM object to another FEM object, attach an FEM Object to a Static Object, or attach distinct connected components of an FEM Object.

Added the FEM Attach Constraint. This constraint allows you to attach an FEM object to another FEM object, attach an FEM Object to a Static Object, or attach distinct connected components of an FEM Object.

Added the FEM Attach Constraint. This constraint allows you to attach an FEM object to another FEM object, attach an FEM Object to a Static Object, or attach distinct connected components of an FEM Object.

Added the FEM Attach Constraint. This constraint allows you to attach an FEM object to another FEM object, attach an FEM Object to a Static Object, or attach distinct connected components of an FEM Object.

Added the FEM Attach Constraint. This constraint allows you to attach an FEM object to another FEM object, attach an FEM Object to a Static Object, or attach distinct connected components of an FEM Object.

Fixed an issue with TOP Geometry networks not recooking when the displayed node inside the network is changed.

Added "burn" as a source option to the Pyro Source SOP. The SOP also has an initialization script for sourcing burn now, and the initialization menu has a default option to ensure that the callback is always invoked. Order of entries for Attribute and Initialize menus has changed, though old labels are unaffected.

Added "burn" as a source option to the Pyro Source SOP. The SOP also has an initialization script for sourcing burn now, and the initialization menu has a default option to ensure that the callback is always invoked. Order of entries for Attribute and Initialize menus has changed, though old labels are unaffected.

Added "burn" as a source option to the Pyro Source SOP. The SOP also has an initialization script for sourcing burn now, and the initialization menu has a default option to ensure that the callback is always invoked. Order of entries for Attribute and Initialize menus has changed, though old labels are unaffected.