A problem with ray-nonplanar quad intersection has been fixed. The Ray SOP should be more stable with quad meshes. The Brush tools should be less likely to paint through the geometry when painting on quadrilateral meshes. And the Inflate SOP should be less likely to miss points when working with quadrilateral meshes. These problems showed up at the edges of non-planar quads.

A problem with ray-nonplanar quad intersection has been fixed. The Ray SOP should be more stable with quad meshes. The Brush tools should be less likely to paint through the geometry when painting on quadrilateral meshes. And the Inflate SOP should be less likely to miss points when working with quadrilateral meshes. These problems showed up at the edges of non-planar quads.

A problem with ray-nonplanar quad intersection has been fixed. The Ray SOP should be more stable with quad meshes. The Brush tools should be less likely to paint through the geometry when painting on quadrilateral meshes. And the Inflate SOP should be less likely to miss points when working with quadrilateral meshes. These problems showed up at the edges of non-planar quads.

A problem with ray-nonplanar quad intersection has been fixed. The Ray SOP should be more stable with quad meshes. The Brush tools should be less likely to paint through the geometry when painting on quadrilateral meshes. And the Inflate SOP should be less likely to miss points when working with quadrilateral meshes. These problems showed up at the edges of non-planar quads.

Houdini now properly coredumps when HOUDINI_COREDUMP is set but HOUDINI_UI_COREDUMP is not on Unix systems. This enables stack trace generation while still attempting to save the .hip file.

Houdini now properly coredumps when HOUDINI_COREDUMP is set but HOUDINI_UI_COREDUMP is not on Unix systems. This enables stack trace generation while still attempting to save the .hip file.

Houdini now properly coredumps when HOUDINI_COREDUMP is set but HOUDINI_UI_COREDUMP is not on Unix systems. This enables stack trace generation while still attempting to save the .hip file.

Houdini now properly coredumps when HOUDINI_COREDUMP is set but HOUDINI_UI_COREDUMP is not on Unix systems. This enables stack trace generation while still attempting to save the .hip file.

Houdini now properly coredumps when HOUDINI_COREDUMP is set but HOUDINI_UI_COREDUMP is not on Unix systems. This enables stack trace generation while still attempting to save the .hip file.

The Sticky Objects now have a rotation parameter to define their local 2d rotation about the surface normal. Sticky objects now also will treat any parent object that is a sticky as a 2d parenting hierarchy. This makes it possible to have stickies be driven by other stickies.

The Sticky Objects now have a rotation parameter to define their local 2d rotation about the surface normal. Sticky objects now also will treat any parent object that is a sticky as a 2d parenting hierarchy. This makes it possible to have stickies be driven by other stickies.

The Sticky Objects now have a rotation parameter to define their local 2d rotation about the surface normal. Sticky objects now also will treat any parent object that is a sticky as a 2d parenting hierarchy. This makes it possible to have stickies be driven by other stickies.

The Sticky Objects now have a rotation parameter to define their local 2d rotation about the surface normal. Sticky objects now also will treat any parent object that is a sticky as a 2d parenting hierarchy. This makes it possible to have stickies be driven by other stickies.

The Sticky Objects now have a rotation parameter to define their local 2d rotation about the surface normal. Sticky objects now also will treat any parent object that is a sticky as a 2d parenting hierarchy. This makes it possible to have stickies be driven by other stickies.

Added the Jiggle CHOP, which is similar to the Spring & Lag CHOPs, but works on vectors and uses a slightly different interface.

Added the Jiggle CHOP, which is similar to the Spring & Lag CHOPs, but works on vectors and uses a slightly different interface.

Added the Jiggle CHOP, which is similar to the Spring & Lag CHOPs, but works on vectors and uses a slightly different interface.

Added the Jiggle CHOP, which is similar to the Spring & Lag CHOPs, but works on vectors and uses a slightly different interface.

Added the Jiggle CHOP, which is similar to the Spring & Lag CHOPs, but works on vectors and uses a slightly different interface.

Added an option parameter to the Capture Correct SOP to clamp the negative capture weights to zero. This option is turned off by default, in order to maintain the backward compatibility behaviour.

Added an option parameter to the Capture Correct SOP to clamp the negative capture weights to zero. This option is turned off by default, in order to maintain the backward compatibility behaviour.

Added an option parameter to the Capture Correct SOP to clamp the negative capture weights to zero. This option is turned off by default, in order to maintain the backward compatibility behaviour.

Added an option parameter to the Capture Correct SOP to clamp the negative capture weights to zero. This option is turned off by default, in order to maintain the backward compatibility behaviour.

Added an option parameter to the Capture Correct SOP to clamp the negative capture weights to zero. This option is turned off by default, in order to maintain the backward compatibility behaviour.

The transformation jacks for the transform SOP will revert to their previous location/orientation when the action is undone/redone, even if the handle is not following the selection (i.e., the "Follow selection" flag is off as is the case for the detached handles).