Added "Promote Invisible Parameters" toggle to the Operator Type Manager Configuration options which adds invisible parameters when nodes are dragged and dropped into the Operator Type Properties Parameters editor.

Added "Promote Invisible Parameters" toggle to the Operator Type Manager Configuration options which adds invisible parameters when nodes are dragged and dropped into the Operator Type Properties Parameters editor.

Added "Promote Invisible Parameters" toggle to the Operator Type Manager Configuration options which adds invisible parameters when nodes are dragged and dropped into the Operator Type Properties Parameters editor.

Added "Promote Invisible Parameters" toggle to the Operator Type Manager Configuration options which adds invisible parameters when nodes are dragged and dropped into the Operator Type Properties Parameters editor.

The MPlay Load File... dialog now loads single images correctly (as a single frame at frame 1). You can load a single image from a sequence in one of two ways:

• By entering the filename without $F (foo100.jpg), or selecting it when the'Filter Sequences of Files into Single Entries' button is off.
• By selecting the image sequence and then changing the 'Image Sequence'menu to 'Single Image' and selecting the frame to display.

The MPlay Load File... dialog now loads single images correctly (as a single frame at frame 1). You can load a single image from a sequence in one of two ways:

• By entering the filename without $F (foo100.jpg), or selecting it when the'Filter Sequences of Files into Single Entries' button is off.
• By selecting the image sequence and then changing the 'Image Sequence'menu to 'Single Image' and selecting the frame to display.

The MPlay Load File... dialog now loads single images correctly (as a single frame at frame 1). You can load a single image from a sequence in one of two ways:

• By entering the filename without $F (foo100.jpg), or selecting it when the'Filter Sequences of Files into Single Entries' button is off.
• By selecting the image sequence and then changing the 'Image Sequence'menu to 'Single Image' and selecting the frame to display.

The MPlay Load File... dialog now loads single images correctly (as a single frame at frame 1). You can load a single image from a sequence in one of two ways:

• By entering the filename without $F (foo100.jpg), or selecting it when the'Filter Sequences of Files into Single Entries' button is off.
• By selecting the image sequence and then changing the 'Image Sequence'menu to 'Single Image' and selecting the frame to display.

The MPlay Load File... dialog now loads single images correctly (as a single frame at frame 1). You can load a single image from a sequence in one of two ways:

• By entering the filename without $F (foo100.jpg), or selecting it when the'Filter Sequences of Files into Single Entries' button is off.
• By selecting the image sequence and then changing the 'Image Sequence'menu to 'Single Image' and selecting the frame to display.

Added the ability to save fallback OTL paths to the hip file, copied nodes, and opwrite generated files. These are paths to OTLs which Houdini can use if it fails to recognize the type when attempting to instantiate it. This ability is not yet enabled.

Added the ability to save fallback OTL paths to the hip file, copied nodes, and opwrite generated files. These are paths to OTLs which Houdini can use if it fails to recognize the type when attempting to instantiate it. This ability is not yet enabled.

Added the ability to save fallback OTL paths to the hip file, copied nodes, and opwrite generated files. These are paths to OTLs which Houdini can use if it fails to recognize the type when attempting to instantiate it. This ability is not yet enabled.

Added the ability to save fallback OTL paths to the hip file, copied nodes, and opwrite generated files. These are paths to OTLs which Houdini can use if it fails to recognize the type when attempting to instantiate it. This ability is not yet enabled.

Added the ability to save fallback OTL paths to the hip file, copied nodes, and opwrite generated files. These are paths to OTLs which Houdini can use if it fails to recognize the type when attempting to instantiate it. This ability is not yet enabled.

The Extrude SOP now has a Hole Polygon option which lets one disable the automatic holing of the incoming geometry. This is useful when a polygon soup is extruded and one does not want chance overlaps to result in holing.

The Extrude SOP now has a Hole Polygon option which lets one disable the automatic holing of the incoming geometry. This is useful when a polygon soup is extruded and one does not want chance overlaps to result in holing.

The Extrude SOP now has a Hole Polygon option which lets one disable the automatic holing of the incoming geometry. This is useful when a polygon soup is extruded and one does not want chance overlaps to result in holing.

The Extrude SOP now has a Hole Polygon option which lets one disable the automatic holing of the incoming geometry. This is useful when a polygon soup is extruded and one does not want chance overlaps to result in holing.

The Extrude SOP now has a Hole Polygon option which lets one disable the automatic holing of the incoming geometry. This is useful when a polygon soup is extruded and one does not want chance overlaps to result in holing.

The wire solver no longer applies hard repulsion impulses. These caused excessive bounce and jitter in some situations.

The wire solver no longer applies hard repulsion impulses. These caused excessive bounce and jitter in some situations.

The wire solver no longer applies hard repulsion impulses. These caused excessive bounce and jitter in some situations.

The wire solver no longer applies hard repulsion impulses. These caused excessive bounce and jitter in some situations.

The wire solver no longer applies hard repulsion impulses. These caused excessive bounce and jitter in some situations.

Collisions with ground planes will now properly work even with sphere or OBB culling turned on. Previously, they could be falsely culled if the collision occurred outside of the proxy geometry.