Added the On Name Changed event to the Operator Type Properties Events handler. The associated user defined script is executed whenever an OP node is renamed. The arguments to the script are the same as the events On Created, On Updated, On Deleted, and On Input Changed except that an additional third argument is passed to the script containing the OP node's old name.

Added the On Name Changed event to the Operator Type Properties Events handler. The associated user defined script is executed whenever an OP node is renamed. The arguments to the script are the same as the events On Created, On Updated, On Deleted, and On Input Changed except that an additional third argument is passed to the script containing the OP node's old name.

Added the On Name Changed event to the Operator Type Properties Events handler. The associated user defined script is executed whenever an OP node is renamed. The arguments to the script are the same as the events On Created, On Updated, On Deleted, and On Input Changed except that an additional third argument is passed to the script containing the OP node's old name.

Added the On Name Changed event to the Operator Type Properties Events handler. The associated user defined script is executed whenever an OP node is renamed. The arguments to the script are the same as the events On Created, On Updated, On Deleted, and On Input Changed except that an additional third argument is passed to the script containing the OP node's old name.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixing recently-introduced problems where we weren't distributing special header files needed to compile HDK plugins on Linux.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

Fixed bug where disconnecting the last connected input of a subnet operator would not cause its last connected child operator within the subnet to recook.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.

When generating IFD's for objects using disk files with motion blur (and having the render perform the shutter blurring) for shutter times less than half a frame, the file names generated in the IFD are now "correct". The filename for the end of the frame is not evaluated at the shutter time, but rather the frame end time. This means that filenames like geo$F.bgeo will now blur correctly for small shutter times.