The conversion of embedded DS files will now handle directory, buttonstrip, and iconstrip types.

Added an 'Unset Variables' job parm to Local Scheduler. This list of environment variables will be removed from the job envionment.

Added an 'Unset Variables' job parm to Local Scheduler. This list of environment variables will be removed from the job envionment.

Added an 'Unset Variables' job parm to Local Scheduler. This list of environment variables will be removed from the job envionment.

Added an 'Unset Variables' job parm to Local Scheduler. This list of environment variables will be removed from the job envionment.

Fixed an issue with the work item attribute panel and task graph table not working correctly when opened from a non-TOP node with the TOP Network property enabled.

Fixed transparency rendering in the OpenGL ROP when rendering LOP scenes, and a regression in performance.

Fixed transparency rendering in the OpenGL ROP when rendering LOP scenes, and a regression in performance.

Fixed transparency rendering in the OpenGL ROP when rendering LOP scenes, and a regression in performance.

Fixed transparency rendering in the OpenGL ROP when rendering LOP scenes, and a regression in performance.

Fixed transparency rendering in the OpenGL ROP when rendering LOP scenes, and a regression in performance.

Added an option to RBD Interior Detail to output a depth point attribute, similar to the option on the old version of Voronoi Fracture.

Added an option to RBD Interior Detail to output a depth point attribute, similar to the option on the old version of Voronoi Fracture.

Added an option to RBD Interior Detail to output a depth point attribute, similar to the option on the old version of Voronoi Fracture.

Added an option to RBD Interior Detail to output a depth point attribute, similar to the option on the old version of Voronoi Fracture.

Added an option to RBD Interior Detail to output a depth point attribute, similar to the option on the old version of Voronoi Fracture.

Tractor scheduler now supports an experimental method for determining task states. When PDG_TRACTOR_USEKEEPALIVE=1, the jobs will send keepalive messages back to PDG at a certain rate. When enough keepalive messages are missed, the task will be killed if necessary. In addition, RPC messages will be sent to PDG when the task ends with success or failure.

This mode eliminates the need to regularly poll Tractor API for state changes, which reduces the load on the server.

Tractor scheduler now supports an experimental method for determining task states. When PDG_TRACTOR_USEKEEPALIVE=1, the jobs will send keepalive messages back to PDG at a certain rate. When enough keepalive messages are missed, the task will be killed if necessary. In addition, RPC messages will be sent to PDG when the task ends with success or failure.

This mode eliminates the need to regularly poll Tractor API for state changes, which reduces the load on the server.

Tractor scheduler now supports an experimental method for determining task states. When PDG_TRACTOR_USEKEEPALIVE=1, the jobs will send keepalive messages back to PDG at a certain rate. When enough keepalive messages are missed, the task will be killed if necessary. In addition, RPC messages will be sent to PDG when the task ends with success or failure.

This mode eliminates the need to regularly poll Tractor API for state changes, which reduces the load on the server.

Tractor scheduler now supports an experimental method for determining task states. When PDG_TRACTOR_USEKEEPALIVE=1, the jobs will send keepalive messages back to PDG at a certain rate. When enough keepalive messages are missed, the task will be killed if necessary. In addition, RPC messages will be sent to PDG when the task ends with success or failure.

This mode eliminates the need to regularly poll Tractor API for state changes, which reduces the load on the server.

Tractor scheduler now supports an experimental method for determining task states. When PDG_TRACTOR_USEKEEPALIVE=1, the jobs will send keepalive messages back to PDG at a certain rate. When enough keepalive messages are missed, the task will be killed if necessary. In addition, RPC messages will be sent to PDG when the task ends with success or failure.

This mode eliminates the need to regularly poll Tractor API for state changes, which reduces the load on the server.

Fixed layered GL volumetric fog for environment and ambient lights, which were not obeying the height and falloff.

Fixed layered GL volumetric fog for environment and ambient lights, which were not obeying the height and falloff.

Fixed layered GL volumetric fog for environment and ambient lights, which were not obeying the height and falloff.

Fixed layered GL volumetric fog for environment and ambient lights, which were not obeying the height and falloff.