If you try to create a node inside a locked asset, you'll now get a hou.PermissionError exception instead of a hou.OperationFailed exception.

If you try to create a node inside a locked asset, you'll now get a hou.PermissionError exception instead of a hou.OperationFailed exception.

If you try to create a node inside a locked asset, you'll now get a hou.PermissionError exception instead of a hou.OperationFailed exception.

If you try to create a node inside a locked asset, you'll now get a hou.PermissionError exception instead of a hou.OperationFailed exception.

If you try to create a node inside a locked asset, you'll now get a hou.PermissionError exception instead of a hou.OperationFailed exception.

The GAS Build Relationship Mask and Build Collision Mask now take a bandwidth option that lets one only update the mask within a certain distance of the relevant objects. This greatly speeds up the operation when using deforming geometry as fewer voxels need to have their velocities sampled.

The GAS Build Relationship Mask and Build Collision Mask now take a bandwidth option that lets one only update the mask within a certain distance of the relevant objects. This greatly speeds up the operation when using deforming geometry as fewer voxels need to have their velocities sampled.

The GAS Build Relationship Mask and Build Collision Mask now take a bandwidth option that lets one only update the mask within a certain distance of the relevant objects. This greatly speeds up the operation when using deforming geometry as fewer voxels need to have their velocities sampled.

The GAS Build Relationship Mask and Build Collision Mask now take a bandwidth option that lets one only update the mask within a certain distance of the relevant objects. This greatly speeds up the operation when using deforming geometry as fewer voxels need to have their velocities sampled.

The GAS Build Relationship Mask and Build Collision Mask now take a bandwidth option that lets one only update the mask within a certain distance of the relevant objects. This greatly speeds up the operation when using deforming geometry as fewer voxels need to have their velocities sampled.

View layout and viewport types are now saved as part of the desktop.

View layout and viewport types are now saved as part of the desktop.

View layout and viewport types are now saved as part of the desktop.

View layout and viewport types are now saved as part of the desktop.

View layout and viewport types are now saved as part of the desktop.

The OBJ/SOP Jump-To menu in the viewer now contains entries corresponding to the assigned materials (either as an OBJ parameter or via the Material SOP).

The OBJ/SOP Jump-To menu in the viewer now contains entries corresponding to the assigned materials (either as an OBJ parameter or via the Material SOP).

The OBJ/SOP Jump-To menu in the viewer now contains entries corresponding to the assigned materials (either as an OBJ parameter or via the Material SOP).

The OBJ/SOP Jump-To menu in the viewer now contains entries corresponding to the assigned materials (either as an OBJ parameter or via the Material SOP).

The OBJ/SOP Jump-To menu in the viewer now contains entries corresponding to the assigned materials (either as an OBJ parameter or via the Material SOP).

The autorig has temporarily been removed.