Clicking on the path gadget at the top of most panes now shows a menu of sibling nodes if the mouse is moved, or held in place for a short time. A single click still jumps up to the chosen node level.

Photon map files (.pmap) are now automatically converted to geometry through a geometry file association. The behavior should be identical to the existing treatment of point cloud (.pc) files.

Photon map files (.pmap) are now automatically converted to geometry through a geometry file association. The behavior should be identical to the existing treatment of point cloud (.pc) files.

Photon map files (.pmap) are now automatically converted to geometry through a geometry file association. The behavior should be identical to the existing treatment of point cloud (.pc) files.

Photon map files (.pmap) are now automatically converted to geometry through a geometry file association. The behavior should be identical to the existing treatment of point cloud (.pc) files.

Photon map files (.pmap) are now automatically converted to geometry through a geometry file association. The behavior should be identical to the existing treatment of point cloud (.pc) files.

The default object node now includes the "Metaballs as Volumes" setting.

The default object node now includes the "Metaballs as Volumes" setting.

The default object node now includes the "Metaballs as Volumes" setting.

The default object node now includes the "Metaballs as Volumes" setting.

The default object node now includes the "Metaballs as Volumes" setting.

The python tile callback now accepts arguments. These can be extracted using sys.argv (as would be expected).

The python tile callback now accepts arguments. These can be extracted using sys.argv (as would be expected).

The python tile callback now accepts arguments. These can be extracted using sys.argv (as would be expected).

The python tile callback now accepts arguments. These can be extracted using sys.argv (as would be expected).

The python tile callback now accepts arguments. These can be extracted using sys.argv (as would be expected).

Removed useless entries from the some viewer (gplay and particle viewer) right hand toolbars.

Removed useless entries from the some viewer (gplay and particle viewer) right hand toolbars.

Removed useless entries from the some viewer (gplay and particle viewer) right hand toolbars.

Removed useless entries from the some viewer (gplay and particle viewer) right hand toolbars.

Removed useless entries from the some viewer (gplay and particle viewer) right hand toolbars.

Added a new VEX function, pathtrace() that can be used to sample indirect illumination using PBR. pathtrace() has the same interface as the existing irradiance() and occlusion() functions and has equivalent support for irradiance caches.

Added a new VEX function, pathtrace() that can be used to sample indirect illumination using PBR. pathtrace() has the same interface as the existing irradiance() and occlusion() functions and has equivalent support for irradiance caches.

Added a new VEX function, pathtrace() that can be used to sample indirect illumination using PBR. pathtrace() has the same interface as the existing irradiance() and occlusion() functions and has equivalent support for irradiance caches.

Added a new VEX function, pathtrace() that can be used to sample indirect illumination using PBR. pathtrace() has the same interface as the existing irradiance() and occlusion() functions and has equivalent support for irradiance caches.