There's a new output driver which can be used to create archives for rendering. It's basically like a super-set of the geometry output driver. The output driver can create an archive by merging the geometry of several separate objects.

Archives can be generated for mantra or for RIB streams.

Mantra archives are simply .bgeo files. Care must be taken when archiving multiple objects with regards to attribute handling. All objects are merged into a single piece of geometry for output to the archive.

Unlike the geometry output driver, the RIB archive generation can output archives containing multiple attribute blocks, nested archives, sub-division surface (and other geometry controls), curves, and most standard RIB features found in the RenderMan output driver.

There's a new output driver which can be used to create archives for rendering. It's basically like a super-set of the geometry output driver. The output driver can create an archive by merging the geometry of several separate objects.

Archives can be generated for mantra or for RIB streams.

Mantra archives are simply .bgeo files. Care must be taken when archiving multiple objects with regards to attribute handling. All objects are merged into a single piece of geometry for output to the archive.

Unlike the geometry output driver, the RIB archive generation can output archives containing multiple attribute blocks, nested archives, sub-division surface (and other geometry controls), curves, and most standard RIB features found in the RenderMan output driver.

There's a new output driver which can be used to create archives for rendering. It's basically like a super-set of the geometry output driver. The output driver can create an archive by merging the geometry of several separate objects.

Archives can be generated for mantra or for RIB streams.

Mantra archives are simply .bgeo files. Care must be taken when archiving multiple objects with regards to attribute handling. All objects are merged into a single piece of geometry for output to the archive.

Unlike the geometry output driver, the RIB archive generation can output archives containing multiple attribute blocks, nested archives, sub-division surface (and other geometry controls), curves, and most standard RIB features found in the RenderMan output driver.

There's a new output driver which can be used to create archives for rendering. It's basically like a super-set of the geometry output driver. The output driver can create an archive by merging the geometry of several separate objects.

Archives can be generated for mantra or for RIB streams.

Mantra archives are simply .bgeo files. Care must be taken when archiving multiple objects with regards to attribute handling. All objects are merged into a single piece of geometry for output to the archive.

Unlike the geometry output driver, the RIB archive generation can output archives containing multiple attribute blocks, nested archives, sub-division surface (and other geometry controls), curves, and most standard RIB features found in the RenderMan output driver.

Added a new command, opmenurefresh, which forces Houdini to reload the contents of the OPmenu file.

Added a new command, opmenurefresh, which forces Houdini to reload the contents of the OPmenu file.

Added a new command, opmenurefresh, which forces Houdini to reload the contents of the OPmenu file.

Added a new command, opmenurefresh, which forces Houdini to reload the contents of the OPmenu file.

Added a new command, opmenurefresh, which forces Houdini to reload the contents of the OPmenu file.

Fixed the checking of return codes of external processes under Windows. The exit code would often return as -1 even when the process was completed successfully.

Fixed the checking of return codes of external processes under Windows. The exit code would often return as -1 even when the process was completed successfully.

Fixed the checking of return codes of external processes under Windows. The exit code would often return as -1 even when the process was completed successfully.

Fixed the checking of return codes of external processes under Windows. The exit code would often return as -1 even when the process was completed successfully.

Fixed the checking of return codes of external processes under Windows. The exit code would often return as -1 even when the process was completed successfully.

Added the compopts command, which allows the cache size and number of threads to be specified, or set to the recommended values.

Added the compopts command, which allows the cache size and number of threads to be specified, or set to the recommended values.

Added the compopts command, which allows the cache size and number of threads to be specified, or set to the recommended values.

Added the compopts command, which allows the cache size and number of threads to be specified, or set to the recommended values.

Added the compopts command, which allows the cache size and number of threads to be specified, or set to the recommended values.

Saving and rendering files from the compositor is now just as fast as interactive cooking. Interrupting a render is also much more responsive now.

Saving and rendering files from the compositor is now just as fast as interactive cooking. Interrupting a render is also much more responsive now.

Saving and rendering files from the compositor is now just as fast as interactive cooking. Interrupting a render is also much more responsive now.

Saving and rendering files from the compositor is now just as fast as interactive cooking. Interrupting a render is also much more responsive now.

Saving and rendering files from the compositor is now just as fast as interactive cooking. Interrupting a render is also much more responsive now.