The new POP Network SOP, introduced with the Networks-Within-Networks changes, is now improved. It now is a true SOP with four inputs and an output. These do the equivalent of having a seperate Pop Merge SOP that references the POP Network sop.

The new POP Network SOP, introduced with the Networks-Within-Networks changes, is now improved. It now is a true SOP with four inputs and an output. These do the equivalent of having a seperate Pop Merge SOP that references the POP Network sop.

The new POP Network SOP, introduced with the Networks-Within-Networks changes, is now improved. It now is a true SOP with four inputs and an output. These do the equivalent of having a seperate Pop Merge SOP that references the POP Network sop.

The new POP Network SOP, introduced with the Networks-Within-Networks changes, is now improved. It now is a true SOP with four inputs and an output. These do the equivalent of having a seperate Pop Merge SOP that references the POP Network sop.

The isixpack tool has new options available. It is now possible to take a single image which contains sub-images representing the different faces of a cubic environment map and use this as a source image instead of having to provide six individual images. Also, it is possible to take a cubic environment .rat file and convert it into a single image containing each face as a sub-image. Floating point cubic .rat files should also work properly now. This allows HDR images to be converted into a format which allows mantra/houdini to efficiently access them.

The isixpack tool has new options available. It is now possible to take a single image which contains sub-images representing the different faces of a cubic environment map and use this as a source image instead of having to provide six individual images. Also, it is possible to take a cubic environment .rat file and convert it into a single image containing each face as a sub-image. Floating point cubic .rat files should also work properly now. This allows HDR images to be converted into a format which allows mantra/houdini to efficiently access them.

The isixpack tool has new options available. It is now possible to take a single image which contains sub-images representing the different faces of a cubic environment map and use this as a source image instead of having to provide six individual images. Also, it is possible to take a cubic environment .rat file and convert it into a single image containing each face as a sub-image. Floating point cubic .rat files should also work properly now. This allows HDR images to be converted into a format which allows mantra/houdini to efficiently access them.

The isixpack tool has new options available. It is now possible to take a single image which contains sub-images representing the different faces of a cubic environment map and use this as a source image instead of having to provide six individual images. Also, it is possible to take a cubic environment .rat file and convert it into a single image containing each face as a sub-image. Floating point cubic .rat files should also work properly now. This allows HDR images to be converted into a format which allows mantra/houdini to efficiently access them.

The isixpack tool has new options available. It is now possible to take a single image which contains sub-images representing the different faces of a cubic environment map and use this as a source image instead of having to provide six individual images. Also, it is possible to take a cubic environment .rat file and convert it into a single image containing each face as a sub-image. Floating point cubic .rat files should also work properly now. This allows HDR images to be converted into a format which allows mantra/houdini to efficiently access them.

Houdini now has support for RADIANCE rgbe encoded images. These provide lossy floating point compression for RGB images and are often used for HDR Images (see: http://www.debevec.org/Probes/).

Houdini now has support for RADIANCE rgbe encoded images. These provide lossy floating point compression for RGB images and are often used for HDR Images (see: http://www.debevec.org/Probes/).

Houdini now has support for RADIANCE rgbe encoded images. These provide lossy floating point compression for RGB images and are often used for HDR Images (see: http://www.debevec.org/Probes/).

Houdini now has support for RADIANCE rgbe encoded images. These provide lossy floating point compression for RGB images and are often used for HDR Images (see: http://www.debevec.org/Probes/).

Houdini now has support for RADIANCE rgbe encoded images. These provide lossy floating point compression for RGB images and are often used for HDR Images (see: http://www.debevec.org/Probes/).

There are now separate controls for limiting reflection vs. refraction ray-bounces.

There are now separate controls for limiting reflection vs. refraction ray-bounces.

There are now separate controls for limiting reflection vs. refraction ray-bounces.

There are now separate controls for limiting reflection vs. refraction ray-bounces.

There are now separate controls for limiting reflection vs. refraction ray-bounces.

Added per-point feathering widths to the rotospline, as well as the handles for manipulating them.