Fixed the InverseKin CHOP's ability to control bone chains which contained non-bone objects within.

Fixed the InverseKin CHOP's ability to control bone chains which contained non-bone objects within.

Fixed the InverseKin CHOP's ability to control bone chains which contained non-bone objects within.

Minimizing/Maximizing network boxes will now hold the top right corner in place.

Minimizing/Maximizing network boxes will now hold the top right corner in place.

Minimizing/Maximizing network boxes will now hold the top right corner in place.

Minimizing/Maximizing network boxes will now hold the top right corner in place.

Minimizing/Maximizing network boxes will now hold the top right corner in place.

The imdisplay program has been extended to allow reading of deep raster data. The interface to write deep raster images is covered in $HFS/support/public/tomdisplay/README.html

The imdisplay program has been extended to allow reading of deep raster data. The interface to write deep raster images is covered in $HFS/support/public/tomdisplay/README.html

The imdisplay program has been extended to allow reading of deep raster data. The interface to write deep raster images is covered in $HFS/support/public/tomdisplay/README.html

The imdisplay program has been extended to allow reading of deep raster data. The interface to write deep raster images is covered in $HFS/support/public/tomdisplay/README.html

The imdisplay program has been extended to allow reading of deep raster data. The interface to write deep raster images is covered in $HFS/support/public/tomdisplay/README.html

Fixed a bug where being in the non-master take would corrupt the code generated from VOP networks.

Fixed a bug where being in the non-master take would corrupt the code generated from VOP networks.

Fixed a bug where being in the non-master take would corrupt the code generated from VOP networks.

Fixed a bug where being in the non-master take would corrupt the code generated from VOP networks.

Fixed a bug where being in the non-master take would corrupt the code generated from VOP networks.

Channel groups will scope when selected in the channel editor. Undo/redo support for channel group selection was also added. Currently group scoping applies to all scoped channels, this will be changed with RFE 18381.

Channel groups will scope when selected in the channel editor. Undo/redo support for channel group selection was also added. Currently group scoping applies to all scoped channels, this will be changed with RFE 18381.

Channel groups will scope when selected in the channel editor. Undo/redo support for channel group selection was also added. Currently group scoping applies to all scoped channels, this will be changed with RFE 18381.

Channel groups will scope when selected in the channel editor. Undo/redo support for channel group selection was also added. Currently group scoping applies to all scoped channels, this will be changed with RFE 18381.

Channel groups will scope when selected in the channel editor. Undo/redo support for channel group selection was also added. Currently group scoping applies to all scoped channels, this will be changed with RFE 18381.

In the RenderMan ROP, we now output AttributeBegin/AttributeEnd pairs in the RIB stream around shading groups which have a matching RIB hack. The format is: AttributeBegin # { <attrib_name> <attrib_value> AttributeEnd # } <attrib_name> <attrib_value> Note that if <attrib_value> contains spaces, then it will be appropriately double quoted and escaped as necessary.

This has two advantages: 1. If the RIB hack outputs attribute values such as motionfactor, they

will only affect the shading group around which the RIB hack was executed.

2. This allows easy RIB filtering to discard specific shading groups.

In the RenderMan ROP, we now output AttributeBegin/AttributeEnd pairs in the RIB stream around shading groups which have a matching RIB hack. The format is: AttributeBegin # { <attrib_name> <attrib_value> AttributeEnd # } <attrib_name> <attrib_value> Note that if <attrib_value> contains spaces, then it will be appropriately double quoted and escaped as necessary.

This has two advantages: 1. If the RIB hack outputs attribute values such as motionfactor, they

will only affect the shading group around which the RIB hack was executed.

2. This allows easy RIB filtering to discard specific shading groups.