The viewdisplay command can now be used to change shading modes (and point display, etc.) for unselected geometry, selected geometry, templates, and target output. Scripts that change the shading mode can now be tied to function keys. This should help to make subdivision surface modeling easier.

The viewdisplay command can now be used to change shading modes (and point display, etc.) for unselected geometry, selected geometry, templates, and target output. Scripts that change the shading mode can now be tied to function keys. This should help to make subdivision surface modeling easier.

The viewdisplay command can now be used to change shading modes (and point display, etc.) for unselected geometry, selected geometry, templates, and target output. Scripts that change the shading mode can now be tied to function keys. This should help to make subdivision surface modeling easier.

Pressing the reselect button to select the inputs to a sop will preselect the geometry that is currently input to the sop.

Pressing the reselect button to select the inputs to a sop will preselect the geometry that is currently input to the sop.

Pressing the reselect button to select the inputs to a sop will preselect the geometry that is currently input to the sop.

Pressing the reselect button to select the inputs to a sop will preselect the geometry that is currently input to the sop.

Pressing the reselect button to select the inputs to a sop will preselect the geometry that is currently input to the sop.

Handle, Microphone, Null and Sound objects can no longer be sent to renderers. These objects have no shading/lighting parameters visible and thus can be considered to be non-renderable. Previously, if a Null object were displayed at render time, the light mask of the Null object might have caused depth maps to be auto-generated from light sources fallaciously.

Handle, Microphone, Null and Sound objects can no longer be sent to renderers. These objects have no shading/lighting parameters visible and thus can be considered to be non-renderable. Previously, if a Null object were displayed at render time, the light mask of the Null object might have caused depth maps to be auto-generated from light sources fallaciously.

Handle, Microphone, Null and Sound objects can no longer be sent to renderers. These objects have no shading/lighting parameters visible and thus can be considered to be non-renderable. Previously, if a Null object were displayed at render time, the light mask of the Null object might have caused depth maps to be auto-generated from light sources fallaciously.

Handle, Microphone, Null and Sound objects can no longer be sent to renderers. These objects have no shading/lighting parameters visible and thus can be considered to be non-renderable. Previously, if a Null object were displayed at render time, the light mask of the Null object might have caused depth maps to be auto-generated from light sources fallaciously.

Handle, Microphone, Null and Sound objects can no longer be sent to renderers. These objects have no shading/lighting parameters visible and thus can be considered to be non-renderable. Previously, if a Null object were displayed at render time, the light mask of the Null object might have caused depth maps to be auto-generated from light sources fallaciously.

PolyExtrude can now be interrupted.

PolyExtrude can now be interrupted.

PolyExtrude can now be interrupted.

PolyExtrude can now be interrupted.

PolyExtrude can now be interrupted.

PolyExtrude now expots Inset, Consolidate and Symmetry Axis to the toolbox.

PolyExtrude now expots Inset, Consolidate and Symmetry Axis to the toolbox.

PolyExtrude now expots Inset, Consolidate and Symmetry Axis to the toolbox.

PolyExtrude now expots Inset, Consolidate and Symmetry Axis to the toolbox.

PolyExtrude now expots Inset, Consolidate and Symmetry Axis to the toolbox.

We now manipulate capture region path integer index data in the geometry spreadsheet as actual strings from the pCaptPath detail attribute as opposed to just an integer index.

We now manipulate capture region path integer index data in the geometry spreadsheet as actual strings from the pCaptPath detail attribute as opposed to just an integer index.