Fixed bug where the Particles.desk did not properly specify the viewer for the viewerstow command.

Fixed bug where the Particles.desk did not properly specify the viewer for the viewerstow command.

Fixed bug where the Particles.desk did not properly specify the viewer for the viewerstow command.

Removed support for the SOP_MultiPass proto_install as it has been obsolete (and non-functional) for years.

Removed support for the SOP_MultiPass proto_install as it has been obsolete (and non-functional) for years.

Removed support for the SOP_MultiPass proto_install as it has been obsolete (and non-functional) for years.

Removed support for the SOP_MultiPass proto_install as it has been obsolete (and non-functional) for years.

Removed support for the SOP_MultiPass proto_install as it has been obsolete (and non-functional) for years.

The Capture Geometry tool will now search inside objects selected as metaballs for all display SOPs that contain metaballs.

The Capture Geometry tool will now search inside objects selected as metaballs for all display SOPs that contain metaballs.

The Capture Geometry tool will now search inside objects selected as metaballs for all display SOPs that contain metaballs.

The Capture Geometry tool will now search inside objects selected as metaballs for all display SOPs that contain metaballs.

The Capture Geometry tool will now search inside objects selected as metaballs for all display SOPs that contain metaballs.

The cloth solver now enforces biphasic limits much more strictly. It also gives spring constraints equal weight as biphasic limits, making it easier to stitch clothing together. This may impact performance; relax the biphasic limit (e.g., 0.2 instead of 0.1) or strengthen the stretch springs (e.g., 150 instead of 50) to improve speed.

The cloth solver now enforces biphasic limits much more strictly. It also gives spring constraints equal weight as biphasic limits, making it easier to stitch clothing together. This may impact performance; relax the biphasic limit (e.g., 0.2 instead of 0.1) or strengthen the stretch springs (e.g., 150 instead of 50) to improve speed.

The cloth solver now enforces biphasic limits much more strictly. It also gives spring constraints equal weight as biphasic limits, making it easier to stitch clothing together. This may impact performance; relax the biphasic limit (e.g., 0.2 instead of 0.1) or strengthen the stretch springs (e.g., 150 instead of 50) to improve speed.

The cloth solver now enforces biphasic limits much more strictly. It also gives spring constraints equal weight as biphasic limits, making it easier to stitch clothing together. This may impact performance; relax the biphasic limit (e.g., 0.2 instead of 0.1) or strengthen the stretch springs (e.g., 150 instead of 50) to improve speed.

The cloth solver now enforces biphasic limits much more strictly. It also gives spring constraints equal weight as biphasic limits, making it easier to stitch clothing together. This may impact performance; relax the biphasic limit (e.g., 0.2 instead of 0.1) or strengthen the stretch springs (e.g., 150 instead of 50) to improve speed.

A new oplister is now available in the network editor. This includes new functionality such as hierarchical drag-n-drop to reparent nodes, a network box list order as well as several other enhancements.

A new oplister is now available in the network editor. This includes new functionality such as hierarchical drag-n-drop to reparent nodes, a network box list order as well as several other enhancements.