Added pivot parameter to the Creep SOP as well as a pivot guide point. Fixed the UV Offset Handle so that it doesn't clamp its position or corresponding parameter value for primitives that wrap in u or v.

Added pivot parameter to the Creep SOP as well as a pivot guide point. Fixed the UV Offset Handle so that it doesn't clamp its position or corresponding parameter value for primitives that wrap in u or v.

Added pivot parameter to the Creep SOP as well as a pivot guide point. Fixed the UV Offset Handle so that it doesn't clamp its position or corresponding parameter value for primitives that wrap in u or v.

Added pivot parameter to the Creep SOP as well as a pivot guide point. Fixed the UV Offset Handle so that it doesn't clamp its position or corresponding parameter value for primitives that wrap in u or v.

Fixing a bug that would cause a crash when tristripping.

Fixing a bug that would cause a crash when tristripping.

Fixing a bug that would cause a crash when tristripping.

Fixing a bug that would cause a crash when tristripping.

Fixing a bug that would cause a crash when tristripping.

Improved OpenGL performance when rendering open unlit curves/polygons in shaded mode.

Improved OpenGL performance when rendering open unlit curves/polygons in shaded mode.

Improved OpenGL performance when rendering open unlit curves/polygons in shaded mode.

Improved OpenGL performance when rendering open unlit curves/polygons in shaded mode.

Improved OpenGL performance when rendering open unlit curves/polygons in shaded mode.

Performance has been increased on IK Bone chains which have objects in between the bones. This changes some subtle behaviour: 1. Look-At objects are no longer taken into account. Look-At objects would

have resulted in a bad IK solution previously anyhow.

2. If the bone chain split inside a subnet that had a transform, it will

not be taken account. This was previously true for bones but not for the non-bone objects in between. This is now true for both bones and the non-bone objects.

Performance has been increased on IK Bone chains which have objects in between the bones. This changes some subtle behaviour: 1. Look-At objects are no longer taken into account. Look-At objects would

have resulted in a bad IK solution previously anyhow.

2. If the bone chain split inside a subnet that had a transform, it will

not be taken account. This was previously true for bones but not for the non-bone objects in between. This is now true for both bones and the non-bone objects.

Performance has been increased on IK Bone chains which have objects in between the bones. This changes some subtle behaviour: 1. Look-At objects are no longer taken into account. Look-At objects would

have resulted in a bad IK solution previously anyhow.

2. If the bone chain split inside a subnet that had a transform, it will

not be taken account. This was previously true for bones but not for the non-bone objects in between. This is now true for both bones and the non-bone objects.

Performance has been increased on IK Bone chains which have objects in between the bones. This changes some subtle behaviour: 1. Look-At objects are no longer taken into account. Look-At objects would

have resulted in a bad IK solution previously anyhow.

2. If the bone chain split inside a subnet that had a transform, it will

not be taken account. This was previously true for bones but not for the non-bone objects in between. This is now true for both bones and the non-bone objects.

Performance has been increased on IK Bone chains which have objects in between the bones. This changes some subtle behaviour: 1. Look-At objects are no longer taken into account. Look-At objects would

have resulted in a bad IK solution previously anyhow.

2. If the bone chain split inside a subnet that had a transform, it will

not be taken account. This was previously true for bones but not for the non-bone objects in between. This is now true for both bones and the non-bone objects.