Fixed channel lister where it would not properly update the scoping of channels when in brief mode.

Fixed channel lister where it would not properly update the scoping of channels when in brief mode.

Fixed channel lister where it would not properly update the scoping of channels when in brief mode.

Fixed channel lister where it would not properly update the scoping of channels when in brief mode.

The Bones From Curve tool now incorporates the bone orientation to conform to the y-axis orientation of the Curve Control Vertices (CurveCVs). When a curve is constructed in the Path tool, and the control vertices are rotated around their z-axis, the orientation of their y-axis is used for the bones as up-vectors. The bones will interpolate the y-axis of the consecutive PathCV to smoothly change their twist.

The Bones From Curve tool now incorporates the bone orientation to conform to the y-axis orientation of the Curve Control Vertices (CurveCVs). When a curve is constructed in the Path tool, and the control vertices are rotated around their z-axis, the orientation of their y-axis is used for the bones as up-vectors. The bones will interpolate the y-axis of the consecutive PathCV to smoothly change their twist.

The Bones From Curve tool now incorporates the bone orientation to conform to the y-axis orientation of the Curve Control Vertices (CurveCVs). When a curve is constructed in the Path tool, and the control vertices are rotated around their z-axis, the orientation of their y-axis is used for the bones as up-vectors. The bones will interpolate the y-axis of the consecutive PathCV to smoothly change their twist.

The Bones From Curve tool now incorporates the bone orientation to conform to the y-axis orientation of the Curve Control Vertices (CurveCVs). When a curve is constructed in the Path tool, and the control vertices are rotated around their z-axis, the orientation of their y-axis is used for the bones as up-vectors. The bones will interpolate the y-axis of the consecutive PathCV to smoothly change their twist.

The Bones From Curve tool now incorporates the bone orientation to conform to the y-axis orientation of the Curve Control Vertices (CurveCVs). When a curve is constructed in the Path tool, and the control vertices are rotated around their z-axis, the orientation of their y-axis is used for the bones as up-vectors. The bones will interpolate the y-axis of the consecutive PathCV to smoothly change their twist.

The name of the Pelt SOP has changed to UVPelt and the default value of the "target type" parameter in this SOP is now "vertices". A bug in the SOP that incorrectly created an edge group (possibly causing a crash when destroying the group) has been fixed.

The name of the Pelt SOP has changed to UVPelt and the default value of the "target type" parameter in this SOP is now "vertices". A bug in the SOP that incorrectly created an edge group (possibly causing a crash when destroying the group) has been fixed.

The name of the Pelt SOP has changed to UVPelt and the default value of the "target type" parameter in this SOP is now "vertices". A bug in the SOP that incorrectly created an edge group (possibly causing a crash when destroying the group) has been fixed.

The name of the Pelt SOP has changed to UVPelt and the default value of the "target type" parameter in this SOP is now "vertices". A bug in the SOP that incorrectly created an edge group (possibly causing a crash when destroying the group) has been fixed.

The name of the Pelt SOP has changed to UVPelt and the default value of the "target type" parameter in this SOP is now "vertices". A bug in the SOP that incorrectly created an edge group (possibly causing a crash when destroying the group) has been fixed.

Fixed a problem with the tree browsers where they would not redraw themselves when new nodes were added to the tree. For example, the Operator Type Manager would not redraw when an otload command was executed in the textport, and the node browsers would not redraw when a new node was added. The new entry would only appear when the tree was forced to redraw. Now the redraws happen automatically.

Fixed a problem with the tree browsers where they would not redraw themselves when new nodes were added to the tree. For example, the Operator Type Manager would not redraw when an otload command was executed in the textport, and the node browsers would not redraw when a new node was added. The new entry would only appear when the tree was forced to redraw. Now the redraws happen automatically.

Fixed a problem with the tree browsers where they would not redraw themselves when new nodes were added to the tree. For example, the Operator Type Manager would not redraw when an otload command was executed in the textport, and the node browsers would not redraw when a new node was added. The new entry would only appear when the tree was forced to redraw. Now the redraws happen automatically.

Fixed a problem with the tree browsers where they would not redraw themselves when new nodes were added to the tree. For example, the Operator Type Manager would not redraw when an otload command was executed in the textport, and the node browsers would not redraw when a new node was added. The new entry would only appear when the tree was forced to redraw. Now the redraws happen automatically.

Fixed a problem with the tree browsers where they would not redraw themselves when new nodes were added to the tree. For example, the Operator Type Manager would not redraw when an otload command was executed in the textport, and the node browsers would not redraw when a new node was added. The new entry would only appear when the tree was forced to redraw. Now the redraws happen automatically.

The Operator Type Manager dialog now lists the paths to each OTL relative to the OPlibraries file from which it is included, rather than showing the explicit full path to each OTL.

The Operator Type Manager dialog now lists the paths to each OTL relative to the OPlibraries file from which it is included, rather than showing the explicit full path to each OTL.

The Operator Type Manager dialog now lists the paths to each OTL relative to the OPlibraries file from which it is included, rather than showing the explicit full path to each OTL.

The Operator Type Manager dialog now lists the paths to each OTL relative to the OPlibraries file from which it is included, rather than showing the explicit full path to each OTL.

The Operator Type Manager dialog now lists the paths to each OTL relative to the OPlibraries file from which it is included, rather than showing the explicit full path to each OTL.

Fixed a bug when saving the Type Properties for a node that matches its definition when that node was inside another node which also matches its definition. Previously doing this would erase the contents of the inner node.