Fixed a bug in the Edit SOP that could produce incorrect results after re-cooking the SOP with a new soft radius value.

Fixed a macOS-only bug where help pages were rendered with aliasing when viewed in the embedded help browser on high DPI screens.

Fixed a macOS-only bug where help pages were rendered with aliasing when viewed in the embedded help browser on high DPI screens.

Fixed a macOS-only bug where help pages were rendered with aliasing when viewed in the embedded help browser on high DPI screens.

Fixed a macOS-only bug where help pages were rendered with aliasing when viewed in the embedded help browser on high DPI screens.

Fixed a macOS-only bug where help pages were rendered with aliasing when viewed in the embedded help browser on high DPI screens.

Fixed a performance issue with the parameter editor node icon button. It was causing the button to redraw at every notification to update its striped red error state. This was slowing down copy stamping and some scene wouldn't open because of full UI_EVENT queue.

Fixed a performance issue with the parameter editor node icon button. It was causing the button to redraw at every notification to update its striped red error state. This was slowing down copy stamping and some scene wouldn't open because of full UI_EVENT queue.

Fixed a performance issue with the parameter editor node icon button. It was causing the button to redraw at every notification to update its striped red error state. This was slowing down copy stamping and some scene wouldn't open because of full UI_EVENT queue.

Fixed a performance issue with the parameter editor node icon button. It was causing the button to redraw at every notification to update its striped red error state. This was slowing down copy stamping and some scene wouldn't open because of full UI_EVENT queue.

Fixed a performance issue with the parameter editor node icon button. It was causing the button to redraw at every notification to update its striped red error state. This was slowing down copy stamping and some scene wouldn't open because of full UI_EVENT queue.

On Windows, fix the fallback license server detection that uses "_sesi-lm._tcp" DNS SRV records.

On Windows, fix the fallback license server detection that uses "_sesi-lm._tcp" DNS SRV records.

On Windows, fix the fallback license server detection that uses "_sesi-lm._tcp" DNS SRV records.

On Windows, fix the fallback license server detection that uses "_sesi-lm._tcp" DNS SRV records.

On Windows, fix the fallback license server detection that uses "_sesi-lm._tcp" DNS SRV records.

Fixed a case where copying a single numeric attribute value to a range wasn't creating constant-compressed pages if the tuple size wasn't 1-4, 9, or 16, which was a large problem for attributes with tuple sizes in the thousands.

Fixed a case where copying a single numeric attribute value to a range wasn't creating constant-compressed pages if the tuple size wasn't 1-4, 9, or 16, which was a large problem for attributes with tuple sizes in the thousands.

Fixed a case where copying a single numeric attribute value to a range wasn't creating constant-compressed pages if the tuple size wasn't 1-4, 9, or 16, which was a large problem for attributes with tuple sizes in the thousands.

Fixed a case where copying a single numeric attribute value to a range wasn't creating constant-compressed pages if the tuple size wasn't 1-4, 9, or 16, which was a large problem for attributes with tuple sizes in the thousands.

Fixed a case where copying a single numeric attribute value to a range wasn't creating constant-compressed pages if the tuple size wasn't 1-4, 9, or 16, which was a large problem for attributes with tuple sizes in the thousands.

Solid Conform now has an option to generate a point group that consist of all points that were inserted into the tet mesh. This is convenient for identifying all points that were not present in Solid Conform's first input.

Solid Conform now has an option to generate a point group that consist of all points that were inserted into the tet mesh. This is convenient for identifying all points that were not present in Solid Conform's first input.

Solid Conform now has an option to generate a point group that consist of all points that were inserted into the tet mesh. This is convenient for identifying all points that were not present in Solid Conform's first input.

Solid Conform now has an option to generate a point group that consist of all points that were inserted into the tet mesh. This is convenient for identifying all points that were not present in Solid Conform's first input.