The Vellum Constraints SOP and DOP now have more controls on the Glue Search tab, allowing specification of a Min Search Radius, as well as a Search Preference to glue to Nearest or Farthest points returned from the search.

The Vellum Constraints SOP and DOP now have more controls on the Glue Search tab, allowing specification of a Min Search Radius, as well as a Search Preference to glue to Nearest or Farthest points returned from the search.

The Vellum Constraints SOP and DOP now have more controls on the Glue Search tab, allowing specification of a Min Search Radius, as well as a Search Preference to glue to Nearest or Farthest points returned from the search.

The Vellum Constraints SOP and DOP now have more controls on the Glue Search tab, allowing specification of a Min Search Radius, as well as a Search Preference to glue to Nearest or Farthest points returned from the search.

The Vellum Constraints SOP and DOP now have more controls on the Glue Search tab, allowing specification of a Min Search Radius, as well as a Search Preference to glue to Nearest or Farthest points returned from the search.

The `toolutils.createModeFromSection()` Python function now expects the code in the HDA section to have Python 3 style print statements. In general this means that print statements in the HDA section must have the arguments enclosed in parentheses.

For example: print("Hello world!")

instead of: print "Hello world!"

print statements without parentheses will result in a syntax error.

The `toolutils.createModeFromSection()` Python function now expects the code in the HDA section to have Python 3 style print statements. In general this means that print statements in the HDA section must have the arguments enclosed in parentheses.

For example: print("Hello world!")

instead of: print "Hello world!"

print statements without parentheses will result in a syntax error.

The `toolutils.createModeFromSection()` Python function now expects the code in the HDA section to have Python 3 style print statements. In general this means that print statements in the HDA section must have the arguments enclosed in parentheses.

For example: print("Hello world!")

instead of: print "Hello world!"

print statements without parentheses will result in a syntax error.

The `toolutils.createModeFromSection()` Python function now expects the code in the HDA section to have Python 3 style print statements. In general this means that print statements in the HDA section must have the arguments enclosed in parentheses.

For example: print("Hello world!")

instead of: print "Hello world!"

print statements without parentheses will result in a syntax error.

The `toolutils.createModeFromSection()` Python function now expects the code in the HDA section to have Python 3 style print statements. In general this means that print statements in the HDA section must have the arguments enclosed in parentheses.

For example: print("Hello world!")

instead of: print "Hello world!"

print statements without parentheses will result in a syntax error.

Fixed some issues with the merge LOP in "Flatten" modes where layers with an explicit save path would be marked as "implicit" layers, which would then get flattened out of existence during the save process from a USD ROP.

Fixed some issues with the merge LOP in "Flatten" modes where layers with an explicit save path would be marked as "implicit" layers, which would then get flattened out of existence during the save process from a USD ROP.

Fixed some issues with the merge LOP in "Flatten" modes where layers with an explicit save path would be marked as "implicit" layers, which would then get flattened out of existence during the save process from a USD ROP.

Fixed some issues with the merge LOP in "Flatten" modes where layers with an explicit save path would be marked as "implicit" layers, which would then get flattened out of existence during the save process from a USD ROP.

Fixed some issues with the merge LOP in "Flatten" modes where layers with an explicit save path would be marked as "implicit" layers, which would then get flattened out of existence during the save process from a USD ROP.

Added a better analytical model for the sphere light in the viewer's HQ Lighting mode.

Added a better analytical model for the sphere light in the viewer's HQ Lighting mode.

Added a better analytical model for the sphere light in the viewer's HQ Lighting mode.

Added a better analytical model for the sphere light in the viewer's HQ Lighting mode.

Added a better analytical model for the sphere light in the viewer's HQ Lighting mode.