Text can be now dragged onto the shelf. When text fragment is dragged and dropped onto the shelf, a new tool is created whose script is set to the dropped text. Also, textport now supports dragging text (in a similar way to the parameter text). Thus, script in a textport (for example the output of the 'opscript' or 'opparm' command) can be dragged and dropped onto the shelf

Text can be now dragged onto the shelf. When text fragment is dragged and dropped onto the shelf, a new tool is created whose script is set to the dropped text. Also, textport now supports dragging text (in a similar way to the parameter text). Thus, script in a textport (for example the output of the 'opscript' or 'opparm' command) can be dragged and dropped onto the shelf

Text can be now dragged onto the shelf. When text fragment is dragged and dropped onto the shelf, a new tool is created whose script is set to the dropped text. Also, textport now supports dragging text (in a similar way to the parameter text). Thus, script in a textport (for example the output of the 'opscript' or 'opparm' command) can be dragged and dropped onto the shelf

Text can be now dragged onto the shelf. When text fragment is dragged and dropped onto the shelf, a new tool is created whose script is set to the dropped text. Also, textport now supports dragging text (in a similar way to the parameter text). Thus, script in a textport (for example the output of the 'opscript' or 'opparm' command) can be dragged and dropped onto the shelf

The Fuse SOP now has two new options. One is Keep Unused Points, which allows you to keep points that are not part of geometry (before fusing). This lets you consolidate things like point clouds. The second option is Keep Consolidated Points. This allows you to keep any points that are no longer being used in geometry after fusing.

The Fuse SOP now has two new options. One is Keep Unused Points, which allows you to keep points that are not part of geometry (before fusing). This lets you consolidate things like point clouds. The second option is Keep Consolidated Points. This allows you to keep any points that are no longer being used in geometry after fusing.

The Fuse SOP now has two new options. One is Keep Unused Points, which allows you to keep points that are not part of geometry (before fusing). This lets you consolidate things like point clouds. The second option is Keep Consolidated Points. This allows you to keep any points that are no longer being used in geometry after fusing.

The Fuse SOP now has two new options. One is Keep Unused Points, which allows you to keep points that are not part of geometry (before fusing). This lets you consolidate things like point clouds. The second option is Keep Consolidated Points. This allows you to keep any points that are no longer being used in geometry after fusing.

The Fuse SOP now has two new options. One is Keep Unused Points, which allows you to keep points that are not part of geometry (before fusing). This lets you consolidate things like point clouds. The second option is Keep Consolidated Points. This allows you to keep any points that are no longer being used in geometry after fusing.

In the HDK, the UT_Permutation class (as found in UT_Vector.j) now has an appropriate copy constructor and assignment operator. This prevents crashes if the default versions of these functions were used with UT_Permutation.

In the HDK, the UT_Permutation class (as found in UT_Vector.j) now has an appropriate copy constructor and assignment operator. This prevents crashes if the default versions of these functions were used with UT_Permutation.

In the HDK, the UT_Permutation class (as found in UT_Vector.j) now has an appropriate copy constructor and assignment operator. This prevents crashes if the default versions of these functions were used with UT_Permutation.

In the HDK, the UT_Permutation class (as found in UT_Vector.j) now has an appropriate copy constructor and assignment operator. This prevents crashes if the default versions of these functions were used with UT_Permutation.

In the HDK, the UT_Permutation class (as found in UT_Vector.j) now has an appropriate copy constructor and assignment operator. This prevents crashes if the default versions of these functions were used with UT_Permutation.

Undoing a script callback from a custom panel gadget now undoes the entire script as one operation.

Undoing a script callback from a custom panel gadget now undoes the entire script as one operation.

Undoing a script callback from a custom panel gadget now undoes the entire script as one operation.

Undoing a script callback from a custom panel gadget now undoes the entire script as one operation.

Undoing a script callback from a custom panel gadget now undoes the entire script as one operation.

Adding a -w option to hscript that will suppress warnings (and errors) when loading hip files. This option is useful to suppress warnings about parameters saved in the hip file that no longer exist in Houdini.

Adding a -w option to hscript that will suppress warnings (and errors) when loading hip files. This option is useful to suppress warnings about parameters saved in the hip file that no longer exist in Houdini.

Adding a -w option to hscript that will suppress warnings (and errors) when loading hip files. This option is useful to suppress warnings about parameters saved in the hip file that no longer exist in Houdini.

Adding a -w option to hscript that will suppress warnings (and errors) when loading hip files. This option is useful to suppress warnings about parameters saved in the hip file that no longer exist in Houdini.

Adding a -w option to hscript that will suppress warnings (and errors) when loading hip files. This option is useful to suppress warnings about parameters saved in the hip file that no longer exist in Houdini.

The oplister now shows the bypass and lock flags for ROPs.