Fixed the Composite CHOP when evaluating subframe times and when the input channels were only single frame channels.

Fixed the Composite CHOP when evaluating subframe times and when the input channels were only single frame channels.

Fixed the Composite CHOP when evaluating subframe times and when the input channels were only single frame channels.

Users now have the ability to customize the contents of the "Jump" menu in the File Chooser. All files called "jump.pref" in the HOUDINI_PATH are read and concatenated, each line is added to the Jump menu.

Users now have the ability to customize the contents of the "Jump" menu in the File Chooser. All files called "jump.pref" in the HOUDINI_PATH are read and concatenated, each line is added to the Jump menu.

Users now have the ability to customize the contents of the "Jump" menu in the File Chooser. All files called "jump.pref" in the HOUDINI_PATH are read and concatenated, each line is added to the Jump menu.

Users now have the ability to customize the contents of the "Jump" menu in the File Chooser. All files called "jump.pref" in the HOUDINI_PATH are read and concatenated, each line is added to the Jump menu.

Users now have the ability to customize the contents of the "Jump" menu in the File Chooser. All files called "jump.pref" in the HOUDINI_PATH are read and concatenated, each line is added to the Jump menu.

Fixing the operation of the Single Frame and Clean Rotation options in the Inverse Kinematics CHOP.

Fixing the operation of the Single Frame and Clean Rotation options in the Inverse Kinematics CHOP.

Fixing the operation of the Single Frame and Clean Rotation options in the Inverse Kinematics CHOP.

Fixing the operation of the Single Frame and Clean Rotation options in the Inverse Kinematics CHOP.

Fixing the operation of the Single Frame and Clean Rotation options in the Inverse Kinematics CHOP.

Average z-depth rendering of metaballs (when direct rendering) now works properly. Previously, only the nearest side of the metaball would be considered.

Average z-depth rendering of metaballs (when direct rendering) now works properly. Previously, only the nearest side of the metaball would be considered.

Average z-depth rendering of metaballs (when direct rendering) now works properly. Previously, only the nearest side of the metaball would be considered.

Average z-depth rendering of metaballs (when direct rendering) now works properly. Previously, only the nearest side of the metaball would be considered.

Average z-depth rendering of metaballs (when direct rendering) now works properly. Previously, only the nearest side of the metaball would be considered.

It is now possible to run the tcl or tk hscript command on a script file that is embedded in an OTL. In this case we create a temporary copy of the embedded file on disk and run tcl on that temporary file.

It is now possible to run the tcl or tk hscript command on a script file that is embedded in an OTL. In this case we create a temporary copy of the embedded file on disk and run tcl on that temporary file.

It is now possible to run the tcl or tk hscript command on a script file that is embedded in an OTL. In this case we create a temporary copy of the embedded file on disk and run tcl on that temporary file.

It is now possible to run the tcl or tk hscript command on a script file that is embedded in an OTL. In this case we create a temporary copy of the embedded file on disk and run tcl on that temporary file.

It is now possible to run the tcl or tk hscript command on a script file that is embedded in an OTL. In this case we create a temporary copy of the embedded file on disk and run tcl on that temporary file.

Added a new option, -M to the hotl command line application which is the same as the -m option (merges two OTL files) except it gives priority to the definitions from the source OTL rather than the destination OTL.

Added a new option, -M to the hotl command line application which is the same as the -m option (merges two OTL files) except it gives priority to the definitions from the source OTL rather than the destination OTL.