On Windows platforms, the user's home directory no longer defaults to a temporary directory if the user doesn't have $HOME set. It now defaults to C:\Documents and Settings\<user_name>\Application Data.

On Windows platforms, the user's home directory no longer defaults to a temporary directory if the user doesn't have $HOME set. It now defaults to C:\Documents and Settings\<user_name>\Application Data.

On Windows platforms, the user's home directory no longer defaults to a temporary directory if the user doesn't have $HOME set. It now defaults to C:\Documents and Settings\<user_name>\Application Data.

The Cusp option will now work better with geometry that is partially cusped. For example, cusping the extruded letter A will cusp the edges as expected.

The Cusp option will now work better with geometry that is partially cusped. For example, cusping the extruded letter A will cusp the edges as expected.

The Cusp option will now work better with geometry that is partially cusped. For example, cusping the extruded letter A will cusp the edges as expected.

The Cusp option will now work better with geometry that is partially cusped. For example, cusping the extruded letter A will cusp the edges as expected.

The Cusp option will now work better with geometry that is partially cusped. For example, cusping the extruded letter A will cusp the edges as expected.

Fixed a bug in a channel lister that would display "%s" instead of the actual parameter label for certain multi-parameters.

Fixed a bug in a channel lister that would display "%s" instead of the actual parameter label for certain multi-parameters.

Fixed a bug in a channel lister that would display "%s" instead of the actual parameter label for certain multi-parameters.

Fixed a bug in a channel lister that would display "%s" instead of the actual parameter label for certain multi-parameters.

Fixed a bug in a channel lister that would display "%s" instead of the actual parameter label for certain multi-parameters.

The deforming collision algorithm better takes into account any time spent resolving collisions in preceeding collision POPs.

The deforming collision algorithm better takes into account any time spent resolving collisions in preceeding collision POPs.

The deforming collision algorithm better takes into account any time spent resolving collisions in preceeding collision POPs.

The deforming collision algorithm better takes into account any time spent resolving collisions in preceeding collision POPs.

The deforming collision algorithm better takes into account any time spent resolving collisions in preceeding collision POPs.

Houdini properly undoes changes to attributes in the geometry spreadsheet.

Houdini properly undoes changes to attributes in the geometry spreadsheet.

Houdini properly undoes changes to attributes in the geometry spreadsheet.

Houdini properly undoes changes to attributes in the geometry spreadsheet.

Houdini properly undoes changes to attributes in the geometry spreadsheet.

Houdini no longer crashes if you undo changing a point position in the geometry spreadsheet.

Houdini no longer crashes if you undo changing a point position in the geometry spreadsheet.