Fixed bug in the Curve operation where using a hotkey would apply to all points rather than just the current one.

In the object transform operation handle, the "Align with World Axis" and "Align with C-Plane Axis" menu items now work.

In the object transform operation handle, the "Align with World Axis" and "Align with C-Plane Axis" menu items now work.

In the object transform operation handle, the "Align with World Axis" and "Align with C-Plane Axis" menu items now work.

In the object transform operation handle, the "Align with World Axis" and "Align with C-Plane Axis" menu items now work.

In the object transform operation handle, the "Align with World Axis" and "Align with C-Plane Axis" menu items now work.

The "Pivot About Group Centroid" parameter has been removed from the following SOPs: Transform, SoftTransform, UVTransform, Edit, UVEdit, and Duplicate. Instead, when using the viewport tools, their pivot will be modified accordingly whenever the selection changes.

The "Pivot About Group Centroid" parameter has been removed from the following SOPs: Transform, SoftTransform, UVTransform, Edit, UVEdit, and Duplicate. Instead, when using the viewport tools, their pivot will be modified accordingly whenever the selection changes.

The "Pivot About Group Centroid" parameter has been removed from the following SOPs: Transform, SoftTransform, UVTransform, Edit, UVEdit, and Duplicate. Instead, when using the viewport tools, their pivot will be modified accordingly whenever the selection changes.

The "Pivot About Group Centroid" parameter has been removed from the following SOPs: Transform, SoftTransform, UVTransform, Edit, UVEdit, and Duplicate. Instead, when using the viewport tools, their pivot will be modified accordingly whenever the selection changes.

The "Pivot About Group Centroid" parameter has been removed from the following SOPs: Transform, SoftTransform, UVTransform, Edit, UVEdit, and Duplicate. Instead, when using the viewport tools, their pivot will be modified accordingly whenever the selection changes.

The chread and chwrite hscript commands have been expanded to load/write channel keyframe data from .[b]chn files.

The chread and chwrite hscript commands have been expanded to load/write channel keyframe data from .[b]chn files.

The chread and chwrite hscript commands have been expanded to load/write channel keyframe data from .[b]chn files.

The chread and chwrite hscript commands have been expanded to load/write channel keyframe data from .[b]chn files.

The chread and chwrite hscript commands have been expanded to load/write channel keyframe data from .[b]chn files.

Two changes to conserve memory. We no longer internally create point normals on geometry if it consists only of polygons and is being flat shaded. In addition, added a new environment variable HOUDINI_DISABLE_POLYTESS_CACHE, which, if set will no longer cache the tesselation of the polygons. This can reduce memory usage at the cost of performance when modifying geometry.

Two changes to conserve memory. We no longer internally create point normals on geometry if it consists only of polygons and is being flat shaded. In addition, added a new environment variable HOUDINI_DISABLE_POLYTESS_CACHE, which, if set will no longer cache the tesselation of the polygons. This can reduce memory usage at the cost of performance when modifying geometry.

Two changes to conserve memory. We no longer internally create point normals on geometry if it consists only of polygons and is being flat shaded. In addition, added a new environment variable HOUDINI_DISABLE_POLYTESS_CACHE, which, if set will no longer cache the tesselation of the polygons. This can reduce memory usage at the cost of performance when modifying geometry.

Two changes to conserve memory. We no longer internally create point normals on geometry if it consists only of polygons and is being flat shaded. In addition, added a new environment variable HOUDINI_DISABLE_POLYTESS_CACHE, which, if set will no longer cache the tesselation of the polygons. This can reduce memory usage at the cost of performance when modifying geometry.