Fixed a bug in the Clip 2.0 SOP that led to incorrect clipping when the input group of polygons lay partially on the clipping plane.

Fixed a bug in the RBD Bullet and RBD Configure SOPs which prevented glue pin constraints from working as expected, potentially leading to some jittering on the first frame of the sim.

Add support for string::Format and Log for basic array types.

Fixed an issue in the Curve state where attempting to rotate tangents of order 3 bezier curves could rotate them about the incorrect anchor point, and another related issue where dragging tangents of order 3 beziers could select the incorrect anchor point.

• Fixed an issue where some resources weren't destroyed on exit
• Fixed an issue where frustum culling would stop primitves fromdrawing, when they should have been visible

XPU: implemented a potential workaround for the issues we're having with NVidia 565 drivers

Improved handling of engine licensing when calling python callbacks in husk in several ways. For example, specifying "--allowed-procedurals all" will only check out an engine license if the procedural actually requires one.

Fixed a regression with the Background Plate LOP's material reverted to old VEX material.

The PolyHinge icon is now properly displayed in the HUD Info for the state.

Fixed a bug in the APEX Animate state where an exception thrown during the evaluation of the scene would cause the animation to freeze.

Fixed issues with curves containing shared points in the Circle Spline SOP, fixed an issue in its state to not only show the grouped geometry in the guide drawables, and added a segment divisions HUD slider handle to the HDA.

Fixed a python error in the APEX Animate state when using the xform handle immediately after entering the state.

Fixed a few issues in the APEX Animate state.

• Fixed a bug where leaving the state by selecting another node would notsave the current selection.
• Fixed a bug where the HUD settings would not be saved if the state wasentered through the pose button.
• Fixed issues with using indirect drags for the handle in the ragdoll tool.The indirect drag now applies to the last interacted handle when multipleare visible in the state.

Improvements made to sesinetd auto install feature.

Fixed a bug with the helps launch feature trying to launch with the wrong file.

Deleted the FillData function from the generic HAPI C# bindings, specifically HECSharp_StructMembers.cs because it is specific to HE for Unity's implementation of curves.

Fixed a possible crash in IPR when the AOV specified by Variance Pixel Oracle's "Plane" parameter no longer exists upon render restart.

Fixed a bug on the reverse foot where the controls can flip when using negative scales on the joints.

XPU: Fixed a crash when a material update in a scene with nested instances caused Optix device to crash.

setParmsFromData errors because of wrong function args in nested function -Fix a bug, where this function would error when running because of missing

required arguments.

When husk was rendering only non-raster products (i.e. rendering only a deep image with no beauty image), only the first AOV from the non-raster render product was created. This meant that the AOVs might not be available to the render delegate for the non-raster product. Now, husk will create all the AOVs when it creates the dummy raster product.

Added parameters to the Python Processor that allow it to filter and ignore upstream failed dependencies. These options were already available via the pdg.NodeOptions configuration object in Python, but previously weren't promoted up to parameters on the Python Processor itself.

XPU: added new envvar "KARMA_XPU_DEVICES" which allows to enable/disable multiple devices via a single envvar entry (see envvar docs for details). (please note this superceeds the previous KARMA_XPU_DISABLE_DEVICE_n style, but does not replace KARMA_XPU_DISABLE_OPTIX_DEVICE or KARMA_XPU_DISABLE_EMBREE_DEVICE given they have their own benefit of initializing the device type to start with)

Added support for the status operation to the Perforce TOP.

• Added support for Starting/Stopping HAPI Performance monitoring.This can be done by using the Houdini.StartHAPIPerformanceMonitorand Houdini.StopHAPIPerformanceMonitor commands respectively.The performance logs can then be easily viewed when using session syncby opening the Performance Monitor in Houdini.The HAPI traces are stored in the current unreal trace directory.
• Added support for the "unreal_pdg_asset" detail attribute.It can be used to indicate to the plugin if an HDA is expected to use PDG.This is especially useful on big HDAs that contain a lot of nodes - as itwill speed up instantiation and rebuild times significantly.
• Added other optimizations for large HDAs.
• Rebuilding an HDA no longer causes every parameter to be individuallyre-set on the Houdini side.
• The plugin now relies on parameter presets for setting parameter onrebuilt/loaded HDAs. This significantly reduces the time needed for theseoperations on big HDAs that have a lot of nodes and parameters.