Updated the /AcceptEULA option on Windows installer to take the date of End User License Agreement from user, and compare the date from user with the date of End User License Agreement. Silent installation would back to interactive mode with a helpful message stating the reason if the date from user was invalid.

Updated the /AcceptEULA option on Windows installer to take the date of End User License Agreement from user, and compare the date from user with the date of End User License Agreement. Silent installation would back to interactive mode with a helpful message stating the reason if the date from user was invalid.

Updated the /AcceptEULA option on Windows installer to take the date of End User License Agreement from user, and compare the date from user with the date of End User License Agreement. Silent installation would back to interactive mode with a helpful message stating the reason if the date from user was invalid.

Updated the /AcceptEULA option on Windows installer to take the date of End User License Agreement from user, and compare the date from user with the date of End User License Agreement. Silent installation would back to interactive mode with a helpful message stating the reason if the date from user was invalid.

Unity plugin: Fixed the paint tool so that upstream input changes are applied properly, color state is shown until asset is rebuilt, and added a paint mesh visibility drop-down to control when the paint mesh should be displayed (auto, show, or hide).

Unity plugin: Fixed the paint tool so that upstream input changes are applied properly, color state is shown until asset is rebuilt, and added a paint mesh visibility drop-down to control when the paint mesh should be displayed (auto, show, or hide).

Unity plugin: Fixed the paint tool so that upstream input changes are applied properly, color state is shown until asset is rebuilt, and added a paint mesh visibility drop-down to control when the paint mesh should be displayed (auto, show, or hide).

Unity plugin: Fixed the paint tool so that upstream input changes are applied properly, color state is shown until asset is rebuilt, and added a paint mesh visibility drop-down to control when the paint mesh should be displayed (auto, show, or hide).

Unity plugin: Fixed the paint tool so that upstream input changes are applied properly, color state is shown until asset is rebuilt, and added a paint mesh visibility drop-down to control when the paint mesh should be displayed (auto, show, or hide).

Added a new pdg.AttributePattern.splitByAttribute(items, attrib_name) function which can be used to group a list of work items by their value for the specified attribute. The base implementation works for all attribute types as it will stringify the attributes before doing comparison/mapping. Overloads that operate specifically on Float, Integer and String attributes also exist. No conversion to strings is done when using those variants.

The functions return a mapping of unique attribute value to the list of work items that have the specific attribute value. They also return the list of work items that are missing the attribute, and the list of unique attribute values across all of the work items.

Accessing work item attributes from a custom scheduler's onTick callback or from the Python Shell during a cook now requires the use of the new pdg.WorkItem.lockAttributes() context manager. This ensures that no other nodes or components of the PDG graph try to manipulate the work items at the same time.

All existing custom node callbacks, the onSchedule hook or event processing can continue to work in the same way they do now. PDG ensures that those hooks can safely access their input work items.

Specifying the new "sidefx::maya_component_selection_type" tag on a string parm will now instruct Maya that it should accept component selections of the given type. The format that Maya will pass back to Houdini is the same as what is expected by the Group SOP.

Specifying the new "sidefx::maya_component_selection_type" tag on a string parm will now instruct Maya that it should accept component selections of the given type. The format that Maya will pass back to Houdini is the same as what is expected by the Group SOP.

Specifying the new "sidefx::maya_component_selection_type" tag on a string parm will now instruct Maya that it should accept component selections of the given type. The format that Maya will pass back to Houdini is the same as what is expected by the Group SOP.

Specifying the new "sidefx::maya_component_selection_type" tag on a string parm will now instruct Maya that it should accept component selections of the given type. The format that Maya will pass back to Houdini is the same as what is expected by the Group SOP.

Specifying the new "sidefx::maya_component_selection_type" tag on a string parm will now instruct Maya that it should accept component selections of the given type. The format that Maya will pass back to Houdini is the same as what is expected by the Group SOP.

Accessing work item attributes from a custom scheduler's onTick callback or from the Python Shell during a cook now requires the use of the new pdg.WorkItem.lockAttributes() context manager. This ensures that no other nodes or components of the PDG graph try to manipulate the work items at the same time.

All existing custom node callbacks, the onSchedule hook or event processing can continue to work in the same way they do now. PDG ensures that those hooks can safely access their input work items.

Accessing work item attributes from a custom scheduler's onTick callback or from the Python Shell during a cook now requires the use of the new pdg.WorkItem.lockAttributes() context manager. This ensures that no other nodes or components of the PDG graph try to manipulate the work items at the same time.

All existing custom node callbacks, the onSchedule hook or event processing can continue to work in the same way they do now. PDG ensures that those hooks can safely access their input work items.

Accessing work item attributes from a custom scheduler's onTick callback or from the Python Shell during a cook now requires the use of the new pdg.WorkItem.lockAttributes() context manager. This ensures that no other nodes or components of the PDG graph try to manipulate the work items at the same time.

All existing custom node callbacks, the onSchedule hook or event processing can continue to work in the same way they do now. PDG ensures that those hooks can safely access their input work items.

Accessing work item attributes from a custom scheduler's onTick callback or from the Python Shell during a cook now requires the use of the new pdg.WorkItem.lockAttributes() context manager. This ensures that no other nodes or components of the PDG graph try to manipulate the work items at the same time.

All existing custom node callbacks, the onSchedule hook or event processing can continue to work in the same way they do now. PDG ensures that those hooks can safely access their input work items.