Fixed crash when playing back a sequence of simulation files using a File DOP with no other DOPs in the network.

Fixed crash when playing back a sequence of simulation files using a File DOP with no other DOPs in the network.

Fixed crash when playing back a sequence of simulation files using a File DOP with no other DOPs in the network.

Fixed crash when playing back a sequence of simulation files using a File DOP with no other DOPs in the network.

Anywhere that a SOP node can be specified, it is now possible to specify DOP Geometry data. This now includes the Geometry ROP and all POPs that references SOPs. In all cases, a DOP Object can be specified (without specifying the path to the data on the object), and the Geometry data of that object will be used.

Anywhere that a SOP node can be specified, it is now possible to specify DOP Geometry data. This now includes the Geometry ROP and all POPs that references SOPs. In all cases, a DOP Object can be specified (without specifying the path to the data on the object), and the Geometry data of that object will be used.

Anywhere that a SOP node can be specified, it is now possible to specify DOP Geometry data. This now includes the Geometry ROP and all POPs that references SOPs. In all cases, a DOP Object can be specified (without specifying the path to the data on the object), and the Geometry data of that object will be used.

Anywhere that a SOP node can be specified, it is now possible to specify DOP Geometry data. This now includes the Geometry ROP and all POPs that references SOPs. In all cases, a DOP Object can be specified (without specifying the path to the data on the object), and the Geometry data of that object will be used.

Anywhere that a SOP node can be specified, it is now possible to specify DOP Geometry data. This now includes the Geometry ROP and all POPs that references SOPs. In all cases, a DOP Object can be specified (without specifying the path to the data on the object), and the Geometry data of that object will be used.

Using 'opparm -c ROP execute' in hscript will now render the ROP dependency network as it does in Houdini.

Using 'opparm -c ROP execute' in hscript will now render the ROP dependency network as it does in Houdini.

Using 'opparm -c ROP execute' in hscript will now render the ROP dependency network as it does in Houdini.

Using 'opparm -c ROP execute' in hscript will now render the ROP dependency network as it does in Houdini.

Using 'opparm -c ROP execute' in hscript will now render the ROP dependency network as it does in Houdini.

Added a simple example for the vertexsplit SOP.

Added a simple example for the vertexsplit SOP.

Added a simple example for the vertexsplit SOP.

Added a simple example for the vertexsplit SOP.

Added a simple example for the vertexsplit SOP.

Added a menu entry and a hotkey to clear the selection to the light linker spreadsheet. We now also distinguish the volatile select hotkey in this gadget from the one in the parameter spreadsheet.

Added a menu entry and a hotkey to clear the selection to the light linker spreadsheet. We now also distinguish the volatile select hotkey in this gadget from the one in the parameter spreadsheet.

Added a menu entry and a hotkey to clear the selection to the light linker spreadsheet. We now also distinguish the volatile select hotkey in this gadget from the one in the parameter spreadsheet.

Added a menu entry and a hotkey to clear the selection to the light linker spreadsheet. We now also distinguish the volatile select hotkey in this gadget from the one in the parameter spreadsheet.

Added a menu entry and a hotkey to clear the selection to the light linker spreadsheet. We now also distinguish the volatile select hotkey in this gadget from the one in the parameter spreadsheet.

Fixing a problem where the help browser could not communicate with Houdini when running in stand-alone mode.