HtoA implementation is based on the research article from Ryan Heniser, but the workflow is similar to Maya and Cinema 4D. Camera, Resolution, Sampling and Bucket Scanning Overrides.MultiFrame IPR with ROPs as Render Layers.Houdini support: Initial support for SideFX Houdini includes the following.
Remove multiple selection of snapshots.Sets correct frame range in Multiple Frame mode.Added filter box for output rops to use with wildcards.Stores override settings per selected output rop.At this moment this feature is only available for Houdini, but similar scripts should work fine for the other DCC apps too. It's fully farm manager agnostic, meaning you have to sub-class and implement supplied virtual methods in the python script in order to get it to work for the given farm requirements. Simultaneous render sessions: Multiple render sessions can now simultaneously be launched using the same port number.ĭistributive rendering on the farm: The frame can be split into smaller tiles and distributed on the local render farm via region arguments. Fixes copy render region issue if Aton node existed in the Nuke script before.Disables adaptive sampling if Camera AA is overridden.Added Open and Select actions in the output context.Clipboard data is now normalised to better work with multiple resolutions.Added Fit button in render region to fit the Nuke window.In DCC apps like Houdini or Katana where the driver selection is not exposed in the UI, this can come handy to use Aton without extra scripts.Īdded metadata support: All the information that Aton has on its framebuffers is now stored in the node as a metadata. New Operator Aton: operator_aton is designed to replace all output drivers with aton driver at render time.
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