To see a visual representation of contributing nodes, go to View > Dim Nodes Not Contributing to Viewed Node. As a result, the number may be higher than looking at the node graph suggests. The Number of Nodes and Contributing Nodes listed includes all nodes inside groups, Network Material contexts, and super tools such as Gaffer3. The Performance tab is added to the pane and the Project Stats displays the number of nodes in the scene and how many of those nodes are contributing. Navigate to the Performance tab or click the Add Tab button and then select Performance if the tab is not already in your workspace.Load the project you want to analyze and optimize.Analyze the Scene with the Performance Tab See Renderer Logging for more information. json location is also recorded in the Render Log if you're not sure where the file is saved. json files to the KATANA_TMPDIR location. Profiling data is automatically saved as. If you're still not sure where optimizations can improve your scene, you can send the Profile Results File to a colleague for analysis. The Heat Map allows you to view this information directly in the Node Graph tab, providing a visual indication of expensive nodes so you can debug scenes more effectively. You can see at glance how many nodes you have in the recipe, how many are contributing to your scene, and which nodes use more CPU resources. The Performance tab helps you understand where bottlenecks may lie in your node graph by interpreting profiling information.
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