TuneUp is a Dynamo view extension for Revit that profiles graph execution, reporting per-node run time to help optimize performance. TuneUp operates as a diagnostic utility within the Dynamo environment, specifically engineered to audit the efficiency of visual programming scripts. It provides a granular analysis of how data flows through a graph, identifying bottlenecks by measuring the execution time of individual nodes. By visualising these metrics, the extension allows users to pinpoint computationally expensive operations that contribute to slow run times. The interface integrates directly into the workspace, offering a clear, data-driven overview of script performance, which is essential for maintaining complex, large-scale automation routines within the broader building information modelling ecosystem.

The download is a 21.4 MB file containing .ZIP files.

To implement this extension, users load the package directly into the Dynamo environment as a view extension. Once active, the tool monitors active graphs in real-time or upon execution. Designers can then review the generated reports to see which nodes are consuming the most processing power. This allows for the iterative refinement of script logic, enabling the replacement of inefficient node configurations with more performant alternatives, thereby reducing total processing overhead during intensive model updates or data processing tasks.

This tool is indispensable for BIM managers and computational designers working on complex Revit projects where large-scale automation is required. It is particularly useful during the development phase of custom scripts, ensuring that automated workflows do not hinder overall software performance. Professional teams use it to debug sluggish graphs in multi-disciplinary environments, such as large commercial, healthcare, or industrial projects. By maintaining efficient scripts, users ensure that their computational design efforts remain scalable and responsive, regardless of the complexity or size of the underlying building model.