Learn how to get started with infrared.city and discover our step-by-step guides for climate informed design decisions
This workflow uses projected EPW files to evaluate UTCI differentials across material substitution scenarios and compare thermal comfort outcomes between present-day and future climate conditions within a single Grasshopper canvas.
This workflow integrates infrared.city’s ground material editing with parametric surface redistribution in Grasshopper to quantify how vegetation and hardscape ratios shift UTCI distributions and heat-stress exposure, enabling performance-driven open-space design decisions.
This workflow couples infrared.city’s wind simulation with Galapagos to optimize massing configurations under a fixed building volume, using mesh-based wind metrics to reduce both high-speed acceleration zones and low-speed stagnation areas.
This tutorial walks through a complete Grasshopper workflow for multi-parameter filtering — from project setup and geometry updates to threshold-based visualization. See how intersecting thermal comfort and wind speed results can uncover microclimate risks and support evidence-based design refinement.
Build KPI workflows in Grasshopper with the infrared.city plugin—post-process thermal comfort, compare scenarios, and assess interventions with custom metrics.
Learn how to use the infrared.city plugin in Revit with this step-by-step tutorial. Discover how to install the plugin, log into your account, load projects, add analyses, update geometries, and run simulations directly inside your BIM workflow.