Create an interactive solar radiation analysis in Ladybug on an urban massing model

Get the Ladybug plugin: https://www.food4rhino.com/app/ladybug-tools
Get the example: 2.47 Ladybug Solar Radiation.gh (677.9 KB)

Take control of your urban massing models with live solar radiation feedback in Fologram and Ladybug. If you’re an environmental designer and you want greater interactivity over analytical tools in grasshopper, this is the perfect example for you!

Environmental analysis tools are incredibly powerful in parametric environments such as Grasshopper, and the Ladybug plugin provides a series of great free tools to test the performance of your design models. These tools can be pushed even further with Fologram, by creating interactive models that update live as you change and manipulate the geometry in AR.

This example begins by duplicating a series of geometries that can serve as massing blocks to be interactively scaled, rotated and moved in AR with Fologram. Once a block is moved onto the site location, a Point In Brep component checks it is on site. A Ladybug Radiation Analysis then takes all geometry on site and runs a simulation that sends a live preview of the radiation on each object on site. This process happens live, so new blocks can be added, transformed and removed, and the analysis will update in real time.

Like this example and want to see more urban design examples in Fologram? Check out our article ‘The best way to create an interactive urban massing model in mixed reality’ to learn more.

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Solar radiation in virtual reality with the Oculus Quest:

Just an update on this one, Fologram has recently begun supporting the Oculus Quest, which means you can create custom VR experiences using Rhino and Grasshopper. The Quest comes with some amazing VR features, including 6dof manipulation of geometry (see example below), which allows you to naturally grab, rotate and manipulate objects. This feature can be applied perfectly with the environmental analysis tools in the example above. I’ve created an updated version of this definition which allows you to interactively engage with environmental analysis of massing models in VR. You can download it here: 2.47 Ladybug Solar Radiation_6dof.gh (678.0 KB)

The only different between both examples is enabling the ‘Grabbable’ option in Fologram’s Sync Object component, which turns on 6dof manipulation for objects: