algorithmic modeling for Rhino
Mr.Comfy allows designers to interactively visualize thermal simulation results data from multi-zone EnergyPlus simulations in Rhino3d design models. Currently any external simulation software running EnergyPlus can act as the data source; however Mr.Comfy does *not* perform simulations itself- it is a visualization suite only.
Instead of using charts or tabular data, energy consumption, comfort and any other available report variable are directly displayed through color-coded surfaces (and numeric values) where they occur – in the individual spaces of a design.
By color-mapping and visually reinforcing differences between zone behaviors, designers can thus more easily diagnose which parts of a building use more energy- and make appropriate morphological changes.
Some of the things Mr.Comfy can do:
- Spatial color-mapping of any EnergyPlus *.csv zone report variable
- Automatic generation of fitted or custom color gradient bounds
- Interactive hourly scheduling & custom report time ranges
- Generate averages or sums and find minima & maxima
- Display custom conditional percentage maps & values
Some of the questions you can answer with it:
- Which exact spaces in a design use the most energy?
- What is the spatial distribution of internal and external gains?
- How do gains, energy use and comfort change seasonally and for different schedules?
Mr.Comfy is written in Python and distributed as both a sample pack and pre-wired *.gh component
This software is early beta; there will be bugs and errors for us to weed out collaboratively.
Downloads, full documentation and release history are maintained at mrcomfy.org.
Alternate download also provided via http://www.food4rhino.com/project/mrcomfy.
Enjoy,
Max
Website: http://mrcomfy.org
Members: 16
Latest Activity: Oct 15, 2015
Hi Max-I'm very excited to be using Mr. Comfy - I do a lot of daylighting design these days and this is proving to be very useful. Attached is how i've attempted to pair down the script for only…Continue
Started by Dan Weissman Oct 15, 2015.
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