Part 2! ๐ก Stream your Rhino model live with Motif: pick a board, choose Stream 3D view, and every edit in Rhino shows up in the browser instantly. โก #Rhino3D#Motif
New series! ๐ฅ๏ธ Motif connects live to Rhino: stream your model to the browser, let anyone mark it up in 3D, and get the comments back in your Rhino file. No installs for clients. #Rhino3D#Motif
Part 4! โ๏ธ๐ Pinpoint sun dates and times with Ladybug, then map sunlight hours across your building. Adjust grid size for more detailed solar exposure analysis! ๐ข๐ #LadybugTools
Part 3! โ๏ธ๐ Explore sun vectors, visualize sun paths, and map temperature and humidity data across different periods with Ladybug! ๐ก๏ธ๐ #Grasshopper
Part 2! โ๏ธ๐งญ Map the sunโs position with Ladybug Sun Path! Set your north direction, connect location data, and visualize seasonal sun paths. ๐๐ #Grasshopper#LadybugTools
Part 1! โ๏ธ๐ Start exploring environmental analysis with Ladybug Tools! Load weather data and define time periods to investigate sun paths, temperatures, and sunlight hours. ๐ก๏ธ๐ข #LadybugTools#Grasshopper
Part 5! ๐ก๏ธ๐ต Explore annual heat and sunlight patterns with Honeybee! Run simulations, visualize results with color gradients, and discover where shading can improve your design. โ๏ธ๐ #Honeybee#Grasshopper
Part 4! ๐๐งฉ Configure CPU settings, read annual simulation results, and use Ladybug to transform daylight autonomy data into visual insights. โ๏ธ๐ #Honeybee#Grasshopper
Part 3! ๐๐งฉ Set your grid resolution, connect weather data, and link Honeybee rooms, surfaces, and openings to prepare for daylight analysis. ๐โจ #Honeybee#Rhino3D
Part 2! ๐ค๏ธ๐ Set up Honeybee zones, define multiple window surfaces, and connect location-specific weather data to prepare for annual daylight simulations. ๐ขโ๏ธ #Honeybee#Grasshopper
Part 1! โ๏ธ๐ฌ Ready to simulate daylight? Weโre getting started with Honeybee, setting up our room, windows, and simulation inputs to analyze natural light in architecture. ๐ข๐ #Honeybee#Rhino3D#Grasshopper
Part 8! ๐ฏโ๏ธ Letโs finish our facade! Combine Boolean logic, Shift Paths, and Cull Pattern to remove unwanted surfaces and curves for a clean final result. ๐๏ธ๐ท #Grasshopper#Rhino3D
Part 7! ๐โ๏ธ Letโs refine our facade! Separate curves and surfaces, split the geometry, then filter surfaces using corner distances. Keep that data tree organized! ๐๐ #Grasshopper#Rhino3D
Part 6! ๐ฆ Fitting panels to the grid! ๐ถ Box Morph scales each model into its hexagon, while controlled shuffling adds variation. Then Orient moves everything from XY onto the facade. ๐๏ธ๐โจ #Grasshopper#Rhino3D
Part 5! ๐ถ Letโs organize the hexagons! ๐ Using domain indices to build 7 branches, then orienting panels onto the grid with longest list, bounding boxes & jitter. ๐๏ธ๐โจ #Grasshopper#Rhino3D
Part 4! ๐ถ Hexagons meet distance logic! ๐ Weโre sorting cells by proximity to openings and splitting them into 7 branches using domains & remapping. ๐๏ธ๐ปโจ #Grasshopper#Rhino3D#ParametricDesign
Part 3! ๐ข Time to control the grid! ๐ Weโre calculating Ex & Ey and adding +1/+2 to avoid unwanted gaps and fully cover the surface. ๐งฉ๐โ๏ธ #Grasshopper#Rhino3D#Architecture
Part 2! ๐ Hexagonal logic! ๐๏ธ Weโre using math to solve our facade pattern. Calculating hexagon sizes using surface dimensions and the square root of 3. Precision is key in Grasshopper! ๐โจ๐ป #Rhino3D#Grasshopper#Architecture
Part 1! ๐ผ Modular facade design! Inspired by UN Studio, weโre crafting hexagonal elements and organizing them in Grasshopper using the Entwine component. Letโs build some complex geometry! ๐โจ๐ป #Rhino3D#ParametricDesign#Architecture