Designing Associativity Professor: Luis Fraguada
Team: Viraat Kumar, Gamze G端md端z, Diego Lopez
Data Visualization THE IDEA To represent on a single mesh two values of each Navarra’s town. The Wind speed of each town will be represented with a spot lifted on the Z axis, while the X and Y axis of the point will be defined according to the town’s coordinates, joining at the end the points to have a mesh, like a topography. The humidity of each city will be represented with a range of colors on that mesh RHINO The first step was to use the Navarra’s map as a material on a plane. Then, we draw a curve following the map’s silhouette, boolean the inner and extruded it, leaving an hollow with Navarra’ top shape (this steps ar made to trim later the visualizatino, that is going to be a .mesh). The points representing each city were also drawn on the map
Data Visualization GRASSHOPPER Extracting the data/Organizing the table
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Data Visualization GRASSHOPPER Isolating the Wind speed and humidity data
Data Visualization GRASSHOPPER Visualizating the text
Data Visualization GRASSHOPPER Creating the mesh of the wind speed
Data Visualization GRASSHOPPER Coloring the wind’s mesh
Data Visualization GRASSHOPPER Making a mesh for the Humidity
Data Visualization GRASSHOPPER Coloring the humidity’s mesh
Data Visualization GRASSHOPPER Backed visualization
Higher graph-Relative humidity (Lower graph-Wind speed km/hr