![]() These panels open and close in response to the sun’s position and follow it’s movement throughout the day, in turn bringing in more diffused light, causing less heat gain and glare, and more importantly, cutting the cost on air-conditioning systems, inside the building. Next, Grasshopper 3D is used to parametrically generate the required geometry for the structure, to determine the size and orientation of openings and to generate various shading devices and mechanisms, for each panel. ![]() It is then analyzed extensively at different times of the day, with respect to the Sun’s path. ![]() Initially, the building is modeled in Rhino, oriented as it is to be built in the real world, and is subjected to a virtual Sun, which replicates the real life conditions of the Sun. The applications of ‘Ladybug’, ‘Honeybee’, ‘Geco’ & ‘Heliotrope-Solar’, in the ‘Grasshopper 3D’ environment, can be extended to generate responsive architecture ( Dynamic Facades), where the building envelopes adapt to natural systems, such as the dynamic movement of the sun.
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