tiuscp_arch

This project purpose is to learn the works of grasshopper using the previous manual design.  Pseudocode-01 Contains grasshopper algorithms The final form of each module are the same, the rotation is 45' for all modules.  Pseudocode-02 The final form of each module aren't the same. By adding an " attractor" the result of each module is different. But the distribution data isn't linear as the curve, the subdivision surface has U and V division.    Pseudocode-03 The final form of each module shows gradient quality. The "attractor" ([curve]-[surface]) is rotating the modules. The surface is made by curves. The curves is made by user's occupancy. Even the surface has U and V division, the gradient works out from left to right.     Pseudocode-04 The final form of each module made by a surface "attractor" from an ecotect analysis image.  Result     Pseudocode-05 using a single point as an att...

In this project we exercise to create architectural design through algorithmic strategy which use procedural modelling techniques to explore varieties and variations of form articulation. In the design process I've created a lot of varieties. By creating varieties I tried a lot and makes me able to conclude something.That the module have to be open down-side, the structure and the skin have to be efficient, so I create a 1 layered skin and structure. Or maybe at least it's "semi-monolithic". When finalizing the design, I tried to make the most efficient structure (that i know or tried). The details, tectonic is hidden from the outside. So the experience of modules can be seen perfectly without bolts on the exterior side. Bus Stop Transjakarta - Jakarta - Pesakih - Physical Model