Grasshopper

algorithmic modeling for Rhino

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Comment by Shridhar Mamidalaa on November 28, 2014 at 11:35pm

Right..!!!

Comment by mark zirinsky on November 28, 2014 at 9:11am

this is great work. if I am guessing correctly, each 'cell' of the surface is subdivided according to its position 'up' from the base, and each quadrant of each 'cell' is further subdivided N times where each 'upper' quadrant is divided N_+2, and each 'left' and 'right' quadrant is divided n+1 times, for each 'transitional' row of cells, and then every other? row of cells, shows equal division of the 4 quadrant of each cell.

Something like that. Great work. I am sure that I missed part of the sequence. oh - width of each mesh plane increases according to distance away from 'bottom'

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