A R C H I T E C T U R E D E S I G N S T U D I O
AIR
A L G O R I T H M I C S K E T C H B O O K Win Zie Lee 708285
Contents 01 Lofting 4 02 Voronoi 3D 6 03 OcTree 7 04 Box Morph 8 05 Patterning and Cull List 10 06 Point Attractor 12 07 Reversed Engineering 14 08 Final Design 20
01 LOFTING
EditPtOn - Edit the point on curve to create different shapes in lofting.
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LOFT A FURNITURE - WAFFLE TABLE
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02 VORONOI 3D
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03 OCTREE
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04 Box Morph
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05 Patterning and Cull List
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Self-Shelving Unit Design Iterations
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06 Point Attractor
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07 Reverse Engineering 01 Step 01 Create a square grid (odd number in both X and Y axis) and dispatch them into 2 different list. Step 02 Evaluate each line with parameter 0.366 and (1-0.366). Step 03 Create polylines on specific points and join polylines into curves. Step 04 Offset curve to create thickness on the edge of every cell. Step 05 Extrude the curves to form the height. Step 06 Set the point (the intersection of 2 lines in each grid) and move up slightly higher than the height; also other point which create each module to move up to the height. Step 07 Form line between the intersection and other points. Step 08 Create mesh for the line.
Problems: - Attempt failed on Step 06 as the list of points doesn’t match with each other and points connected wrongly. - Limitation to iterate.
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Reverse Engineering 02 Step 01 Create a surface and divide surface into various points on grid. Step 02 Script calculation to form Cairo Pentagonal tiling and evaluate points. Step 03 Create surfaces with depth on specific points. Step 04 Extrude surfaces to create thickness on edge of every cell. Step 05 Find the points of each module / pentagon in order to mesh it like Attempt 01 (Step 06 to Step 08).
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Problems: - Attempt failed on Step 05 as some points are missing in forming the modules / pentagons. - Attempt failed due to v insufficient knowledge and research on understanding and evaluating list structures.
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08 Final Design
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