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Form Findings

Date post: 06-Apr-2018
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    NatureForms

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    Meanders/ bend

    packing and cracking

    Spiral

    branching

    explosions

    spheres

    helix

    golden section

    balance

    Meanders/ bend

    packing and cracking

    Spiral

    branching

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    explosions

    spheres

    helix

    golden section

    balance

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    CAD/CAM fabricationTechniques

    1.Sectioning

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    RFR

    Florence Loewy Bookshop

    Florence

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    maxi SPINA, architect, argentina

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    Massie Architect

    Playa Urbana

    New York

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    2.Tessellating

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    3.Folding

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    4.Contouring

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    5.Forming

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    Modeling Methods

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    Non Uniform Rational Basis - Splines

    *Control Point

    *Surface

    Animation/Simulation Modeling

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    3D Scanning

    ZScanner 700

    Generative/ Parametric Modeling

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    Parametric Design Form

    Tooling

    Spiraling

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    Packing

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    Weaving

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    Blending

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    Cracking

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    Tiling

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    parametric software

    Digital Project (Gehry Technologies, GT)

    Generative Components (Smart Geometry)

    ParaCloud

    Grasshopper http://grasshopper.rhino3d.com/

    Scripts (MEL, 3DMAX, RHINO.)

    Generative Components

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    WWW

    http://www.smartgeometry.org/http://www.bentley.com/en-US/Markets/Building/generativecomponents/

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    Digital Project

    University of Michigan

    Taubman College of Architecture and UrbanPlanning

    ParaMod seminar

    Glenn Wilcoxs Digital Fabrication Seminar.

    http://www.gehrytechnologies.com/

    http://paramod.net/post032/staad.html

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    ParaCloud

    Grasshopper / Ex Explicit History (info) (download)(interface) (tutorials)Grasshopper / Manual (PDF 6.6 Mb) by Andrew PayneParaCloud (info) (user guide) (tutorials) (buy)RhikNowBot parametric Modeling System

    http://paraclouding.com/

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    Grasshopper

    WWW

    http://grasshopper.rhino3d.com/

    http://rhinoscriptingresources.blogspot.com/

    http://freeformfever.blogspot.com/

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    algorithm:

    Cellular Automata

    Braching (L-system)

    Tiling(Voronoi)

    Aggregation(DLA)

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    Cellular Automata

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    David SuttonThese vessels are formed through a process called Diffusion Limited Aggregation (DLA)which has been modelled in a virtual environment.

    DLA is usually studied as an example of fractal growth processes such as branching,lightning, snowflakes, mineral deposits, and coral. Here, the basic principles have been used

    to create simulated models of root systems.

    diffusion limited aggregation; DLA

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    DesignResearchLab (an academic program at the AA)

    EmergentTechnologies (an academic program at the AA)


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