Methods: Tessellation

• Tessellation Wikipedia
• Teselacion Wikipedia
• Tessellation from Wolfram MathWorld
• Surface Tessellation Marco Vanucci
• Tessellation Script (2008) Rodrigo Medina
• Arabic Tessellation (2008) Rodrigo Medina
• Arabic Tessellation Update (2009) Rodrigo Medina
• Tesellion Skylar Tibbs
• Tesellion complete Skylar Tibbs
• Tesellion Progress Skylar Tibbs
• Rhinoscript tessellation (youtube)
• Surface tessellation (2009) Shift Andrea Bugli vbs
• Surface tessellation (2009) DiGTA Andrea Bugli
• Tens.tesellation (2009) DiGTA Andrea Bugli
• Rhino Tessellation 01 (2009) Davide del Giudice
• Rhino Tessellation 02 (2009) Davide del Giudice
• Rhino Tessellation 03 (2009) Davide del Giudice
• Rhino Tessellation 04 (2009) Davide del Giudice
• Rhino Tessellation 04b (2009) Davide del Giudice
• Rhino Tessellation 04b2 (2009) Davide del Giudice
• Rhino Tessellation 04c (2009) Davide del Giudice

Methods: Objects to Curve and Curves

• The most frequently used type of curve in architecture and most other fields of design is the circle. For our purposes, a circle may be regarded as a regular polygon with a sufficiently large number of sides to appear smooth. It is useful, then, to have a procedure that draws a regular polygon with any specified number of sides, of any specified radius, and centered at any specified point (X,Y) (Mitchell, 1987:261)
• Polyline to Curve Sac3 Sanghoon Yoon
• Select curves by linestypes (2009) Sac3 Sanhoon Yoon
• Diffuse Curve (2009) ctrl-i
• Array around curve (2008) CORE.FORM-ULA
• Simple Sin Curve (2009) Dave Pigram+Maxwell
• Get a point along a curve (2009) Dave Pigram+Maxwell
• Archimedean Spiral (2008) McNeel
• Surface and Curve Transformation (2009) Takehiko Nagakura MIT rvb
• Scripted Spiral Bowl (2009) Karl Daubmann

Methods: L-Systems

• L-system or Lindenmayer system Wikipedia
• Sistema-L o sistema de Lindenmayer Wikipedia
• Lindenmayer Systems in Architecture Michael Hansmeyer
• L-Systems John Snavely, (2008)
• L-Systems EASu08 Columbia GSAPP
• L-Systems Roland Snooks
• L-Systems 1 rvb Ian Gordon (2008)
• L-Systems 2 rvb Ian Gordon (2008)
• Susbtitution and L-Systems Roland Snooks
• Simple L-Sysytem data structure (2009) Algoritmic Design
• Simple lsystem data driving cubes (2009) Algoritmic Design

Methods: Attractors

• Attractor Tools Orient Snooks
• Attractor Tools Scale Snooks+EASu08 GSAPP Columbia
• Attractors Tools Scale rvb Roland Snooks
• Attractor Fields Marco Manucci
• Strange Attractors Verena Vogler+Eduardo Mayoral
• Multiattractor based on panel skin Diego Pinochet
• NurbsFields Attractors marc Fornes
• RhinoScript morphodynamic Roland Snooks
• Attractor Point+Grasshopper (circles) DigiFab
• Attractor Point+Grasshopper (rectangle) DigiFab
• Locating Attractors (2008) Adolfo Nadal, Ignacio Senra, Sergio Gomez
• Attractor Based Scale Operations (2009) Dave Pigram+Maxwell
• Attractor Based Vector transformations (2009) Dave Pigram+Maxwell
• Attractor Lines 01 (2009) Davide del Giudice
• Multiple Points Attractors 01 (2009) Davide del Giudice
• Multiple Points Attractors 02 (2009) Davide del Giudice