Seiten, die auf „Bridges 2013“ verlinken
Die folgenden Seiten verlinken auf Bridges 2013:
Zeige (vorherige 50 | nächste 50) (20 | 50 | 100 | 250 | 500)- Literatur zur Evolutionären Kunst (← Links)
- Konferenzen und Workshops zur Evolutionären Kunst (← Links)
- Gary Greenfield (← Links)
- Ant Paintings Based on the Seed Foraging Behavior of P. barbatus (← Links)
- Mathematics Education and Early Abstract Art (← Links)
- Multidimensional Impossible Polycubes (← Links)
- Fractal Islamic Geometric Patterns Based on Arrangements of n/2 Stars (← Links)
- Removing Tremas with a Rational Function (← Links)
- Approaching an Approximation of Freeform Surfaces by Developable Strips using Apparent Contours (← Links)
- Artfully Folding Hexagons, Dodecagons, and Dodecagrams (← Links)
- The Art of Geometry (← Links)
- Tiling and Tazhib of Some Special Star Polygons: A Mathematics and Art Case Study (← Links)
- Animating Line-based Op Art (← Links)
- Bending Circle Limits (← Links)
- Math Runes (← Links)
- Geometric Analysis of Forumad Mosques' Ornament (← Links)
- The Mercator Redemption (← Links)
- The Planar Crystallographic Groups Represented at the Alhambra (← Links)
- Turtles for Tessellations (← Links)
- Knot Designs Based on the Hexagonal Rosette (← Links)
- Turtle Temari (← Links)
- SURFER in Math Art, Education and Science Communication (← Links)
- Unfolding Symmetric Fractal Trees (← Links)
- Geometric Visual Instruments Based on Object Rolling (← Links)
- Custom 3D-Printed Rollers for Frieze Pattern Cookies (← Links)
- Escher Patterns on Triply Periodic Polyhedra (← Links)
- The Discovery of a New Series of Uniform Polyhedra (← Links)
- Girl's Surface (← Links)
- Circle Packing Explorations (← Links)
- Spirolateral-Type Images from Integer Sequences (← Links)
- Papercraft Panoramas (← Links)
- Constructing and Applying the Fractal Pied de Poule (Houndstooth) (← Links)
- A Digital Tribute to M.C. Escher (← Links)
- Tiling with Regular Polygons and Rhombs (← Links)
- The Equations of Westminster Abbey (← Links)
- Symmetry in Mathematics, Physics and Art (← Links)
- Up Suprematism to the “supreMADIsm” on Saxon's Paintings (← Links)
- Retrograde Rotation Illusions in Turntable Animations of Concentric Icosahedral Domains (← Links)
- Point Symmetric Ribbon Patterns using a Hexagonal Motif from M.C. Escher (← Links)
- Poly-Twistor by 3D printer: Classification of 3D Tori (← Links)
- A Fun Approach to Teaching Geometry and Inspiring Creativity (← Links)
