Dandelion
Fractal ＆ spiral Description: We used the way the branch points moved and rotated to create various patterns to simulate the tree's three-dimensional space. Each branch follows the same connection rule and has its own change in rotation angle First of all, we start from the most basic tree classification. By expanding the coordinates of the points by two times, the tree structure can be completely separated to form a sharp triangular curve, and then different angles are selected in the xyz axis. At this angle, it rotates from the previous branch to form a new three-bit curve. Exploring the ductility and continuity of the 3D space line is our interest in this project.
PennDesign Arch 743 Form & Algorithm Fall 2018, instructors: Cecil Blamond, Ezio Blasetti
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Design team: Gengzhe Liu， Zhaoyuan Gou 1
PennDesign PennDesign ArchArch 743 743 Form Form & Algorithm & Algorithm FallFall 2018, 2018, instructors: instructors: Cecil Cecil Blamond, Blamond, EzioEzio Blasetti Blasetti 2
Design Design team: team: Gengzhe Gengzhe Liu， Liu， Zhaoyuan Zhaoyuan GouGou
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