Temari Ball 2: Spherical Geometric Construction and Pattern Generation

This GeoGebra example demonstrates the construction of a Temari ball, a traditional spherical embroidery design, using dynamic geometry commands. It shows how a sphere is created and partitioned into symmetric surface patterns through iterative point generation and joining operations. Core mathematical concepts include solid geometry (sphere, center O, radius R), geometric intersection, number sequences, rational numbers, and quadratic function relationships. The construction uses the Sphere command to generate the ball, the Sequence command to produce object lists such as liste1, liste3, and liste4, and the Join command to connect points and lines. Additional objects include points p, h_1, B_1, lines g and k, with Zoom applied for view control. Suitable for high school and university solid geometry courses, geometric construction labs, mathematical art projects, and GeoGebra scripting practice.