Simulation of Minimal Surface of Soap-Cube
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This example demonstrates the minimal surface formed by a soap-cube, involving core math concepts like surfaces, functions, inequalities, and coordinate geometry. Construction uses commands like Segment and Polygon, with objects such as h, t, a, A series, and poly series. Suitable for high school students and math enthusiasts studying surface geometry and parametric constructions.
GeoGebra Commands & Parameters
Segment(A_0, A_1) → a_0Segment(A_2, A_1) → a_1Segment(A_2, A_3) → a_2Segment(A_0, A_3) → a_3Segment(A_7, A_3) → a_4Segment(A_2, A_6) → a_5Segment(A_5, A_1) → a_6Segment(A_0, A_4) → a_7Segment(A_7, A_4) → a_8Segment(A_7, A_6) → a_9Segment(A_5, A_6) → a_aSegment(A_5, A_4) → a_bPolygon(S_1, S_2, S_3, S_4) → poly1, s_1, s_2, s_3, s_4Polygon(A_2, A_3, S_2) → poly2, s_5, a_{10}, a_{11}Polygon(A_0, A_1, S_1) → poly3, s_6, a_{12}, a_{13}Polygon(A_6, A_7, S_3) → poly4, s_7, a_{14}, a_{15}Polygon(A_5, A_4, S_4) → poly5, s_9, a_{18}, a_{19}Polygon(S_1, S_2, A_2, A_1) → polya, b, c, d, ePolygon(A_0, A_3, S_2, S_1) → polyb, a_{16}, a_{17}, s_8, s_{10}Polygon(A_5, A_6, S_3, S_4) → polyc, a_{20}, a_{21}, s_{11}, s_{12}Polygon(A_4, A_7, S_3, S_4) → polyd, a_{22}, a_{23}, s_{13}, s_{14}Polygon(A_2, A_6, S_3, S_2) → polye, a_{24}, a_{25}, s_{15}, s_{16}Polygon(A_3, A_7, S_3, S_2) → polyf, a_{26}, a_{27}, s_{17}, s_{18}Polygon(A_0, A_4, S_4, S_1) → polyg, a_{28}, a_{29}, s_{19}, s_{20}Polygon(A_1, A_5, S_4, S_1) → polyh, a_{30}, a_{31}, s_{21}, s_{22}