Hexagonal Pyramid Construction Example
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This example demonstrates the construction of a hexagonal pyramid. It involves symmetry and piecewise functions in solid geometry. Using GeoGebra commands such as Random and If, the parameters of the hexagonal pyramid can be dynamically adjusted to observe its changes. Suitable for high school students and teachers.
GeoGebra Commands & Parameters
Random(3, 10) → a1Random(1, 2) → rIf(r ≟ 1, a0, a2) → aIf(r ≟ 1, b0, b2) → bIf(r ≟ 1, c0, c2) → cRandom(1, 4) → eIf(g > 999, floor(g / 1000) + "," + (Mod[g, 1000]), "" + g) → text38If(g1 > 999, floor(g1 / 1000) + "," + (Mod[g1, 1000]), "" + g1) → text39If(g2 > 999, floor(g2 / 1000) + "," + (Mod[g2, 1000]), "" + g2) → text40If(g3 > 999, floor(g3 / 1000) + "," + (Mod[g3, 1000]), "" + g3) → text41If(l1 > 999, floor(l1 / 1000) + "," + (Mod[l1, 1000]), "" + l1) → text61If(l2 > 999, floor(l2 / 1000) + "," + (Mod[l2, 1000]), "" + l2) → text62If(l3 > 999, floor(l3 / 1000) + "," + (Mod[l3, 1000]), "" + l3) → text63If(l4 > 999, floor(l4 / 1000) + "," + (Mod[l4, 1000]), "" + l4) → text64If(i ≟ 1, "คุณเลือกข้อ ก.", If[i ≟ 2, "คุณเลือกข้อ ข.", If[i ≟ 3, "คุณเลือกข้อ ค.", "คุณเลือกข้อ ง."]]) → text81If(i ≟ e, "ถูกค่ะ", "ผิดค่ะ ข้อตัวอักษรสีน้ำเงินนะคะ") → text82
AI Drawing Prompt Reference
Draw a hexagonal pyramid by first randomly setting the base edge length between 3 and 10, and the height between 1 and 2. Based on the random number, determine the distance from the base center to the apex, then draw the base and apex. Next, randomly set the base rotation angle and adjust the apex position accordingly. Finally, connect the apex to each vertex of the base to form the hexagonal pyramid.
The prompt above was compiled from the original drawing commands and is for reference only.