Step 1: Create Branches

Scripting

f = Segment((0, 0), (0, 2)) A = Point(f, 0) B = Point(f, 1) C = Dilate(Rotate(A, π + π / 4, B), 0.75, B) D = Dilate(Rotate(A, π - π / 4, B), 0.75, B) ListOutPut = {Segment(B, C), Segment(B, D)}

Demo

Nuevos recursos

z`]]
Fractal Tétraèdre. Dilatation -1/2 centre triangles
Focus and Directrix
Area of a Trapezoid
Parallelogram Anatomy

Descubrir recursos

What's Happening - Area and Perimeter
String Art : Dynamic V12APre
Divide a triangle into triangles of equal perimeter
pair 1
Ratio proportion

Descubre temas

Funciones partidas
Homotecia
Función potencial
Números Reales
Cubo