10 Resultados encontrados para "Archivo:Harter-Heighways_dragon_curve_(3D_twist).jpg".

Archivo:Harter-Heighways dragon curve (3D twist).jpg

Harter-Heighways dragon curve, a fractal, here it's twisted into three dimensions. The image was created from using a "iterated function system", (IFS)...

Archivo:Harter-Heighways dragon curve (IFS).jpg

Harter-Heighways dragon curve, a fractal. The image was created from using a "iterated function system", (IFS). See also: w:en:Dragon curve w:en:Iterated...

Archivo:Dragon trees.jpg

See also: Solkoll & Solkoll 2D See also: w:en:L-system w:en:Dragon curve English various trees generated using an L-System...

Archivo:Lévy's C curve (3D-goggles).jpg

Lévy's C curve, a fractal. Here it's twisted into three dimensions and also over-scaled, (normally 1 / s q r t ( 2 ) {\displaystyle 1/sqrt(2)} , here...

Archivo:Lévy C curve (3D-twist).jpg

Lévy C curve, a fractal. Here it's twisted into three dimensions and also over-scaled, (normally 1 / s q r t ( 2 ) {\displaystyle 1/sqrt(2)} , here 1...

Archivo:3D Julia variation (Apparence by position).jpg

Reversed Julia set - 3D variation. See also: Solkoll & Solkoll 2D English determination method: SHA-1...

Archivo:3D Julia variation set b 8x (Apparence by position).jpg

Reversed Julia set - 3D variation. See also: Solkoll & Solkoll 2D English determination method: SHA-1...

Archivo:3D Julia variation set a 2x (Apparence by position).jpg

Reversed Julia set - 3D variation. See also: Solkoll & Solkoll 2D English determination method: SHA-1...

Archivo:3D Julia variation set b 2x (Apparence by position).jpg

Reversed Julia set - 3D variation. See also: Solkoll & Solkoll 2D English determination method: SHA-1...

Archivo:3D Julia-set (IFS 001).jpg

are declared as "float" or "double". // x, y, z is the 3D variable "Z". // a, b, c is the 3D constant "C" (the Julia-coordinate). // RND is a random...

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