摘要

Julia set, a fractal. Here created using the revesed formula in an itearted function system.

Formula used:

${\displaystyle z_{n+1}={\sqrt {z_{n}-c}}}$

One of the two roots are selected by random and then after a number of pre-iterations (10-20) the position of ${\displaystyle Z}$ is constantly plotted after each iteration. The method is wery much like the "random game" IFS method.

See also:

• w:en:Julia set

Image: User:Solkoll. Public domainPublic domainfalsefalse 此作品已由其作者，Solkoll，釋出至公有領域。此授權條款在全世界均適用。 這可能在某些國家不合法，如果是的話： Solkoll授予任何人有權利使用此作品於任何用途，除受法律約束外，不受任何限制。 More fractals from my tools: Image:Fractal dimension.jpg Image:Harter-Heighways dragon curve (IFS).jpg Image:Koch curve (L-system construction).jpg Image:Koch curve (IFS).jpg Image:Koch snowflake (RGB-CMY).jpg Image:Lévy's C-curve (IFS).jpg Image:Lévy's dragon curve (IFS).jpg Image:Mandelbrot inside (64 iters B&W).gif Image:Mandelbrot inside (64 iters colour).gif Image:Menger sponge (2D).jpg Image:Julia set (C = 0.285, 0.01).jpg Image:Julia set (C = 0.285, 0.01) II.jpg Image:Julia set (Detail 01).jpg Image:Julia set (Detail 02).jpg Image:Julia set (highres 01).jpg Image:Julia set (highres 02).jpg Image:Julia set (Rev formula 01).jpg Image:Julia set (Rev formula 02).jpg Image:Julia set (Rev formula 03).jpg Image:Julia set (Rev formula 04).gif Image:Reversed Julia set C = ( 0.4 0.3 ).gif Image:Sierpinski square.jpg Image:Sierpinski triangle (blue).jpg Image:Sierpinski triangle (RGB).jpg Image:Solkoch.jpg All fractals are from self-written tools - linear IFS images from my: "2D IFS Studio", non-linear (rev Julia) from "3D RJIFS", (that also writes 2D rev Julias), escape time Z² fractals from "Julia dream", the rest are from small "hacks". See also: Solkoll & Solkoll 3D 這個file中的所有圖片名上傳在JPEG格式，即使它包含非照片數據。該信息可以以PNG或SVG格式更有效或更準確地存儲。 如果可能，請上傳此圖像的PNG或SVG版本，不含壓縮失真，源自非JPEG源（或移除現存的失真）。完成後，請使用{{Superseded|NewImage.ext}}標記JPEG版本並刪除此標記。此標籤不應應用於照片或掃描件。如需更多信息，請參閱{{BadJPEG}}。