Apophysis (software)

Apophysis
Stable release	2.09 / September 10, 2009; 15 years ago
Repository	[cvs://:pserver:anonymous@apophysis.cvs.sourceforge.net:/cvsroot/apophysis cvs://:pserver:anonymous@apophysis.cvs.sourceforge.net:/cvsroot/apophysis] ;
Written in	Delphi
Operating system	Microsoft Windows
Type	Fractal / Graphics
License	GNU General Public License
Website	www.apophysis.org,; apophysis.xyrus-worx.org

Apophysis is an open source fractal flame editor and renderer for Microsoft Windows and Macintosh.^[1]

Apophysis has many features for creating and editing fractal flames, including an editor that allows one to directly edit the transforms by manipulating triangles, a mutations window, which applies random edits to the triangles, an adjust window, which allows the adjustment of coloring and location of the image. It also provides a scripting language with direct access to most of the components of the fractal, which allows for effects such as the animations seen in Electric Sheep, which are also fractal flames. Users can export fractal flames to other fractal flame rendering programs, such as FLAM3.

There is a separate version of Apophysis that supports 3D. There are numerous clones, ports, and forks of it.

History

Scott Draves invented Fractal Flames and published an open source implementation written in C in the early 90s. In 2001, Ronald Hordijk translated his code into Delphi and created a non-animated screensaver. And in 2003 or 2004 Mark Townsend took Ronald's code and added a graphical user interface to create Apophysis.^[2] It has since been improved and updated by Peter Sdobnov, Piotr Borys, and Ronald Hordijk.

Since 2009, there is a version of Apophysis called Apophysis 7X. Originally, it was targeting to provide support for modern Microsoft Windows operating systems like Windows Vista and 7. A strong feedback from the Apophysis users encouraged the developer Georg Kiehne to provide updates, which made 7X the most popular and advanced version of Apophysis so far^{[citation needed]}.

Technical details

The user specifies a set of mathematical functions. Each function is a composition of an affine map, and usually some non-linear map. This set of functions is called an iterated function system (IFS). Apophysis then generates the attractor of this set of functions, by means of Monte-Carlo simulation. In fact, Apophysis generates a probability measure, which is then colored according to some rule.

Scripts

Apophysis uses the Scripter Studio scripting library^[3] to allow users to write scripts which run and either create a new flame, edit the existing flames, or do bigger tasks. One such instance is rendering an entire batch of fractals.

Plugins

Apophysis supports a plugin API so that new variations can be independently developed and distributed. There are numerous plugins available from the various user communities.

Sample images

References

^ "Apophysis 7x". Archived from the original on 2011-12-24.
^ "spot blog: Correcting Flame History".
^ Software, TMS. "TMS Software".

External links

[1] "Apophysis 7x". Archived from the original on 2011-12-24.

[2] "spot blog: Correcting Flame History".

[3] Software, TMS. "TMS Software".

[1]

[2]

[3]

v t e Fractals
Characteristics	Fractal dimensions Assouad Box-counting Higuchi Correlation Hausdorff Packing Topological Recursion Self-similarity
Iterated function system	Barnsley fern Cantor set Koch snowflake Menger sponge Sierpiński carpet Sierpiński triangle Apollonian gasket Fibonacci word Space-filling curve Blancmange curve De Rham curve Minkowski Dragon curve Hilbert curve Koch curve Lévy C curve Moore curve Peano curve Sierpiński curve Z-order curve String T-square n-flake Vicsek fractal Gosper curve Pythagoras tree Weierstrass function
Strange attractor	Multifractal system
L-system	Fractal canopy Space-filling curve H tree
Escape-time fractals	Burning Ship fractal Julia set Filled Newton fractal Douady rabbit Lyapunov fractal Mandelbrot set Misiurewicz point Multibrot set Newton fractal Tricorn Mandelbox Mandelbulb
Rendering techniques	Buddhabrot Orbit trap Pickover stalk
Random fractals	Brownian motion Brownian tree Brownian motor Fractal landscape Lévy flight Percolation theory Self-avoiding walk
People	Michael Barnsley Georg Cantor Bill Gosper Felix Hausdorff Desmond Paul Henry Gaston Julia Niels Fabian Helge von Koch Paul Lévy Aleksandr Lyapunov Benoit Mandelbrot Hamid Naderi Yeganeh Lewis Fry Richardson Wacław Sierpiński
Other	Coastline paradox Fractal art List of fractals by Hausdorff dimension The Fractal Geometry of Nature (1982 book) The Beauty of Fractals (1986 book) Chaos: Making a New Science (1987 book) Kaleidoscope Chaos theory

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