Jungle Fractals

Tiera-zon is a freeware fractal generator which runs under Win95/NT.  A graphics monitor of a least 256 colors is required, high color or true color is prefered since it generates fractals in true-color.

The Tiera-zon program is about twice as fast as the Iterations/ Flarium programs.  The main program is written in Visual C++ and the formulae and filters are written and included in a DLL file that is compiled with the freeware DJGPP compiler using a Windows port software package called RSX.

Tiera-zon currently has the following capababilities:

• About 100 formulae, mostly consisting of Newton MSet formula, Newton variations, and trig functions.
• Several enhancement filters such as stalks, bubbles, and atan methods.
• Saves images in 24-bit bmp format.
• Image processing such as blur, emboss, contour, and sharpen
• Anti-aliasing by blurring the image (low pass filtering), then reducing the image to half size.
• Fractal dimension and standard deviation coloring method.
• A unique formulae editor and parser which supports the following complex math functions:
  *, /, +, -, ^, sin, sinh, asin, cos, acos, and tan, atan, and log.
  The formula editor/ parser can be used to write your own unique formulae.
• Capability for creating AVI file video clips of zooming and/ or panning into fractals.
• Capability for creating AVI file video clips of Julia set animations. (New in version 1.5).
  

Credits:
 

• Jan Hubicka for telling me about the DJGPP compiler
  
• Paul Carlson for the Newton Mset formula explanations, the Ushiki Phoenix formulae, the atan, bubbles, the stalks method, etc, etc......
  
• Björn Isho for creating the Kaos Rhei program.
  
• Paul Derbyshire for discovering the Nova formula.
  
• Gerry Myers for writing the unique formula editor/ parser. myersge@hiwaay.net
  
• Holger Jaenisch and James Handley for help with the initial release of "Iterations.exe".
  
• Sharon Webb for providing lots of testing and feedback during the development of Flarium24.
  
• Ramon Vives Valls for contributing the magnet1 and magnet2 formulae.
  
• Jette Randlov for the (x/y) orbit trap method.
  
• Earl Hinrich for the (1-z/radius) orbit counting method.
  
• Thanks to Seth Bollinger, filter # 50 has been corrected.