Julia3D: Julia3D will create a 3-dimensional slice of a 4-dimensional Quaternionic Julia set or Mandelbrot Set As long as Python-Visual is installed on your computer, simply clicking the program and running it will activate the program All these values can be changed by hand to alter the output: cw - moves the image through the 4th dimension, so you can view different 3D slices of the same 4D shape cr,ci,cj,ck - these values determine the initial quaternionic constant c that is used in the formula for Julia Set iteration zoom - changing this determines how large of a volume the algorithm explores. Default is -2 to 2 for each dimension a,b,c - use to offset from the origin so that you can observe different areas of a shape if you are zoomed in maxIter - the maximum number of iterations the algorithm will run before it stops. If a point reaches this number of iterations in the algorithm, it is "in" this Julia set (for this degree of accuracy) mandel - make this 0 to create a Julia Set, make it 1 to create a Mandelbrot set pointMin - minimim number of iterations a point must pass through the algorithm in order to be plotted JuliaSlice: Same as Julia3D, but with a twist. After the 3 nested for statements, there is an if statement, that in Julia3D simply says if 1:. In JuliaSlice, however, the if statement should include the equation to a plane in xzy space (ijk in the program). This will cause only this 2D plane of space to be plotted, effectively printing a 2-dimensional slice of a 4-dimensional quaternion object.