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- comment {
- These formulae can be used to initiate exploration in the two "hybridised"
- planes as referred to in 3dfract.doc. Type SJ iterate in the "ZC" plane,
- and type 3rdim in the "CZ" plane. Ititially, param p2=0. Altering the real
- value of p2 in type SJ, or the imaginary value of p2 in type 3rdim, will
- step the position of the iterated image along the x or y axes respectively
- of the C-plane Mandelbrot set.
- Paramater p1, normally set to 0, can, by varying the real value, rotate
- the angle of the iteration plane to intermediate planal regions, for some
- quite striking effects. p1=1 will revert to the C-plane, and in the case of
- z^2+c will produce the familiar Mandelbrot set.
- }
-
- SJMAND01 {;Mandelbrot
- z=real(pixel)+flip(imag(pixel)*p1),
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=z*z+c, |z|<=64}
-
- 3RDIM01 {;Mandelbrot
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1):
- z=z*z+c, |z|<=64}
-
- SJMAND02 {;Tetration
- z=real(pixel)+flip(imag(pixel)*p1),
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=c^z, |z|<=32}
-
- 3RDIM02 {;Tetration
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1):
- z=c^z, |z|<=32}
-
- SJMAND03 {;Mandelbrot function
- z=real(pixel)+p1*(flip(imag(pixel))),
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=fn1(z)+c, |z|<=64}
-
- 3RDIM03 {;Mandelbrot function
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1):
- z=fn1(z)+c, |z|<=64}
-
- SJMAND04 {;Tetrated function
- z=real(pixel)+flip(imag(pixel)*p1),
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=fn1(c)^z, |z|<=64}
-
- 3RDIM04 {;Tetrated function
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1):
- z=fn1(c)^z, |z|<=64}
-
- SJMAND05 {;Mandelbrot lambda function
- z=real(pixel)+flip(imag(pixel)*p1),
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=fn1(z)*c, |z|<=64}
-
- 3RDIM05 {;Mandelbrot lambda function
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1):
- z=fn1(z)*c, |z|<=64}
-
- SJMAND06 {z=real(pixel)+flip(imag(pixel)*p1),
- c=p2+p1*real(pixel)+flip(imag(pixel)),
- z=conj(z),c=conj(c):
- z=fn1(z)+c, |z|<=4}
-
- 3RDIM06 {z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+flip(imag(pixel)*p1),
- z=conj(z),c=conj(c):
- z=fn1(z)+c, |z|<=4}
-
- SJMAND07 {;Mandelbrot function
- ;changing real(p1) will now rotate between ZC & CZ planes
- z=(1-p1)*real(pixel)+p1*flip(imag(pixel)),
- c=p1*real(pixel)+(1-p1)*flip(imag(pixel)):
- z=fn1(z)+c, |z|<=4}
-
- SJMAND08 {;Mandelbar
- z=real(pixel)+flip(imag(pixel))*p1,
- c=p2+p1*real(pixel)+flip(imag(pixel)):
- z=conj(z*z)+c, |z|<=4}
-
- 3RDIM08 {;Mandelbar
- z=p1*real(pixel)+flip(imag(pixel)),
- c=p2+real(pixel)+p1*flip(imag(pixel)):
- z=conj(z*z)+c, |z|<=4}
-
-