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Computerworld 1996 March
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Computerworld_1996-03_cd.bin
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grafika
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bail_out.frm
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1994-12-25
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{BAIL_OUT.FRM see bail_out.bat and bail_out.par
These formulas explore various heterodox ways of satisfying the
bail_out condition for the classical Mandelbrot set. You won't get the
"mathematically correct" Mandelbrot, but the results are visually in-
teresting!
File Bail_out.par has some beautiful and strange examples of pictures
based on these formulas.
By J. Marques; E-Mail: jmarques@ccvax.unicamp.br
}
bail_out01 (xAxis) {
z = c = pixel:
z = z^2 + c
|fn1(z)| <= p1
}
bail_out02 (xAxis) {
z = c = pixel:
z = z^2 + c
|fn1(real(z))| <= p1
}
bail_out03 (xAxis) {;xAxis won't do for fn=exp. Use bail_out03exp instead
z = c = pixel:
z = z^2 + c
|fn1(imag(z))| <= p1
}
bail_out03exp {
z = c = pixel:
z = z
|fn1(imag(z)*i)| <= p1
}
bail_out04 (xAxis) {
z = c = pixel:
z = z^2 + c
real(fn1(z)) <= p1
}
bail_out05 {
z = c = pixel:
z = z^2 + c
{The next two formulas don't seem to work the way they should.
; May be there's some bug in the code for the logical "and" and "or"}
bail_out07 {
z = c = pixel:
z = z^2 + c
|fn1(imag(z))| <= p1 && |fn1(real(z))| <= p1
}
bail_out08 {
z = c = pixel:
z = z^2 + c;
|fn1(real(z))| <= p1 || |fn1(imag(z))| <= p1
}
z = z^2 + c;
imag(z) <= abs(z) + p1
}