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Description
More images, from my harddisk (already some weeks old), sorry for being lazy so much :S
download-size: 1680*1050
download-size: 1680*1050
Image size
1680x1050px 739.4 KB
© 2008 - 2024 greenhybrid
Comments18
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When I see this great piece of work, I remember that:
I tried some circle stuff:
Using polar coordinates, directly mapped (without backconverting to the form a+bi) to the x y and z coordinates
the imaginary part goes to infinity rather often, but the real part is nice
sqrt(1-(x*(-1)^y)²
an other formula, resulting in more complex shapes:
(1-x*(-1)^y)^(((-1)^x)/2)
try them out They're nice.
I'm not yet sure how they look, if you map them back to the rectangular form... (r*e^(phi*i)->(a+bi))
I tried some circle stuff:
Using polar coordinates, directly mapped (without backconverting to the form a+bi) to the x y and z coordinates
the imaginary part goes to infinity rather often, but the real part is nice
sqrt(1-(x*(-1)^y)²
an other formula, resulting in more complex shapes:
(1-x*(-1)^y)^(((-1)^x)/2)
try them out They're nice.
I'm not yet sure how they look, if you map them back to the rectangular form... (r*e^(phi*i)->(a+bi))