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- Random supersampling (prettier but quite slow)
- WIP: bette color gradient
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- All the pixels are stored in an array, put in a surface then a texture
so we don't draw each pixel one by one.
- The computation of this array is done in parallel (one thread by line)
- Use sscanf instead of atoi hack to parse options
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A Config struct and more getopt options for window size, real/imag
range, center position.
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Stop using the complex standard lib, replaced it with a variables
for the real part and imaginary part of z.
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Zooming and moving is proportionnal to the range we are viewing,
feels more natural than incrementing by a constant value.
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Added color palette instead of brighness level to display the set
boundaries.
Vim-like shortcut to move around.
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The test to check if something is in the set return -1 else returns the
number of steps, then map the step to a brightness of the pixel.
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Loop throught each pixel and color it black if its in the set,
white otherwise.
This is eavily inspired by the coding train video on the subject.
(https://www.youtube.com/watch?v=6z7GQewK-Ks)
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Compute if a number is in Mandelbrot set.
Print it to the terminal.
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