__ __ __ __
/\ \ /\ \__/\ \__ __/\ \__
\ `\`\\/'/\_\ \ ,_\ ___ ____/\_\ \ ,_\ __
`\ `\ /'\/\ \ \ \/ /',__ /',__\/\ \ \ \/ /'__`\
`\ \ \ \ \ \ \ \_/\__, ` /\__, `\ \ \ \ \_/\ __/
\ \_\ \ \_\ \__\/\____/ \/\____/\ \_\ \__\ \____\
\/_/ \/_/\/__/\/___/ \/___/ \/_/\/__/\/____/
The lines follow a path made with perlin noise. This is the first one to use a transformation that does not come from the perlin noise. Here I took a vector that points to the center of the page, normalized it, and the rotated it a bit less than π/2 radians, causing an inward spiral.
