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What do you think?

I feel like I'm infinetly falling

A tool to explore fractals generated by complex numbers, coded in C++ and shaders in GLSL. Made for fun, hope you enjoy :)

Move the camera by holding & moving your mouse, and scroll to zoom in and out.
You can also take pictures of the fractals by pressing the camera button!

Fractals that use an escape radius for rendering, have a radius ofย 16 when rendering with colorbanding off, and 2 with color banding on.

Controls

  • Increase max iterations: keypad add, L

  • Decrease max iterations: keypad subtract, K

  • Move camera: arrow keys (LEFT SHIFT to go faster), pan & hold mouse

  • Zoom in: scroll up, I, pinch outwards

  • Zoom out: scroll down, O, pinch inwards

  • Increase n/exponent: G

  • Decrease n/exponent: F

  • Floor n/exponent: H

  • Toggle colorbanding: E

  • Screenshot: J

  • Next fractal: T

  • Switch to fractal: 1-9

  • Reset: R

Explore fractals generated by complex numbers!

  • Mandelbrot set (+ multibrot sets)

  • Julia sets

  • Tricorn (+ multicorns)

  • Burning ship

  • Generalized newton fractals

    • 3rd-degree polynomial

    • 4th-degree polynomial

    • 5th-degree polynomial

    • sin(z)

    • NOTE: Black means no root found

  • P(z) + c (with polynomials of the 2nd-, and 3rd-degree)

    • 2nd-degree polynomial

    • 3rd-degree polynomial

The desktop version is recommended, as it has better performance, and less restrictions.

Enjoy!

#other #math #fractals #exploration #tool



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