Welcome to the most advanced Julia's set visualiser ever known to mankind. Author: Jan Dolezil

PRE LAUNCH: the program needs to have fifo pipes. you can use included script create_pipes.sh or you can create them yourself: -> mkfifo /tmp/pipe.out -> mkfifo /tmp/pipe.in

LAUNCH two programs need to be launched: ./module ./prgsem-main

ARGUMENTS if you want to modify the code with your own arguments, you can launch the prgsem-main with: ./prgsem-main <c_re> <c_im> <d_im> <d_re>

    where <c_re> is real constant of C in julia set (double)
          <c_im> is imaginary part of constant C in julia set (double)
          <im>   is a start of computation (imaginary coordinate) (double)
          <re>   is a start of computation (real coordinate) (double)
          <d_im> is a step per pixel of imaginary part of number (double)
          <d_re> is a step per pixel of real part of number (double)
          <n>    is number of iteration of the julia set (uint8_t)
          <resolution> is a resolution of the render (specify by integer number from selection below):
                '1' 758x576 
                '2' 640x480
                '3' 832x624
         

    NOTE: you need to include all parameters when launching code - otherwise the program will 
          run with default values! If your parameter input is incorrect the program will also run 
          with default.

IN APP CONTROL: press: 'r' - reset cid for remote computation 'g' - get firmware version of the computation module 'c' - compute and visualise julia set locally 's' - send computation data to computation module '1' - wake up compuation module and draw results 'l' - redraw default color 'd' - download current window as PNG (*BONUS) 'q' - escape the program - close all threads - clean exits both module and main 'a' - abort current computation (for 1 - local computation cant be aborted - takes less time than human reaction time). remote computing can be aborted either from main or from module.