todo

UNDONE:


INITIALIZED:
- small library that includes in a dictionary all the immune system colours associated to the functions, according to the notes.txt file present in the directory #IT'S CALLED Function_colours.py and it will be used for all cell characteristics #technically the entire structure is done, some cell data looks unclear tho.
- algorythms for group representation of the cells, for example an algoryth to flood the scene with antibodies #ALREADY STARTED IT MY MAKING A FUNCTION THAT FLOODS THE WORLD WITH ANTOBODIES
- [optional] maybe add a feature that allows me to print text on the screen #DOING IT IN MakeText.py


DONE:
- use turtle graphics
- complete the "Immune system 1 notes.txt" file #DONE
- small library that shortens the turtle graphics functions, so that it will be easier and faster to code, called "ft" wich stands for "fast turtle" #I WON'T USE IT
- find a way to draw circular sector
- bug fix needed in function TurtleCells.drawCell line 72 -:- 74. The function needs to close if the selected cell doesn't have any colors to be represented and be available again later but without blocking the console window #LOL IT DIDN'T REALLY NEED TO BE FIXED, NO PROBLEM
- a folder with a sample photo for every schematic representation for each cell #we don't necessarily need one
- Add the possibility to draw cells on command through the console window #DONE
- small library that includes one function for each cell to draw, example: I call DrawHelperTCell(PositionX, PositionY) and the turtle will draw the cell for me, it will be called "TurtleCells" #Did a general function that can be called to draw whatever tyoe of cell is desired, I want to create other function to draw some other groups like antibodies or to draw bacteria somehow


- the final result needs to render an entire image as the one shown here as "complete scheme.png" #NOT NECESSARILY, FUNCTIONS THAT CONTROL THE SCHEME ARE VERY DOPE AND I'D CONSIDER THIS PROGRAM COMPLETE!