Update_Readme

Final read.me file without the bonus image processing that might be create over the week-end/ following week.

README.md

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 # OOP_E4_Project
 # Authors: Louison DUPUIS--BURTIN, Raphaël SAVIO, Sambath UY MONYROTANAK
+This programm is an implementation of the Game of life made by John Horton Conway[1]. 
+The Game of life is a cellular automation where cells are arranged in a grid, those cells can be either considered as dead or alive.
+Those cells are subjected to Rules that dictate their behavior, if an alive cell has less than 2 alive cells as neighbourgs it dies of undercrowed
+population, if it possesses more than 3 alive neighbouring cells it dies of overcrowding.
+This algorythm permits us to modelise diverse behaviors of certain population of wildlife animals.
+In this very programm, we will implement diverse changes to the original Game of Life, introducing new Rules and a new concept: Agents.
 
+HOW TO LAUNCH:
+First run the main class after downloading the right file,
+it will open a new window, in this window you can find diverse buttons and sliders each of their functions are listed below:
+-Start/Pause: Straight forward, it is the button the stop the Thread, stopping the next steps of the game to compute
+-Toggle Click: Permits the user to siwtch the function of the left click Mouse button on a cell to 4 scenarios:
+    ¤position: giving the coordinates of the clicked cell
+    ¤cell: switching the state of the clicked cell(alive to dead, dead to alive)
+    ¤Sheep: placing a Sheep Agent on the grid at the coordinate of the mouse
+    ¤Wolf: placing a Wolf Agent on the grid at the coordinate of the mouse
+Note that you can see the ongoing scenario in the botom right corner of the window next to the annotation "click :"
+-speed slider: changes the delay between each step, the highest delay being to the left of the slider.
+Note that you can see the number of steps the programm went through since it started to the left of this slider indicated by "Step :".
+-Load World: Loads a grid pre-registered in a .csv file with the value of each cell within it.
+-Save World: Save the current state of the grid into a .csv file. 
+-Load Rule: Loads a Rule pre-registered in a .csv file with the value that dictates the behaviour of cells within it.
+-Save Rule: Save the current state of the implemented rule into a .csv file. 
+-Load Agent: Loads agents depending on their coordinates and types from a .csv file.
+-Save Agent: Save agents depending on their coordinates and types in a .csv file.
+-Random Field: Generate a random grid with all the cells having a probability of being alive.
+-random density slider: modify the probabilty of the cells being alive, the lowest probability being to the left.
+-Toggle Border: Changes the type of border between closed and looping borders. Closed border acting like dead cells and looping border giving the value of 
+the future cell that would have been out of bounds to the one opposite to the border it just crossed.
+It is indicated just below with the annotation "border :"
+
+Rules:
+-Conway Rule
+-Blob Rule lighter surviving and birth conditions.
+
+Agents :
+An agent is an entity that move on the grid on an other plan interracting with the cells and other agents.
+-Sheep: a agent moving randomely, feeding on the cells to lessen its hunger value, after its hunger reach 30 it will die, be removed from the Field
+-Wolf: an agent detecting nearby agents and moving towards them, eating it if it is a sheep when upclose and replenishing its satiety(hunger value) to its fullest or making a pack with other wolves if the nearest detected agent is a wolf object.
+
+[1]https://conwaylife.com/wiki/Conway%27s_Game_of_Life