import random
import tkinter
random.seed()

def plot(xvals, yvals):
    # This is a function for creating a simple scatter plot.  You will use it,
    # but you can ignore the internal workings.
    root = tkinter.Tk()
    c = tkinter.Canvas(root, width=700, height=400, bg='white') #was 350 x 280
    c.grid()
    #create x-axis
    c.create_line(50,350,650,350, width=3)
    for i in range(5):
        x = 50 + (i * 150)
        c.create_text(x,355,anchor='n', text='%s'% (.5*(i+2) ) )
    #y-axis
    c.create_line(50,350,50,50, width=3)
    for i in range(5):
        y = 350 - (i * 75)
        c.create_text(45,y, anchor='e', text='%s'% (.25*i))
    #plot the points
    for i in range(len(xvals)):
        x, y = xvals[i], yvals[i]
        xpixel = int(50 + 300*(x-1))
        ypixel = int(350 - 300*y)
        c.create_oval(xpixel-3,ypixel-3,xpixel+3,ypixel+3, width=1, fill='red')
    root.mainloop()

#Constants: setting these values controls the parameters of your experiment.
injurycost = 1 #Cost of losing a fight   20
displaycost = 1 #Cost of displaying between two passive birds   .5
foodbenefit = 1 #Value of the food being fought over    18
init_hawk = 0
init_dove = 0
init_defensive = 0
init_evolving = 0

########
# Your code here
########



########
# The code below actually runs the simulation.  You shouldn't have to do anything to it.
########
w = World()
for i in range(init_dove):
    Dove(w)
for i in range(init_hawk):
    Hawk(w)
for i in range(init_defensive):
    Defensive(w)
for i in range(init_evolving):
    Evolving(w)

for t in range(10000):
    w.free_food(10)  #change to 10
    w.conflict(50)  #change to 50
    w.update()
w.status()
#w.evolvingPlot()  #This line adds a plot of evolving birds. Uncomment it when needed.