read `CountChickens.txt`:

M:=100000:

K:=60:

k:=6:
N:=40:
b:=6:


for i from 1 to 4 do

G:=RandGame(k,N,b):

print(``):
print(`---------------------------------------------`):
print(`Here is a random game with a spinner with`, k, ` outcomes `):
print(G[1]):
print(` plus the Fox`):
print(`A board of size `, N, `that looks like this`):
print(G[2]):

print(`with `, b , `blue squares at locations`):
print(G[3]):

print(`Limiting the number of rounds to`, K):

gu:=Info(G,K):

print(`The prob. of winning is`, gu[1]):
print(`The expected number of chicks `, gu[2][1]):
print(`The expected number of turns `, gu[3][1]):
print(`The expected number of turns if winning is `, gu[4][1]):

mu:=ManyPlays(G,K,M):

print(`If you simulate it`, M, `times, you would get `):

print(`The prob. of winning is`, mu[1], `which deviates from the theoretical value by`, gu[1]-mu[1]):
print(`The expected number of chicks `, mu[2],  `which deviates from the theoretical value by`, gu[2][1]-mu[2]):
print(`The expected number of turns `, mu[3],  `which deviates from the theoretical value by`, gu[3][1]-mu[3]):
print(`The expected number of turns if winning is `, mu[4],  `which deviates from the theoretical value by`, gu[4][1]-mu[4]):

od:



quit: