import numpy.random as random
from Game import Game
import numpy
report = open('output.o', 'w')
data = {}
size = 30
density = 0
g = Game(size, density, 0.5, 0.3, 0.3)
count = 0
for r in g.readers():
for p in g.publishers():
g.reset()
g.Graph.add_edge(r, p)
steps = g.playGame()
count += 1
data[count] = []
data[count].append(steps)
report.write(str(data))
report.close()
return matrix
report = open('output.o', 'w')
data = {'pareto': {}, 'uniform': {}}
alpha = 4
for size in range(20, 70):
data['pareto'][size] = []
data['uniform'][size] = []
for i in range(0, 10):
g = Game(size,0.5, 0.5, 0.3, 0.2)
C = len(g.contents())
R = len(g.readers())
g.reset()
g.setValue(matrix(C, R, 4))
steps = g.playGame()
g.reset()
g.setValue(umatrix(C, R))
usteps = g.playGame()
data['pareto'][size].append(steps)
data['uniform'][size].append(usteps)
report.write(str(data))
report.close()
