def eval(n, p, t):
cnt = 0
for i in range(t):
# Generate one random network.
open = percolation.random(n, p)
if (percolation.percolates(open)):
cnt += 1
return float(cnt) / t
def evaluate(n, p, trials):
count = 0
for i in range(trials):
# Generate one random network.
isOpen = percolationio.random(n, p)
if (percolation.percolates(isOpen)):
count += 1
return count
def eval(n, p, t):
cnt = 0
for i in range(t):
# Generate one random network.
open = percolation.random(n, p)
if (percolation.percolates(open)):
cnt += 1
return float(cnt) / t
def evaluate(n, p, trials):
count = 0
for i in range(trials):
# Generate one random network.
isOpen = percolationio.random(n, p)
if (percolation.percolates(isOpen)):
count += 1
return 1.0 * count / trials
def main():
A=perc.make_sites(0.6,25)
perc.write_grid('sites.txt',A)
B=perc.read_grid('sites.txt')
C=perc.flow(B)
if perc.percolates(C):
print('percolates')
else:
print('does not percolate')
def main():
site_matrix=perc.make_sites(25,0.45)
perc.write_grid('sites.txt',site_matrix)
sites_read=perc.read_grid('sites.txt')
sites_flow=perc.vertical_flow(sites_read)
if perc.percolates(sites_flow):
print('percolates')
else:
print('does not percolate')
def main():
A=perc.make_sites(25,0.45)
perc.write_grid('sites.txt',A)
infile=open('sites.txt','r')
B=perc.read_grid(infile)
C=perc.flow(B)
if perc.percolates(C):
print('percolates')
else:
print('does not percolate')
def main():
"""Test Percolation Vertical."""
A = perc.make_sites(25, 0.45)
perc.write_grid('sites.txt', A)
infile = open('sites.txt', 'r')
B = perc.read_grid(infile)
C = perc.flow(B)
if perc.percolates(C):
print('percolates')
else:
print('does not percolate')
def main():
A = perc.make_sites(25, 0.65)
perc.write_grid('test.txt', A)
infile = open('test.txt', 'r')
B = perc.read_grid(infile)
C = perc.flow(B)
if perc.percolates(C):
print('percolates')
else:
print('does not percolate')
perc.plot(B, C)
def main():
"""Test Percolation Vertical."""
A = perc.make_sites(25, 0.45)
perc.write_grid('sites.txt', A)
infile = open('sites.txt', 'r')
B = perc.read_grid(infile)
infile.close()
C = perc.flow(B)
if perc.percolates(C):
print('percolates')
else:
print('does not percolate')
