def run(fs):
for f in fs:
figure()
s = Samplex()
f(s)
s.start()
print s.data
xs = []
ys = []
cs = []
#for v, [sol,c] in s.next(10):
for sol in s.next(1000):
pass
#print v
# if not xs:
# cs.append('g')
# else:
# cs.append('b')
#xs.append(v[1])
#ys.append(v[2])
xs.append(sol[1])
ys.append(sol[2])
#cs.append(c)
scatter(xs, ys)
show()
def run(fs):
for f in fs:
figure()
s = Samplex()
f(s)
s.start()
print s.data
xs = []
ys = []
cs = []
for v, [sol, c] in s.next(10000):
pass
#print v
if not xs:
cs.append('g')
else:
cs.append('b')
xs.append(v[1])
ys.append(v[2])
xs.append(sol[1])
ys.append(sol[2])
cs.append(c)
scatter(xs, ys, c=cs)
show()
def run(fs):
for f in fs:
figure()
s = Samplex()
f(s)
s.start()
print s.data
xs = []
ys = []
cs = []
#for v, [sol,c] in s.next(10):
for sol in s.next(1000):
pass
#print v
# if not xs:
# cs.append('g')
# else:
# cs.append('b')
#xs.append(v[1])
#ys.append(v[2])
xs.append(sol[1])
ys.append(sol[2])
#cs.append(c)
scatter(xs, ys)
show()
def run(fs):
for f in fs:
figure()
s = Samplex()
f(s)
s.start()
print s.data
xs = []
ys = []
cs = []
for v, [sol,c] in s.next(10000):
pass
#print v
if not xs:
cs.append('g')
else:
cs.append('b')
xs.append(v[1])
ys.append(v[2])
xs.append(sol[1])
ys.append(sol[2])
cs.append(c)
scatter(xs, ys, c=cs)
show()