steps = int(re.search("number of ca steps: (.+)\n", params).group(1))
if args.ps > 0 and args.ps <= steps:
steps = args.ps #plot only until requested frame
else:
steps += 1 #plot all states, including final state
pl = Plotter(d, pt, folder)
pl.setLims(mx, my)
for i in xrange(steps):
if args.c:
try:
filep = open(folder+"state"+str(i).zfill(4)+'.cs')
except EnvironmentError:
pl.next()
continue
with filep:
x = np.array(filep.readline().split("; ")[:-1], dtype=float)
y = np.array(filep.readline().split("; ")[:-1], dtype=float)
s = np.array(filep.readline().split("; ")[:-1], dtype=float)
v = np.array(filep.readline().split("; ")[:-1], dtype=float)
neigh = filep.readline().split("; ")[:-1]
nnlist = []
for n in neigh:
nnlist.append(set(n[1:-1].split(",")[:-1]))
pl.setupFromArrays(x, y, s, v)
else:
try:
filep = open(folder+"step"+str(i).zfill(4)+'.cs')
except EnvironmentError:
