def foo(rule_nr,outdir,a,rule_study_number,pixel_factor=2):
# output dir must exist
path = os.path.join(outdir,"%s"%rule_nr)
if not os.path.exists(path):
os.makedirs(path)
ca = Ca()
for i in xrange(rule_study_number):
# generate random input sequence
line = []
while len(line) < a:
line.append(random.randint(0, 1))
im = ca.getImage(line,rule_nr)
strline = ""
for j in line: strline += str(j)
#im.save(os.path.join(path,"thumb_%s.png" % (strline)), "PNG")
# enlarge
im = im.resize((a*pixel_factor,a*pixel_factor), Image.NEAREST)
im.save(os.path.join(path,"random_%s.png" % strline), "PNG")
def main():
if not os.path.exists("../output/images"): # output path must exist
os.makedirs("../output/images")
if make_anyway or not os.path.isfile("../output/images/rule%s.png" % rule_numbers[len(rule_numbers)-1]): # last file exists -> don't generate
for rn in rule_numbers:
# init first line
line = list(numpy.zeros(a, dtype=numpy.int))
line[a/2] = 1
im = Ca().getImage(line,rn)
im.save("../output/images/t_rule%s.png" % rn, "PNG")
im = im.resize((a*pixel_factor,a*pixel_factor), Image.NEAREST)
im.save("../output/images/rule%s.png" % rn, "PNG")
print "Rule %s" % rn
rulestudy.foo(rn,"../output/rules/",a,rule_study_number)
print "Study complete"
out_html(rule_numbers)
rulestudy.html_out("../output/rules/")
