def main():
global MAXDEPTH
MAXHEIGHT = 6
MAXWIDTH = 6
ifilename = 'cal.txt'
ofilename = 'cal.txt'
cal = eval(open(ifilename).read())
limits,n,ps = Pazzle.readfromfile()
if len(sys.argv) > 1:
MAXDEPTH = int(sys.argv[1])
if len(sys.argv) > 2:
ofilename = sys.argv[2]
nSuccess = 0
for i,p in enumerate(ps):
if cal[i] != '':
print 'already solved',i+1
continue
if p.height <= MAXHEIGHT and p.width <= MAXWIDTH:
oplst = trySolve(p)
if oplst != '':
nSuccess += 1
print i+1,p.height,p.width,oplst
cal[i] = oplst
else:
print 'miss',i+1
pass
ofs = open(ofilename, 'w')
ofs.write(repr(cal))
ofs.close()
import Pazzle
limits,n,ps = Pazzle.readfromfile()
for i,seq in enumerate(eval(open('cal.txt').read())):
if seq == '':
continue
for ch in seq:
ps[i].operate(ch)
if not ps[i].isComplete():
print 'error: Problem No=%d' % (i+1)
import pqueue
import Pazzle
l,n,ps = Pazzle.readfromfile()
q = pqueue.PriorityQueue()
for p in ps:
item = ((p.height, p.width), p)
q.put(item)
for i in range(10):
(h,w),p = q.get()
print i
print p.width, p.height
print p
print
