def solve(p, q):
c = [0]
def counter(xs):
print xs
c[0] += 1
if (p * q) % 3 != 0:
return
ls = makeTiling(p, q)
dlx.algoDLX(counter, ls)
def solve(xscale=1, ypiece=4, xslide=0, yslide=0):
c = [0]
def counter(xs):
print xs
if len(xs) > 0:
c[0] += 1
if (xslide * yslide == 0):
xpiece = xscale * 7
ls = repeatxmond.place(xpiece, ypiece, xslide, yslide)
print ls
dlx.algoDLX(counter, ls)
return c[0]
def solve(subdiv):
c = [0]
def counter(xs):
print xs
if len(xs)>0:
c[0] += 1
ymax = 6
xmax = 6
picked = [7,8,9,15,16,17,18,19,20,21,22,23,26,27,28,29,30,31,32,33,34,37,38,39,40,41,42,43,44,45,48,49,50,51,52,53,54,55,56,62,63,64]
inside = xmond.getInside(subdiv,xmax,ymax,picked)
ls = xmond.place(subdiv,xmax,ymax,inside)
dlx.algoDLX(counter, ls)
return c[0]
def solve(subdiv):
c = [0]
def counter(xs):
print xs
if len(xs) > 0:
c[0] += 1
ymax = 8
xmax = 8
picked = [1, 2, 3, 4, 5, 16, 17, 18, 19, 20]
inside = xpentamond.getInside(subdiv, xmax, ymax, picked)
ls = xpentamond.place(subdiv, xmax, ymax, inside)
dlx.algoDLX(counter, ls)
return c[0]
def solve(subdiv):
c = [0]
def counter(xs):
print xs
if len(xs) > 0:
c[0] += 1
ymax = 24
xmax = 24
scale = 1
picked = [3, 4, 5, 49, 50, 51, 52, 53, 96, 97, 98, 99, 100, 144, 145, 146]
inside = xtrapezoid.getInside(subdiv, xmax, ymax, picked)
ls = xtrapezoid.place(subdiv, xmax, ymax, inside)
dlx.algoDLX(counter, ls)
return c[0]
def solve(combo):
check = []
chcount = 0
magic = 0
for cv in combo:
chcount += 1
magic += cv * chcount
for ci in xrange(0, cv):
check.append(str(chcount))
checkstr = ",".join(check)
csum = 0
for cv in combo:
csum += cv
raw = []
compiled = []
c = [0]
def counter(xs):
if (True):
ele2 = []
for xa in xs:
for xv in xa:
ele2.append(xv)
if len(ele2) != magic:
return
if (len(list(set(ele2))) != magic):
return
if (len(xs) == csum):
#print xs
msum = 0
for xv in xs:
msum += len(xv)
if msum == magic:
output = []
ele = []
for xv in xs:
output.append(str(len(xv)))
ele.append(str(len(xv)))
ele.sort()
#print output
if ",".join(ele) == checkstr:
#print output
raw.append(",".join(output))
for xv in xs:
output.append(str(len(xv)))
output.append(":")
rxs = list(xs)
rxs.reverse()
for rxv in rxs:
output.append(str(len(rxv)))
for rxv in rxs:
output.append(str(len(rxv)))
j = ",".join(output)
compiled.append(j)
c[0] += 1
ls = makeTiling(magic, combo)
dlx.algoDLX(counter, ls)
same = []
for cv in compiled:
same.append(-1)
rcount = 0
for rv in raw:
ccount = 0
for cv in compiled:
if same[ccount] == -1:
if cv.find(rv) >= 0:
same[ccount] = rcount
ccount += 1
rcount += 1
#print c[0]
uniq = list(set(same))
result = []
for ui in uniq:
result.append(raw[ui])
print len(result)
print result
print ","
return c[0]