def dotest(S):
firsthash = S.hash(), hash((tuple(S.nneighbors)))
#print firsthash[0], firsthash[1]
s = pickle.dumps(S, -1)
print "save size:", len(s)
S2 = pickle.loads(s)
#print S2.hash(), hash((tuple(S2.nneighbors)))
S2.consistencyCheck()
S2.eddConsistencyCheck()
assert firsthash == (S2.hash(), hash((tuple(S2.nneighbors))))
if S._eddEnabled: S.eddEnable() # must reset our move-lists to the same
saiga12.randomSeed(9999)
S.cycle(10)
if S._eddEnabled: S.eddEnable() # must reset our move-lists to the same
saiga12.randomSeed(9999)
S2.cycle(10)
#printstuff(S, S2)
assert S.hash() == S2.hash()
S1.makegrid(3, 3)
S1.addParticleRandom(n=1, type_=3)
print S1.lattsite, S1.persist
S1.cycle()
print S1.lattsite, S1.persist
S1._allocPersistArray()
print S1.lattsite, S1.persist
S1.cycle()
print S1.lattsite, S1.persist
print
import saiga12 ; saiga12.randomSeed(174)
S1 = Grid2d()
S1.setCycleMode('kobandersen')
S1.makegrid(3, 3)
S1.addParticleRandom(n=1, type_=3)
S1.eddEnable()
print S1.lattsite, S1.persist
S1.cycle()
print S1.lattsite, S1.persist
S1._allocPersistArray()
print S1.lattsite, S1.persist
S1.cycle()
print S1.lattsite, S1.persist