def play():
global good
global bad
global trios
twoPlays = receiveGens(True, [])
assert len(twoPlays) == 2, "Starting with more than two plays; could cause errors"
P1gens = NumericalSemigroup(receiveGens(True, [])).minGens
thirdly = ExhaustiveGame(NumericalSemigroup(P1gens)).thirds
for n in thirdly:
print(n, end=" ")
k = checkit(P1gens + [n])
if k == 1:
print("WE HAVE FOUND THE GOOD ONE!!!", P1gens + [n])
# print( "Good (after P1) sets", good)
# print( "Bad (after P1) sets", bad)
# print( good )
print("Good trios we've found:")
for n in good:
if (len(n) == 3) and (n not in trios):
trios.append(n)
trios = sortIt(trios)
# good = sortIt( good )
# bad = sortIt( bad )
for n in trios:
print(n, end="\t")
save(good, "good")
save(bad, "bad")
save(trios, "trios")
savetext(trios, "trios")
from ReceiveGensFunctions import receiveGens
from AssociatedSylverDigraphClass import AssociatedSylverDigraph
gens = receiveGens(0, [])
assert len( gens ) > 1
graph = AssociatedSylverDigraph( gens )
print( graph.getAssociatedSylverDigraph() )
