def init_basis_and_commutators():
global evens, odds, basis, commutators, odd_count, even_count
evens = tuple([Vector('e%d' % (i + 1)) for i in range(EVEN_COUNT)])
odds = tuple([Vector('f%d' % (i + 1)) for i in range(ODD_COUNT)])
basis = evens + odds
commutators = tuple(Commutator.get_commutators(basis))
for c in commutators:
multiplier_count = len(odds) if c.is_odd() else len(evens)
if c.is_zero():
values = []
elif c.is_odd():
multipliers = [
"m_%d" % (odd_count + i + 1) for i in range(multiplier_count)
]
odd_count += multiplier_count
values = [
Vector('f%d' % i, [m]) for i, m in enumerate(multipliers, 1)
]
else:
multipliers = [
"l_%d" % (even_count + i + 1) for i in range(multiplier_count)
]
even_count += multiplier_count
values = [
Vector('e%d' % i, [m]) for i, m in enumerate(multipliers, 1)
]
c.set_values_list(values)
commutator_map[c] = values
def init_basis_and_commutators():
global evens, odds, basis, commutators, odd_count, even_count
evens = tuple([Vector('e%d' % (i + 1)) for i in range(EVEN_COUNT)])
odds = tuple([Vector('f%d' % (i + 1)) for i in range(ODD_COUNT)])
basis = evens + odds
commutators = tuple(Commutator.get_commutators(basis))
for c in commutators:
multiplier_count = len(odds) if c.is_odd() else len(evens)
if c.is_zero():
values = []
elif c.is_odd():
multipliers = ["m_%d" % (odd_count + i+1) for i in range(multiplier_count)]
odd_count += multiplier_count
values = [Vector('f%d' % i, [m]) for i, m in enumerate(multipliers, 1)]
else:
multipliers = ["l_%d" % (even_count + i+1) for i in range(multiplier_count)]
even_count += multiplier_count
values = [Vector('e%d' % i, [m]) for i, m in enumerate(multipliers, 1)]
c.set_values_list(values)
commutator_map[c] = values
