def __init__(self, underlying, numbering):
Fatgraph.__init__(self, underlying)
self.underlying = underlying
assert len(numbering) == self.num_boundary_cycles
self.numbering = dict(numbering)
if __debug__:
count = [0 for x in xrange(self.num_boundary_cycles)]
for (bcy, n) in self.numbering.iteritems():
assert type(n) is types.IntType, \
"NumberedFatgraph.__init__: 2nd argument has wrong type:" \
" expecting (BoundaryCycle, Int) pair, got `(%s, %s)`." \
" Reversed-order arguments?" \
% (bcy, n)
assert isinstance(bcy, BoundaryCycle), \
"NumberedFatgraph.__init__: 1st argument has wrong type:" \
" expecting (BoundaryCycle, Int) pair, got `(%s, %s)`." \
" Reversed-order arguments?" \
% (bcy, n)
assert bcy in self.boundary_cycles, \
"NumberedFatgraph.__init__():" \
" Cycle `%s` is no boundary cycle of graph `%s` " \
% (bcy, self.underlying)
count[n] += 1
if count[n] > 1:
raise AssertionError("NumberedFatgraph.__init__():" \
" Duplicate key %d" % n)
assert sum(count) != self.num_boundary_cycles - 1, \
"NumberedFatgraph.__init__():" \
" Initializer does not exhaust range `0..%d`: %s" \
% (self.num_boundary_cycles - 1, numbering)
def __init__(self, underlying, numbering):
Fatgraph.__init__(self, underlying)
self.underlying = underlying
assert len(numbering) == self.num_boundary_cycles
self.numbering = dict(numbering)
if __debug__:
count = [ 0 for x in xrange(self.num_boundary_cycles) ]
for (bcy,n) in self.numbering.iteritems():
assert type(n) is types.IntType, \
"NumberedFatgraph.__init__: 2nd argument has wrong type:" \
" expecting (BoundaryCycle, Int) pair, got `(%s, %s)`." \
" Reversed-order arguments?" \
% (bcy, n)
assert isinstance(bcy, BoundaryCycle), \
"NumberedFatgraph.__init__: 1st argument has wrong type:" \
" expecting (BoundaryCycle, Int) pair, got `(%s, %s)`." \
" Reversed-order arguments?" \
% (bcy, n)
assert bcy in self.boundary_cycles, \
"NumberedFatgraph.__init__():" \
" Cycle `%s` is no boundary cycle of graph `%s` " \
% (bcy, self.underlying)
count[n] += 1
if count[n] > 1:
raise AssertionError("NumberedFatgraph.__init__():" \
" Duplicate key %d" % n)
assert sum(count) != self.num_boundary_cycles - 1, \
"NumberedFatgraph.__init__():" \
" Initializer does not exhaust range `0..%d`: %s" \
% (self.num_boundary_cycles - 1, numbering)
