def output(self):
headings = ("(%s ,) %s -> %s",
"(, %s) %s -> %s",
"%s (%s ,) -> %s",
"%s (, %s) -> %s")
for index, heading in enumerate(headings):
env_hash = getattr(self, 'e%d' % index)
print heading % ('X', 'Y', 'Z')
print "-" * len(heading)
examples_hash = getattr(self, 'e%d_examples' % index)
for (l, r, p), f in sorted_by_value_desc(env_hash):
triple = heading % (l, r, p)
print "% 10d [%28s] %-60s %s" % (f, analyse(C(l), C(r), C(p)), triple, ' '.join(examples_hash[(l, r, p)]))
if (index == 0 and (l, r, p) in self.e3 and self.e3[(l, r, p)] <= f):
alt_triple = headings[3] % (l, r, p)
alt_freq = self.e3[(l, r, p)]
print "* % 8d%32s%-60s %s" % (alt_freq, " "*32, alt_triple,
' '.join(self.e3_examples[(l, r, p)]))
elif (index == 3 and (l, r, p) in self.e0 and self.e0[(l, r, p)] <= f):
alt_triple = headings[0] % (l, r, p)
alt_freq = self.e0[(l, r, p)]
print "* % 8d%32s%-60s %s" % (alt_freq, " "*32, alt_triple,
' '.join(self.e0_examples[(l, r, p)]))
def __init__(self, focus, sib, parent):
Filter.__init__(self)
self.focus = C(focus)
self.sib = C(sib)
self.parent = C(parent)
self.sib_as_left = set()
self.sib_as_right = set()
def accept_leaf(self, leaf):
if leaf.cat == C(','):
was_left_child = leaf.parent.lch is leaf
if was_left_child:
environment = map(lambda e: str(e.cat), [ leaf, leaf.parent.rch, leaf.parent ])
else:
environment = map(lambda e: str(e.cat), [ leaf.parent.lch, leaf, leaf.parent ])
self.envs[ tuple(environment) ] += 1
def accept_leaf(self, leaf):
if leaf.cat == C(','):
if leaf.parent is None or leaf.parent.parent is None: return
was_left_child = leaf.parent.lch is leaf
if was_left_child:
environment = [self.LEFT] + map(lambda e: str(e.cat), [ self.rightmost(leaf.parent.parent.lch), leaf.parent, leaf.parent.parent ])
else:
if leaf.parent.parent.rch is None: return
environment = [self.RIGHT] + map(lambda e: str(e.cat), [ leaf.parent, self.leftmost(leaf.parent.parent.rch), leaf.parent.parent ])
self.envs[ tuple(environment) ] += 1
def output(self):
as_left = {}
as_right = {}
for (l, r, p), f in self.envs.iteritems():
if l == ',':
as_left[(l, r, p)] = f
else:
as_right[(l, r, p)] = f
print ", _ -> _"
print "--------"
for (l, r, p), f in sorted_by_value_desc(as_left):
print "% 10d [%28s] %s %20s -> %s" % (f, analyse(C(l), C(r), C(p)), l, r, p)
print "_ , -> _"
print "--------"
for (l, r, p), f in sorted_by_value_desc(as_right):
print "% 10d [%28s] %20s %s -> %s" % (f, analyse(C(l), C(r), C(p)), l, r, p)
def output(self):
as_left = {}
as_right = {}
for (side, l, r, p), f in self.envs.iteritems():
if side == AnalyseAbsorption.LEFT:
as_left[ (l, r, p) ] = f
elif side == AnalyseAbsorption.RIGHT:
as_right[ (l, r, p) ] = f
print "(X ,) Y -> Z"
print "--------"
for (l, r, p), f in sorted_by_value_desc(as_left):
print "% 10d [%28s] (%s ,) %s -> %s" % (f, analyse(C(l), C(r), C(p)), l, r, p)
print "X (, Y) -> Z"
print "--------"
for (l, r, p), f in sorted_by_value_desc(as_right):
print "% 10d [%28s] %s (, %s) -> %s" % (f, analyse(C(l), C(r), C(p)), l, r, p)