def extractor(node,firsthit,leaf):
"""
Returns node representation
"""
if leaf: return tibFormat(node.label[1][0]).lower() #.replace('"','')
#if leaf: return tibFormat(node.label[1][1] + "(" + node.label[2] + ")")
else: return tibFormat(node.label[1][0])
def extractor(node, firsthit, leaf):
'''
Returns node representation
'''
global magicCount
if leaf:
# Alignment magic: boy-2 -> int(2), combine this with the magicCount (for lack of a better name)
alignments = [
"%d-%d" % (magicCount, int(align)) for align in node.align
]
#alignments = ["%d-%d"%(magicCount,int(align.split("-")[1])-1) for align in node.align]
magicCount += 1
return (tibFormat("%s" % node.label[1][0]), alignments,
"child")
#return (tibFormat("%s"%node.label[1][1]),alignments,"child")
else:
state = "q"
if node.rule == "DL":
#state = ("".join([y.tags[x] for y in node.children for x in sorted(y.tags.keys())])).lower()
if state == "": state = "delex"
if node.label[1][0] == "root" and node.rule != "DL":
state = "root"
return ("%s" % tibFormat(node.label[1][0]), [], state)
def extractor(node,firsthit,leaf):
'''
Returns node representation
'''
global magicCount
if leaf:
# Alignment magic: boy-2 -> int(2), combine this with the magicCount (for lack of a better name)
alignments = ["%d-%d"%(magicCount,int(align)) for align in node.align]
#alignments = ["%d-%d"%(magicCount,int(align.split("-")[1])-1) for align in node.align]
magicCount += 1
return (tibFormat("%s"%node.label[1][0]),alignments,"child")
#return (tibFormat("%s"%node.label[1][1]),alignments,"child")
else:
state = "q"
if node.rule == "DL":
#state = ("".join([y.tags[x] for y in node.children for x in sorted(y.tags.keys())])).lower()
if state == "": state = "delex"
if node.label[1][0] == "root" and node.rule != "DL":
state = "root"
return ("%s"%tibFormat(node.label[1][0]),[],state)
