def process_binaryrule(parent):
List = []
List.append("binary")
List.append(parent.attrib["type"] + " " + parent.attrib["description"])
i = 0
while i < len(parent):
if parent[i].tag == "cat":
List.append(process_cat(parent[i][0]))
break
i += 1
while i < len(parent):
if parent[i].tag == "sem":
supertag = DRSnode()
supertag.init_from_xml(parent[i][0])
add_pointer(supertag, 1000)
List.append(json.dumps(supertag.serialization()))
break
i += 1
print filename, der
print List[0], List[1]
print List[2]
print List[3].encode("UTF-8")
print
def process_drs(parent, out):
assert parent.tag == "drs"
supertag = DRSnode()
supertag.init_from_xml(parent)
add_pointer(supertag, 1000)
out.write(json.dumps(supertag.serialization()) + "\n")
def process_rule(parent):
for child in parent:
if child.tag == "binaryrule":
process_rule(child)
elif child.tag == "unaryrule":
process_rule(child)
elif child.tag == "lex":
d = {}
for cc in child:
if cc.tag == "token":
d["token"] = cc.text
if cc.tag == "tag":
d[cc.attrib["type"]] = cc.text
if cc.tag == "cat":
d["cat"] = process_cat(cc[0])
if cc.tag == "sem":
find = True
supertag = DRSnode()
supertag.init_from_xml(cc[0])
d["sem"] = supertag.serialization()
d["sem"] = general(d["lemma"], d["sem"])
print "\t".join([
d["token"].encode("utf-8"), d["lemma"].encode("utf-8"),
d["pos"], d["cat"],
json.dumps(d["sem"]).encode("utf-8")
])
def process_lex(parent):
print filename, der
print "lex lex"
for child in parent:
if child.tag == "cat":
print process_cat(child[0])
if child.tag == "sem":
find = True
supertag = DRSnode()
supertag.init_from_xml(child[0])
print json.dumps(supertag.serialization())
break
assert find
def process_unaryrule(parent):
List = []
List.append("unary")
List.append(parent.attrib["type"] + " " + parent.attrib["description"])
i = 0
while i < len(parent):
if parent[i].tag == "cat":
List.append(process_cat(parent[i][0]))
break
i += 1
while i < len(parent):
if parent[i].tag == "sem":
supertag = DRSnode()
supertag.init_from_xml(parent[i][0])
List.append(json.dumps(supertag.serialization()))
break
i += 1
i = 0
cnt = 0
while i < len(parent):
if parent[i].tag in ["binaryrule", "unaryrule", "lex"]:
find = False
for child in parent[i]:
if child.tag == "cat":
List.append(process_cat(child[0]))
if child.tag == "sem":
find = True
supertag = DRSnode()
supertag.init_from_xml(child[0])
List.append(json.dumps(supertag.serialization()))
break
assert find
cnt += 1
i += 1
assert cnt == 1
print filename, der
print List[0], List[1]
print List[2]
print List[3].encode("UTF-8")
print List[4]
print List[5].encode("UTF-8")
print
for child in parent:
if child.tag == "binaryrule":
process_binaryrule(child)
elif child.tag == "unaryrule":
process_unaryrule(child)
def process_lex(parent):
d = {}
find = False
for child in parent:
if child.tag == "token":
d["token"] = child.text
if child.tag == "tag":
d[child.attrib["type"]] = child.text
if child.tag == "cat":
d["cat"] = process_cat(child[0])
if child.tag == "sem":
find = True
supertag = DRSnode()
supertag.init_from_xml(child[0])
d["sem"] = supertag.serialization()
d["sem"] = general(d["lemma"], d["sem"])
print "\t".join([
d["token"].encode("utf-8"), d["lemma"].encode("utf-8"), d["pos"],
d["cat"],
json.dumps(d["sem"]).encode("utf-8")
])
assert find
if __name__ == "__main__": L = [] eq = 0 total = 0 print "#"," ".join(sys.argv) for line in open(sys.argv[1]): line = line.strip() if line == "": if L[0] == "illegal": L = [] continue total += 1 target = json.loads(L[3], object_hook=ascii_encode_dict) target_DRSnode = DRSnode() target_DRSnode.unserialization(target) simplify_temporal(target_DRSnode) #normal_variables(target_DRSnode) L[3] = json.dumps(target_DRSnode.serialization()) print "\n".join(L) print L = [] else: if line[0] == "#": continue L.append(line)
travel4(node) if __name__ == "__main__": L = [] cnt = 0 total = 0 print "#", " ".join(sys.argv) for line in open(sys.argv[1]): line = line.strip() if line == "": if L[0] == "illegal": L = [] continue total += 1 target = json.loads(L[3], object_hook=ascii_encode_dict) target_DRSnode = DRSnode() target_DRSnode.unserialization(target) #print "\n".join(L) #print dummy_node = DRSnode() dummy_node.expression.append(target_DRSnode) merge(dummy_node) L[3] = json.dumps(dummy_node.expression[0].serialization()) print "\n".join(L) print #print cnt, total L = [] else: if line[0] == "#": continue
def tc2(node, start): #N->NP. alfa def
v = start + "0"
node_app = DRSnode()
node_app.type = "app"
node_var1 = DRSnode()
node_var1.type = "var"
node_var1.text = "v1"
node_var2 = DRSnode()
node_var2.type = "var"
node_var2.text = v
node_app.expression.append(node_var1)
node_app.expression.append(node_var2)
node_merge = DRSnode()
node_merge.type = "alfa"
node_merge.attrib = {"type": "def"}
node_last, idx = modify_attrib(node, "v1", v)
node.add_variable(v, True)
node_merge.expression.append(node_last.expression[idx])
node_merge.expression.append(node_app)
node_last.expression[idx] = node_merge
normal_variables(node)
return node
node_lam = get_app_lam(node) #vi. @ lam_vj -> lam_vj node_merge = get_merge(node_lam) node_d if __name__ == "__main__": L = [] eq = 0 total = 0 for line in open(sys.argv[1]): line = line.strip() if line == "": #print "\n".join(L) #print total += 1 target = json.loads(L[3], object_hook=ascii_encode_dict) target_DRSnode = DRSnode() target_DRSnode.unserialization(target) normal_variables(target_DRSnode) target = json.dumps(target_DRSnode.serialization()) source = json.loads(L[5], object_hook=ascii_encode_dict) source_DRSnode = DRSnode() source_DRSnode.unserialization(source) source_DRSnode = tc1(source_DRSnode, "x") change = json.dumps(source_DRSnode.serialization()) #l = "" #for i in range(len(target)): # if target[i] == change[i]: # l += target[i] # else:
def ftr(node):
node_lam = DRSnode()
node_lam.type = "lam"
node_var = DRSnode()
node_var.type = "var"
node_var.text = "v0"
node_lam.expression.append(node_var)
node_app = DRSnode()
node_app.type = "app"
node_var = DRSnode()
node_var.type = "var"
node_var.text = "v0"
node_app.expression.append(node_var)
node_app.expression.append(node)
node_lam.expression.append(node_app)
normal_variables(node_lam)
return node_lam
