def mk_field(self, cname, subclass=None):
"""
For a given lexical class, return the name of its feature in the
CSV file
"""
subclass_elems = [subclass] if subclass else []
name = "_".join([self.key_prefix(), cname] + subclass_elems)
helptxt = "boolean (subclass of %s)" % cname if subclass else "boolean"
return Key.discrete(name, helptxt)
def mk_field(self, cname, subclass=None):
"""
For a given lexical class, return the name of its feature in the
CSV file
"""
subclass_elems = [subclass] if subclass else []
name = "_".join([self.key_prefix(), cname] + subclass_elems)
helptxt = "boolean (subclass of %s)" % cname if subclass else "boolean"
return Key.discrete(name, helptxt)
def mk_field(self, entry):
"From verb class to feature key"
name = '_'.join([self.key_prefix(), entry])
return Key.discrete(name, "Inquirer " + entry)
def mk_field(self, ventry):
"From verb class to feature key"
name = '_'.join([self.key_prefix(), ventry.classname])
return Key.discrete(name, "VerbNet " + ventry.classname)
def mk_field(self, rel):
"From relation name to feature key"
name = '_'.join([self.key_prefix(), rel])
return Key.discrete(name, "pdtb " + rel)
def mk_field(self, entry):
"From verb class to feature key"
name = '_'.join([self.key_prefix(), entry])
return Key.discrete(name, "Inquirer " + entry)
def mk_field(self, ventry):
"From verb class to feature key"
name = '_'.join([self.key_prefix(), ventry.classname])
return Key.discrete(name, "VerbNet " + ventry.classname)
def mk_field(self, rel):
"From relation name to feature key"
name = '_'.join([self.key_prefix(), rel])
return Key.discrete(name, "pdtb " + rel)
