Skip to main content

lexical_match

pymusas.rankers.lexical_match

[SOURCE]

LexicalMatch​

class LexicalMatch(IntEnum)

Descriptions of the lexical matches and their ordering in tagging priority during ranking. Lower the value and rank the higher the tagging priority.

The value attribute of each instance attribute is of type int. For the best explanation see the example below.

Instance Attributes

  • TOKEN : int
    The lexicon entry matched on the token text.
  • LEMMA : int
    The lexicon entry matched on the lemma of the token.
  • TOKEN_LOWER : int
    The lexicon entry matched on the lower cased token text.
  • LEMMA_LOWER : int
    The lexicon entry matched on the lower cased lemma of the token.

Examples

from pymusas.rankers.lexical_match import LexicalMatch
assert 1 == LexicalMatch.TOKEN
assert 'TOKEN' == LexicalMatch.TOKEN.name
assert 1 == LexicalMatch.TOKEN.value

assert 2 == LexicalMatch.LEMMA
assert 3 == LexicalMatch.TOKEN_LOWER
assert 4 == LexicalMatch.LEMMA_LOWER

assert 2 < LexicalMatch.LEMMA_LOWER

TOKEN​

class LexicalMatch(IntEnum):
 | ...
 | TOKEN = 1

LEMMA​

class LexicalMatch(IntEnum):
 | ...
 | LEMMA = 2

TOKEN_LOWER​

class LexicalMatch(IntEnum):
 | ...
 | TOKEN_LOWER = 3

LEMMA_LOWER​

class LexicalMatch(IntEnum):
 | ...
 | LEMMA_LOWER = 4

__repr__​

class LexicalMatch(IntEnum):
 | ...
 | def __repr__() -> str

Machine readable string. When printed and run eval() over the string you should be able to recreate the object.

__str__​

class LexicalMatch(IntEnum):
 | ...
 | def __str__() -> str

Returns the class_name.name, e.g. LexicalMatch.TOKEN

Overridden as from Python version 3.11 IntEnum.str by default would return the integer as a string.