def test_featureconcept():
from csc.divisi.flavors import FeatureByConceptMatrix
mat = FeatureByConceptMatrix()
mat.add_triple(('dog', 'IsA', 'pet'), 1.5)
eq_(mat[('right', 'IsA', 'pet'), 'dog'], 1.5)
eq_(mat[('left', 'IsA', 'dog'), 'pet'], 1.5)
eq_(len(mat), 2)
def test_featureconcept():
from csc.divisi.flavors import FeatureByConceptMatrix
mat = FeatureByConceptMatrix()
mat.add_triple(('dog', 'IsA', 'pet'), 1.5)
eq_(mat[('right', 'IsA', 'pet'), 'dog'], 1.5)
eq_(mat[('left', 'IsA', 'dog'), 'pet'], 1.5)
eq_(len(mat), 2)
def test_featureconcept_fromtriple():
from csc.divisi.flavors import FeatureByConceptMatrix
mat = FeatureByConceptMatrix.from_triples([('dog', 'IsA', 'pet'),
('dog', 'IsA', 'pet'),
('dog', 'IsA', 'animal')],
accumulate=True,
constant_weight=1.5)
eq_(mat[('right', 'IsA', 'pet'), 'dog'], 3.0)
eq_(mat[('left', 'IsA', 'dog'), 'pet'], 3.0)
eq_(mat[('left', 'IsA', 'dog'), 'animal'], 1.5)
eq_(len(mat), 4)
def test_featureconcept_fromtriple():
from csc.divisi.flavors import FeatureByConceptMatrix
mat = FeatureByConceptMatrix.from_triples(
[('dog', 'IsA', 'pet'),
('dog', 'IsA', 'pet'),
('dog', 'IsA', 'animal')],
accumulate=True,
constant_weight=1.5)
eq_(mat[('right', 'IsA', 'pet'), 'dog'], 3.0)
eq_(mat[('left', 'IsA', 'dog'), 'pet'], 3.0)
eq_(mat[('left', 'IsA', 'dog'), 'animal'], 1.5)
eq_(len(mat), 4)