def test_counter10(self):
pc = PatternCounter(depth=4)
pc.count(hedge('(a/M (b/M (c/M (d/M e/C))))'))
self.assertTrue(pc.patterns[hedge('(*/M */C)')] == 4)
self.assertTrue(pc.patterns[hedge('(*/M (*/M */C))')] == 3)
self.assertTrue(pc.patterns[hedge('(*/M (*/M (*/M */C)))')] == 2)
self.assertTrue(pc.patterns[hedge('(*/M (*/M (*/M (*/M */C)))(')] == 1)
def test_counter6(self):
pc = PatternCounter(count_subedges=False, match_subtypes={'*/M'})
pc.count(hedge('((not/Mn is/Pd.sc) mary/Cp.s (very/M nice/Cc.s))'))
self.assertTrue(pc.patterns[hedge('(*/P.sc */C */C)')] == 1)
self.assertTrue(pc.patterns[hedge('((*/Mn */P.sc) */C */C)')] == 1)
self.assertTrue(pc.patterns[hedge('(*/P.sc */C (*/M */C))')] == 1)
self.assertTrue(
pc.patterns[hedge('((*/Mn */P.sc) */C (*/M */C))')] == 1)
self.assertFalse(pc.patterns[hedge('(*/Mn */P.sc)')] == 1)
self.assertFalse(pc.patterns[hedge('(*/M */C)')] == 1)
def test_counter2(self):
pc = PatternCounter(count_subedges=False)
pc.count(hedge('((not/M is/P.sc) mary/C (not/M nice/C))'))
self.assertTrue(pc.patterns[hedge('(*/P.sc */C */C)')] == 1)
self.assertTrue(pc.patterns[hedge('((*/M */P.sc) */C */C)')] == 1)
self.assertTrue(pc.patterns[hedge('(*/P.sc */C (*/M */C))')] == 1)
self.assertTrue(
pc.patterns[hedge('((*/M */P.sc) */C (*/M */C))')] == 1)
self.assertFalse(pc.patterns[hedge('(*/M */P.sc)')] == 1)
self.assertFalse(pc.patterns[hedge('(*/M */C)')] == 1)
def test_counter4(self):
pc = PatternCounter(match_roots={'./P'})
pc.count(hedge('((not/M is/P.sc) mary/C (not/M nice/C))'))
self.assertTrue(pc.patterns[hedge('(*/P.sc */C */C)')] == 0)
self.assertTrue(pc.patterns[hedge('((*/M */P.sc) */C */C)')] == 0)
self.assertTrue(pc.patterns[hedge('((*/M is/P.sc) */C */C)')] == 1)
self.assertTrue(pc.patterns[hedge('(*/P.sc */C (*/M */C))')] == 0)
self.assertTrue(
pc.patterns[hedge('((*/M */P.sc) */C (*/M */C))')] == 0)
self.assertTrue(pc.patterns[hedge('(*/M */P.sc)')] == 0)
self.assertTrue(pc.patterns[hedge('(*/M is/P.sc)')] == 1)
self.assertTrue(pc.patterns[hedge('(*/M */C)')] == 1)