def exclude_coord_test():
'''Testing exclusion of coordinating nodes'''
utt = '''so if you don't tell Trevor or his friend, you could use their
colored pencils here .'''
mor = '''co|so conj:subor|if pro|you aux|do~neg|not v|tell n:prop|Trevor
conj:coo|or pro:poss:det|his n|friend pro|you aux|could v|use
pro:poss:det|their adj|colored n|pencil-PL adv:loc|here .'''
syn = '''1|6|COM 2|6|CPZR 3|6|SUBJ 4|6|AUX 5|4|NEG 6|12|CJCT 7|8|COORD
8|6|OBJ 9|10|DET 10|8|COORD 11|13|SUBJ 12|13|AUX 13|0|ROOT
14|16|DET 15|16|MOD 15|13|OBJ 16|13|JCT 17|13|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(13)
assert parent.word == "use"
assert tokens.depth_from(parent) == 5
assert tokens.paths_from(parent) == \
['use', ['you'],
['could', ['tell', ['so'],
['if'],
['you'],
['do', ["n't"]],
['or', ['Trevor'],
['friend', ['his']]]]],
['pencils'],
['here', ['their'],
['colored']],
['.']]
# LEVELS: 1 2 3 4 5
'''
def depth_from_test():
'''Testing depth_from method'''
utt = '''we make cloth more beautiful than any you could imagine,
said the first .'''
mor = '''pro|we v|make n|cloth adv|more adj|beautiful prep|than
pro:indef|any pro|you aux|could v|imagine v|say&PAST
det|the adj|first .'''
syn = '''1|2|SUBJ 2|11|COMP 3|2|OBJ 4|5|JCT 5|3|MOD 6|5|JCT 7|6|POBJ
8|10|SUBJ 9|10|AUX 10|7|CMOD 11|0|ROOT 12|13|DET 13|11|SUBJ
14|11|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(3)
assert parent.word == "cloth"
assert tokens.paths_from(parent) == \
['cloth', ['beautiful', ['more'],
['than', ['any', ['imagine', ['you'],
['could']]]]]]
# LEVELS: 1 2 3 4 5
assert tokens.max_path_from(parent) == \
['cloth', ['beautiful', ['than', ['any', ['imagine', ['you']]]]]]
assert tokens.depth_from(parent) == 5
utt = '''we make beautiful expensive exotic fine sparkly brocade silk
cloth said the first .'''
mor = '''pro|we v|make adj|beautiful adj|expensive adj|exotic adj|fine
adj|sparkly n|brocade n|silk n|cloth v|say&PAST det|the
adj|first .'''
syn = '''1|2|SUBJ 2|11|COMP 3|10|MOD 4|10|MOD 5|10|MOD 6|10|MOD
7|10|MOD 8|10|MOD 9|10|MOD 10|2|OBJ 11|0|ROOT 12|13|DET
13|11|SUBJ 14|11|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(10)
assert parent.word == "cloth"
assert tokens.paths_from(parent) == \
['cloth', ['beautiful'],
['expensive'],
['exotic'],
['fine'],
['sparkly'],
['brocade'],
['silk']]
assert tokens.max_path_from(parent) == ['cloth', ['beautiful']]
assert tokens.depth_from(parent) == 1
utt = '''an alligator is about to catch a deer that was drinking at the
river's edge .'''
mor = '''det|a n|alligator aux|be&3S aux|about inf|to v|catch det|a n|deer
rel|that aux|be&PAST&13S part|drink-PROG prep|at det|the
n|river-POSS n|edge .'''
syn = '''1|2|DET 2|6|SUBJ 3|6|AUX 4|6|AUX 5|6|INF 6|0|ROOT 7|8|DET 8|6|OBJ
9|11|CPZR 10|11|AUX 11|8|CMOD 12|11|JCT 13|14|DET 14|16|MOD
15|16|MOD 16|12|POBJ 17|6|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(8)
assert parent.word == "deer"
assert tokens.paths_from(parent) == \
['deer', ['a'],
['drinking', ['that'],
['was'],
['at', ['edge', ['river', ['the']],
["'s"]]]]]
# LEVELS: 1 2 3 4 5
assert tokens.max_path_from(parent) == \
['deer', ['drinking', ['at', ['edge', ['river', ['the']]]]]]
assert tokens.depth_from(parent) == 5
utt = '''some mammals can hold their breath for almost two hours before
they have to come up to the surface for air .'''
mor = '''qn|some n|mammal-PL aux|can v|hold pro:poss:det|their n|breath
prep|for adv|almost det:num|two n|hour-PL conj:subor|before
pro|they aux|have inf|to v|come adv:loc|up prep|to det|the
n|surface prep|for n|air .'''
syn = '''1|2|QUANT 2|4|SUBJ 3|4|AUX 4|0|ROOT 5|6|DET 6|4|OBJ 7|4|JCT
8|9|JCT 9|10|QUANT 10|7|POBJ 11|15|CPZR 12|15|SUBJ 13|15|AUX
14|15|INF 15|4|CJCT 16|15|JCT 17|16|JCT 18|19|DET 19|17|POBJ
20|15|JCT 21|20|POBJ 22|4|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(4)
assert parent.word == "hold"
assert tokens.paths_from(parent) == \
['hold', ['mammals', ['some']],
['can'], ['breath', ['their']],
['for', ['hours', ['two', ['almost']]]],
['come', ['before'],
['they'],
['have'],
['to'],
['up', ['to', ['surface', ['the']]]],
['for', ['air']]],
['.']]
# LEVELS: 1 2 3 4 5
assert tokens.max_path_from(parent) == \
['hold', ['come', ['up', ['to', ['surface', ['the']]]]]]
assert tokens.depth_from(parent) == 5
utt = '''let me see how it turned out . '''
mor = '''v|let&ZERO pro|me v|see adv:wh|how pro|it v|turn-PAST ptl|out .'''
syn = '''1|0|ROOT 2|1|OBJ 3|1|XCOMP 4|6|JCT 5|6|SUBJ 6|3|COMP 7|6|PTL
8|1|PUNCT'''
tokens = TokenList(utt, mor, syn)
parent = tokens.num(1)
assert parent.word == "let"
assert tokens.paths_from(parent) == \
['let', ['me'],
['see', ['turned', ['how'],
['it'],
['out']]],
['.']]
# LEVELS: 1 2 3
assert tokens.max_path_from(parent) == \
['let', ['see', ['turned', ['how']]]]
assert tokens.depth_from(parent) == 3
from ldp.grammar import TokenList
utt = 'do you want to read a book ?'
mor = 'aux|do pro|you aux|want inf|to v|read&ZERO det|a n|book ?'
syn = '1|5|AUX 2|5|SUBJ 3|5|AUX 4|5|INF 5|0|ROOT 6|7|DET 7|5|OBJ 8|5|PUNCT'
tokens = TokenList(utt, mor, syn)
print tokens
print tokens.words
print tokens.lemmas
assert tokens.num(1).word == 'do'
for t in tokens:
if t.is_verb:
print t.lemma, t.pos