def buildFeatureStatement(tree):
print("Stubbed out version of buildFeatureStatement")
# As with core.buildExistentials, we want to get out the ROOT and the primary NOUN. But here, the noun will
# the subject. You call languageTools.extractRoot on the parse tree
##### Your code to extractRoot here
root = languageTools.extractRoot(tree)
# To get the subject of a verb, we use languageTools.extractSubject on the ROOT
##### Your code to extractSubject here
subject = languageTools.extractSubject(root)
# Once we have the primary noun, we then want to resolve it, that is, figure out what it refers
# to using core.resolveObjectFOPC. Resolve object will give us a list of names that are referred to by the
# words in the text. They will always be names of existings objects. You need the names for the
# other functions
##### Your code to resolveObjectFOPC here -- this will build some FOPC and Assert it
objects = core.resolveObjectFOPC(subject)
# Then we need to figure out what is going to modify it. To do this, we go back to our verb and for
# any modifiers associted with it. These will either be prepositional phrases or adjectives.
# To get the prepositional phrases, we can use core.findAndAttachPrepObjectsFOPC that takes the ROOT and
# the names and will build any FOPC associated with prepositional objects it finds and assert it.
##### Your code to resolveObjectFOPC here -- this takes the root, the primary (suibject) and your names
core.findAndAttachPrepObjectsFOPC(root, subject, objects)
# Next we pull out any features associated with the object and attach them to the object. We can use
# core.findAndAssertFeaturesFOPC to do this. Like core.findAndAttachPrepObjectsFOPC, it takes the ROOT and
# a list of names and builds the FOPC associated with any adjectives it finds
##### Your code to findAndAssertFeaturesFOPC here -- this takes the root and your names
core.findAndAssertFeaturesFOPC(root, objects)
##### Your code to findAndAssertDefinitionsFOPC -- this takes the root and your names
core.findAndAssertDefinitionsFOPC(root, objects)
def buildFeatureStatement(tree):
print("Stubbed out version of buildFeatureStatement")
root = languageTools.extractRoot(tree)
subject = languageTools.extractSubject(root)
namelist = core.resolveObjectFOPC(subject)
core.findAndAttachPrepObjectsFOPC(root, subject, namelist)
core.findAndAssertFeaturesFOPC(root, namelist)
core.findAndAssertDefinitionsFOPC(root, namelist)
def buildFeatureStatement(tree):
print("Stubbed out version of buildFeatureStatement")
# As with core.buildExistentials, we want to get out the ROOT and the primary NOUN. But here, the noun will
# the subject. You call languageTools.extractRoot on the parse tree
##### Your code to extractRoot here
r = languageTools.extractRoot(tree)
# To get the subject of a verb, we use languageTools.extractSubject on the ROOT
##### Your code to extractSubject here
s = languageTools.extractSubject(r)
# Once we have the primary noun, we then want to resolve it, that is, figure out what it refers
# to using core.resolveObjectFOPC. Resolve object will give us a list of names that are referred to by the
# words in the text. They will always be names of existings objects. You need the names for the
# other functions
##### Your code to resolveObjectFOPC here -- this will build some FOPC and Assert it
n_list = core.resolveObjectFOPC(s)
# Then we need to figure out what is going to modify it. To do this, we go back to our verb and for
# any modifiers associted with it. These will either be prepositional phrases or adjectives.
# To get the prepositional phrases, we can use core.findAndAttachPrepObjectsFOPC that takes the ROOT and
# the names and will build any FOPC associated with prepositional objects it finds and assert it.
##### Your code to resolveObjectFOPC here -- this takes the root, the primary (suibject) and your names
core.findAndAttachPrepObjectsFOPC(r, s, n_list)
# Next we pull out any features associated with the object and attach them to the object. We can use
# core.findAndAssertFeaturesFOPC to do this. Like core.findAndAttachPrepObjectsFOPC, it takes the ROOT and
# a list of names and builds the FOPC associated with any adjectives it finds
##### Your code to findAndAssertFeaturesFOPC here -- this takes the root and your names
core.findAndAssertFeaturesFOPC(r, n_list)
##### Your code to findAndAssertDefinitionsFOPC -- this takes the root and your names
core.findAndAssertDefinitionsFOPC(r, n_list)
