def _doExtend(self, syms, s, t):
"""
define a 1-branch grammar rule
arguments:
self -
syms - grammar symbol table
s - left part of rule
t - right part of rule
returns:
1-branch extending rule on success, otherwise None
"""
# print "extend=",s,'->',t
if t == None or len(t) == 0:
print >> sys.stderr, '** incomplete grammar rule'
return None
try:
ss = syntaxSpecification.SyntaxSpecification(syms, s)
ns = ss.catg
fs = ss.synf
st = syntaxSpecification.SyntaxSpecification(syms, t)
nt = st.catg
ft = st.synf
if fs == None: #
lh = False
rh = False
else: #
rh = fs.positive.test(0)
lh = fs.positive.test(1)
if not symbolTable.featureConsistencyExtend(
fs, st.synf, None, lh, rh):
print >> sys.stderr, '** bad syntactic feature inheritance'
raise ellyException.FormatFailure
except ellyException.FormatFailure:
print >> sys.stderr, '** bad syntactic category or features'
return None
if ns >= symbolTable.NMAX or nt >= symbolTable.NMAX:
print >> sys.stderr, 'too many syntactic categories'
return None
if ns < 0 or nt < 0:
print >> sys.stderr, '** bad syntax specification'
return None
fs.negative.complement()
ru = grammarRule.ExtendingRule(ns, fs.positive, fs.negative)
# print 'extd rule=' , unicode(ru)
ru.gens = self.d1bp
ru.utfet = ft.makeTest(
) # precombined positive and negative features for testing
if s != '...' or t != '...':
self.extens[nt].append(ru) # add rule to grammar table
self.mat.join(ns, nt)
return ru
else:
print >> sys.stderr, '** bad type 0 rule'
return None
def _doExtend ( self , syms , s , t ):
"""
define a 1-branch grammar rule
arguments:
self -
syms - grammar symbol table
s - left part of rule
t - right part of rule
returns:
1-branch extending rule on success, otherwise None
"""
# print "extend=",s,'->',t
if t == None or len(t) == 0:
print >> sys.stderr , '** incomplete grammar rule'
return None
try:
ss = syntaxSpecification.SyntaxSpecification(syms,s)
ns = ss.catg
fs = ss.synf
st = syntaxSpecification.SyntaxSpecification(syms,t)
nt = st.catg
ft = st.synf
if fs == None: #
lh = False
rh = False
else: #
rh = fs.positive.test(0)
lh = fs.positive.test(1)
if not symbolTable.featureConsistencyExtend(fs,st.synf,None,lh,rh):
print >> sys.stderr , '** bad syntactic feature inheritance'
raise ellyException.FormatFailure
except ellyException.FormatFailure:
print >> sys.stderr , '** bad syntactic category or features'
return None
if ns >= symbolTable.NMAX or nt >= symbolTable.NMAX:
print >> sys.stderr , 'too many syntactic categories'
return None
if ns < 0 or nt < 0:
print >> sys.stderr , '** bad syntax specification'
return None
fs.negative.complement()
ru = grammarRule.ExtendingRule(ns,fs.positive,fs.negative)
# print 'extd rule=' , unicode(ru)
ru.gens = self.d1bp
ru.utfet = ft.makeTest() # precombined positive and negative features for testing
if s != '...' or t != '...':
self.extens[nt].append(ru) # add rule to grammar table
self.mat.join(ns,nt)
return ru
else:
print >> sys.stderr , '** bad type 0 rule'
return None
"""
define cognitive semantics to compute plausibility scores for phrases
assigning positive or negative votes according to individual semantic
characteristics of phrases
"""
import ellyBits
import ellyChar
import ellyException
import semanticCommand
import featureSpecification
import symbolTable
import sys
_check = [ (lambda s : True) ,
(lambda s : symbolTable.featureConsistencyExtend(s.res,s.lft,s.rht,s.lh,s.rh)) ,
(lambda s : symbolTable.featureConsistencySplit (s.res,s.lft,s.rht,s.lh,s.rh)) ]
class Status(object):
"""
to group arguments for feature inheritance checking
"""
def __init__ (self):
self.res = None
self.lft = None
self.rht = None
self.lh = False
self.rh = False
self.id = None
def convertDefinition ( stb , inp , nwy ):
"""
define cognitive semantics to compute plausibility scores for phrases
assigning positive or negative votes according to individual semantic
characteristics of phrases
"""
import ellyBits
import ellyChar
import ellyException
import semanticCommand
import featureSpecification
import symbolTable
import sys
_check = [(lambda s: True),
(lambda s: symbolTable.featureConsistencyExtend(
s.res, s.lft, s.rht, s.lh, s.rh)),
(lambda s: symbolTable.featureConsistencySplit(
s.res, s.lft, s.rht, s.lh, s.rh))]
class Status(object):
"""
to group arguments for feature inheritance checking
"""
def __init__(self):
self.res = None
self.lft = None
self.rht = None
self.lh = False
self.rh = False
self.id = None
