def load_grammar(options, default=None):
file = options.get('grammar', default)
if file is None:
raise CommandUsageError()
if file == 'stdin.tpeg':
data = sys.stdin.read()
options['basepath'] = file
return pegpy.grammar(data, **options)
return pegpy.grammar(file, **options)
import pegpy
#from pegpy.tpeg import ParseTree
peg = pegpy.grammar('chibi.tpeg')
parser = pegpy.generate(peg)
'''
tree = parser('1+2*3')
print(repr(tree))
tree = parser('1@2*3')
print(repr(tree))
'''
class Expr(object):
@classmethod
def new(cls, v):
if isinstance(v, Expr):
return v
return Val(v)
class Val(Expr):
__slots__ = ['value']
def __init__(self, value):
self.value = value
def __repr__(self):
return f'Val({self.value})'
def eval(self, env: dict):
return self.value
import pegpy
peg = pegpy.grammar('''
Expression = Product (^{ '+' Product #Add })*
Product = Value (^{ '*' Value #Mul })*
Value = { [0-9]+ #Int }
''')
parser = pegpy.generate(peg)
def calc(t):
if t == 'Int':
return int(str(t))
if t == 'Add':
return calc(t[0]) + calc(t[1])
if t == 'Mul':
return calc(t[0]) * calc(t[1])
print(f'TODO{t.tag}')
return 0
#t = parser('1+2*3+4*5')
#print(repr(t))
#print(calc(t))
def runb(s: str):
print('TODO', s)
def main():
import pegpy
#peg = pegpy.grammar("""
#Expression = Product (^{ '+' Product #Add })*
#Product = Value (^{ '*' Value #Mul })*
#Value = { [0-9]+ #Int }
#""")
peg = pegpy.grammar("chibi.tpeg")
parser = pegpy.generate(peg)
class Expr(object):
@classmethod
def new(cls, v):
if isinstance(v, Expr):
return v
return Val(v)
class Val(Expr):
__slot__ = ["value "]
def __init__(self, value):
self.value = value
def __repr__(self):
return f"Val ({ self . value }) "
def eval(self, env: dict):
return self.value
import pegpy
peg = pegpy.grammar("""
Expression=Product(^{’+’Product#Add})*
Product=Value(^{’*’Value#Mul})*
Value={[0-9]+#Int}
""")
parser = pegpy.generate(peg)
def calc(t):
if t == ’Int’:
return int(str(t))
elif t == ’Add’:
return calc(t[0]) + calc(t[1])
elif t == ’Mul’:
return calc(t[0]) * calc(t[1])
else:
print(f’TODO {t.tag})’
return 0
def main():
s = input('$ ')
t = parser(s)
print(calc(t))
import pathlib as Path
import pegpy
#from pegpy.tpeg import ParseTree
peg = pegpy.grammar('cj.tpeg')
parser = pegpy.generate(peg)
model_dir = 'nlp_dict/entity_vector.model.bin'
tree = parser('跳ねている')
# print(repr(tree))
print('@debug(input): ', list(tree))
# 赤と赤色（赤は赤でマッピング、赤色だと黄色でマッピング）
degree_dict = {'たいして': 'little',
'さほど': 'little',
'あまり': 'little',
'そんなに': 'little',
'ちっとも': 'neg',
'少しも': 'neg',
'全然': 'neg',
'全く': 'neg',
'決して': 'neg',
'よく': 'more',
'かなり': 'more',
'けっこう': 'more',
'相当': 'more',
'めちゃくちゃ': 'more',
'めっちゃ': 'more',
'少し': 'little',
'ちょっぴり': 'little',