(<func>, '?<value_1>', ...)
), ...]
example :[(('value', ('Add', ('value', '?x'), ('value', '?y'))),
(int_float_add, '?xv', '?yv'))])
Full Example:
def int_float_add(x, y):
z = float(x) + float(y)
if z.is_integer():
z = int(z)
return str(z)
add_rule = Operator(('Add', '?x', '?y'),
[(('value', '?x'), '?xv'),
(('value', '?y'), '?yv'),
(lambda x, y: x <= y, '?x', '?y')
],
[(('value', ('Add', ('value', '?x'), ('value', '?y'))),
(int_float_add, '?xv', '?yv'))])
Note: You should explicitly register your operators so you can
refer to them in your training.json, otherwise the name will
be the same as the local variable
example: Operator.register("Add")
vvvvvvvvvvvvvvvvvvvv WRITE YOUR OPERATORS BELOW vvvvvvvvvvvvvvvvvvvvvvv '''
# ^^^^^^^^^^^^^^ DEFINE ALL YOUR OPERATORS ABOVE THIS LINE ^^^^^^^^^^^^^^^^
for name, op in locals().copy().items():
if (isinstance(op, Operator)):
Operator.register(name, op)
def int3_float_add_then_tens(x, y, w):
z = float(x) + float(y) + float(w)
z = z // 10
if z.is_integer():
z = int(z)
return str(z)
add_rule = Operator(('Add', '?x', '?y'),
[(('value', '?x'), '?xv'),
(('value', '?y'), '?yv'),
# (lambda x, y: x <= y, '?x', '?y')
],
[(('value', ('Add', ('value', '?x'), ('value', '?y'))),
(int_float_add, '?xv', '?yv'))])
Operator.register("add", add_rule)
add_then_ones = Operator(('Add_Then_Ones', '?x', '?y'),
[(('value', '?x'), '?xv'),
(('value', '?y'), '?yv'),
# (lambda x, y: x <= y, '?x', '?y')
],
[(('value', ('Add_Then_Ones', ('value', '?x'), ('value', '?y'))),
(int2_float_add_then_ones, '?xv', '?yv'))])
add_then_tens = Operator(('Add_Then_Tens', '?x', '?y'),
[(('value', '?x'), '?xv'),
(('value', '?y'), '?yv'),
# (lambda x, y: x <= y, '?x', '?y')
],
[(('value', ('Add_Then_Tens', ('value', '?x'), ('value', '?y'))),