def test_validate_references_nested_raises_value_error():
with pytest.raises(ValueError, match="Expected type"):
optplan.validate_references(
optplan.Sum(functions=[
optplan.Power(
function=optplan.Sum(functions=[
optplan.make_constant(2),
optplan.SimulationSpace()
])),
optplan.make_constant(2)
]))
def test_prod_fun_and_const_obj():
var1 = optplan.Parameter()
const1 = optplan.make_constant(2)
prod1 = var1 * const1
assert isinstance(prod1, optplan.Product)
assert len(prod1.functions) == 2
assert prod1.functions[0] == var1
assert prod1.functions[1] == const1
def test_sum_fun_and_const_obj():
var1 = optplan.Parameter()
const1 = optplan.make_constant(2)
sum1 = var1 + const1
assert isinstance(sum1, optplan.Sum)
assert len(sum1.functions) == 2
assert sum1.functions[0] == var1
assert sum1.functions[1] == const1
def __add__(self, obj) -> "optplan.Sum":
if isinstance(obj, optplan.Sum):
return obj.__add__(self)
if isinstance(obj, optplan.Constant):
return optplan.Sum(functions=[self, obj])
if isinstance(obj, (numbers.Number, optplan.ComplexNumber)):
return optplan.Sum(functions=[self, optplan.make_constant(obj)])
if isinstance(obj, Function):
return optplan.Sum(functions=[self, obj])
raise TypeError("Attempting to add node with type {}".format(type(obj)))
def __mul__(self, obj) -> "optplan.Product":
if isinstance(obj, optplan.Product):
return obj.__mul__(self)
if isinstance(obj, optplan.Constant):
return optplan.Product(functions=[self, obj])
if isinstance(obj, (numbers.Number, optplan.ComplexNumber)):
return optplan.Product(functions=[self, optplan.make_constant(obj)])
if isinstance(obj, Function):
return optplan.Product(functions=[self, obj])
raise TypeError("Attempting to multiply node with type {}".format(
type(obj)))
def test_constant_standard():
"""Tests `make_constant` creation using standard procedure."""
constant = optplan.make_constant(
value=optplan.ComplexNumber(real=2, imag=3.4))
assert constant.value.real == 2
assert constant.value.imag == 3.4
def test_power_constant():
var1 = optplan.Parameter()
power1 = var1**optplan.make_constant(2)
assert isinstance(power1, optplan.Power)
assert power1.function == var1
assert power1.exp == 2
def test_constant_short(value):
"""Tests `make_constant` creation using the short form (e.g. `Constant(6)`)."""
constant = optplan.make_constant(value)
complex_value = complex(value)
assert constant.value.real == complex_value.real
assert constant.value.imag == complex_value.imag
