def testArrayOperations(unit_database_len_time) -> None:
unit_database = unit_database_len_time
m = Quantity.CreateDerived(OrderedDict([("Table size", ["m", 1])]))
km_city = Quantity.CreateDerived(OrderedDict([("City size", ["km", 1])]))
s1: Array[List[float]] = Array.CreateWithQuantity(m, [1])
s2: Array[List[float]] = Array.CreateWithQuantity(km_city, [0.01])
initial1 = s1.GetQuantity().GetComposingUnits()
initial2 = s2.GetQuantity().GetComposingUnits()
# Check that they doesn't raise ComposedUnitError
s1.GetValues()
s2.GetValues()
quantity, value = unit_database.Multiply(m, km_city, 1, 0.01)
assert initial1 == s1.GetQuantity().GetComposingUnits()
assert initial2 == s2.GetQuantity().GetComposingUnits()
calculated1: Array[List[float]] = Array.CreateWithQuantity(quantity, [value])
array = s1 * s2
str(array) # just to see if it works...
assert calculated1 == s1 * s2
quantity, value = unit_database.Sum(m, km_city, 1, 0.01)
assert Array.CreateWithQuantity(quantity, [value]) == s1 + s2
quantity, value = unit_database.Subtract(m, km_city, 1, 0.01)
assert Array.CreateWithQuantity(quantity, [value]) == s1 - s2
def testDivision(unit_database_len_time) -> None:
unit_database = unit_database_len_time
m = Quantity.CreateDerived(OrderedDict([("Table size", ["m", 1])]))
km_city = Quantity.CreateDerived(OrderedDict([("City size", ["km", 1])]))
quantity, value = unit_database.Divide(m, km_city, 1, 0.01)
calculated1: Array[List[float]] = Array.CreateWithQuantity(quantity, [value])
s1: Array[List[float]] = Array.CreateWithQuantity(m, [1])
s2: Array[List[float]] = Array.CreateWithQuantity(km_city, [0.01])
assert calculated1 == s1 / s2
def testDivision(unit_database_len_time):
unit_database = unit_database_len_time
m = Quantity.CreateDerived(odict([("Table size", ["m", 1])]))
km_city = Quantity.CreateDerived(odict([("City size", ["km", 1])]))
quantity, value = unit_database.Divide(m, km_city, 1, 0.01)
calculated1 = Array.CreateWithQuantity(quantity, [value])
s1 = Array.CreateWithQuantity(m, [1])
s2 = Array.CreateWithQuantity(km_city, [0.01])
assert calculated1 == s1 / s2
def testNumberInteractions(unit_database_len_time):
import numpy
m = Quantity.CreateDerived(odict([("Table size", ["m", 1])]))
s1 = Array.CreateWithQuantity(m, list(range(10)))
s2 = Array.CreateWithQuantity(m, [x + x for x in range(10)])
assert s1 == 0 + s1
assert s1 == s1 + 0
assert s2 == s1 + s1
num_arr = Array.CreateWithQuantity(m, numpy.array([x for x in range(10)]))
sum_array = num_arr + s1
assert isinstance(sum_array.values, numpy.ndarray)
sum_array2 = num_arr + numpy.array([x for x in range(10)])
assert isinstance(sum_array2.values, numpy.ndarray)
tup_arr = Array.CreateWithQuantity(m, tuple([x for x in range(10)]))
tup_arr = tup_arr + 1
assert isinstance(tup_arr.values, tuple)
def testNumberInteractions(unit_database_len_time) -> None:
import numpy
m = Quantity.CreateDerived(OrderedDict([("Table size", ["m", 1])]))
s1: Array[List[int]] = Array.CreateWithQuantity(m, list(range(10)))
s2: Array[List[int]] = Array.CreateWithQuantity(m, [x + x for x in range(10)])
assert s1 == 0 + s1
assert s1 == s1 + 0
assert s2 == s1 + s1
num_arr: Array[numpy.ndarray[numpy.int64]] = Array.CreateWithQuantity(
m, numpy.array([x for x in range(10)])
)
sum_array = num_arr + s1
assert isinstance(sum_array.values, numpy.ndarray)
sum_array2: Array[numpy.ndarray[numpy.int64]] = num_arr + numpy.array([x for x in range(10)])
assert isinstance(sum_array2.values, numpy.ndarray)
tup_arr: Array[Tuple[int]] = Array.CreateWithQuantity(m, tuple([x for x in range(10)]))
tup_arr = tup_arr + 1
assert isinstance(tup_arr.values, tuple)
assert tup_arr.values == (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
