def test_convert64To64():
arr = FloatArray(numbers=numbers, floatType=64)
arr.convertTo64()
assert checkConversion(arr, float64)
def test_convert32To32():
arr = FloatArray(numbers=numbers, floatType=32)
arr.convertTo32()
assert checkConversion(arr, float32)
def test_checkConstructor16():
arr = FloatArray(numbers, 16)
assert type(arr[0]) == numpy.float16
def test_setitem():
arr = FloatArray(numbers, 64)
arr[0] = numbers[1]
assert arr[0] == numbers[1]
def test_convert16To16():
arr = FloatArray(numbers=numbers, floatType=16)
arr.convertTo16()
assert checkConversion(arr, float16)
def test_getitem():
arr = FloatArray(numbers, 64)
assert arr[0] == numbers[0] and arr[1] == numbers[1]
def test_checkConstructorData():
arr = FloatArray(numbers, 64)
assert arr.numbers == numbers
def test_checkConstructor64():
arr = FloatArray(numbers, 64)
assert type(arr[0]) == numpy.float64
def test_checkConstructor32():
arr = FloatArray(numbers, 32)
assert type(arr[0]) == numpy.float32
def test_appendInts():
arr = FloatArray(numbers, 64)
arr.append(1)
arr.append(2)
assert arr.numbers == [1, 2, 3, 1, 2]
