def test_add_by_ufloat_and_int(self):
test1 = ufloat(100, m)
test2 = 1000
ans = test1 + test2
assert str(ans) == '1100.0 m'
def test_instance_add_by_ufloat_and_int(self):
test1 = ufloat(100, m)
test2 = 1000
ans = test1 + test2
assert isinstance(ans, ufloat)
def test_make_instance(self):
test = ufloat(100, m)
assert isinstance(test, ufloat)
def test_instance_add_by_ufloat_and_bool(self):
test1 = ufloat(100, m)
test2 = True
ans = test1 + test2
assert isinstance(ans, ufloat)
def test_add_by_ufloat_and_bool(self):
test1 = ufloat(100, m)
test2 = True
ans = test1 + test2
assert str(ans) == '101.0 m'
def test_str_func(self):
test = ufloat(100.0, m)
assert str(test) == '100.0 m'
def test_is_float_instance_by_str(self):
test = ufloat('100', m)
assert isinstance(test.x, float)
def test_is_float_instance_by_int(self):
test = ufloat(100, m)
assert isinstance(test.x, float)
def test_basicdiv():
assert(5/f.s == ufloat(5,{'s':-1}))
assert(f.s/f.m == ufloat(1,{'s':1,'m':-1}))
assert(f.s/f.s == 1)
assert(a.s/a.m == UnitArray(1,{'s':1,'m':-1}))
def test_basicmul():
assert(5*f.s == ufloat(5,{'s':1}))
assert(f.s*f.m == ufloat(1,{'s':1,'m':1}))
assert(f.s*f.s == ufloat(1,{'s':2}))
assert(a.s*a.m == UnitArray(1,{'s':1,'m':1}))