def f(x: tuple[float], y: tuple[float]) -> bool:    return x == y

def f(x, y):    x, y :: tuple[float]    r0, r1 :: float    r2 :: bit    r3 :: object    r4 :: i32    r5 :: bit    r6, r7, r8 :: boolL0:    r0 = x[0]    r1 = y[0]    r2 = r0 == r1    r3 = box(bit, r2)    r4 = PyObject_IsTrue(r3)    r5 = r4 >= 0 :: signed    if not r5 goto L5 (error at f:2) else goto L1 :: boolL1:    r6 = truncate r4: i32 to builtins.bool    if not r6 goto L2 else goto L3 :: boolL2:    r7 = 0    goto L4L3:    r7 = 1L4:    return r7L5:    r8 = <error> :: bool    return r8

def f(x, y):    x, y :: tuple[float]    r0, r1 :: float    r2 :: bit    r3 :: boolL0:    r0 = x[0]    r1 = y[0]    r2 = r0 == r1    if not r2 goto L1 else goto L2 :: boolL1:    r3 = 0    goto L3L2:    r3 = 1L3:    return r3

def f(x: tuple[float,float], y: tuple[float,float]) -> bool:    return x == ydef bench(n: int) -> None:    for x in range(n):        lhs = (float(x), float(x * 2))        rhs = (float(x), float(x * 3))        f(lhs, rhs)from time import timebench(1000)t0 = time()bench(50 * 1000 * 1000)print(time() - t0)