def atomic_and(self, other): """Return the new expression of computing atomic and between self and a given operand. Args: other (Any): Given operand. Returns: :class:`~taichi.lang.expr.Expr`: The computing expression of atomic and.""" _taichi_skip_traceback = 1 return ti.atomic_and(self, other)
def in_grid(c): res = 1 for i in ti.static(range(dim)): res = ti.atomic_and(res, (0 <= c[i] < grid_size[i])) return res
def atomic_and(self, other): import taichi as ti return ti.atomic_and(self, other)
def func(): a = 1023 for i in range(10): ti.atomic_and(a, max_int - 2**i) A[None] = a
def func(): c[None] = 1023 for i in range(10): # this is an expr with side effect, make sure it's not optimized out. ti.atomic_and(c[None], max_int - 2**i)
def is_in_grid(self, c): res = 1 for i in ti.static(range(self.dim)): res = ti.atomic_and(res, (0 <= c[i] < self.grid_pos[i])) return res
def atomic_and(self, other): import taichi as ti _taichi_skip_traceback = 1 return ti.atomic_and(self, other)
def atomic_and(self, other): _taichi_skip_traceback = 1 return ti.atomic_and(self, other)