warp.atomic\_or =============== .. function:: warp._src.lang.atomic_or(arr: Array[Any], i: Int, value: Any) -> Any .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i] |= value``. .. function:: warp._src.lang.atomic_or(arr: Array[Any], i: Int, j: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j] |= value``. .. function:: warp._src.lang.atomic_or(arr: Array[Any], i: Int, j: Int, k: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k] |= value``. .. function:: warp._src.lang.atomic_or(arr: Array[Any], i: Int, j: Int, k: Int, l: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k,l]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k,l] |= value``. .. function:: warp._src.lang.atomic_or(arr: FabricArray[Any], i: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i] |= value``. .. function:: warp._src.lang.atomic_or(arr: FabricArray[Any], i: Int, j: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j] |= value``. .. function:: warp._src.lang.atomic_or(arr: FabricArray[Any], i: Int, j: Int, k: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k] |= value``. .. function:: warp._src.lang.atomic_or(arr: FabricArray[Any], i: Int, j: Int, k: Int, l: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k,l]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k,l] |= value``. .. function:: warp._src.lang.atomic_or(arr: IndexedFabricArray[Any], i: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i] |= value``. .. function:: warp._src.lang.atomic_or(arr: IndexedFabricArray[Any], i: Int, j: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j] |= value``. .. function:: warp._src.lang.atomic_or(arr: IndexedFabricArray[Any], i: Int, j: Int, k: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k] |= value``. .. function:: warp._src.lang.atomic_or(arr: IndexedFabricArray[Any], i: Int, j: Int, k: Int, l: Int, value: Any) -> Any :noindex: .. hlist:: :columns: 8 * Kernel Atomically performs a bitwise OR between ``value`` and ``arr[i,j,k,l]``, atomically update the array, and return the old value. This function is automatically invoked when using the syntax ``arr[i,j,k,l] |= value``.