Element-wise bitwise XOR – a logical XOR on a boolean input, and a
bit-by-bit one on an integer.
For logical inputs, you can also use xor.
Arguments
- lhs, rhs
(
arrayish)
Two inputs with a common data type. Can be any integerish data type. Scalars are broadcast, and R values assume the other operand's data type within their data type category, otherwise falling back to their default data type and being converted to the common data type.
Value
(arrayish)
Has the inputs' broadcast shape and common data type.
See also
prim_xor() for the underlying primitive.
Examples
x <- nv_array(c(TRUE, FALSE, TRUE))
y <- nv_array(c(TRUE, TRUE, FALSE))
nv_xor(x, y)
#> AnvlArray
#> 0
#> 1
#> 1
#> [ CPUbool{3} ]
# different data types are promoted to their common one
nv_xor(nv_scalar(12L, "i32"), nv_scalar(10L, "i64"))
#> AnvlArray
#> 6
#> [ CPUi64{} ]
# a scalar is broadcast
nv_xor(x, TRUE)
#> AnvlArray
#> 0
#> 1
#> 0
#> [ CPUbool{3} ]