Bitwise exclusive OR of two fi objects
c = bitxor(a,b)
c = bitxor(a,b)OR of fi objects a and b.
The output is determined as follows:
Elements in the output array c are
assigned a value of 1 when exactly one of the corresponding
bits in the input arrays has a value of 1.
Elements in the output array c are
assigned a value of 0 when the corresponding bits
in the input arrays have the same value (e.g. both 1's
or both 0's).
The numerictype properties associated with a and b must
be identical. If both inputs have a local fimath, their local fimath
properties must be identical. If the numerictype is
signed, then the bit representation of the stored integer is in two's
complement representation.
a and b must
have the same dimensions unless one is a scalar.
bitxor only supports fi objects
with fixed-point data types.
The following example finds the bitwise exclusive OR of fi objects a and b.
a = fi(-28,1,6,0);
b = fi(12, 1, 6, 0);
c = bitxor(a,b)
c =
-24
DataTypeMode: Fixed-point: binary point scaling
Signedness: Signed
WordLength: 6
FractionLength: 0You can verify the result by examining the binary representations of a, b and c.
binary_a = a.bin binary_b = b.bin binary_c = c.bin binary_a = 100100 binary_b = 001100 binary_c = 101000