bitor ===== bitwise OR Calling Sequence ~~~~~~~~~~~~~~~~ :: z = bitor(x,y) Parameters ~~~~~~~~~~ :x : a m-by-n matrix of doubles or a m1-by-m2-by-...-by-mm hypermatrix of doubles or a m-by-n matrix of unsigned integers (uint8, uint16 or uint32). Must contain positive integer values. : :y : a m-by-n matrix of doubles or a m1-by-m2-by-...-by-mm hypermatrix of doubles or a m-by-n matrix of unsigned integers (uint8, uint16 or uint32). Must contain positive integer values. : :z : a m-by-n matrix of doubles or a m1-by-m2-by-...-by-mm hypermatrix of doubles or a m-by-n matrix of integers. : Description ~~~~~~~~~~~ Given x, y two positive integers, this function returns the decimal number whose the binary form is the OR of the binary representations of x and y. `x`, `y`, `z` have the same size. Examples ~~~~~~~~ :: // '110000' : is the binary representation of 48 // '100101' : is the binary representation of 37 // '110101' : is the binary representation for the OR applied to the binary forms 48 and 37 // so the decimal number corresponding to the OR applied to binary forms 48 and 37 is : 53 x=48; y=37; z=bitor(x,y) // Compute the bitwise OR of two matrices of doubles. x=[12,45]; y=[25,49]; z=bitor(x,y) // Compute the bitwise OR of two matrices of doubles. x = [0 1 0 1]; y = [0 0 1 1]; z = bitor(x, y) expected = [0 1 1 1]; // Compute the bitwise OR of two matrices of integers. x = `uint8`_([0 1 0 1]); y = `uint8`_([0 0 1 1]); z = bitor(x, y) // The types of x and y cannot be mixed (error). x = [0 1 0 1]; y = `uint8`_([0 0 1 1]); // z = bitor(x, y) // 13 is (01101)_2 // 27 is (11011)_2 // OR is (11111)_2 which is 31. bitor(`uint8`_(13), `uint8`_(27)) bitor(13, 27) See Also ~~~~~~~~ + `bitand`_ bitwise AND + `bin2dec`_ convert from binary to decimal + `dec2bin`_ convert from decimal to binary .. _bitand: bitand.html .. _dec2bin: dec2bin.html .. _bin2dec: bin2dec.html