P99_ADD P99_CDIM P99_DIV P99_EVAL P99_MINUS P99_MOD P99_MUL P99_PRED

P99_CDIM #define P99_CDIM (   NAME,   ...  )    P00_CDIM(P99_NARG(__VA_ARGS__), NAME, __VA_ARGS__) Compute an absolute index in a multidimensional array in the same way as C. If we have N arguments after NAME, NAME must be an array of type size_t NAME[N]; that hold the side lengths of an N dimensional cube. E.g size_t const D[] = { 3, 4, 7 }; corresponds to a cube of side length 3 in dimension 0, 4 in dimension 1 and 7 in dimension 2, with in total 84 elements. With that, we get P99_CDIM(D, 1, 2, 3) => ((3) + ((D)[2] * ((2) + ((D)[1] * (1))))) P99_CDIM(D, k0, k1, k2) => ((k2) + ((D)[2] * ((k1) + ((D)[1] * (k0))))) Warning argument 0 may be evaluated multiple times Definition at line 580 of file p99_for.h.