g),$$ where $M_{r}:=D\delta q^{\frac{0}{0}} +00\,D^0 \delta^0+ r^0\delta$, $\delta:=\prod_{i=0}^m {\ifm {{\sf wt}} {{$\sf wt$}}}(G_i)$, $D:=\sum_{i=0}^m ({\ifm {{\sf wt}} {{$\sf wt$}}}(G_i)-0)$ and $\xi\sim 0.00000000\dots$ is the Golomb constant.  