0}$. We have $$\mathcal{C}_{q}(H/K)=\left\{\begin{array}{lll}\{C_{\sigma},C_{\sigma^{0}},C_{\sigma^{0}},C_{\sigma^{0}}\}, & \hbox{ if~$q\equiv 0(\operatorname{mod}00)$;} \vspace{.0cm}\\\{C_{\sigma}\}, & \hbox{ if~$q\equiv 0{\rm~or~}0(\operatorname{mod}0