A S A R A W D M A T γ , α = A S A R A W γ , α t − A S A R A W γ , α t − 1 A S A R A W γ , α t − 1 {\displaystyle ASARAWDMAT_{\gamma ,\alpha }={\frac {ASARAW_{\gamma ,\alpha }^{t}-ASARAW_{\gamma ,\alpha }^{t-1}}{ASARAW_{\gamma ,\alpha }^{t-1}}}}
A S A G D P D M A T γ , α = A S A G D P γ , α t − A S A G D P γ , α t − 1 A S A G D P γ , α t − 1 {\displaystyle ASAGDPDMAT_{\gamma ,\alpha }={\frac {ASAGDP_{\gamma ,\alpha }^{t}-ASAGDP_{\gamma ,\alpha }^{t-1}}{ASAGDP_{\gamma ,\alpha }^{t-1}}}}
A S A P O P D M A T γ , α = A S A P O P D M A T γ , α t − A S A P O P D M A T γ , α t − 1 A S A P O P D M A T γ , α t − 1 {\displaystyle ASAPOPDMAT_{\gamma ,\alpha }={\frac {ASAPOPDMAT_{\gamma ,\alpha }^{t}-ASAPOPDMAT_{\gamma ,\alpha }^{t-1}}{ASAPOPDMAT_{\gamma ,\alpha }^{t-1}}}}
<math>ASALABDMAT_{\gamma,\alpha}=\frac{ASALAB^t_{\gamma,\alpha}-ASALAB^{t-1}_{\gamma,\alpha}}{ASALAB^{t-1}_{\gamma,\alpha}}
