C D r = Y L r , t = 1 K A G r , t = 1 C D A L F r , s = 1 ∗ L A B S r , s = 1 , t = 1 ( 1 − C D A L F r , s = 1 ) {\displaystyle CD_{r}={\frac {YL_{r,t=1}}{{KAG_{r,t=1}^{CDALF_{r,s=1}}}*{LABS_{r,s=1,t=1}^{(1-CDALF_{r,s=1})}}}}} BLOOP S A T K r + 1 = ( Y L L i m r − s y l r Y L L i m r − Y L r , t = 1 ) y l e x p {\displaystyle SATK_{r+1}=({\frac {YLLim_{r}-syl_{r}}{YLLim_{r}-YL_{r,t=1}}})^{ylexp}}
BLOOP 