\

${\mu }_1\left(\left\{T\right\}\right)$

${\mu }_1\left(\left\{F\right\}\right)$

${\mu }_2\left(\left\{T\right\}\right)$

$\left({\mu }_1{\times }^{qp}{\mu }_2\right)\left(\left\{\left(T,T\right)\right\}\right)\left(\equiv \alpha \right)$

$\left({\mu }_1{\times }^{qp}{\mu }_2\right)\left(\left\{\left(F,T\right)\right\}\right)\left(\equiv {\mu }_2\left(\left\{F\right\}\right)-\alpha \right)$

${\mu }_2\left(\left\{F\right\}\right)$

$\left({\mu }_1{\times }^{qp}{\mu }_2\right)\left(\left\{\left(T,F\right)\right\}\right)\left(\equiv {\mu }_1\left(\left\{F\right\}\right)-\alpha \right)$

$\left({\mu }_1{\times }^{qp}{\mu }_2\right)\left(\left\{\left(F,F\right)\right\}\right)\left(\equiv 1-{\mu }_1\left(\left\{F\right\}\right)-{\mu }_2\left(\left\{F\right\}\right)+\alpha \right)$