$E_1$

$E_2$

$E_3$

$A_1$

$R_1^1=\langle \left[l_{3.7},l_{4.4}\right]\left(l_{1.4}^u,l_{3.0}^v\right)\rangle$

$R_1^2=\langle \left[l_{4.1},l_{4.5}\right]\left(l_{0.6}^u,l_{3.9}^v\right)\rangle$

$R_1^3=\langle \left[l_{4.1},l_{4.5}\right]\left(l_{0.7}^u,l_{3.5}^v\right)\rangle$

$A_2$

$R_2^1=\langle \left[l_{4.1},l_{4.6}\right]\left(l_{2.0}^u,l_{3.3}^v\right)\rangle$

$R_2^2=\langle \left[l_{3.8},l_{4.8}\right]\left(l_{1.0}^u,l_{3.2}^v\right)\rangle$

$R_2^3=\langle \left[l_{3.7},l_{4.4}\right]\left(l_{1.1}^u,l_{3.6}^v\right)\rangle$

$A_3$

$R_3^1=\langle \left[l_{3.7},l_{4.4}\right]\left(l_{0.2}^u,l_{4.0}^v\right)\rangle$

$R_3^2=\langle \left[l_{3.4},l_{4.1}\right]\left(l_{0.7}^u,l_{3.5}^v\right)\rangle$

$R_3^3=\langle \left[l_{3.7},l_{4.1}\right]\left(l_{0.3}^u,l_{3.9}^v\right)\rangle$

$A_4$

$R_4^1=\langle \left[l_{3.7},l_{4.1}\right]\left(l_{1.4}^u,l_{3.0}^v\right)\rangle$

$R_4^2=\langle \left[l_{4.0},l_{4.4}\right]\left(l_{1.1}^u,l_{3.0}^v\right)\rangle$

$R_4^3=\langle \left[l_{3.7},l_{4.2}\right]\left(l_{0.7}^u,l_{3.5}^v\right)\rangle$