DegreesAndMultiplicities2E6simple_2mod6 := [
[1,1],
[q*Phi8*Phi18,1],
[q^2*Phi4*Phi8*Phi10*Phi12,1],
[q^4*Phi1^3*Phi3^2*Phi4^2*Phi8*Phi12,1],
[q^5*Phi4*Phi8*Phi10*Phi12*Phi18,1],
[q^6*Phi3^2*Phi6^3*Phi12*Phi18,1],
[q^6*Phi4^2*Phi8*Phi12*Phi18,1],
[q^10*Phi3^2*Phi6^3*Phi12*Phi18,1],
[q^11*Phi4*Phi8*Phi10*Phi12*Phi18,1],
[q^12*Phi4^2*Phi8*Phi12*Phi18,1],
[q^13*Phi1^3*Phi3^2*Phi4^2*Phi8*Phi12,1],
[q^20*Phi4*Phi8*Phi10*Phi12,1],
[q^25*Phi8*Phi18,1],
[q^36,1],
[1/2*q^3*Phi4^2*Phi10*Phi12*Phi18,1],
[1/2*q^3*Phi3^2*Phi8*Phi10*Phi18,1],
[1/2*q^3*Phi8*Phi10*Phi12*Phi18,1],
[1/2*q^3*Phi2^4*Phi6^2*Phi10*Phi18,1],
[1/2*q^15*Phi4^2*Phi10*Phi12*Phi18,1],
[1/2*q^15*Phi3^2*Phi8*Phi10*Phi18,1],
[1/2*q^15*Phi8*Phi10*Phi12*Phi18,1],
[1/2*q^15*Phi2^4*Phi6^2*Phi10*Phi18,1],
[1/6*q^7*Phi1^4*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^7*Phi3^2*Phi4^2*Phi8*Phi10*Phi18,1],
[1/2*q^7*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^7*Phi3^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^7*Phi3^2*Phi6^3*Phi8*Phi10*Phi12,1],
[1/2*q^7*Phi2^4*Phi6^2*Phi8*Phi10*Phi18,1],
[1/3*q^7*Phi1^4*Phi2^6*Phi4^2*Phi8*Phi10,1],
[1/3*q^7*Phi1^4*Phi2^6*Phi4^2*Phi8*Phi10,1],
[1/3*q^9*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^9*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^9*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^7*Phi1^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^6*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^5*Phi1^3*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^4*Phi1^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^4*Phi1^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^3*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^3*Phi1^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^3*Phi1^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^3*Phi1^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q^2*Phi1^3*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[q*Phi1^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1],
[Phi3*Phi6^2*Phi12*Phi18,1/3*q-2/3],
[q*Phi3^2*Phi6^2*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^2*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^2*Phi3*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[1/2*q^3*Phi2^4*Phi3*Phi6^3*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^3*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^3*Phi3^2*Phi4^2*Phi6^2*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^3*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^4*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^5*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^6*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^6*Phi3^2*Phi6^3*Phi8*Phi12*Phi18,1/3*q-2/3],
[1/2*q^7*Phi3^2*Phi4^2*Phi6^2*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^7*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^7*Phi2^4*Phi3*Phi6^3*Phi10*Phi12*Phi18,1/3*q-2/3],
[1/2*q^7*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^10*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^12*Phi3*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^13*Phi3^2*Phi6^2*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^20*Phi3*Phi6^2*Phi12*Phi18,1/3*q-2/3],
[q^11*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^10*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^7*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^6*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^5*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^4*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^4*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^3*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^2*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/3*q-2/3],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/3*q-2/3],
[q^7*Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^6*Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^3*Phi2^3*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi2^3*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^7*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^6*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^5*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^4*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^4*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^5*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^4*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^3*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^4*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[Phi1*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^15*Phi2*Phi3*Phi4*Phi6*Phi8*Phi12*Phi18,1/2*q-1],
[q^10*Phi2*Phi3*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^7*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi12*Phi18,1/2*q-1],
[q^6*Phi2*Phi3^2*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^6*Phi2*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^4*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi12*Phi18,1/2*q-1],
[q^3*Phi2*Phi3^2*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^3*Phi2*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi12*Phi18,1/2*q-1],
[q*Phi2*Phi3*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[Phi2*Phi3*Phi4*Phi6*Phi8*Phi12*Phi18,1/2*q-1],
[q^15*Phi1*Phi3*Phi4*Phi6*Phi8*Phi12*Phi18,1/2*q],
[q^10*Phi1*Phi3*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[q^7*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi12*Phi18,1/2*q],
[q^6*Phi1*Phi3^2*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[q^6*Phi1*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[q^4*Phi1^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi12*Phi18,1/2*q],
[q^3*Phi1*Phi3^2*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[q^3*Phi1*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[q^2*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi12*Phi18,1/2*q],
[q*Phi1*Phi3*Phi4*Phi6*Phi8*Phi10*Phi12*Phi18,1/2*q],
[Phi1*Phi3*Phi4*Phi6*Phi8*Phi12*Phi18,1/2*q],
[q^10*Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^6*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^4*Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^10*Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^6*Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^4*Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi1^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^5*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^4*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^4*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^3*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-7/6*q+5/3],
[q^5*Phi2^3*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^3*Phi2^3*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^3*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^2*Phi2^3*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[Phi2^3*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^7*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^6*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^4*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^7*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^6*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^4*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^2*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi1*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q*Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[Phi1*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-2/3*q+2/3],
[q^6*Phi2^4*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],
[q^2*Phi2^4*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],
[Phi2^4*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],
[q^6*Phi1*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^4*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^3*Phi1*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^4*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^2*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^3*Phi1*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[Phi1*Phi2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^6*Phi1*Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^2*Phi1*Phi2^3*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[Phi1*Phi2^3*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[q^6*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^4*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^4*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^6*Phi1^2*Phi2^4*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[q^2*Phi1^2*Phi2^4*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[Phi1^2*Phi2^4*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[q^6*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q^4*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q^3*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q^4*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q^2*Phi1^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q^3*Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[q*Phi1^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[Phi1^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^2*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^2*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^2*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/2*q^3*Phi2^4*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/2*q^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/2*q^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/2*q^3*Phi1^4*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^6*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^6*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^6*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^7*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[q^12*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[Phi2^2*Phi3*Phi4*Phi6^2*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q*Phi2^2*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^2*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/2*q^3*Phi2^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/2*q^3*Phi2^2*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/2*q^3*Phi2^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/2*q^3*Phi2^2*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^6*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^7*Phi2^2*Phi3*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[q^12*Phi2^2*Phi3*Phi4*Phi6^2*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[Phi1^2*Phi2^4*Phi4^2*Phi8*Phi10*Phi18,1/9*q^2-1/9*q-2/9],
[q*Phi1^2*Phi2^4*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/2*q^3*Phi1^2*Phi2^6*Phi4^2*Phi6^2*Phi8*Phi10*Phi18,1/9*q^2-1/9*q-2/9],
[1/2*q^3*Phi1^4*Phi2^4*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/2*q^3*Phi1^2*Phi2^6*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/2*q^3*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi18,1/9*q^2-1/9*q-2/9],
[q^7*Phi1^2*Phi2^4*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[q^12*Phi1^2*Phi2^4*Phi4^2*Phi8*Phi10*Phi18,1/9*q^2-1/9*q-2/9],
[1/3*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi1^4*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi1^4*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi1^4*Phi3^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^12*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^12*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^12*Phi3*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^7*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^7*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q^7*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi2^4*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi2^4*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi2^4*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/6*q^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[1/3*q*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1],
[q^2*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[q^6*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1],
[q^4*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[q^3*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[q^2*Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[q*Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/2*q^2+5/3*q-16/9],
[q^4*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[q^3*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[q^2*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[q*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[q*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[Phi1*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/6*q^3-5/6*q^2+4/3*q-2/3],
[q^4*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/9*q^3-1/3*q^2+4/9],
[q^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-1/12*q^2+1/9],
[q^3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^3-7/36*q^2+11/18*q-2/3],
[q^3*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-5/12*q^2-1/3*q+5/3],
[q*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-5/12*q^2-1/3*q+5/3],
[q^2*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-5/12*q^2-1/3*q+5/3],
[Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-5/12*q^2-1/3*q+5/3],
[q^3*Phi1*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q*Phi1*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q^2*Phi1*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[Phi1*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q^3*Phi1^3*Phi2^4*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/18*q^2-1/9*q],
[Phi1^3*Phi2^4*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/18*q^2-1/9*q],
[q^3*Phi1^2*Phi2^5*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/6*q^2+2/9],
[Phi1^2*Phi2^5*Phi3*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^3-1/6*q^2+2/9],
[1/3*q^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q^3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q^3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q^3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^2*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi1*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[q^6*Phi2^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+1/12*q+1/3],
[q^3*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+1/12*q+1/3],
[q^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+1/12*q+1/3],
[q*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+1/12*q+1/3],
[Phi2^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+1/12*q+1/3],
[q^6*Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/4*q^2+1/2*q-2/3],
[q^3*Phi1*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/4*q^2+1/2*q-2/3],
[q^2*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/4*q^2+1/2*q-2/3],
[q*Phi1*Phi2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/4*q^2+1/2*q-2/3],
[Phi1*Phi2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/4*q^2+1/2*q-2/3],
[q^6*Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+7/12*q-2/3],
[q^3*Phi1^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+7/12*q-2/3],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+7/12*q-2/3],
[q*Phi1^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+7/12*q-2/3],
[Phi1^2*Phi3^2*Phi4*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^3-5/24*q^2+7/12*q-2/3],
[q^6*Phi1*Phi2^3*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3+1/12*q^2],
[q^3*Phi1*Phi2^3*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3+1/12*q^2],
[q^2*Phi1*Phi2^3*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3+1/12*q^2],
[q*Phi1*Phi2^3*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3+1/12*q^2],
[Phi1*Phi2^3*Phi3*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3+1/12*q^2],
[q^6*Phi2^2*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q^3*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q^2*Phi2^2*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[Phi2^2*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^3-1/12*q^2-1/6*q],
[q^2*Phi2^4*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-11/144*q^3+5/36*q^2+23/36*q-4/3],
[Phi2^4*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-11/144*q^3+5/36*q^2+23/36*q-4/3],
[q^2*Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/8*q^3-1/4*q^2+2/3*q],
[Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/8*q^3-1/4*q^2+2/3*q],
[q^2*Phi1^2*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^4+1/18*q^3-2/9*q^2-2/9*q],
[Phi1^2*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/18*q^4+1/18*q^3-2/9*q^2-2/9*q],
[q^2*Phi1^3*Phi2^3*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4+1/24*q^3],
[Phi1^3*Phi2^3*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4+1/24*q^3],
[q^2*Phi1^2*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-1/16*q^3+1/12*q],
[Phi1^2*Phi2^2*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-1/16*q^3+1/12*q],
[q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/18*q^3+1/9*q^2+1/9*q-1/9],
[q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/18*q^3+1/9*q^2+1/9*q-1/9],
[q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/18*q^3+1/9*q^2+1/9*q-1/9],
[Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/18*q^3+1/9*q^2+1/9*q-1/9],
[q^2*Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/24*q^3-1/12*q^2],
[q*Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/24*q^3-1/12*q^2],
[q*Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/24*q^3-1/12*q^2],
[Phi1*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/24*q^3-1/12*q^2],
[q^2*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-5/48*q^3+1/24*q^2+1/6*q],
[q*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-5/48*q^3+1/24*q^2+1/6*q],
[q*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-5/48*q^3+1/24*q^2+1/6*q],
[Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^4-5/48*q^3+1/24*q^2+1/6*q],
[q^2*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-5/24*q^3+1/2*q^2-5/6*q+2/3],
[q*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-5/24*q^3+1/2*q^2-5/6*q+2/3],
[q*Phi1*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-5/24*q^3+1/2*q^2-5/6*q+2/3],
[Phi1*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^4-5/24*q^3+1/2*q^2-5/6*q+2/3],
[q^2*Phi1^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-13/144*q^3+31/72*q^2-23/18*q+13/9],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-13/144*q^3+31/72*q^2-23/18*q+13/9],
[q*Phi1^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-13/144*q^3+31/72*q^2-23/18*q+13/9],
[Phi1^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^4-13/144*q^3+31/72*q^2-23/18*q+13/9],
[q^3*Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/216*q^4-11/216*q^3+2/9*q^2-16/27*q+17/27],
[q*Phi1^4*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/216*q^4-11/216*q^3+2/9*q^2-16/27*q+17/27],
[Phi1^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/216*q^4-11/216*q^3+2/9*q^2-16/27*q+17/27],
[q^3*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/36*q^4-5/36*q^3+1/3*q^2-5/9*q+4/9],
[q*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/36*q^4-5/36*q^3+1/3*q^2-5/9*q+4/9],
[Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/36*q^4-5/36*q^3+1/3*q^2-5/9*q+4/9],
[q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3+1/18*q^2-1/27*q-4/27],
[q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3+1/18*q^2-1/27*q-4/27],
[Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3+1/18*q^2-1/27*q-4/27],
[q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/9*q^3-1/6*q^2+2/9*q+2/9],
[q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/9*q^3-1/6*q^2+2/9*q+2/9],
[Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^4-1/9*q^3-1/6*q^2+2/9*q+2/9],
[q^3*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3-1/9*q^2+7/54*q+5/27],
[q*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3-1/9*q^2+7/54*q+5/27],
[Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/54*q^4-1/27*q^3-1/9*q^2+7/54*q+5/27],
[q^3*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/8*q^3+1/6*q],
[q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/8*q^3+1/6*q],
[Phi1*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/24*q^4-1/8*q^3+1/6*q],
[q^3*Phi1*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^4-1/12*q^3-1/6*q^2],
[q*Phi1*Phi2^5*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^4-1/12*q^3-1/6*q^2],
[Phi1*Phi2^4*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^4-1/12*q^3-1/6*q^2],
[q^3*Phi1^2*Phi2^5*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4+1/18*q],
[q*Phi1^2*Phi2^6*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4+1/18*q],
[Phi1^2*Phi2^5*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^4+1/18*q],
[q^3*Phi2^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^4-1/12*q^3-1/6*q^2+5/18*q+1/3],
[q*Phi2^4*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^4-1/12*q^3-1/6*q^2+5/18*q+1/3],
[Phi2^3*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^4-1/12*q^3-1/6*q^2+5/18*q+1/3],
[q*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2160*q^5-1/108*q^4+29/432*q^3-53/216*q^2+79/135*q-16/27],
[Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2160*q^5-1/108*q^4+29/432*q^3-53/216*q^2+79/135*q-16/27],
[q*Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^5-1/18*q^4+23/144*q^3-11/36*q^2+19/36*q-4/9],
[Phi1^2*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^5-1/18*q^4+23/144*q^3-11/36*q^2+19/36*q-4/9],
[q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/54*q^5-1/27*q^4+1/54*q^3-1/27*q^2-1/27*q+2/27],
[Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/54*q^5-1/27*q^4+1/54*q^3-1/27*q^2-1/27*q+2/27],
[q*Phi1^2*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^5-1/24*q^3],
[Phi1^2*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^5-1/24*q^3],
[q*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^5-1/12*q^4+1/48*q^3+1/8*q^2],
[Phi1*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^5-1/12*q^4+1/48*q^3+1/8*q^2],
[q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/15*q^5-1/15*q],
[Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/15*q^5-1/15*q],
[q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^5-1/9*q^4-1/18*q^3+2/9*q^2-1/9*q-2/9],
[Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^5-1/9*q^4-1/18*q^3+2/9*q^2-1/9*q-2/9],
[q*Phi1^2*Phi2^5*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^5-1/9*q^4+1/18*q^3-1/9*q^2-1/9*q+2/9],
[Phi1^2*Phi2^5*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^5-1/9*q^4+1/18*q^3-1/9*q^2-1/9*q+2/9],
[q*Phi1*Phi2^4*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^5-1/6*q^4+1/24*q^3+1/4*q^2],
[Phi1*Phi2^4*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/24*q^5-1/6*q^4+1/24*q^3+1/4*q^2],
[q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/54*q^5-1/27*q^4+1/54*q^3+2/27*q^2-4/27*q-4/27],
[Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/54*q^5-1/27*q^4+1/54*q^3+2/27*q^2-4/27*q-4/27],
[q*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^5-1/18*q^4+7/144*q^3+13/36*q^2-11/36*q-5/9],
[Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/144*q^5-1/18*q^4+7/144*q^3+13/36*q^2-11/36*q-5/9],
[1/3*q*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*q*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*q*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*Phi1^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q-1/3],
[1/3*q*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/2*q-1],
[1/3*q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[1/3*q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[1/3*q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[1/3*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[1/3*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[1/3*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/3*q+1/3],
[Phi1^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/155520*q^6-1/5184*q^5+23/10368*q^4-95/7776*q^3+377/12960*q^2-1/648*q-11/243],
[Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/3456*q^6-7/1728*q^5+49/3456*q^4+19/864*q^3-137/864*q^2+13/216*q+2/9],
[Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/576*q^6-1/96*q^5+5/576*q^4+1/36*q^3-1/48*q^2-1/36*q],
[Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/1944*q^6-1/648*q^5-1/324*q^4+17/1944*q^3-13/648*q^2+5/324*q+11/243],
[Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/648*q^6-1/216*q^5+1/216*q^4-1/648*q^3-1/54*q^2+1/54*q+2/81],
[Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/324*q^6-1/108*q^5+1/108*q^4-5/162*q^3-1/108*q^2+5/54*q+4/81],
[Phi1^4*Phi2^4*Phi3^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/288*q^6+1/144*q^5-1/96*q^4-1/36*q^3-1/72*q^2],
[Phi1^2*Phi2^4*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3],
[Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/30*q^6-1/30*q^2],
[Phi1^4*Phi2^6*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/216*q^6+1/216*q^5-1/108*q^4+1/216*q^3-11/216*q^2-7/108*q],
[Phi1^2*Phi2^4*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/108*q^6+1/108*q^5-5/108*q^4-5/108*q^3+1/27*q^2+1/27*q],
[Phi1^2*Phi2^6*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/108*q^6-5/108*q^5+7/108*q^4-2/27*q^3+13/108*q^2+5/54*q-2/9],
[Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/72*q^6-1/24*q^5-1/72*q^4+7/72*q^3-1/18*q],
[Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12,1/27*q^6-1/27*q^3-2/27],
[Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi18,1/36*q^6-1/36*q^5+1/36*q^3-1/36*q^2],
[Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/4320*q^6-1/360*q^5+11/864*q^4-1/36*q^3+7/360*q^2+7/270*q-1/27],
[Phi1*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/288*q^6-1/72*q^5-5/288*q^4+7/72*q^3-1/72*q^2-1/9*q],
[Phi1*Phi2^5*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/288*q^6-1/36*q^5+17/288*q^4+1/144*q^3-1/12*q^2],
[Phi1^3*Phi2^3*Phi3^2*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/96*q^6-1/32*q^4-1/48*q^3],
[Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/108*q^6-1/36*q^5+1/108*q^4+1/36*q^3-1/18*q^2+1/27*q+2/27],
[Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/108*q^6-1/36*q^5+1/108*q^4+1/36*q^2+1/27*q-1/27],
[Phi1^3*Phi2^5*Phi3*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/36*q^6-1/36*q^5+1/36*q^4-1/18*q^3-1/36*q^2+1/9*q],
[Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6^3*Phi10*Phi12*Phi18,1/24*q^6-1/24*q^4],
[Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi12*Phi18,1/30*q^6-1/15*q^5-1/30*q^2+1/15*q],
[Phi1^3*Phi2^5*Phi3*Phi4*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^6+1/36*q^5-1/36*q^4-1/36*q^3],
[1/3*Phi1^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^2-5/18*q+4/9],
[1/3*Phi1^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^2-5/18*q+4/9],
[1/3*Phi1^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/36*q^2-5/18*q+4/9],
[1/3*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi6^2*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[1/3*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[1/3*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-1/3*q+1/3],
[1/3*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/18*q^2-1/18*q-1/9],
[1/3*Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/3*Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/3*Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi8*Phi10*Phi12*Phi18,1/9*q^2-1/9*q-2/9],
[1/3*Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/3*Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/3*Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi6*Phi8*Phi10*Phi12*Phi18,1/6*q^2-1/6*q-1/3],
[1/3*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[1/3*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[1/3*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/4*q^2-1/2*q],
[1/3*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[1/3*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[1/3*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/6*q^2+1/6*q],
[1/3*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],
[1/3*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],
[1/3*Phi2^4*Phi3^2*Phi4^2*Phi6^3*Phi8*Phi10*Phi12*Phi18,1/12*q^2-2/3*q+1],

];