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1/32*q^4-3/8*q^3+11/8*q^2-3/2*q ], [ q^4*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-1/4*q^3+1/4*q^2 ], [ q^4*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 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1/8*q^4-1/8*q^3 ], [ q*Phi1^6*Phi2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi12*Phi14*Phi16, 1/8*q^4-1/8*q^3 ], [ Phi1^5*Phi2*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi12*Phi14*Phi16, 1/8*q^4-1/8*q^3 ], [ q^10*Phi2^4*Phi3*Phi4^2*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q^6*Phi2^5*Phi3*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q^4*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q^3*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q^2*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q*Phi2^5*Phi3*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ Phi2^4*Phi3*Phi4^2*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^4-9/16*q^3+5/4*q^2+3/4*q-3 ], [ q^10*Phi1*Phi2^5*Phi3*Phi4*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 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], [ q^6*Phi2^3*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ q*Phi2^3*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ Phi2^3*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-5/4*q^3+13/4*q^2+1/2*q-6 ], [ 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q^7*Phi1*Phi2^2*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^6*Phi1*Phi2^2*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^4*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^3*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^3*Phi1*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^2*Phi1*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ q*Phi1*Phi2^2*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/8*q^4-3/4*q^3+5/4*q^2-1/2*q ], [ 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1/384*q^5-1/32*q^4+13/96*q^3-1/4*q^2+1/6*q ], [ Phi1^2*Phi2^2*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^5-1/32*q^4+13/96*q^3-1/4*q^2+1/6*q ], [ q^6*Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^5-7/384*q^4+17/192*q^3-17/96*q^2+1/8*q ], [ q^3*Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^5-7/384*q^4+17/192*q^3-17/96*q^2+1/8*q ], [ q^2*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^5-7/384*q^4+17/192*q^3-17/96*q^2+1/8*q ], [ q*Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^5-7/384*q^4+17/192*q^3-17/96*q^2+1/8*q ], [ Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^5-7/384*q^4+17/192*q^3-17/96*q^2+1/8*q ], [ q^6*Phi1^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^5-1/192*q^4+7/192*q^3-5/48*q^2+1/10*q ], [ q^3*Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^5-1/192*q^4+7/192*q^3-5/48*q^2+1/10*q ], [ q^2*Phi1^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^5-1/192*q^4+7/192*q^3-5/48*q^2+1/10*q ], [ q*Phi1^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^5-1/192*q^4+7/192*q^3-5/48*q^2+1/10*q ], [ Phi1^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^5-1/192*q^4+7/192*q^3-5/48*q^2+1/10*q ], [ q^6*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^3*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^2*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^6*Phi1*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+11/48*q^3-1/4*q^2 ], [ q^3*Phi1*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+11/48*q^3-1/4*q^2 ], [ q^2*Phi1*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+11/48*q^3-1/4*q^2 ], [ q*Phi1*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+11/48*q^3-1/4*q^2 ], [ Phi1*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+11/48*q^3-1/4*q^2 ], [ q^6*Phi1*Phi2^3*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/8*q^4+5/16*q^3-1/4*q^2 ], [ q^3*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/8*q^4+5/16*q^3-1/4*q^2 ], [ q^2*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/8*q^4+5/16*q^3-1/4*q^2 ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/8*q^4+5/16*q^3-1/4*q^2 ], [ Phi1*Phi2^3*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/8*q^4+5/16*q^3-1/4*q^2 ], [ q^6*Phi1^3*Phi2^3*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^3*Phi1^3*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^6*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+3/16*q^3-1/8*q^2 ], [ q^3*Phi1^3*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+3/16*q^3-1/8*q^2 ], [ 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q*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^3 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^3 ], [ q^3*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^2*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/16*q^4+1/8*q^2 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/16*q^4+1/8*q^2 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-1/16*q^4+1/8*q^2 ], [ 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q^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-5/48*q^4+35/48*q^3-25/12*q^2+2*q ], [ q*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-5/48*q^4+35/48*q^3-25/12*q^2+2*q ], [ q*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-5/48*q^4+35/48*q^3-25/12*q^2+2*q ], [ Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-5/48*q^4+35/48*q^3-25/12*q^2+2*q ], [ q^3*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/16*q^4+11/16*q^3-3/4*q^2 ], [ q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/4*q^4+7/24*q^3+1/4*q^2-1/3*q ], [ q^3*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/4*q^4+5/8*q^3-1/2*q^2 ], [ q^3*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-1/16*q^4+13/48*q^3-1/2*q^2+1/3*q ], [ q^3*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^2*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^2*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^2*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^3*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^2*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^2*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^2*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^5-1/12*q^4-1/24*q^3+1/12*q^2 ], [ q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ 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1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^2*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^2*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^5-7/96*q^4+17/48*q^3-17/24*q^2+1/2*q ], [ q^3*Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5 ], [ q^2*Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^5 ], [ 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q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/16*q^4 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/16*q^4 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/16*q^4 ], [ q^3*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^2*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^2*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^2*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^5-3/32*q^4+1/8*q^3 ], [ q^6*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/6*q^4+7/8*q^3-4/3*q^2-5/3*q+4 ], [ q^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/6*q^4+7/8*q^3-4/3*q^2-5/3*q+4 ], [ q^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/6*q^4+7/8*q^3-4/3*q^2-5/3*q+4 ], [ q*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/6*q^4+7/8*q^3-4/3*q^2-5/3*q+4 ], [ Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/6*q^4+7/8*q^3-4/3*q^2-5/3*q+4 ], [ q^6*Phi1*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+q^3-q^2 ], [ q^3*Phi1*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+q^3-q^2 ], [ 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], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-17/96*q^4+13/12*q^3-67/24*q^2+5/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-17/96*q^4+13/12*q^3-67/24*q^2+5/2*q ], [ Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-17/96*q^4+13/12*q^3-67/24*q^2+5/2*q ], [ q^4*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+q^3-3/4*q^2 ], [ q^3*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+q^3-3/4*q^2 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+q^3-3/4*q^2 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+q^3-3/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+q^3-3/4*q^2 ], [ 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q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/16*q^4+1/8*q^3 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/16*q^4+1/8*q^3 ], [ q^4*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ q^3*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ q^2*Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ q*Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ q*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-11/32*q^4+5/4*q^3-13/8*q^2+1/2*q ], [ q^4*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ q^3*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ q^2*Phi1^2*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ q*Phi1^2*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ Phi1^2*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+3/8*q^3 ], [ q^4*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ q^3*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ q^2*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ q*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/6*q^4-1/12*q^3+1/6*q^2 ], [ q^4*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ q^3*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ q^2*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ q*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-5/16*q^4+1/2*q^3-1/4*q^2 ], [ q^4*Phi1^3*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ q^3*Phi1^3*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ q^2*Phi1^3*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ q*Phi1^3*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ q*Phi1^3*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ Phi1^3*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-11/96*q^4+11/24*q^3-19/24*q^2+1/2*q ], [ q^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ q^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ q^2*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ q*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ q*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-17/32*q^4+3*q^3-43/8*q^2-7/2*q+12 ], [ q^4*Phi1*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-11/16*q^4+19/8*q^3-5/2*q^2 ], [ q^3*Phi1*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-11/16*q^4+19/8*q^3-5/2*q^2 ], [ q^2*Phi1*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-11/16*q^4+19/8*q^3-5/2*q^2 ], [ q*Phi1*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-11/16*q^4+19/8*q^3-5/2*q^2 ], [ 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q^4*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ q^3*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ q^2*Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ q*Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ q*Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ Phi1*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-7/16*q^4+3/4*q^3+1/4*q^2-q ], [ q^4*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ q^3*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ q^2*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ q*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ q*Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ Phi1^2*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/32*q^4+7/24*q^3-3/8*q^2+1/6*q ], [ q^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-3/16*q^4+9/8*q^3-9/4*q^2-2/3*q+4 ], [ q^3*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q^2*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ Phi1*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+11/24*q^3-1/2*q^2 ], [ q^3*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q^2*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q*Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ Phi1*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/8*q^4+3/2*q^3-9/4*q^2+q ], [ q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-3/16*q^4+1/4*q^3 ], [ q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/8*q^4+1/2*q^3+1/2*q^2-q ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/8*q^4+1/2*q^3+1/2*q^2-q ], [ q^2*Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/8*q^4+1/2*q^3+1/2*q^2-q ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-3/8*q^4+1/2*q^3+1/2*q^2-q ], [ q^3*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q^2*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q^3*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/2*q^2 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/2*q^2 ], [ q^2*Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/2*q^2 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/2*q^2 ], [ q^3*Phi1^4*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4-1/4*q^3+1/2*q^2 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4-1/4*q^3+1/2*q^2 ], [ q^2*Phi1^4*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4-1/4*q^3+1/2*q^2 ], [ Phi1^4*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4-1/4*q^3+1/2*q^2 ], [ q^3*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q^2*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q*Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ Phi1^2*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-5/16*q^4+9/8*q^3-7/4*q^2+q ], [ q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^5-1/8*q^4+1/8*q^3 ], [ q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q^2*Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^4+1/4*q^3 ], [ q^3*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^2*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^3*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^2*Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/8*q^4 ], [ q^3*Phi1^5*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^3 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^3 ], [ q^2*Phi1^5*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^3 ], [ Phi1^5*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^5-1/4*q^3 ], [ q^3*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+1/2*q^3-3/4*q^2+1/3*q ], [ q^2*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/8*q^4+1/2*q^3-3/4*q^2+1/3*q ], [ q^2*Phi1^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 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q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/16*q^4+1/12*q^3 ], [ q^2*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/16*q^4+1/12*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/16*q^4+1/12*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/16*q^4+1/12*q^3 ], [ Phi1^4*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^5-1/16*q^4+1/12*q^3 ], [ q^3*Phi1^4*Phi2^5*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/4*q^3+1/6*q ], [ Phi1^4*Phi2^5*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/4*q^3+1/6*q ], [ q^3*Phi1^5*Phi2^6*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/12*q^3 ], [ Phi1^5*Phi2^6*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/12*q^3 ], [ q^3*Phi1^5*Phi2^4*Phi3*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/4*q^3+1/6*q ], [ Phi1^5*Phi2^4*Phi3*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/4*q^3+1/6*q ], [ q^3*Phi1^6*Phi2^5*Phi3*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/12*q^3 ], [ Phi1^6*Phi2^5*Phi3*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^5-1/12*q^3 ], [ q^2*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/46080*q^6-7/7680*q^5+35/2304*q^4-49/384*q^3+203/360*q^2-49/40*q+1 ], [ Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/46080*q^6-7/7680*q^5+35/2304*q^4-49/384*q^3+203/360*q^2-49/40*q+1 ], [ q^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-1/256*q^5+17/384*q^4-15/64*q^3+137/240*q^2-1/2*q ], [ q*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-1/256*q^5+17/384*q^4-15/64*q^3+137/240*q^2-1/2*q ], [ q*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-1/256*q^5+17/384*q^4-15/64*q^3+137/240*q^2-1/2*q ], [ Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-1/256*q^5+17/384*q^4-15/64*q^3+137/240*q^2-1/2*q ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^6-11/1536*q^5+15/256*q^4-85/384*q^3+37/96*q^2-1/4*q ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^6-11/1536*q^5+15/256*q^4-85/384*q^3+37/96*q^2-1/4*q ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^6-1/128*q^5+31/576*q^4-17/96*q^3+5/18*q^2-1/6*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^6-1/128*q^5+31/576*q^4-17/96*q^3+5/18*q^2-1/6*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^6-1/128*q^5+31/576*q^4-17/96*q^3+5/18*q^2-1/6*q ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^6-1/128*q^5+31/576*q^4-17/96*q^3+5/18*q^2-1/6*q ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^6-3/512*q^5+31/768*q^4-17/128*q^3+5/24*q^2-1/8*q ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^6-3/512*q^5+31/768*q^4-17/128*q^3+5/24*q^2-1/8*q ], [ q^2*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-11/3840*q^5+3/128*q^4-17/192*q^3+37/240*q^2-1/10*q ], [ q*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-11/3840*q^5+3/128*q^4-17/192*q^3+37/240*q^2-1/10*q ], [ q*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-11/3840*q^5+3/128*q^4-17/192*q^3+37/240*q^2-1/10*q ], [ Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^6-11/3840*q^5+3/128*q^4-17/192*q^3+37/240*q^2-1/10*q ], [ q^2*Phi1^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/46080*q^6-1/1536*q^5+17/2304*q^4-5/128*q^3+137/1440*q^2-1/12*q ], [ Phi1^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/46080*q^6-1/1536*q^5+17/2304*q^4-5/128*q^3+137/1440*q^2-1/12*q ], [ q^2*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-11/768*q^5+15/128*q^4-85/192*q^3+37/48*q^2-1/2*q ], [ Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-11/768*q^5+15/128*q^4-85/192*q^3+37/48*q^2-1/2*q ], [ q^2*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-5/384*q^5+35/384*q^4-25/96*q^3+1/4*q^2 ], [ q*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-5/384*q^5+35/384*q^4-25/96*q^3+1/4*q^2 ], [ q*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-5/384*q^5+35/384*q^4-25/96*q^3+1/4*q^2 ], [ Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-5/384*q^5+35/384*q^4-25/96*q^3+1/4*q^2 ], [ q^2*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+17/96*q^4-17/48*q^3+1/4*q^2 ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+17/96*q^4-17/48*q^3+1/4*q^2 ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+17/96*q^4-17/48*q^3+1/4*q^2 ], [ Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+17/96*q^4-17/48*q^3+1/4*q^2 ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^5+11/96*q^4-1/8*q^3 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^5+11/96*q^4-1/8*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-5/128*q^5+9/64*q^4-7/32*q^3+1/8*q^2 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-5/128*q^5+9/64*q^4-7/32*q^3+1/8*q^2 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/32*q^5+5/64*q^4-1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/32*q^5+5/64*q^4-1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/32*q^5+5/64*q^4-1/16*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/32*q^5+5/64*q^4-1/16*q^3 ], [ q^2*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-5/192*q^5+3/32*q^4-7/48*q^3+1/12*q^2 ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-5/192*q^5+3/32*q^4-7/48*q^3+1/12*q^2 ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-5/192*q^5+3/32*q^4-7/48*q^3+1/12*q^2 ], [ Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-5/192*q^5+3/32*q^4-7/48*q^3+1/12*q^2 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/48*q^5+5/96*q^4-1/24*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/48*q^5+5/96*q^4-1/24*q^3 ], [ q^2*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-7/768*q^5+17/384*q^4-17/192*q^3+1/16*q^2 ], [ Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-7/768*q^5+17/384*q^4-17/192*q^3+1/16*q^2 ], [ q^2*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-1/128*q^5+11/384*q^4-1/32*q^3 ], [ q*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-1/128*q^5+11/384*q^4-1/32*q^3 ], [ q*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-1/128*q^5+11/384*q^4-1/32*q^3 ], [ Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^6-1/128*q^5+11/384*q^4-1/32*q^3 ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-5/128*q^5+1/8*q^4-3/32*q^3-3/16*q^2+1/4*q ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-5/128*q^5+1/8*q^4-3/32*q^3-3/16*q^2+1/4*q ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/16*q^5+5/32*q^4-1/8*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/16*q^5+5/32*q^4-1/8*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/16*q^5+5/32*q^4-1/8*q^3 ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/16*q^5+5/32*q^4-1/8*q^3 ], [ q^2*Phi1^4*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-3/128*q^5+1/64*q^4+3/32*q^3-1/8*q^2 ], [ Phi1^4*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-3/128*q^5+1/64*q^4+3/32*q^3-1/8*q^2 ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4+1/16*q^3-1/8*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4+1/16*q^3-1/8*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4+1/16*q^3-1/8*q^2 ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4+1/16*q^3-1/8*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-3/128*q^5+1/32*q^4+1/32*q^3-1/16*q^2 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-3/128*q^5+1/32*q^4+1/32*q^3-1/16*q^2 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/32*q^4 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/32*q^4 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/32*q^4 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/32*q^4 ], [ q^2*Phi1^6*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/128*q^5-1/64*q^4+1/32*q^3 ], [ Phi1^6*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^6-1/128*q^5-1/64*q^4+1/32*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/64*q^5+5/48*q^3-1/24*q^2-1/6*q ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/64*q^5+5/48*q^3-1/24*q^2-1/6*q ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/16*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/32*q^5+1/16*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-1/64*q^5-1/32*q^4+1/16*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^4+1/12*q^2 ], [ q*Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^4+1/12*q^2 ], [ q*Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^4+1/12*q^2 ], [ Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-1/32*q^4+1/12*q^2 ], [ q^2*Phi1^2*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ Phi1^2*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/24*q^5+43/288*q^4-1/8*q^3-11/72*q^2+1/6*q ], [ q^2*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/16*q^5+7/96*q^4+1/16*q^3-1/12*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ Phi1^4*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^6-1/24*q^5+1/32*q^4+1/24*q^3-1/24*q^2 ], [ q^2*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ q*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ q*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ q^2*Phi1^6*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ Phi1^6*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^6-1/48*q^5+7/288*q^4+1/48*q^3-1/36*q^2 ], [ q^2*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q^2*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ Phi1^5*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/48*q^4 ], [ q^2*Phi1^4*Phi2^6*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/72*q^6-1/36*q^4-1/12*q^3+1/72*q^2+1/12*q ], [ Phi1^4*Phi2^6*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/72*q^6-1/36*q^4-1/12*q^3+1/72*q^2+1/12*q ], [ q^2*Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^6-1/18*q^4+1/36*q^2 ], [ q*Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^6-1/18*q^4+1/36*q^2 ], [ q*Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^6-1/18*q^4+1/36*q^2 ], [ Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^6-1/18*q^4+1/36*q^2 ], [ q^2*Phi1^6*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/72*q^6-1/36*q^4-1/12*q^3+1/72*q^2+1/12*q ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/72*q^6-1/36*q^4-1/12*q^3+1/72*q^2+1/12*q ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/32*q^4+3/16*q^3-1/4*q^2 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/32*q^4+3/16*q^3-1/4*q^2 ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+1/8*q^4 ], [ q*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+1/8*q^4 ], [ q*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+1/8*q^4 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+1/8*q^4 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5-1/32*q^4+1/16*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5-1/32*q^4+1/16*q^3 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^4 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^4 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^4 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^4 ], [ q^2*Phi1^6*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6 ], [ q^2*Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ Phi1^4*Phi2^6*Phi3^2*Phi4^2*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/10*q^5-1/20*q^2+1/10*q ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ q^2*Phi1^6*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^6-1/20*q^2 ], [ q^2*Phi1^5*Phi2^5*Phi3*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^6-1/6*q^3-1/12*q^2+1/6*q ], [ Phi1^5*Phi2^5*Phi3*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/12*q^6-1/6*q^3-1/12*q^2+1/6*q ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^6-1/12*q^2 ], [ q*Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^6-1/12*q^2 ], [ q*Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^6-1/12*q^2 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^6-1/12*q^2 ], [ q^3*Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-5/768*q^5+1/16*q^4-55/192*q^3+149/240*q^2-1/2*q ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-5/768*q^5+1/16*q^4-55/192*q^3+149/240*q^2-1/2*q ], [ Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-5/768*q^5+1/16*q^4-55/192*q^3+149/240*q^2-1/2*q ], [ q^3*Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/10*q^6-1/10*q^2 ], [ q*Phi1^6*Phi2^4*Phi3^2*Phi4^3*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/10*q^6-1/10*q^2 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/10*q^6-1/10*q^2 ], [ q^3*Phi1^4*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/10*q^6-1/5*q^5-1/10*q^2+1/5*q ], [ q*Phi1^4*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/10*q^6-1/5*q^5-1/10*q^2+1/5*q ], [ Phi1^4*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/10*q^6-1/5*q^5-1/10*q^2+1/5*q ], [ q^3*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q*Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q^3*Phi1^5*Phi2^2*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q*Phi1^6*Phi2^2*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ Phi1^5*Phi2^2*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/12*q^5+1/16*q^4+1/12*q^3-1/12*q^2 ], [ q^3*Phi1^3*Phi2^6*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q*Phi1^3*Phi2^7*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ Phi1^3*Phi2^6*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q^3*Phi1^6*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^4 ], [ q*Phi1^7*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^4 ], [ Phi1^6*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^4 ], [ q^3*Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q*Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/24*q^5-1/48*q^4+1/24*q^3 ], [ q^3*Phi1^2*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/24*q^5+31/48*q^4-11/24*q^3-2/3*q^2+2/3*q ], [ q*Phi1^2*Phi2^6*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/24*q^5+31/48*q^4-11/24*q^3-2/3*q^2+2/3*q ], [ Phi1^2*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/24*q^5+31/48*q^4-11/24*q^3-2/3*q^2+2/3*q ], [ q^3*Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q*Phi1^5*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q^3*Phi1^2*Phi2^5*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5-1/24*q^4+1/2*q^3-1/3*q ], [ q*Phi1^2*Phi2^6*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5-1/24*q^4+1/2*q^3-1/3*q ], [ Phi1^2*Phi2^5*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5-1/24*q^4+1/2*q^3-1/3*q ], [ q^3*Phi1^5*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q*Phi1^6*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/12*q^5-1/24*q^4+1/12*q^3 ], [ q^3*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5+1/8*q^4+1/6*q^3-1/6*q^2 ], [ q*Phi1^3*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5+1/8*q^4+1/6*q^3-1/6*q^2 ], [ Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/6*q^5+1/8*q^4+1/6*q^3-1/6*q^2 ], [ q^3*Phi1^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-17/768*q^5+13/96*q^4-67/192*q^3+5/16*q^2 ], [ q*Phi1^6*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-17/768*q^5+13/96*q^4-67/192*q^3+5/16*q^2 ], [ Phi1^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-17/768*q^5+13/96*q^4-67/192*q^3+5/16*q^2 ], [ q^3*Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-1/16*q^4+1/16*q^3 ], [ q*Phi1^6*Phi2^4*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-1/16*q^4+1/16*q^3 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-1/16*q^4+1/16*q^3 ], [ q^3*Phi1^6*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5 ], [ q*Phi1^7*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5 ], [ Phi1^6*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5 ], [ q^3*Phi1^3*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-5/16*q^5+3/8*q^4 ], [ q*Phi1^3*Phi2^7*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-5/16*q^5+3/8*q^4 ], [ Phi1^3*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-5/16*q^5+3/8*q^4 ], [ q^3*Phi1^4*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-3/32*q^4+1/16*q^3+1/8*q^2 ], [ q*Phi1^4*Phi2^6*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-3/32*q^4+1/16*q^3+1/8*q^2 ], [ Phi1^4*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/64*q^5-3/32*q^4+1/16*q^3+1/8*q^2 ], [ q^3*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-25/768*q^5+115/384*q^4-75/64*q^3+41/32*q^2+65/24*q-5 ], [ q*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-25/768*q^5+115/384*q^4-75/64*q^3+41/32*q^2+65/24*q-5 ], [ Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^6-25/768*q^5+115/384*q^4-75/64*q^3+41/32*q^2+65/24*q-5 ], [ q^3*Phi1^4*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-17/3840*q^5+11/384*q^4-17/192*q^3+21/160*q^2-3/40*q ], [ q*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-17/3840*q^5+11/384*q^4-17/192*q^3+21/160*q^2-3/40*q ], [ Phi1^4*Phi2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3840*q^6-17/3840*q^5+11/384*q^4-17/192*q^3+21/160*q^2-3/40*q ], [ q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+5/32*q^4-29/96*q^3+5/24*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+5/32*q^4-29/96*q^3+5/24*q^2 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+5/32*q^4-29/96*q^3+5/24*q^2 ], [ q^3*Phi1*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-17/192*q^5+13/24*q^4-67/48*q^3+5/4*q^2 ], [ q*Phi1*Phi2^7*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-17/192*q^5+13/24*q^4-67/48*q^3+5/4*q^2 ], [ Phi1*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-17/192*q^5+13/24*q^4-67/48*q^3+5/4*q^2 ], [ q^3*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+3/32*q^4 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+3/32*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+3/32*q^4 ], [ q^3*Phi1^3*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/16*q^3 ], [ q*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/16*q^3 ], [ Phi1^3*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/16*q^3 ], [ q^3*Phi1^6*Phi2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/64*q^5+13/96*q^4-1/8*q^3 ], [ q*Phi1^7*Phi2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/64*q^5+13/96*q^4-1/8*q^3 ], [ Phi1^6*Phi2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/64*q^5+13/96*q^4-1/8*q^3 ], [ q^3*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/32*q^5+1/16*q^4 ], [ q*Phi1^6*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/32*q^5+1/16*q^4 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/32*q^5+1/16*q^4 ], [ q^3*Phi1^2*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-7/32*q^5+1/2*q^4-3/8*q^3 ], [ q*Phi1^2*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-7/32*q^5+1/2*q^4-3/8*q^3 ], [ Phi1^2*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-7/32*q^5+1/2*q^4-3/8*q^3 ], [ q^3*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+29/192*q^4-25/96*q^3+5/48*q^2+1/12*q ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+29/192*q^4-25/96*q^3+5/48*q^2+1/12*q ], [ Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/384*q^5+29/192*q^4-25/96*q^3+5/48*q^2+1/12*q ], [ q^3*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-11/192*q^5+11/48*q^4-19/48*q^3+1/4*q^2 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-11/192*q^5+11/48*q^4-19/48*q^3+1/4*q^2 ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-11/192*q^5+11/48*q^4-19/48*q^3+1/4*q^2 ], [ q^3*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/8*q^3-1/8*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/8*q^3-1/8*q^2 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/16*q^4+1/8*q^3-1/8*q^2 ], [ q^3*Phi1^3*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/4*q^4+1/8*q^3+1/4*q^2 ], [ q*Phi1^3*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/4*q^4+1/8*q^3+1/4*q^2 ], [ Phi1^3*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/4*q^4+1/8*q^3+1/4*q^2 ], [ q^3*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/8*q^4+1/8*q^3 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/8*q^4+1/8*q^3 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/16*q^5-1/8*q^4+1/8*q^3 ], [ q^3*Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-7/64*q^5+1/4*q^4-3/16*q^3 ], [ q*Phi1^5*Phi2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-7/64*q^5+1/4*q^4-3/16*q^3 ], [ Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-7/64*q^5+1/4*q^4-3/16*q^3 ], [ q^3*Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/32*q^4+1/4*q^3-1/8*q^2-1/4*q ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/32*q^4+1/4*q^3-1/8*q^2-1/4*q ], [ Phi1^2*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/64*q^5+1/32*q^4+1/4*q^3-1/8*q^2-1/4*q ], [ q^3*Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-11/64*q^5+19/32*q^4-7/16*q^3-9/8*q^2+3/2*q ], [ q*Phi1*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-11/64*q^5+19/32*q^4-7/16*q^3-9/8*q^2+3/2*q ], [ Phi1*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-11/64*q^5+19/32*q^4-7/16*q^3-9/8*q^2+3/2*q ], [ q^3*Phi1^3*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/192*q^5+3/32*q^4-5/48*q^3+1/24*q^2 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/192*q^5+3/32*q^4-5/48*q^3+1/24*q^2 ], [ Phi1^3*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/192*q^5+3/32*q^4-5/48*q^3+1/24*q^2 ], [ q^2*Phi1^5*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6+1/24*q^5-1/24*q^4-1/24*q^3 ], [ Phi1^5*Phi2^5*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6+1/24*q^5-1/24*q^4-1/24*q^3 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^5-1/24*q^4+1/24*q^3 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^5-1/24*q^4+1/24*q^3 ], [ q^2*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+1/48*q^4+13/48*q^3-1/24*q^2-1/6*q ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+1/48*q^4+13/48*q^3-1/24*q^2-1/6*q ], [ q*Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+1/48*q^4+13/48*q^3-1/24*q^2-1/6*q ], [ Phi1^2*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+1/48*q^4+13/48*q^3-1/24*q^2-1/6*q ], [ q^2*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+5/48*q^4+5/48*q^3-1/8*q^2 ], [ q*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+5/48*q^4+5/48*q^3-1/8*q^2 ], [ q*Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+5/48*q^4+5/48*q^3-1/8*q^2 ], [ Phi1^4*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-5/48*q^5+5/48*q^4+5/48*q^3-1/8*q^2 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/16*q^5+1/48*q^4+1/16*q^3-1/24*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/16*q^5+1/48*q^4+1/16*q^3-1/24*q^2 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/16*q^5+1/48*q^4+1/16*q^3-1/24*q^2 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-1/16*q^5+1/48*q^4+1/16*q^3-1/24*q^2 ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-11/48*q^5+37/48*q^4-29/48*q^3-19/24*q^2+5/6*q ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-11/48*q^5+37/48*q^4-29/48*q^3-19/24*q^2+5/6*q ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-11/48*q^5+37/48*q^4-29/48*q^3-19/24*q^2+5/6*q ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^6-11/48*q^5+37/48*q^4-29/48*q^3-19/24*q^2+5/6*q ], [ q^2*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ q*Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ Phi1^3*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^5-1/8*q^4+1/24*q^3+1/12*q^2 ], [ Phi1^4*Phi2^4*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/24*q^5-1/8*q^4+1/24*q^3+1/12*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-1/8*q^5+1/24*q^4+1/8*q^3-1/12*q^2 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-5/24*q^5+5/24*q^4+5/24*q^3-1/4*q^2 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-5/24*q^5+5/24*q^4+5/24*q^3-1/4*q^2 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-5/24*q^5+5/24*q^4+5/24*q^3-1/4*q^2 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^6-5/24*q^5+5/24*q^4+5/24*q^3-1/4*q^2 ], [ q^2*Phi1^6*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6 ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/16*q^5+1/4*q^4 ], [ q*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/16*q^5+1/4*q^4 ], [ q*Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/16*q^5+1/4*q^4 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-3/16*q^5+1/4*q^4 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q*Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ q*Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/16*q^6-1/8*q^5 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/48*q^5+1/96*q^4+1/48*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/48*q^5+1/96*q^4+1/48*q^3 ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/24*q^5+7/96*q^4+5/48*q^3-1/4*q^2 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/24*q^5+7/96*q^4+5/48*q^3-1/4*q^2 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/16*q^4+1/8*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+1/16*q^4 ], [ q^2*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-5/64*q^5+1/4*q^4-1/4*q^3 ], [ q*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-5/64*q^5+1/4*q^4-1/4*q^3 ], [ q*Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-5/64*q^5+1/4*q^4-1/4*q^3 ], [ Phi1^5*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-5/64*q^5+1/4*q^4-1/4*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+3/32*q^4-1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+3/32*q^4-1/16*q^3 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+3/32*q^4-1/16*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-3/64*q^5+3/32*q^4-1/16*q^3 ], [ q^2*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-9/64*q^5+29/32*q^4-39/16*q^3+9/4*q^2 ], [ q*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-9/64*q^5+29/32*q^4-39/16*q^3+9/4*q^2 ], [ q*Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-9/64*q^5+29/32*q^4-39/16*q^3+9/4*q^2 ], [ Phi1*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^6-9/64*q^5+29/32*q^4-39/16*q^3+9/4*q^2 ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+5/16*q^4-1/4*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+5/16*q^4-1/4*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+5/16*q^4-1/4*q^3 ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+5/16*q^4-1/4*q^3 ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/32*q^5+1/2*q^4-1/2*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/32*q^5+1/2*q^4-1/2*q^3 ], [ q*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/32*q^5+1/2*q^4-1/2*q^3 ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-5/32*q^5+1/2*q^4-1/2*q^3 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ q^2*Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/32*q^5 ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ q*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/16*q^4 ], [ q^2*Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/32*q^5+3/16*q^4-1/8*q^3 ], [ q^2*Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/4*q^3 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/4*q^3 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/8*q^4 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/8*q^4 ], [ q*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/8*q^4 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5+1/8*q^4 ], [ q^2*Phi1^6*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^4 ], [ Phi1^6*Phi2^4*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^4 ], [ q^2*Phi1^4*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/4*q^3-1/4*q^2 ], [ Phi1^4*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/16*q^5+1/4*q^3-1/4*q^2 ], [ q^2*Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/8*q^4+1/4*q^3 ], [ Phi1^5*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/16*q^5-1/8*q^4+1/4*q^3 ], [ q^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/192*q^5+125/192*q^4-65/24*q^3+173/48*q^2+53/12*q-10 ], [ q*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/192*q^5+125/192*q^4-65/24*q^3+173/48*q^2+53/12*q-10 ], [ q*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/192*q^5+125/192*q^4-65/24*q^3+173/48*q^2+53/12*q-10 ], [ Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-13/192*q^5+125/192*q^4-65/24*q^3+173/48*q^2+53/12*q-10 ], [ q^2*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-3/64*q^5+59/192*q^4-7/8*q^3+47/48*q^2-1/4*q ], [ q*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-3/64*q^5+59/192*q^4-7/8*q^3+47/48*q^2-1/4*q ], [ q*Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-3/64*q^5+59/192*q^4-7/8*q^3+47/48*q^2-1/4*q ], [ Phi1^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-3/64*q^5+59/192*q^4-7/8*q^3+47/48*q^2-1/4*q ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+35/192*q^4-19/48*q^3+17/48*q^2-1/12*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+35/192*q^4-19/48*q^3+17/48*q^2-1/12*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+35/192*q^4-19/48*q^3+17/48*q^2-1/12*q ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+35/192*q^4-19/48*q^3+17/48*q^2-1/12*q ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+37/192*q^4-23/48*q^3+9/16*q^2-1/4*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+37/192*q^4-23/48*q^3+9/16*q^2-1/4*q ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+37/192*q^4-23/48*q^3+9/16*q^2-1/4*q ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^6-7/192*q^5+37/192*q^4-23/48*q^3+9/16*q^2-1/4*q ], [ q^2*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/16*q^5+23/32*q^4-3/4*q^3-7/8*q^2+3/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/16*q^5+23/32*q^4-3/4*q^3-7/8*q^2+3/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/16*q^5+23/32*q^4-3/4*q^3-7/8*q^2+3/2*q ], [ Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-3/16*q^5+23/32*q^4-3/4*q^3-7/8*q^2+3/2*q ], [ q^2*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/32*q^5+59/96*q^4-7/4*q^3+47/24*q^2-1/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/32*q^5+59/96*q^4-7/4*q^3+47/24*q^2-1/2*q ], [ q*Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/32*q^5+59/96*q^4-7/4*q^3+47/24*q^2-1/2*q ], [ Phi1*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-3/32*q^5+59/96*q^4-7/4*q^3+47/24*q^2-1/2*q ], [ q^2*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+11/32*q^4-3/8*q^3+1/8*q^2 ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+11/32*q^4-3/8*q^3+1/8*q^2 ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+11/32*q^4-3/8*q^3+1/8*q^2 ], [ Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^6-1/8*q^5+11/32*q^4-3/8*q^3+1/8*q^2 ], [ q^2*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/96*q^5+37/96*q^4-23/24*q^3+9/8*q^2-1/2*q ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/96*q^5+37/96*q^4-23/24*q^3+9/8*q^2-1/2*q ], [ q*Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/96*q^5+37/96*q^4-23/24*q^3+9/8*q^2-1/2*q ], [ Phi1^3*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-7/96*q^5+37/96*q^4-23/24*q^3+9/8*q^2-1/2*q ], [ q^2*Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-5/96*q^5+5/32*q^4-1/24*q^3-11/24*q^2+1/2*q ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-5/96*q^5+5/32*q^4-1/24*q^3-11/24*q^2+1/2*q ], [ q^2*Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/32*q^5+5/96*q^4-1/24*q^2 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^6-1/32*q^5+5/96*q^4-1/24*q^2 ], [ q^2*Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5-1/16*q^4+1/2*q^3-1/2*q ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/8*q^5-1/16*q^4+1/2*q^3-1/2*q ], [ q^2*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/4*q^5+11/16*q^4-3/4*q^3+1/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/4*q^5+11/16*q^4-3/4*q^3+1/4*q^2 ], [ q*Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/4*q^5+11/16*q^4-3/4*q^3+1/4*q^2 ], [ Phi1^2*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^6-1/4*q^5+11/16*q^4-3/4*q^3+1/4*q^2 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/10*q^5-1/20*q^3+1/20*q^2+1/10*q ], [ Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/10*q^5-1/20*q^3+1/20*q^2+1/10*q ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/20*q^3+1/20*q^2 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/20*q^3+1/20*q^2 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^7-1/4*q^6+3/10*q^5-1/20*q^3+1/4*q^2-3/10*q ], [ Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^7-1/4*q^6+3/10*q^5-1/20*q^3+1/4*q^2-3/10*q ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/20*q^3+1/20*q^2 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/20*q^7-1/20*q^6-1/20*q^3+1/20*q^2 ], [ q*Phi1^3*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-5/48*q^6+5/48*q^5+5/48*q^4-1/8*q^3 ], [ Phi1^3*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-5/48*q^6+5/48*q^5+5/48*q^4-1/8*q^3 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/16*q^5+1/48*q^4+1/24*q^3 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/16*q^5+1/48*q^4+1/24*q^3 ], [ q*Phi1^4*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/48*q^5+1/48*q^4 ], [ Phi1^4*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/48*q^5+1/48*q^4 ], [ q*Phi1^6*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/48*q^5+1/48*q^4 ], [ Phi1^6*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/48*q^6-1/48*q^5+1/48*q^4 ], [ q*Phi1^2*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-17/288*q^6+103/288*q^5-251/288*q^4+17/36*q^3+67/72*q^2-5/6*q ], [ Phi1^2*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-17/288*q^6+103/288*q^5-251/288*q^4+17/36*q^3+67/72*q^2-5/6*q ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+1/32*q^5+3/32*q^4-1/24*q^3-1/24*q^2 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+1/32*q^5+3/32*q^4-1/24*q^3-1/24*q^2 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-1/32*q^6+25/288*q^5-5/96*q^4-13/144*q^3+1/12*q^2 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-1/32*q^6+25/288*q^5-5/96*q^4-13/144*q^3+1/12*q^2 ], [ q*Phi1^2*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-3/32*q^6+19/96*q^5+7/32*q^4-17/24*q^3-1/8*q^2+1/2*q ], [ Phi1^2*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-3/32*q^6+19/96*q^5+7/32*q^4-17/24*q^3-1/8*q^2+1/2*q ], [ q*Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-5/288*q^6+7/288*q^5+1/288*q^4-1/36*q^3+1/72*q^2 ], [ Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-5/288*q^6+7/288*q^5+1/288*q^4-1/36*q^3+1/72*q^2 ], [ q*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+5/96*q^5+5/96*q^4-1/16*q^3 ], [ Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+5/96*q^5+5/96*q^4-1/16*q^3 ], [ q*Phi1^5*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-1/32*q^6+25/288*q^5-5/96*q^4-13/144*q^3+1/12*q^2 ], [ Phi1^5*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/288*q^7-1/32*q^6+25/288*q^5-5/96*q^4-13/144*q^3+1/12*q^2 ], [ q*Phi1^5*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+5/96*q^5+5/96*q^4-1/16*q^3 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^7-5/96*q^6+5/96*q^5+5/96*q^4-1/16*q^3 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-7/48*q^6+5/16*q^5-5/48*q^4-1/3*q^3+1/4*q^2 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-7/48*q^6+5/16*q^5-5/48*q^4-1/3*q^3+1/4*q^2 ], [ q*Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6-1/48*q^5+7/48*q^4-1/12*q^2 ], [ Phi1^3*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6-1/48*q^5+7/48*q^4-1/12*q^2 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6+1/48*q^5+1/16*q^4-1/24*q^3 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6+1/48*q^5+1/16*q^4-1/24*q^3 ], [ q*Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6+1/48*q^5+1/16*q^4-1/24*q^3 ], [ Phi1^4*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^7-1/16*q^6+1/48*q^5+1/16*q^4-1/24*q^3 ], [ q*Phi1^5*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^7-1/6*q^6-1/12*q^3+1/6*q^2 ], [ Phi1^5*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^7-1/6*q^6-1/12*q^3+1/6*q^2 ], [ q*Phi1^6*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^7-1/12*q^3 ], [ Phi1^6*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/12*q^7-1/12*q^3 ], [ q*Phi1^4*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^7-1/18*q^6-1/18*q^5+1/9*q^4+1/36*q^3-1/18*q^2 ], [ Phi1^4*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^7-1/18*q^6-1/18*q^5+1/9*q^4+1/36*q^3-1/18*q^2 ], [ q*Phi1^5*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^7-1/18*q^5+1/36*q^3 ], [ Phi1^5*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/36*q^7-1/18*q^5+1/36*q^3 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/16*q^6+1/16*q^5 ], [ Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/16*q^6+1/16*q^5 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/32*q^6 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/32*q^6 ], [ q*Phi1^6*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/16*q^6+1/16*q^5 ], [ Phi1^6*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-1/16*q^6+1/16*q^5 ], [ q*Phi1^3*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-5/32*q^6+1/2*q^5-1/2*q^4 ], [ Phi1^3*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^7-5/32*q^6+1/2*q^5-1/2*q^4 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/8*q^6+1/8*q^5 ], [ Phi1^4*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/8*q^6+1/8*q^5 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6-1/32*q^5+3/16*q^4-1/4*q^2 ], [ Phi1^4*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6-1/32*q^5+3/16*q^4-1/4*q^2 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/64*q^6-1/32*q^5+1/16*q^4 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/64*q^6-1/32*q^5+1/16*q^4 ], [ q*Phi1^6*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-1/96*q^6+23/384*q^5-7/48*q^4+1/8*q^3 ], [ Phi1^6*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-1/96*q^6+23/384*q^5-7/48*q^4+1/8*q^3 ], [ q*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-5/768*q^6+3/128*q^5-7/192*q^4+1/48*q^3 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-5/768*q^6+3/128*q^5-7/192*q^4+1/48*q^3 ], [ q*Phi1^2*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-1/96*q^6+23/384*q^5-7/48*q^4+1/8*q^3 ], [ Phi1^2*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-1/96*q^6+23/384*q^5-7/48*q^4+1/8*q^3 ], [ q*Phi1*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-13/768*q^6+65/384*q^5-155/192*q^4+29/16*q^3-3/2*q^2 ], [ Phi1*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^7-13/768*q^6+65/384*q^5-155/192*q^4+29/16*q^3-3/2*q^2 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^7-1/32*q^6+5/64*q^5-1/16*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^7-1/32*q^6+5/64*q^5-1/16*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^7-5/128*q^6+7/64*q^5-1/32*q^4-1/8*q^3 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^7-5/128*q^6+7/64*q^5-1/32*q^4-1/8*q^3 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6+1/16*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6+1/16*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+3/32*q^5-1/16*q^4 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+3/32*q^5-1/16*q^4 ], [ q*Phi1^2*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/32*q^6+13/32*q^5-3/4*q^4+1/2*q^3 ], [ Phi1^2*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/32*q^6+13/32*q^5-3/4*q^4+1/2*q^3 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6+1/32*q^5 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/32*q^6+1/32*q^5 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+1/16*q^5+1/16*q^4-1/8*q^3 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+1/16*q^5+1/16*q^4-1/8*q^3 ], [ q*Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+3/32*q^5-1/16*q^4 ], [ Phi1^5*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+3/32*q^5-1/16*q^4 ], [ q*Phi1^6*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^5+1/12*q^3 ], [ Phi1^6*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^5+1/12*q^3 ], [ q*Phi1^5*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/192*q^6-1/32*q^5+1/16*q^4+1/12*q^3-1/6*q^2 ], [ Phi1^5*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/192*q^6-1/32*q^5+1/16*q^4+1/12*q^3-1/6*q^2 ], [ q*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-3/640*q^6+127/1920*q^5-29/64*q^4+347/240*q^3-89/80*q^2-77/20*q+6 ], [ Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-3/640*q^6+127/1920*q^5-29/64*q^4+347/240*q^3-89/80*q^2-77/20*q+6 ], [ q*Phi1^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-13/3840*q^6+13/384*q^5-31/192*q^4+29/80*q^3-3/10*q^2 ], [ Phi1^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-13/3840*q^6+13/384*q^5-31/192*q^4+29/80*q^3-3/10*q^2 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-1/384*q^6+13/640*q^5-5/64*q^4+37/240*q^3-7/48*q^2+1/20*q ], [ Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-1/384*q^6+13/640*q^5-5/64*q^4+37/240*q^3-7/48*q^2+1/20*q ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-13/3840*q^6+13/384*q^5-31/192*q^4+29/80*q^3-3/10*q^2 ], [ Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/7680*q^7-13/3840*q^6+13/384*q^5-31/192*q^4+29/80*q^3-3/10*q^2 ], [ q*Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6-1/16*q^5+1/8*q^4 ], [ Phi1^4*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6-1/16*q^5+1/8*q^4 ], [ q*Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/8*q^6-1/16*q^5+1/2*q^4-1/2*q^2 ], [ Phi1^3*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/8*q^6-1/16*q^5+1/2*q^4-1/2*q^2 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^7-5/576*q^6+37/576*q^5-61/288*q^4+5/18*q^3-1/72*q^2-1/6*q ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^7-5/576*q^6+37/576*q^5-61/288*q^4+5/18*q^3-1/72*q^2-1/6*q ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^7-1/128*q^6+31/576*q^5-17/96*q^4+5/18*q^3-1/6*q^2 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^7-1/128*q^6+31/576*q^5-17/96*q^4+5/18*q^3-1/6*q^2 ], [ q*Phi1^4*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6-1/16*q^5+1/8*q^4 ], [ Phi1^4*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^6-1/16*q^5+1/8*q^4 ], [ q*Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^5 ], [ Phi1^5*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/32*q^7-1/16*q^5 ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/16*q^6+1/8*q^5+1/8*q^4-1/2*q^3+1/2*q ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-1/16*q^6+1/8*q^5+1/8*q^4-1/2*q^3+1/2*q ], [ q*Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-3/64*q^6+29/96*q^5-37/48*q^4+1/4*q^3+11/6*q^2-2*q ], [ Phi1*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-3/64*q^6+29/96*q^5-37/48*q^4+1/4*q^3+11/6*q^2-2*q ], [ q*Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^6+13/96*q^5-1/4*q^4+1/6*q^3 ], [ Phi1^2*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^6+13/96*q^5-1/4*q^4+1/6*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+1/16*q^5+1/16*q^4-1/8*q^3 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^7-3/64*q^6+1/16*q^5+1/16*q^4-1/8*q^3 ], [ q*Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-5/192*q^6+3/32*q^5-7/48*q^4+1/12*q^3 ], [ Phi1^3*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-5/192*q^6+3/32*q^5-7/48*q^4+1/12*q^3 ], [ q*Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^6+13/96*q^5-1/4*q^4+1/6*q^3 ], [ Phi1^4*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^7-1/32*q^6+13/96*q^5-1/4*q^4+1/6*q^3 ], [ Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/645120*q^8-1/13440*q^7+67/46080*q^6-113/7680*q^5+919/11520*q^4-129/640*q^3+41/1260*q^2+223/280*q-1 ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/92160*q^8-7/23040*q^7+151/46080*q^6-77/4608*q^5+433/11520*q^4-67/5760*q^3-113/1440*q^2+1/12*q ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/92160*q^8-1/3840*q^7+113/46080*q^6-29/2560*q^5+293/11520*q^4-37/1920*q^3-1/60*q^2+1/40*q ], [ Phi1^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/645120*q^8-1/17920*q^7+37/46080*q^6-3/512*q^5+259/11520*q^4-79/1920*q^3+223/10080*q^2+1/84*q ], [ Phi1*Phi2^7*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/92160*q^8-1/2560*q^7+13/2304*q^6-1/24*q^5+949/5760*q^4-157/480*q^3+1/4*q^2 ], [ Phi1*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/15360*q^8-13/7680*q^7+43/2560*q^6-59/768*q^5+263/1920*q^4+27/320*q^3-137/240*q^2+1/2*q ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/6144*q^8-1/384*q^7+7/512*q^6-1/48*q^5-5/192*q^4+1/16*q^3 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/4608*q^8-7/2304*q^7+35/2304*q^6-35/1152*q^5+5/576*q^4+13/288*q^3-1/24*q^2 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/6144*q^8-1/512*q^7+1/128*q^6-1/96*q^5-1/384*q^4+1/96*q^3 ], [ Phi1^5*Phi2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/15360*q^8-3/2560*q^7+61/7680*q^6-19/768*q^5+21/640*q^4-7/960*q^3-1/80*q^2 ], [ Phi1^7*Phi2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/92160*q^8-1/3840*q^7+11/4608*q^6-1/96*q^5+31/1440*q^4-1/60*q^3 ], [ Phi1^2*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^8-3/512*q^7+31/768*q^6-17/128*q^5+5/24*q^4-1/8*q^3 ], [ Phi1^2*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/128*q^7+23/768*q^6-7/384*q^5-1/8*q^4+19/96*q^3+5/48*q^2-1/4*q ], [ Phi1^4*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/192*q^7+5/768*q^6+13/384*q^5-13/192*q^4-5/96*q^3+1/8*q^2 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/512*q^8-3/256*q^7+1/64*q^6+1/64*q^5-1/32*q^4 ], [ Phi1^4*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/192*q^7+3/256*q^6+1/384*q^5-1/32*q^4+1/96*q^3+1/48*q^2 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/384*q^7-1/768*q^6+5/384*q^5-1/192*q^4-1/96*q^3 ], [ Phi1^6*Phi2^2*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/3072*q^8-5/1536*q^7+3/256*q^6-7/384*q^5+1/96*q^4 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/512*q^8-1/64*q^7+5/128*q^6-1/64*q^5-1/16*q^4+1/16*q^3 ], [ Phi1^5*Phi2^7*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/384*q^7-1/192*q^6+1/32*q^5-1/96*q^4-1/12*q^3+1/12*q^2 ], [ Phi1^3*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^8-1/128*q^7-1/384*q^6+13/192*q^5-1/48*q^4-3/16*q^3+1/24*q^2+1/6*q ], [ Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/256*q^8-1/128*q^7-3/128*q^6+3/64*q^5+1/32*q^4-1/16*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/512*q^8-1/128*q^7+1/64*q^5 ], [ Phi1^7*Phi2^5*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/128*q^6+1/48*q^4 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^8-1/128*q^7+5/96*q^5-1/48*q^4-1/12*q^3 ], [ Phi1^6*Phi2^6*Phi3^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/768*q^8-1/384*q^7-1/64*q^6+1/32*q^5+1/24*q^4-1/12*q^3 ], [ Phi1^2*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/11520*q^8-5/2304*q^7+239/11520*q^6-215/2304*q^5+67/360*q^4-41/576*q^3-149/720*q^2+1/6*q ], [ Phi1^2*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^8-5/768*q^7+71/2304*q^6-23/768*q^5-35/288*q^4+13/64*q^3+13/144*q^2-1/6*q ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1152*q^8-1/128*q^7+19/1152*q^6+7/384*q^5-17/288*q^4-1/96*q^3+1/24*q^2 ], [ Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/1152*q^8-7/1152*q^7+11/1152*q^6+11/1152*q^5-7/288*q^4-1/288*q^3+1/72*q^2 ], [ Phi1^6*Phi2^2*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/2304*q^8-1/256*q^7+23/2304*q^6-1/768*q^5-5/288*q^4+1/192*q^3+1/144*q^2 ], [ Phi1^6*Phi2^2*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/11520*q^8-1/768*q^7+79/11520*q^6-11/768*q^5+1/180*q^4+1/64*q^3-1/80*q^2 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/576*q^8-11/576*q^7+43/576*q^6-65/576*q^5+1/144*q^4+19/144*q^3-1/12*q^2 ], [ Phi1^3*Phi2^7*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/576*q^8-1/64*q^7+25/576*q^6-5/192*q^5-13/288*q^4+1/24*q^3 ], [ Phi1^3*Phi2^5*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-5/192*q^7+1/64*q^6+17/192*q^5-5/48*q^4-1/16*q^3+1/12*q^2 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-1/64*q^7-1/64*q^6+11/192*q^5+1/96*q^4-1/24*q^3 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-1/64*q^7-1/192*q^6+7/192*q^5-1/48*q^3 ], [ Phi1^5*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-1/192*q^7-1/64*q^6+1/192*q^5+1/96*q^4 ], [ Phi1^5*Phi2^3*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/576*q^8-5/576*q^7+7/576*q^6+1/576*q^5-1/72*q^4+1/144*q^3 ], [ Phi1^7*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/576*q^8-1/192*q^7+1/576*q^6+1/192*q^5-1/288*q^4 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-5/192*q^7+1/64*q^6+13/192*q^5-1/16*q^4-1/24*q^3+1/24*q^2 ], [ Phi1^4*Phi2^6*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^8-1/32*q^7+1/96*q^6+1/32*q^5-1/48*q^4 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-1/192*q^7-5/192*q^6+5/192*q^5+1/48*q^4-1/48*q^3 ], [ Phi1^4*Phi2^4*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8-1/64*q^7-5/192*q^6+11/192*q^5+1/16*q^4-1/24*q^3-1/24*q^2 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/96*q^8-1/96*q^7-1/32*q^6+1/96*q^5+1/48*q^4 ], [ Phi1^6*Phi2^6*Phi3*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/192*q^8+1/192*q^7-5/192*q^6-5/192*q^5+1/48*q^4+1/48*q^3 ], [ Phi1^4*Phi2^6*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/36*q^7+1/72*q^6+1/18*q^5-7/144*q^4-1/36*q^3+1/36*q^2 ], [ Phi1^4*Phi2^6*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/36*q^6-1/24*q^5+5/144*q^4+1/8*q^3-1/72*q^2-1/12*q ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/36*q^6-1/24*q^5+5/144*q^4+1/8*q^3-1/72*q^2-1/12*q ], [ Phi1^6*Phi2^4*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/72*q^6+1/144*q^4 ], [ Phi1^5*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/72*q^8-1/36*q^7-1/36*q^6+1/18*q^5+1/72*q^4-1/36*q^3 ], [ Phi1^5*Phi2^7*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/72*q^6-1/24*q^5+1/144*q^4+1/24*q^3 ], [ Phi1^7*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/144*q^8-1/72*q^6-1/24*q^5+1/144*q^4+1/24*q^3 ], [ Phi1^3*Phi2^7*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/96*q^7+23/384*q^6-7/48*q^5+1/8*q^4 ], [ Phi1^3*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^8-1/48*q^7+1/32*q^6+3/32*q^5-19/96*q^4-5/48*q^3+1/4*q^2 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/256*q^8-1/64*q^7+1/32*q^5 ], [ Phi1^5*Phi2^3*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/384*q^8-1/96*q^7+1/32*q^5-1/96*q^4-1/48*q^3 ], [ Phi1^7*Phi2^3*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/1536*q^8-1/192*q^7+5/384*q^6-1/96*q^5 ], [ Phi1^4*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-3/64*q^7+3/32*q^6-1/16*q^5 ], [ Phi1^4*Phi2^6*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-1/32*q^7+1/64*q^6+1/16*q^5-1/16*q^4 ], [ Phi1^4*Phi2^4*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^8-1/32*q^7-1/16*q^6+1/8*q^5+1/16*q^4-1/8*q^3 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/64*q^8-1/32*q^6 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-1/64*q^7 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-1/64*q^6 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-1/32*q^7+1/16*q^5 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/64*q^8-1/32*q^7-1/32*q^6+1/16*q^5 ], [ Phi1^7*Phi2^7*Phi3^2*Phi4*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/128*q^8-1/32*q^6 ], [ Phi1^5*Phi2^7*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/48*q^8-1/48*q^7-1/48*q^6+1/48*q^5 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^8-1/48*q^7-1/16*q^6+1/16*q^5+1/24*q^4-1/24*q^3 ], [ Phi1^5*Phi2^5*Phi3*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/48*q^8+1/48*q^7-1/16*q^6-1/16*q^5+1/24*q^4+1/24*q^3 ], [ Phi1^7*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6*Phi7*Phi10*Phi12*Phi14*Phi16, 1/48*q^8+1/48*q^7-1/48*q^6-1/48*q^5 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi10*Phi12*Phi14*Phi16, 1/32*q^8-1/16*q^6 ], [ Phi1^4*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/240*q^8-3/80*q^7+13/120*q^6-1/10*q^5-1/240*q^4+3/80*q^3-13/120*q^2+1/10*q ], [ Phi1^4*Phi2^6*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/80*q^8-3/80*q^7-1/40*q^6+1/10*q^5-1/80*q^4+3/80*q^3+1/40*q^2-1/10*q ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/80*q^8-1/80*q^7-1/40*q^6-1/80*q^4+1/80*q^3+1/40*q^2 ], [ Phi1^6*Phi2^4*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/240*q^8-1/80*q^7+1/120*q^6-1/240*q^4+1/80*q^3-1/120*q^2 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/40*q^8-3/40*q^7+1/20*q^6-1/40*q^4+3/40*q^3-1/20*q^2 ], [ Phi1^5*Phi2^7*Phi3^2*Phi4^2*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/40*q^8-1/40*q^7-1/40*q^4+1/40*q^3 ], [ Phi1^5*Phi2^5*Phi3^2*Phi4^3*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/40*q^8-1/40*q^7-1/20*q^6-1/40*q^4+1/40*q^3+1/20*q^2 ], [ Phi1^7*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/40*q^8+1/40*q^7-1/40*q^4-1/40*q^3 ], [ Phi1^6*Phi2^6*Phi3*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi12*Phi14*Phi16, 1/30*q^8-1/30*q^6-1/30*q^4+1/30*q^2 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^3*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/30*q^8-1/30*q^6-1/30*q^4+1/30*q^2 ], [ Phi1^5*Phi2^7*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/48*q^8-1/12*q^7+1/12*q^6-1/48*q^4+1/12*q^3-1/12*q^2 ], [ Phi1^5*Phi2^5*Phi3*Phi4^3*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^8-1/12*q^6-1/12*q^5-1/24*q^4+1/4*q^3+1/12*q^2-1/6*q ], [ Phi1^7*Phi2^5*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/48*q^8-1/48*q^4 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^2*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi14*Phi16, 1/24*q^8-1/12*q^7-1/24*q^4+1/12*q^3 ], [ Phi1^6*Phi2^6*Phi3*Phi4^2*Phi5*Phi6*Phi7*Phi8*Phi10*Phi12*Phi14*Phi16, 1/24*q^8-1/12*q^5-1/24*q^4+1/12*q^3 ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi16, 1/14*q^8-1/14*q^7-1/14*q^2+1/14*q ], [ Phi1^6*Phi2^6*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi8*Phi10*Phi12*Phi14*Phi16, 1/14*q^8+1/14*q^7-1/14*q^2-1/14*q ], [ Phi1^7*Phi2^7*Phi3^2*Phi4^3*Phi5*Phi6^2*Phi7*Phi8*Phi10*Phi12*Phi14, 1/8*q^8 ] ];