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test: diagram generator comparison tests #745

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28cf4e8
test: add diagrams.h
tueda Jan 7, 2026
e855a29
test: add diagrams.frm
tueda Jan 7, 2026
f8e9ca0
test: add result cache for diagrams.frm
tueda Jan 7, 2026
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76 changes: 76 additions & 0 deletions check/.diagrams_cache/feyngraph_qcd_3_none.dat
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Original file line number Diff line number Diff line change
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* Compared with feyngraph 0.1.0b4+gf7ae8f4
* Number of diagrams: FORM: 74, FeynGraph: 74
-1/2*topo_(1)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/2*topo_(1)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/4*topo_(1)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/2*topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-1/2*topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/2*topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/4*topo_(1)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
+1/2*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
+1/2*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
-1/4*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
+1/2*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
+1/2*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
-1/4*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-1/8*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/8*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/16*topo_(1)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,glu(k2),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-1/6*topo_(2)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
-1/2*topo_(2)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
-1/2*topo_(2)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
-1/6*topo_(2)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
+1/4*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
+1/2*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
+1/4*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
-1/8*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,QUA(-k5),qua(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
-1/8*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,GHO(-k5),gho(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
+1/48*topo_(2)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g,glu(-k5),glu(k5),glu(-k6))*node_(4,g,glu(k2),glu(k4),glu(k6))
+1/2*topo_(3)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(-k4),glu(-k5))*node_(3,g,QUA(k4),qua(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+topo_(3)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k5),qua(-k3),glu(-k4))*node_(3,g,QUA(k3),qua(-k6),glu(k4))*node_(4,g,QUA(k6),qua(k5),glu(k2))
+1/2*topo_(3)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(-k4),glu(-k5))*node_(3,g,GHO(k4),gho(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+topo_(3)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,GHO(-k5),gho(-k3),glu(-k4))*node_(3,g,GHO(k3),gho(-k6),glu(k4))*node_(4,g,GHO(k6),gho(k5),glu(k2))
-1/4*topo_(3)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,glu(-k3),glu(-k4),glu(-k5))*node_(3,g,glu(k3),glu(k4),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+1/2*topo_(3)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(-k4),glu(-k5))*node_(3,g,QUA(k4),qua(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+topo_(3)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k5),qua(-k3),glu(-k4))*node_(3,g,QUA(k3),qua(-k6),glu(k4))*node_(4,g,QUA(k6),qua(k5),glu(k2))
+1/2*topo_(3)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(-k4),glu(-k5))*node_(3,g,GHO(k4),gho(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+topo_(3)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k5),gho(-k3),glu(-k4))*node_(3,g,GHO(k3),gho(-k6),glu(k4))*node_(4,g,GHO(k6),gho(k5),glu(k2))
-1/4*topo_(3)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,glu(-k3),glu(-k4),glu(-k5))*node_(3,g,glu(k3),glu(k4),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
-1/4*topo_(3)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(-k4),glu(-k5))*node_(3,g,QUA(k4),qua(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
-1/2*topo_(3)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k5),qua(-k3),glu(-k4))*node_(3,g,QUA(k3),qua(-k6),glu(k4))*node_(4,g,QUA(k6),qua(k5),glu(k2))
-1/4*topo_(3)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(-k4),glu(-k5))*node_(3,g,GHO(k4),gho(k3),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
-1/2*topo_(3)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k5),gho(-k3),glu(-k4))*node_(3,g,GHO(k3),gho(-k6),glu(k4))*node_(4,g,GHO(k6),gho(k5),glu(k2))
+1/8*topo_(3)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(-k4),glu(-k5))*node_(3,g,glu(k3),glu(k4),glu(-k6))*node_(4,g,glu(k2),glu(k5),glu(k6))
+1/4*topo_(4)*node_(1,g,QUA(-k1),qua(-k2),glu(-k3))*node_(2,g,QUA(k2),qua(k1),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/2*topo_(4)*node_(1,g,QUA(-k3),qua(-k1),glu(-k2))*node_(2,g,QUA(k1),qua(-k4),glu(k2))*node_(3,g,QUA(-k5),qua(k3),glu(-k6))*node_(4,g,QUA(k4),qua(k5),glu(k6))
+1/2*topo_(4)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
+1/4*topo_(4)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k3))*node_(4,g,GHO(k6),gho(k5),glu(k4))
-1/2*topo_(4)*node_(1,g,GHO(-k3),gho(-k1),glu(-k2))*node_(2,g,GHO(k1),gho(-k4),glu(k2))*node_(3,g,GHO(-k5),gho(k3),glu(-k6))*node_(4,g,GHO(k4),gho(k5),glu(k6))
-1/4*topo_(4)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/4*topo_(4)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k3))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/16*topo_(4)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,glu(k3),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-1/4*topo_(5)*node_(1,g,QUA(-k3),qua(-k2),glu(-k1))*node_(2,g,QUA(-k4),qua(-k5),glu(k1))*node_(3,g,QUA(k2),qua(k4),glu(-k6))*node_(4,g,QUA(k5),qua(k3),glu(k6))
-1/4*topo_(5)*node_(1,g,GHO(-k3),gho(-k2),glu(-k1))*node_(2,g,GHO(-k4),gho(-k5),glu(k1))*node_(3,g,GHO(k2),gho(k4),glu(-k6))*node_(4,g,GHO(k5),gho(k3),glu(k6))
-1/3*topo_(5)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,QUA(-k5),qua(-k4),glu(k1))*node_(3,g,QUA(k4),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k3))
-1/3*topo_(5)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,GHO(-k5),gho(-k4),glu(k1))*node_(3,g,GHO(k4),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k3))
+1/24*topo_(5)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(-k4),glu(-k5))*node_(3,g,glu(k2),glu(k4),glu(-k6))*node_(4,g,glu(k3),glu(k5),glu(k6))
-1/4*topo_(6)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,QUA(-k4),qua(k4),glu(k1))*node_(3,g^2,glu(k2),glu(k3),glu(-k5),glu(k5))
-1/4*topo_(6)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,GHO(-k4),gho(k4),glu(k1))*node_(3,g^2,glu(k2),glu(k3),glu(-k5),glu(k5))
+1/8*topo_(6)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(-k4),glu(k4))*node_(3,g^2,glu(k2),glu(k3),glu(-k5),glu(k5))
+1/4*topo_(7)*node_(1,g,QUA(-k1),qua(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
+1/2*topo_(7)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
+1/4*topo_(7)*node_(1,g,GHO(-k1),gho(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
-1/4*topo_(7)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,QUA(-k3),qua(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
-1/4*topo_(7)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,GHO(-k3),gho(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
+1/16*topo_(7)*node_(1,g,glu(-k1),glu(k1),glu(-k2))*node_(2,g,glu(-k3),glu(k3),glu(-k4))*node_(3,g^2,glu(k2),glu(k4),glu(-k5),glu(k5))
-1/4*topo_(8)*node_(1,g,QUA(-k1),qua(-k2),glu(-k3))*node_(2,g,QUA(k2),qua(k1),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
-1/4*topo_(8)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
+1/8*topo_(8)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
-1/6*topo_(9)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,QUA(-k4),qua(k4),glu(-k5))*node_(3,g^2,glu(k1),glu(k2),glu(k3),glu(k5))
-1/6*topo_(9)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,GHO(-k4),gho(k4),glu(-k5))*node_(3,g^2,glu(k1),glu(k2),glu(k3),glu(k5))
+1/12*topo_(9)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(-k4),glu(k4),glu(-k5))*node_(3,g^2,glu(k1),glu(k2),glu(k3),glu(k5))
+1/8*topo_(10)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(-k4),glu(-k5))*node_(3,g^2,glu(k2),glu(k3),glu(k4),glu(k5))
+1/16*topo_(11)*node_(1,g^2,glu(-k1),glu(k1),glu(-k2),glu(-k3))*node_(2,g^2,glu(k2),glu(k3),glu(-k4),glu(k4))
+1/48*topo_(12)*node_(1,g^2,glu(-k1),glu(-k2),glu(-k3),glu(-k4))*node_(2,g^2,glu(k1),glu(k2),glu(k3),glu(k4))
21 changes: 21 additions & 0 deletions check/.diagrams_cache/feyngraph_qcd_3_onepi_opicomponents1.dat
View file
Open in desktop
Original file line number Diff line number Diff line change
@@ -0,0 +1,21 @@
* Compared with feyngraph 0.1.0b4+gf7ae8f4
* Number of diagrams: FORM: 19, FeynGraph: 19
1/4*topo_(1)*node_(1,g,QUA(-k1),qua(-k2),glu(-k3))*node_(2,g,QUA(k2),qua(k1),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/2*topo_(1)*node_(1,g,QUA(-k3),qua(-k1),glu(-k2))*node_(2,g,QUA(k1),qua(-k4),glu(k2))*node_(3,g,QUA(-k5),qua(k3),glu(-k6))*node_(4,g,QUA(k4),qua(k5),glu(k6))
+1/2*topo_(1)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
+1/4*topo_(1)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k3))*node_(4,g,GHO(k6),gho(k5),glu(k4))
-1/2*topo_(1)*node_(1,g,GHO(-k3),gho(-k1),glu(-k2))*node_(2,g,GHO(k1),gho(-k4),glu(k2))*node_(3,g,GHO(-k5),gho(k3),glu(-k6))*node_(4,g,GHO(k4),gho(k5),glu(k6))
-1/4*topo_(1)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,QUA(-k5),qua(-k6),glu(k3))*node_(4,g,QUA(k6),qua(k5),glu(k4))
-1/4*topo_(1)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,GHO(-k5),gho(-k6),glu(k3))*node_(4,g,GHO(k6),gho(k5),glu(k4))
+1/16*topo_(1)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g,glu(k3),glu(-k5),glu(-k6))*node_(4,g,glu(k4),glu(k5),glu(k6))
-1/4*topo_(2)*node_(1,g,QUA(-k3),qua(-k2),glu(-k1))*node_(2,g,QUA(-k4),qua(-k5),glu(k1))*node_(3,g,QUA(k2),qua(k4),glu(-k6))*node_(4,g,QUA(k5),qua(k3),glu(k6))
-1/4*topo_(2)*node_(1,g,GHO(-k3),gho(-k2),glu(-k1))*node_(2,g,GHO(-k4),gho(-k5),glu(k1))*node_(3,g,GHO(k2),gho(k4),glu(-k6))*node_(4,g,GHO(k5),gho(k3),glu(k6))
-1/3*topo_(2)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,QUA(-k5),qua(-k4),glu(k1))*node_(3,g,QUA(k4),qua(-k6),glu(k2))*node_(4,g,QUA(k6),qua(k5),glu(k3))
-1/3*topo_(2)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,GHO(-k5),gho(-k4),glu(k1))*node_(3,g,GHO(k4),gho(-k6),glu(k2))*node_(4,g,GHO(k6),gho(k5),glu(k3))
+1/24*topo_(2)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(-k4),glu(-k5))*node_(3,g,glu(k2),glu(k4),glu(-k6))*node_(4,g,glu(k3),glu(k5),glu(k6))
-1/4*topo_(3)*node_(1,g,QUA(-k1),qua(-k2),glu(-k3))*node_(2,g,QUA(k2),qua(k1),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
-1/4*topo_(3)*node_(1,g,GHO(-k1),gho(-k2),glu(-k3))*node_(2,g,GHO(k2),gho(k1),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
+1/8*topo_(3)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(k2),glu(-k4))*node_(3,g^2,glu(k3),glu(k4),glu(-k5),glu(k5))
+1/8*topo_(4)*node_(1,g,glu(-k1),glu(-k2),glu(-k3))*node_(2,g,glu(k1),glu(-k4),glu(-k5))*node_(3,g^2,glu(k2),glu(k3),glu(k4),glu(k5))
+1/16*topo_(5)*node_(1,g^2,glu(-k1),glu(k1),glu(-k2),glu(-k3))*node_(2,g^2,glu(k2),glu(k3),glu(-k4),glu(k4))
+1/48*topo_(6)*node_(1,g^2,glu(-k1),glu(-k2),glu(-k3),glu(-k4))*node_(2,g^2,glu(k1),glu(k2),glu(k3),glu(k4))
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