diff --git a/FeynCalc/Dirac/DiracTrace.m b/FeynCalc/Dirac/DiracTrace.m
index e2878250..12392e15 100755
--- a/FeynCalc/Dirac/DiracTrace.m
+++ b/FeynCalc/Dirac/DiracTrace.m
@@ -703,8 +703,8 @@ we define it is a function (traceNo5fun) so that the result can be retrieved ver
 	]/; EvenQ[Length[{x,y}]];
 
 
-
-spur5LarinMVV[x__DiracGamma, y:DiracGamma[_[_,dim_],dim_], DiracGamma[5]]:=
+(*Implements Eq.10 from 1506.04517 *)
+spur5LarinMVVold[x__DiracGamma, y:DiracGamma[_[_,dim_],dim_], DiracGamma[5]]:=
 	Block[{inds, epsInds, gInds, indPartitions, res, signs},
 		inds = First/@{x};
 		epsInds = Subsets[inds, {3}];
@@ -718,6 +718,22 @@ we define it is a function (traceNo5fun) so that the result can be retrieved ver
 		fastExpand[res]
 	]/; EvenQ[Length[{x,y}]] && Length[{x,y}]>=4;
 
+(*Implements Eq.11 from 1506.04517 *)
+spur5LarinMVV[x__DiracGamma, y : DiracGamma[_[_, dim_], dim_], DiracGamma[5]] :=
+Block[{inds, epsInds, gInds, indPartitions, res, signs},
+	inds = First /@ {x, y};
+	epsInds = Subsets[inds, {4}];
+	gInds = SelectFree[inds, #] & /@ epsInds;
+	indPartitions = MapThread[Join[#1, #2] &, {gInds, epsInds}];
+	signs = Signature /@ (indPartitions /.	Thread[Rule[inds, Range[Length[inds]]]]);
+
+	res =
+	Total[MapThread[$LeviCivitaSign*
+		I*#2*((traceNo5Wrap @@ #1[[;; -5]]))*
+		Apply[Eps, #1[[-4 ;;]]] &, {indPartitions, signs}]];
+	fastExpand[res]
+	] /; EvenQ[Length[{x, y}]] && Length[{x, y}] >= 4;
+
 spur5BMHVWest[x__DiracGamma, DiracGamma[5]]:=
 	Block[{spx = {x,DiracGamma[5]},spt,res},
 		res = 2/(Length[spx]-5) Sum[(-1)^(i+j+1) FCUseCache[ExpandScalarProduct,{Pair[spx[[i]][[1]],spx[[j]][[1]]]},{FCI->False}] *
diff --git a/FeynCalc/Documentation/Markdown/Extra/Gamma5.md b/FeynCalc/Documentation/Markdown/Extra/Gamma5.md
index 8f36adc1..03a7b8bc 100644
--- a/FeynCalc/Documentation/Markdown/Extra/Gamma5.md
+++ b/FeynCalc/Documentation/Markdown/Extra/Gamma5.md
@@ -113,3 +113,23 @@ FeynCalc implement the so-called Moch-Vermaseren-Vogt MVV formula from [Moch:201
 ```mathematica
 FCSetDiracGammaScheme["Larin"]
 ```
+
+The usage of this scheme implies that all axial-vector matrices from the Feynman rules $ \gamma^\mu \gamma^5$ should be entered as
+\begin{equation}
+\gamma^\mu \gamma^5 \to \frac{1}{2} \left ( \gamma^\mu \gamma^5 -  \gamma^5 \gamma^\mu \right )
+\end{equation}
+
+If the trace contains more than one $\gamma^5$, the code will insert
+\begin{equation}
+\gamma^\mu \gamma^5 = \frac{i}{6} \, \texttt{\$LeviCivitaSign} \, \varepsilon^{\mu \nu \rho \sigma} \gamma_\nu \gamma_\rho \gamma_\sigma
+\end{equation}
+for all but the right-most $\gamma^5$. Then the resulting trace will be evaluated according to Eq.(11) from [Moch:2015usa](https://arxiv.org/pdf/1506.04517.pdf)
+ \begin{equation}
+\mathrm{Tr}(\gamma^{\mu_1} \ldots \gamma^{\mu_{2m}} \gamma^5) =  4 i \, \texttt{\$LeviCivitaSign} \, g^{\mu_1 \mu_2} \ldots g^{\mu_{2m-5} \mu_{2m-4}} \varepsilon^{\mu_{2m-3} \mu_{2m-2} \mu_{2m-1} \mu_{2m}} + \textrm{permutations of} \quad \mu_{1} \ldots {\mu_{2m}}
+\end{equation}
+
+Notice that according to [Moch:2015usa](https://arxiv.org/pdf/1506.04517.pdf) one should distinguish between Levi-Civita tensors appearing in the calculating from traces over axial-vector matrices and those introduced e.g. via projectors. The "axial-vector" Levi-Civitas should be contracted first to avoid incorrect results.
+
+Since FeynCalc has no way to know the origin of $\varepsilon$-tensors in the input expression, it is advised to rename the unrelated Levi-Civitas to something else while doing the trace calculations and reintroduce them after the traces have been succesfully evaluated.
+
+
diff --git a/Tests/Dirac/DiracTrace.test b/Tests/Dirac/DiracTrace.test
index 523c23c0..378fada9 100644
--- a/Tests/Dirac/DiracTrace.test
+++ b/Tests/Dirac/DiracTrace.test
@@ -266,199 +266,134 @@ FCE->True]", "(-4*I)*LCD[mu1, mu2, mu3, mu4]"},
 {"fcstDiracTrace-ID56",
 "DiracTrace[GAD[mu1,mu2,5,mu3,mu4,mu5,mu6],\
 DiracTraceEvaluate->True,FCE->True]",
-"(-4*I)*(LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3] - LCD[mu2, mu3, \
-mu5, mu6]*MTD[mu1, mu4] + LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5] - \
-LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu6] + LCD[mu1, mu2, mu5, \
-mu6]*MTD[mu3, mu4] - LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5] + LCD[mu1, \
-mu2, mu4, mu5]*MTD[mu3, mu6] + LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu5] \
-- LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu6] + LCD[mu1, mu2, mu3, \
-mu4]*MTD[mu5, mu6])"},
+"(-4*I)*(LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2] +
+LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3] -
+LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu4] +
+LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5] -
+LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu6] -
+LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu3] +
+LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4] -
+LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu5] +
+LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu6] +
+LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu4] -
+LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5] +
+LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu6] +
+LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu5] -
+LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu6] +
+LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu6])"},
 {"fcstDiracTrace-ID57",
 "DiracTrace[GAD[mu1,mu2,mu3,mu4,mu5,mu6,5],\
 DiracTraceEvaluate->True,FCE->True]",
-"(-4*I)*(LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2] - LCD[mu2, mu4, \
-mu5, mu6]*MTD[mu1, mu3] + LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu4] - \
-LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5] + LCD[mu1, mu4, mu5, \
-mu6]*MTD[mu2, mu3] - LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4] + LCD[mu1, \
-mu3, mu4, mu6]*MTD[mu2, mu5] + LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu4] \
-- LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5] + LCD[mu1, mu2, mu3, \
-mu6]*MTD[mu4, mu5])"},
+"(-4*I)*(LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2] - LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3] + LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu4] - LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5] + LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu6] + LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu3] - LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4] + LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu5] - LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu6] + LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu4] - LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5] + LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu6] + LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu5] - LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu6] + LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu6])"},
 {"fcstDiracTrace-ID58",
 "DiracTrace[GAD[mu1,mu2,mu3,mu4,mu5,mu6,mu7,mu8,5],\
 DiracTraceEvaluate->True,FCE->True]",
-"(-4*I)*(LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu3] - \
-LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu3] + LCD[mu4, mu5, \
-mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu3] - LCD[mu4, mu5, mu6, \
-mu8]*MTD[mu1, mu7]*MTD[mu2, mu3] - LCD[mu5, mu6, mu7, mu8]*MTD[mu1, \
-mu3]*MTD[mu2, mu4] + LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, \
-mu4] - LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu4] + LCD[mu3, \
-mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu4] + LCD[mu4, mu6, mu7, \
-mu8]*MTD[mu1, mu3]*MTD[mu2, mu5] - LCD[mu3, mu6, mu7, mu8]*MTD[mu1, \
-mu4]*MTD[mu2, mu5] + LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, \
-mu5] - LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu5] - LCD[mu4, \
-mu5, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu6] + LCD[mu3, mu5, mu7, \
-mu8]*MTD[mu1, mu4]*MTD[mu2, mu6] - LCD[mu3, mu4, mu7, mu8]*MTD[mu1, \
-mu5]*MTD[mu2, mu6] + LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu2, \
-mu6] + LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu2, mu7] - LCD[mu3, \
-mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu2, mu7] + LCD[mu3, mu4, mu6, \
-mu8]*MTD[mu1, mu5]*MTD[mu2, mu7] - LCD[mu3, mu4, mu5, mu8]*MTD[mu1, \
-mu6]*MTD[mu2, mu7] + LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, \
-mu4] - LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu4] + LCD[mu2, \
-mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu4] - LCD[mu2, mu5, mu6, \
-mu8]*MTD[mu1, mu7]*MTD[mu3, mu4] + LCD[mu1, mu6, mu7, mu8]*MTD[mu2, \
-mu5]*MTD[mu3, mu4] - LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, \
-mu4] + LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, mu4] - LCD[mu4, \
-mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu5] + LCD[mu2, mu6, mu7, \
-mu8]*MTD[mu1, mu4]*MTD[mu3, mu5] - LCD[mu2, mu4, mu7, mu8]*MTD[mu1, \
-mu6]*MTD[mu3, mu5] + LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, \
-mu5] - LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu5] + LCD[mu1, \
-mu4, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, mu5] - LCD[mu1, mu4, mu6, \
-mu8]*MTD[mu2, mu7]*MTD[mu3, mu5] + LCD[mu4, mu5, mu7, mu8]*MTD[mu1, \
-mu2]*MTD[mu3, mu6] - LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu4]*MTD[mu3, \
-mu6] + LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu6] - LCD[mu2, \
-mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu3, mu6] + LCD[mu1, mu5, mu7, \
-mu8]*MTD[mu2, mu4]*MTD[mu3, mu6] - LCD[mu1, mu4, mu7, mu8]*MTD[mu2, \
-mu5]*MTD[mu3, mu6] + LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu7]*MTD[mu3, \
-mu6] - LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu3, mu7] + LCD[mu2, \
-mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu3, mu7] - LCD[mu2, mu4, mu6, \
-mu8]*MTD[mu1, mu5]*MTD[mu3, mu7] + LCD[mu2, mu4, mu5, mu8]*MTD[mu1, \
-mu6]*MTD[mu3, mu7] - LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu4]*MTD[mu3, \
-mu7] + LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu5]*MTD[mu3, mu7] - LCD[mu1, \
-mu4, mu5, mu8]*MTD[mu2, mu6]*MTD[mu3, mu7] + LCD[mu3, mu6, mu7, \
-mu8]*MTD[mu1, mu2]*MTD[mu4, mu5] - LCD[mu2, mu6, mu7, mu8]*MTD[mu1, \
-mu3]*MTD[mu4, mu5] + LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu6]*MTD[mu4, \
-mu5] - LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu7]*MTD[mu4, mu5] + LCD[mu1, \
-mu6, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu5] - LCD[mu1, mu3, mu7, \
-mu8]*MTD[mu2, mu6]*MTD[mu4, mu5] + LCD[mu1, mu3, mu6, mu8]*MTD[mu2, \
-mu7]*MTD[mu4, mu5] + LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu6]*MTD[mu4, \
-mu5] - LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu7]*MTD[mu4, mu5] - LCD[mu3, \
-mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu4, mu6] + LCD[mu2, mu5, mu7, \
-mu8]*MTD[mu1, mu3]*MTD[mu4, mu6] - LCD[mu2, mu3, mu7, mu8]*MTD[mu1, \
-mu5]*MTD[mu4, mu6] + LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu7]*MTD[mu4, \
-mu6] - LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu6] + LCD[mu1, \
-mu3, mu7, mu8]*MTD[mu2, mu5]*MTD[mu4, mu6] - LCD[mu1, mu3, mu5, \
-mu8]*MTD[mu2, mu7]*MTD[mu4, mu6] - LCD[mu1, mu2, mu7, mu8]*MTD[mu3, \
-mu5]*MTD[mu4, mu6] + LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu7]*MTD[mu4, \
-mu6] + LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu4, mu7] - LCD[mu2, \
-mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu4, mu7] + LCD[mu2, mu3, mu6, \
-mu8]*MTD[mu1, mu5]*MTD[mu4, mu7] - LCD[mu2, mu3, mu5, mu8]*MTD[mu1, \
-mu6]*MTD[mu4, mu7] + LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu3]*MTD[mu4, \
-mu7] - LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu5]*MTD[mu4, mu7] + LCD[mu1, \
-mu3, mu5, mu8]*MTD[mu2, mu6]*MTD[mu4, mu7] + LCD[mu1, mu2, mu6, \
-mu8]*MTD[mu3, mu5]*MTD[mu4, mu7] - LCD[mu1, mu2, mu5, mu8]*MTD[mu3, \
-mu6]*MTD[mu4, mu7] + LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu2]*MTD[mu5, \
-mu6] - LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu3]*MTD[mu5, mu6] + LCD[mu2, \
-mu3, mu7, mu8]*MTD[mu1, mu4]*MTD[mu5, mu6] - LCD[mu2, mu3, mu4, \
-mu8]*MTD[mu1, mu7]*MTD[mu5, mu6] + LCD[mu1, mu4, mu7, mu8]*MTD[mu2, \
-mu3]*MTD[mu5, mu6] - LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu4]*MTD[mu5, \
-mu6] + LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu7]*MTD[mu5, mu6] + LCD[mu1, \
-mu2, mu7, mu8]*MTD[mu3, mu4]*MTD[mu5, mu6] - LCD[mu1, mu2, mu4, \
-mu8]*MTD[mu3, mu7]*MTD[mu5, mu6] + LCD[mu1, mu2, mu3, mu8]*MTD[mu4, \
-mu7]*MTD[mu5, mu6] - LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu2]*MTD[mu5, \
-mu7] + LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu3]*MTD[mu5, mu7] - LCD[mu2, \
-mu3, mu6, mu8]*MTD[mu1, mu4]*MTD[mu5, mu7] + LCD[mu2, mu3, mu4, \
-mu8]*MTD[mu1, mu6]*MTD[mu5, mu7] - LCD[mu1, mu4, mu6, mu8]*MTD[mu2, \
-mu3]*MTD[mu5, mu7] + LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu4]*MTD[mu5, \
-mu7] - LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu6]*MTD[mu5, mu7] - LCD[mu1, \
-mu2, mu6, mu8]*MTD[mu3, mu4]*MTD[mu5, mu7] + LCD[mu1, mu2, mu4, \
-mu8]*MTD[mu3, mu6]*MTD[mu5, mu7] - LCD[mu1, mu2, mu3, mu8]*MTD[mu4, \
-mu6]*MTD[mu5, mu7] + LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu2]*MTD[mu6, \
-mu7] - LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu3]*MTD[mu6, mu7] + LCD[mu2, \
-mu3, mu5, mu8]*MTD[mu1, mu4]*MTD[mu6, mu7] - LCD[mu2, mu3, mu4, \
-mu8]*MTD[mu1, mu5]*MTD[mu6, mu7] + LCD[mu1, mu4, mu5, mu8]*MTD[mu2, \
-mu3]*MTD[mu6, mu7] - LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu4]*MTD[mu6, \
-mu7] + LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu5]*MTD[mu6, mu7] + LCD[mu1, \
-mu2, mu5, mu8]*MTD[mu3, mu4]*MTD[mu6, mu7] - LCD[mu1, mu2, mu4, \
-mu8]*MTD[mu3, mu5]*MTD[mu6, mu7] + LCD[mu1, mu2, mu3, mu8]*MTD[mu4, \
-mu5]*MTD[mu6, mu7])"},
+"4*((-I)*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu3] + I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu3] -
+I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu3] + I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu3] -
+I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu3] + I*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu4] -
+I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu4] + I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu4] -
+I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu4] + I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu4] -
+I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu5] + I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu5] -
+I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu5] + I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu5] -
+I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu5] + I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu6] -
+I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu6] + I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu6] -
+I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu2, mu6] + I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu2, mu6] -
+I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu2, mu7] + I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu2, mu7] -
+I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu5]*MTD[mu2, mu7] + I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu6]*MTD[mu2, mu7] -
+I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu2, mu7] + I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu2, mu8] -
+I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu2, mu8] + I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu5]*MTD[mu2, mu8] -
+I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu6]*MTD[mu2, mu8] + I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu7]*MTD[mu2, mu8] -
+I*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu4] + I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu4] -
+I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu4] + I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, mu4] -
+I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu3, mu4] - I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu5]*MTD[mu3, mu4] +
+I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, mu4] - I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, mu4] +
+I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu8]*MTD[mu3, mu4] + I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu5] -
+I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu3, mu5] + I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu5] -
+I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, mu5] + I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu8]*MTD[mu3, mu5] +
+I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu5] - I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, mu5] +
+I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, mu5] - I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu8]*MTD[mu3, mu5] -
+I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu6] + I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu4]*MTD[mu3, mu6] -
+I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu6] + I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu3, mu6] -
+I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu3, mu6] - I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu6] +
+I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu5]*MTD[mu3, mu6] - I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu7]*MTD[mu3, mu6] +
+I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu8]*MTD[mu3, mu6] + I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu3, mu7] -
+I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu3, mu7] + I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu5]*MTD[mu3, mu7] -
+I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu6]*MTD[mu3, mu7] + I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu3, mu7] +
+I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu4]*MTD[mu3, mu7] - I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu5]*MTD[mu3, mu7] +
+I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu6]*MTD[mu3, mu7] - I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu8]*MTD[mu3, mu7] -
+I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu3, mu8] + I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu3, mu8] -
+I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu5]*MTD[mu3, mu8] + I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu6]*MTD[mu3, mu8] -
+I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu7]*MTD[mu3, mu8] - I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu4]*MTD[mu3, mu8] +
+I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu5]*MTD[mu3, mu8] - I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu6]*MTD[mu3, mu8] +
+I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu7]*MTD[mu3, mu8] - I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu4, mu5] +
+I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu4, mu5] - I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu6]*MTD[mu4, mu5] +
+I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu7]*MTD[mu4, mu5] - I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu8]*MTD[mu4, mu5] -
+I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu5] + I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu6]*MTD[mu4, mu5] -
+I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu7]*MTD[mu4, mu5] + I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu8]*MTD[mu4, mu5] -
+I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu6]*MTD[mu4, mu5] + I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu7]*MTD[mu4, mu5] -
+I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu8]*MTD[mu4, mu5] + I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu4, mu6] -
+I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu3]*MTD[mu4, mu6] + I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu5]*MTD[mu4, mu6] -
+I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu7]*MTD[mu4, mu6] + I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu8]*MTD[mu4, mu6] +
+I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu6] - I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu5]*MTD[mu4, mu6] +
+I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu7]*MTD[mu4, mu6] - I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu8]*MTD[mu4, mu6] +
+I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu5]*MTD[mu4, mu6] - I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu7]*MTD[mu4, mu6] +
+I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu8]*MTD[mu4, mu6] - I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu4, mu7] +
+I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu4, mu7] - I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu5]*MTD[mu4, mu7] +
+I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu6]*MTD[mu4, mu7] - I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu8]*MTD[mu4, mu7] -
+I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu3]*MTD[mu4, mu7] + I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu5]*MTD[mu4, mu7] -
+I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu6]*MTD[mu4, mu7] + I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu8]*MTD[mu4, mu7] -
+I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu5]*MTD[mu4, mu7] + I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu6]*MTD[mu4, mu7] -
+I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu8]*MTD[mu4, mu7] + I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu4, mu8] -
+I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu4, mu8] + I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu5]*MTD[mu4, mu8] -
+I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu6]*MTD[mu4, mu8] + I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu7]*MTD[mu4, mu8] +
+I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu3]*MTD[mu4, mu8] - I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu5]*MTD[mu4, mu8] +
+I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu6]*MTD[mu4, mu8] - I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu7]*MTD[mu4, mu8] +
+I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu5]*MTD[mu4, mu8] - I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu6]*MTD[mu4, mu8] +
+I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu7]*MTD[mu4, mu8] - I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu2]*MTD[mu5, mu6] +
+I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu3]*MTD[mu5, mu6] - I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu4]*MTD[mu5, mu6] +
+I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu7]*MTD[mu5, mu6] - I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu8]*MTD[mu5, mu6] -
+I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu3]*MTD[mu5, mu6] + I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu4]*MTD[mu5, mu6] -
+I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu7]*MTD[mu5, mu6] + I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu8]*MTD[mu5, mu6] -
+I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu4]*MTD[mu5, mu6] + I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu7]*MTD[mu5, mu6] -
+I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu8]*MTD[mu5, mu6] - I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu7]*MTD[mu5, mu6] +
+I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu8]*MTD[mu5, mu6] + I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu2]*MTD[mu5, mu7] -
+I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu3]*MTD[mu5, mu7] + I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu4]*MTD[mu5, mu7] -
+I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu6]*MTD[mu5, mu7] + I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu8]*MTD[mu5, mu7] +
+I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu3]*MTD[mu5, mu7] - I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu4]*MTD[mu5, mu7] +
+I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu6]*MTD[mu5, mu7] - I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu8]*MTD[mu5, mu7] +
+I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu4]*MTD[mu5, mu7] - I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu6]*MTD[mu5, mu7] +
+I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu8]*MTD[mu5, mu7] + I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu6]*MTD[mu5, mu7] -
+I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu8]*MTD[mu5, mu7] - I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu2]*MTD[mu5, mu8] +
+I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu3]*MTD[mu5, mu8] - I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu4]*MTD[mu5, mu8] +
+I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu6]*MTD[mu5, mu8] - I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu7]*MTD[mu5, mu8] -
+I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu3]*MTD[mu5, mu8] + I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu4]*MTD[mu5, mu8] -
+I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu6]*MTD[mu5, mu8] + I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu7]*MTD[mu5, mu8] -
+I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu4]*MTD[mu5, mu8] + I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu6]*MTD[mu5, mu8] -
+I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu7]*MTD[mu5, mu8] - I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu6]*MTD[mu5, mu8] +
+I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu7]*MTD[mu5, mu8] - I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu2]*MTD[mu6, mu7] +
+I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu3]*MTD[mu6, mu7] - I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu4]*MTD[mu6, mu7] +
+I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu5]*MTD[mu6, mu7] - I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu8]*MTD[mu6, mu7] -
+I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu3]*MTD[mu6, mu7] + I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu4]*MTD[mu6, mu7] -
+	I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu5]*MTD[mu6, mu7] + I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu8]*MTD[mu6, mu7] -
+	I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu4]*MTD[mu6, mu7] + I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu5]*MTD[mu6, mu7] -
+	I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu8]*MTD[mu6, mu7] - I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu5]*MTD[mu6, mu7] +
+	I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu8]*MTD[mu6, mu7] - I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu8]*MTD[mu6, mu7] +
+	I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu2]*MTD[mu6, mu8] - I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu3]*MTD[mu6, mu8] + I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu4]*MTD[mu6, mu8] -
+	I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu5]*MTD[mu6, mu8] + I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu7]*MTD[mu6, mu8] + I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu3]*MTD[mu6, mu8] -
+	I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu4]*MTD[mu6, mu8] + I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu5]*MTD[mu6, mu8] - I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu7]*MTD[mu6, mu8] +
+		I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu4]*MTD[mu6, mu8] - I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu5]*MTD[mu6, mu8] + I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu7]*MTD[mu6, mu8] +
+		I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu5]*MTD[mu6, mu8] - I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu7]*MTD[mu6, mu8] + I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu7]*MTD[mu6, mu8] -
+		I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2]*MTD[mu7, mu8] + I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3]*MTD[mu7, mu8] - I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu4]*MTD[mu7, mu8] +
+		I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5]*MTD[mu7, mu8] - I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu6]*MTD[mu7, mu8] - I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu3]*MTD[mu7, mu8] +
+		I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4]*MTD[mu7, mu8] - I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu5]*MTD[mu7, mu8] + I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu6]*MTD[mu7, mu8] -
+		I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu4]*MTD[mu7, mu8] +
+	I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu6]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu5]*MTD[mu7, mu8] +
+	I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu6]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu6]*MTD[mu7, mu8])"},
 {"fcstDiracTrace-ID59",
 "DiracTrace[GAD[mu1,mu2,mu3,mu4,mu5,5,mu6,mu7,mu8],\
 DiracTraceEvaluate->True,FCE->True]",
-"(4*I)*(LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu3] - \
-LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu3] + LCD[mu4, mu5, \
-mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu3] - LCD[mu4, mu5, mu6, \
-mu7]*MTD[mu1, mu8]*MTD[mu2, mu3] - LCD[mu5, mu6, mu7, mu8]*MTD[mu1, \
-mu3]*MTD[mu2, mu4] + LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, \
-mu4] - LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu4] + LCD[mu3, \
-mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu4] + LCD[mu4, mu5, mu7, \
-mu8]*MTD[mu1, mu3]*MTD[mu2, mu6] - LCD[mu3, mu5, mu7, mu8]*MTD[mu1, \
-mu4]*MTD[mu2, mu6] + LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu2, \
-mu6] - LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu2, mu6] - LCD[mu4, \
-mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu2, mu7] + LCD[mu3, mu5, mu6, \
-mu8]*MTD[mu1, mu4]*MTD[mu2, mu7] - LCD[mu3, mu4, mu5, mu8]*MTD[mu1, \
-mu6]*MTD[mu2, mu7] + LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu2, \
-mu7] + LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu2, mu8] - LCD[mu3, \
-mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu2, mu8] + LCD[mu3, mu4, mu5, \
-mu7]*MTD[mu1, mu6]*MTD[mu2, mu8] - LCD[mu3, mu4, mu5, mu6]*MTD[mu1, \
-mu7]*MTD[mu2, mu8] + LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, \
-mu4] - LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu4] + LCD[mu2, \
-mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, mu4] - LCD[mu2, mu5, mu6, \
-mu7]*MTD[mu1, mu8]*MTD[mu3, mu4] + LCD[mu1, mu5, mu7, mu8]*MTD[mu2, \
-mu6]*MTD[mu3, mu4] - LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, \
-mu4] + LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu8]*MTD[mu3, mu4] - LCD[mu4, \
-mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu6] + LCD[mu2, mu5, mu7, \
-mu8]*MTD[mu1, mu4]*MTD[mu3, mu6] - LCD[mu2, mu4, mu5, mu8]*MTD[mu1, \
-mu7]*MTD[mu3, mu6] + LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu3, \
-mu6] - LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu6] + LCD[mu1, \
-mu4, mu5, mu8]*MTD[mu2, mu7]*MTD[mu3, mu6] - LCD[mu1, mu4, mu5, \
-mu7]*MTD[mu2, mu8]*MTD[mu3, mu6] + LCD[mu4, mu5, mu6, mu8]*MTD[mu1, \
-mu2]*MTD[mu3, mu7] - LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu3, \
-mu7] + LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu6]*MTD[mu3, mu7] - LCD[mu2, \
-mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu3, mu7] + LCD[mu1, mu5, mu6, \
-mu8]*MTD[mu2, mu4]*MTD[mu3, mu7] - LCD[mu1, mu4, mu5, mu8]*MTD[mu2, \
-mu6]*MTD[mu3, mu7] + LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu8]*MTD[mu3, \
-mu7] - LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu3, mu8] + LCD[mu2, \
-mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu3, mu8] - LCD[mu2, mu4, mu5, \
-mu7]*MTD[mu1, mu6]*MTD[mu3, mu8] + LCD[mu2, mu4, mu5, mu6]*MTD[mu1, \
-mu7]*MTD[mu3, mu8] - LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu4]*MTD[mu3, \
-mu8] + LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu6]*MTD[mu3, mu8] - LCD[mu1, \
-mu4, mu5, mu6]*MTD[mu2, mu7]*MTD[mu3, mu8] + LCD[mu3, mu5, mu7, \
-mu8]*MTD[mu1, mu2]*MTD[mu4, mu6] - LCD[mu2, mu5, mu7, mu8]*MTD[mu1, \
-mu3]*MTD[mu4, mu6] + LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu7]*MTD[mu4, \
-mu6] - LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu8]*MTD[mu4, mu6] + LCD[mu1, \
-mu5, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu6] - LCD[mu1, mu3, mu5, \
-mu8]*MTD[mu2, mu7]*MTD[mu4, mu6] + LCD[mu1, mu3, mu5, mu7]*MTD[mu2, \
-mu8]*MTD[mu4, mu6] + LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu7]*MTD[mu4, \
-mu6] - LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu8]*MTD[mu4, mu6] - LCD[mu3, \
-mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu4, mu7] + LCD[mu2, mu5, mu6, \
-mu8]*MTD[mu1, mu3]*MTD[mu4, mu7] - LCD[mu2, mu3, mu5, mu8]*MTD[mu1, \
-mu6]*MTD[mu4, mu7] + LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu8]*MTD[mu4, \
-mu7] - LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu3]*MTD[mu4, mu7] + LCD[mu1, \
-mu3, mu5, mu8]*MTD[mu2, mu6]*MTD[mu4, mu7] - LCD[mu1, mu3, mu5, \
-mu6]*MTD[mu2, mu8]*MTD[mu4, mu7] - LCD[mu1, mu2, mu5, mu8]*MTD[mu3, \
-mu6]*MTD[mu4, mu7] + LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu8]*MTD[mu4, \
-mu7] + LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu4, mu8] - LCD[mu2, \
-mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu4, mu8] + LCD[mu2, mu3, mu5, \
-mu7]*MTD[mu1, mu6]*MTD[mu4, mu8] - LCD[mu2, mu3, mu5, mu6]*MTD[mu1, \
-mu7]*MTD[mu4, mu8] + LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu3]*MTD[mu4, \
-mu8] - LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu6]*MTD[mu4, mu8] + LCD[mu1, \
-mu3, mu5, mu6]*MTD[mu2, mu7]*MTD[mu4, mu8] + LCD[mu1, mu2, mu5, \
-mu7]*MTD[mu3, mu6]*MTD[mu4, mu8] - LCD[mu1, mu2, mu5, mu6]*MTD[mu3, \
-mu7]*MTD[mu4, mu8] + LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu2]*MTD[mu6, \
-mu7] - LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu3]*MTD[mu6, mu7] + LCD[mu2, \
-mu3, mu5, mu8]*MTD[mu1, mu4]*MTD[mu6, mu7] - LCD[mu2, mu3, mu4, \
-mu5]*MTD[mu1, mu8]*MTD[mu6, mu7] + LCD[mu1, mu4, mu5, mu8]*MTD[mu2, \
-mu3]*MTD[mu6, mu7] - LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu4]*MTD[mu6, \
-mu7] + LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu8]*MTD[mu6, mu7] + LCD[mu1, \
-mu2, mu5, mu8]*MTD[mu3, mu4]*MTD[mu6, mu7] - LCD[mu1, mu2, mu4, \
-mu5]*MTD[mu3, mu8]*MTD[mu6, mu7] + LCD[mu1, mu2, mu3, mu5]*MTD[mu4, \
-mu8]*MTD[mu6, mu7] - LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu2]*MTD[mu6, \
-mu8] + LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu3]*MTD[mu6, mu8] - LCD[mu2, \
-mu3, mu5, mu7]*MTD[mu1, mu4]*MTD[mu6, mu8] + LCD[mu2, mu3, mu4, \
-mu5]*MTD[mu1, mu7]*MTD[mu6, mu8] - LCD[mu1, mu4, mu5, mu7]*MTD[mu2, \
-mu3]*MTD[mu6, mu8] + LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu4]*MTD[mu6, \
-mu8] - LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu7]*MTD[mu6, mu8] - LCD[mu1, \
-mu2, mu5, mu7]*MTD[mu3, mu4]*MTD[mu6, mu8] + LCD[mu1, mu2, mu4, \
-mu5]*MTD[mu3, mu7]*MTD[mu6, mu8] - LCD[mu1, mu2, mu3, mu5]*MTD[mu4, \
-mu7]*MTD[mu6, mu8] + LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2]*MTD[mu7, \
-mu8] - LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3]*MTD[mu7, mu8] + LCD[mu2, \
-mu3, mu5, mu6]*MTD[mu1, mu4]*MTD[mu7, mu8] - LCD[mu2, mu3, mu4, \
-mu5]*MTD[mu1, mu6]*MTD[mu7, mu8] + LCD[mu1, mu4, mu5, mu6]*MTD[mu2, \
-mu3]*MTD[mu7, mu8] - LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4]*MTD[mu7, \
-mu8] + LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu6]*MTD[mu7, mu8] + LCD[mu1, \
-mu2, mu5, mu6]*MTD[mu3, mu4]*MTD[mu7, mu8] - LCD[mu1, mu2, mu4, \
-mu5]*MTD[mu3, mu6]*MTD[mu7, mu8] + LCD[mu1, mu2, mu3, mu5]*MTD[mu4, \
-mu6]*MTD[mu7, mu8])"},
+"4*(I*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu3] - I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu3] - I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu3] + I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu3] - I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu3] - I*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu4] + I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu4] + I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu4] - I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu4] + I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu4] + I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu5] - I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu5] - I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu6]*MTD[mu2, mu5] + I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu2, mu5] - I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu8]*MTD[mu2, mu5] + I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu3]*MTD[mu2, mu6] - I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu4]*MTD[mu2, mu6] + I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu5]*MTD[mu2, mu6] + I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu2, mu6] - I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu2, mu6] - I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu2, mu7] + I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu2, mu7] - I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu5]*MTD[mu2, mu7] - I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu6]*MTD[mu2, mu7] + I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu2, mu7] + I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu2, mu8] - I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu2, mu8] + I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu5]*MTD[mu2, mu8] + I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu6]*MTD[mu2, mu8] - I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu7]*MTD[mu2, mu8] + I*LCD[mu5, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu4] - I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu4] - I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu4] + I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, mu4] - I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu8]*MTD[mu3, mu4] + I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu5]*MTD[mu3, mu4] + I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, mu4] - I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, mu4] + I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu8]*MTD[mu3, mu4] - I*LCD[mu4, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu5] + I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu4]*MTD[mu3, mu5] + I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu6]*MTD[mu3, mu5] - I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu7]*MTD[mu3, mu5] + I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu8]*MTD[mu3, mu5] - I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu5] - I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu6]*MTD[mu3, mu5] + I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu7]*MTD[mu3, mu5] - I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu8]*MTD[mu3, mu5] - I*LCD[mu4, mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu3, mu6] + I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu4]*MTD[mu3, mu6] - I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu5]*MTD[mu3, mu6] - I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu7]*MTD[mu3, mu6] + I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu8]*MTD[mu3, mu6] - I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu4]*MTD[mu3, mu6] + I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu5]*MTD[mu3, mu6] + I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu7]*MTD[mu3, mu6] - I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu8]*MTD[mu3, mu6] + I*LCD[mu4, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu3, mu7] - I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu4]*MTD[mu3, mu7] + I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu5]*MTD[mu3, mu7] + I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu6]*MTD[mu3, mu7] - I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu8]*MTD[mu3, mu7] + I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu4]*MTD[mu3, mu7] - I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu5]*MTD[mu3, mu7] - I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu6]*MTD[mu3, mu7] + I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu8]*MTD[mu3, mu7] - I*LCD[mu4, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu3, mu8] + I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu4]*MTD[mu3, mu8] - I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu5]*MTD[mu3, mu8] - I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu6]*MTD[mu3, mu8] + I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu7]*MTD[mu3, mu8] - I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu4]*MTD[mu3, mu8] + I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu5]*MTD[mu3, mu8] + I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu6]*MTD[mu3, mu8] - I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu7]*MTD[mu3, mu8] + I*LCD[mu3, mu6, mu7, mu8]*MTD[mu1, mu2]*MTD[mu4, mu5] - I*LCD[mu2, mu6, mu7, mu8]*MTD[mu1, mu3]*MTD[mu4, mu5] - I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu6]*MTD[mu4, mu5] + I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu7]*MTD[mu4, mu5] - I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu8]*MTD[mu4, mu5] + I*LCD[mu1, mu6, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu5] + I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu6]*MTD[mu4, mu5] - I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu7]*MTD[mu4, mu5] + I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu8]*MTD[mu4, mu5] - I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu6]*MTD[mu4, mu5] + I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu7]*MTD[mu4, mu5] - I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu8]*MTD[mu4, mu5] + I*LCD[mu3, mu5, mu7, mu8]*MTD[mu1, mu2]*MTD[mu4, mu6] - I*LCD[mu2, mu5, mu7, mu8]*MTD[mu1, mu3]*MTD[mu4, mu6] + I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu5]*MTD[mu4, mu6] + I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu7]*MTD[mu4, mu6] - I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu8]*MTD[mu4, mu6] + I*LCD[mu1, mu5, mu7, mu8]*MTD[mu2, mu3]*MTD[mu4, mu6] - I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu5]*MTD[mu4, mu6] - I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu7]*MTD[mu4, mu6] + I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu8]*MTD[mu4, mu6] + I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu5]*MTD[mu4, mu6] + I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu7]*MTD[mu4, mu6] - I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu8]*MTD[mu4, mu6] - I*LCD[mu3, mu5, mu6, mu8]*MTD[mu1, mu2]*MTD[mu4, mu7] + I*LCD[mu2, mu5, mu6, mu8]*MTD[mu1, mu3]*MTD[mu4, mu7] - I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu5]*MTD[mu4, mu7] - I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu6]*MTD[mu4, mu7] + I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu8]*MTD[mu4, mu7] - I*LCD[mu1, mu5, mu6, mu8]*MTD[mu2, mu3]*MTD[mu4, mu7] + I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu5]*MTD[mu4, mu7] + I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu6]*MTD[mu4, mu7] - I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu8]*MTD[mu4, mu7] - I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu5]*MTD[mu4, mu7] - I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu6]*MTD[mu4, mu7] + I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu8]*MTD[mu4, mu7] + I*LCD[mu3, mu5, mu6, mu7]*MTD[mu1, mu2]*MTD[mu4, mu8] - I*LCD[mu2, mu5, mu6, mu7]*MTD[mu1, mu3]*MTD[mu4, mu8] + I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu5]*MTD[mu4, mu8] + I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu6]*MTD[mu4, mu8] - I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu7]*MTD[mu4, mu8] + I*LCD[mu1, mu5, mu6, mu7]*MTD[mu2, mu3]*MTD[mu4, mu8] - I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu5]*MTD[mu4, mu8] - I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu6]*MTD[mu4, mu8] + I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu7]*MTD[mu4, mu8] + I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu5]*MTD[mu4, mu8] + I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu6]*MTD[mu4, mu8] - I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu7]*MTD[mu4, mu8] - I*LCD[mu3, mu4, mu7, mu8]*MTD[mu1, mu2]*MTD[mu5, mu6] + I*LCD[mu2, mu4, mu7, mu8]*MTD[mu1, mu3]*MTD[mu5, mu6] - I*LCD[mu2, mu3, mu7, mu8]*MTD[mu1, mu4]*MTD[mu5, mu6] - I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu7]*MTD[mu5, mu6] + I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu8]*MTD[mu5, mu6] - I*LCD[mu1, mu4, mu7, mu8]*MTD[mu2, mu3]*MTD[mu5, mu6] + I*LCD[mu1, mu3, mu7, mu8]*MTD[mu2, mu4]*MTD[mu5, mu6] + I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu7]*MTD[mu5, mu6] - I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu8]*MTD[mu5, mu6] - I*LCD[mu1, mu2, mu7, mu8]*MTD[mu3, mu4]*MTD[mu5, mu6] - I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu7]*MTD[mu5, mu6] + I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu8]*MTD[mu5, mu6] + I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu7]*MTD[mu5, mu6] - I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu8]*MTD[mu5, mu6] + I*LCD[mu3, mu4, mu6, mu8]*MTD[mu1, mu2]*MTD[mu5, mu7] - I*LCD[mu2, mu4, mu6, mu8]*MTD[mu1, mu3]*MTD[mu5, mu7] + I*LCD[mu2, mu3, mu6, mu8]*MTD[mu1, mu4]*MTD[mu5, mu7] + I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu6]*MTD[mu5, mu7] - I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu8]*MTD[mu5, mu7] + I*LCD[mu1, mu4, mu6, mu8]*MTD[mu2, mu3]*MTD[mu5, mu7] - I*LCD[mu1, mu3, mu6, mu8]*MTD[mu2, mu4]*MTD[mu5, mu7] - I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu6]*MTD[mu5, mu7] + I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu8]*MTD[mu5, mu7] + I*LCD[mu1, mu2, mu6, mu8]*MTD[mu3, mu4]*MTD[mu5, mu7] + I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu6]*MTD[mu5, mu7] - I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu8]*MTD[mu5, mu7] - I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu6]*MTD[mu5, mu7] + I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu8]*MTD[mu5, mu7] - I*LCD[mu3, mu4, mu6, mu7]*MTD[mu1, mu2]*MTD[mu5, mu8] + I*LCD[mu2, mu4, mu6, mu7]*MTD[mu1, mu3]*MTD[mu5, mu8] - I*LCD[mu2, mu3, mu6, mu7]*MTD[mu1, mu4]*MTD[mu5, mu8] - I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu6]*MTD[mu5, mu8] + I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu7]*MTD[mu5, mu8] - I*LCD[mu1, mu4, mu6, mu7]*MTD[mu2, mu3]*MTD[mu5, mu8] + I*LCD[mu1, mu3, mu6, mu7]*MTD[mu2, mu4]*MTD[mu5, mu8] + I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu6]*MTD[mu5, mu8] - I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu7]*MTD[mu5, mu8] - I*LCD[mu1, mu2, mu6, mu7]*MTD[mu3, mu4]*MTD[mu5, mu8] - I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu6]*MTD[mu5, mu8] + I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu7]*MTD[mu5, mu8] + I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu6]*MTD[mu5, mu8] - I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu7]*MTD[mu5, mu8] + I*LCD[mu3, mu4, mu5, mu8]*MTD[mu1, mu2]*MTD[mu6, mu7] - I*LCD[mu2, mu4, mu5, mu8]*MTD[mu1, mu3]*MTD[mu6, mu7] + I*LCD[mu2, mu3, mu5, mu8]*MTD[mu1, mu4]*MTD[mu6, mu7] - I*LCD[mu2, mu3, mu4, mu8]*MTD[mu1, mu5]*MTD[mu6, mu7] - I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu8]*MTD[mu6, mu7] + I*LCD[mu1, mu4, mu5, mu8]*MTD[mu2, mu3]*MTD[mu6, mu7] - I*LCD[mu1, mu3, mu5, mu8]*MTD[mu2, mu4]*MTD[mu6, mu7] + I*LCD[mu1, mu3, mu4, mu8]*MTD[mu2, mu5]*MTD[mu6, mu7] + I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu8]*MTD[mu6, mu7] + I*LCD[mu1, mu2, mu5, mu8]*MTD[mu3, mu4]*MTD[mu6, mu7] - I*LCD[mu1, mu2, mu4, mu8]*MTD[mu3, mu5]*MTD[mu6, mu7] - I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu8]*MTD[mu6, mu7] + I*LCD[mu1, mu2, mu3, mu8]*MTD[mu4, mu5]*MTD[mu6, mu7] + I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu8]*MTD[mu6, mu7] - I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu8]*MTD[mu6, mu7] - I*LCD[mu3, mu4, mu5, mu7]*MTD[mu1, mu2]*MTD[mu6, mu8] + I*LCD[mu2, mu4, mu5, mu7]*MTD[mu1, mu3]*MTD[mu6, mu8] - I*LCD[mu2, mu3, mu5, mu7]*MTD[mu1, mu4]*MTD[mu6, mu8] + I*LCD[mu2, mu3, mu4, mu7]*MTD[mu1, mu5]*MTD[mu6, mu8] + I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu7]*MTD[mu6, mu8] - I*LCD[mu1, mu4, mu5, mu7]*MTD[mu2, mu3]*MTD[mu6, mu8] + I*LCD[mu1, mu3, mu5, mu7]*MTD[mu2, mu4]*MTD[mu6, mu8] - I*LCD[mu1, mu3, mu4, mu7]*MTD[mu2, mu5]*MTD[mu6, mu8] - I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu7]*MTD[mu6, mu8] - I*LCD[mu1, mu2, mu5, mu7]*MTD[mu3, mu4]*MTD[mu6, mu8] + I*LCD[mu1, mu2, mu4, mu7]*MTD[mu3, mu5]*MTD[mu6, mu8] + I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu7]*MTD[mu6, mu8] - I*LCD[mu1, mu2, mu3, mu7]*MTD[mu4, mu5]*MTD[mu6, mu8] - I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu7]*MTD[mu6, mu8] + I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu7]*MTD[mu6, mu8] + I*LCD[mu3, mu4, mu5, mu6]*MTD[mu1, mu2]*MTD[mu7, mu8] - I*LCD[mu2, mu4, mu5, mu6]*MTD[mu1, mu3]*MTD[mu7, mu8] + I*LCD[mu2, mu3, mu5, mu6]*MTD[mu1, mu4]*MTD[mu7, mu8] - I*LCD[mu2, mu3, mu4, mu6]*MTD[mu1, mu5]*MTD[mu7, mu8] - I*LCD[mu2, mu3, mu4, mu5]*MTD[mu1, mu6]*MTD[mu7, mu8] + I*LCD[mu1, mu4, mu5, mu6]*MTD[mu2, mu3]*MTD[mu7, mu8] - I*LCD[mu1, mu3, mu5, mu6]*MTD[mu2, mu4]*MTD[mu7, mu8] + I*LCD[mu1, mu3, mu4, mu6]*MTD[mu2, mu5]*MTD[mu7, mu8] + I*LCD[mu1, mu3, mu4, mu5]*MTD[mu2, mu6]*MTD[mu7, mu8] + I*LCD[mu1, mu2, mu5, mu6]*MTD[mu3, mu4]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu4, mu6]*MTD[mu3, mu5]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu4, mu5]*MTD[mu3, mu6]*MTD[mu7, mu8] + I*LCD[mu1, mu2, mu3, mu6]*MTD[mu4, mu5]*MTD[mu7, mu8] + I*LCD[mu1, mu2, mu3, mu5]*MTD[mu4, mu6]*MTD[mu7, mu8] - I*LCD[mu1, mu2, mu3, mu4]*MTD[mu5, mu6]*MTD[mu7, mu8])
+"},
 {"fcstDiracTrace-ID60", "FCSetDiracGammaScheme[\"NDR\"];\n DiracTrace[GS[p1 + p2 + p3] . GA[i1, i2, i3] . GA[5],
 DiracTraceEvaluate -> True, EpsExpand -> False, FCE -> True]", "4 I LC[i1, i2, i3][p1 + p2 + p3]"},
 {"fcstDiracTrace-ID61", "FCSetDiracGammaScheme[\"BMHV\"];\n DiracTrace[(GA[5] . GAD[\[Mu]] . GAD[lor1] . GAD[lorb] . GAD[lor2] .
@@ -500,5 +435,33 @@ GA[5] . GSD[p1] . (1 - GA[5]) . (1 - GSD[v]) . (1 - GSD[v]),
 DiracTraceEvaluate -> True, EpsContract -> True, FCE->True]", "(-4*(-3 + D)*(-2 + D)*(-1 + D)*SPD[p1, v])/3"},
 {"fcstDiracTrace-ID65", "FCSetDiracGammaScheme[\"Larin\"];\n DiracTrace[
 GSD[p1] . (1 - GA[5]) . (1 - GSD[v]) . (1 - GSD[v]) . GA[5],
-DiracTraceEvaluate -> True, EpsContract -> True]", "(-4*(-3 + D)*(-2 + D)*(-1 + D)*Pair[Momentum[p1, D], Momentum[v, D]])/3"}
+DiracTraceEvaluate -> True, EpsContract -> True]", "(-4*(-3 + D)*(-2 + D)*(-1 + D)*Pair[Momentum[p1, D], Momentum[v, D]])/3"},
+{"fcstDiracTrace-ID66", "FCSetDiracGammaScheme[\"Larin\"];\n
+DiracTrace[GSD[p1] . GAD[i4] . GAD[i1, i2, i3] . GSD[p2] . GAD[5],
+DiracTraceEvaluate -> True, FCE -> True] /. p1 | p2 -> p3
+", "4 I (LCD[i1, i2, i3, i4] SPD[p3, p3] -
+2 FVD[p3, i4] LCD[i1, i2, i3][p3] +
+2 FVD[p3, i3] LCD[i1, i2, i4][p3] -
+2 FVD[p3, i2] LCD[i1, i3, i4][p3] +
+2 FVD[p3, i1] LCD[i2, i3, i4][p3])"},
+
+{"fcstDiracTrace-ID67", "FCSetDiracGammaScheme[\"Larin\"];\n
+DiracTrace[GSD[p3] . GAD[i4] . GAD[i1, i2, i3] . GSD[p3] . GAD[5],
+DiracTraceEvaluate -> True, FCE -> True]
+", "4 I (LCD[i1, i2, i3, i4] SPD[p3, p3] -
+2 FVD[p3, i4] LCD[i1, i2, i3][p3] +
+2 FVD[p3, i3] LCD[i1, i2, i4][p3] -
+2 FVD[p3, i2] LCD[i1, i3, i4][p3] +
+2 FVD[p3, i1] LCD[i2, i3, i4][p3])"},
+{"fcstDiracTrace-ID68", "FCSetDiracGammaScheme[\"Larin\"];\n
+Factor[DiracTrace[
+GSD[p1] . DiracSigma[GAD[bb], GAD[Lor1]] . GA[5] . GSD[p2] .
+	GA[5] . DiracSigma[GAD[bb], GAD[Lor1]],
+DiracTraceEvaluate -> True, FCE -> True] /. p1 -> p2]
+", "2/3 (-5 + D) (-4 + D) (-3 + D) (-2 + D) (-1 + D) SPD[p2, p2]"},
+{"fcstDiracTrace-ID69", "Factor[DiracTrace[
+GSD[p2] . DiracSigma[GAD[bb], GAD[Lor1]] . GA[5] . GSD[p2] .
+GA[5] . DiracSigma[GAD[bb], GAD[Lor1]], DiracTraceEvaluate -> True,
+FCE -> True]]
+", "2/3 (-5 + D) (-4 + D) (-3 + D) (-2 + D) (-1 + D) SPD[p2, p2]"}
 });