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FeynCalc version `10.0.0`
I think the following definition of PlusDistribution is wrong:
https://github.com/FeynCalc/feyncalc/blob/b16e880087e2a45a4e3fd71b1fe42275e5629ad1/FeynCalc/Shared/SharedOb…
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* Your Mathematica version
```13.3.0 for Microsoft Windows (64-bit) (June 3, 2023)```
* Your FeynCalc version
Tested both `9.3.1` (hotfix branch) and 10.0.0 (master branch).
…
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Hi Vitaly,
I'm just wondering what would be the `alibrary`-solution for cases when the basis of propagators
is overcomplete and one needs to partial fraction the occurring denominators before set…
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Dear FORM experts,
I apologize if this has already been discussed/asked somewhere else, but I'm just wondering
whether there is a straightforward way to apply `polyratfun` to `fill` statements tha…
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* Your Mathematica version
```14.0.0 for Mac OS X x86 (64-bit) (December 13, 2023)```
* Your FeynCalc version
```10.0.0```
* Did you try to reinstall FeynCalc (stable versio…
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* Your Mathematica version
```13.2.1 for Linux x86 (64-bit) (January 28, 2023)```
* Your FeynCalc version
```10.0.0```
* Did you try to reinstall FeynCalc (stable version) u…
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* Your Mathematica version
```13.3.1 for Linux x86 (64-bit) (July 24, 2023)```
* Your FeynCalc version
```10.0.0```
* Did you try to reinstall FeynCalc (stable version) usin…
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Hello,
I have had some trouble getting the library to fully evaluate some singular integrals. For example:
```
>>> N[Integral2[x/(1/2 - x), {x, -1, 1}]]
Integral2(x/(0.5 -1. x),{x,-1.,1.})
…
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The issue is about an integral having two linear propagators
.
Here the momenta are Euclidean, and are orthogonal vectors , the dimension is , and the prescription is implicit. The analytic r…
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* Your Mathematica version
```
In[1]:= $Version
Out[1]= 13.2.1 for Linux x86 (64-bit) (January 27, 2023)
```
* Your FeynCalc version
```
In[3]:= $FeynCalcVersion
Out[3]= 10.0…
hac43 updated
5 months ago