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This is something we have worried about in the past. There is outofcluster energy which is different if you are in a isolated and nonisolated environment. I am not sure how to go about testing this at the moment so we might need to ignore this for now. (If the scale uncertainties are large then this covers this effect).  
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< <  For your observable X, make a TProfile plot of  
> >  For your observable X, make a TProfile plot of  
This could be measured in 3track tau events, and Kshort resonances where the mass can be plotted as a function of isolation.
Cluster Splitting/Merging  
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< <  This is clearly something that could be important and we have no measurements of this so we need to make sure that we aren't sensitive to these effects. You should note that sigma_{eta/phi} is defined by Eq.20 of https://arxiv.org/pdf/1603.02934.pdf and is roughly the radius of a given cluster. One should check three things:  
> >  This is clearly something that could be important and we have no measurements of this so we need to make sure that we aren't sensitive to these effects. First, define sigma to be the effective cluster size (Eq. 20 here):
sigma = atan(sqrt(SECOND_R)/CENTER_MAG)*cosh(eta) Then, one should check three things:  
