PPT Slide

Usage of the object inspector

• % thermal

• root [0] .x CaseTEST.C

• root [1] gP->Inspect();

• root [2] TF1 *fun1 = (TF1 *)gPIP->Fnid;

• root [3] fun1->Draw();

• gPIP->Fnid is the pointer to the function used to get PIP total multiplicity ( i.e. integrand ). x axis correspond to k/m and y axis are the integrand function.

• root [4] fun1->Print();

• This shows the parameters of the distribution.

• Par 0 = mu/mass

• Par 1 = T/mass

• Par 2 = eta ( 1 for Fermi stat, -1 for Bose stat ).

• If you like to access the model values, you can try

• root [5] thermal->PrintInfo(0);1~9

• Each one explains what is being printed...

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