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Thermal-FIST
1.3
Package for hadron resonance gas model applications
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Thermal-FIST
1.3
Package for hadron resonance gas model applications
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Structure containing the experimental ratio of yields to be fitted. More...
#include <ThermalModelFitQuantities.h>
Public Member Functions | |
| ExperimentRatio (long long PDGID1=211, long long PDGID2=-211, double value=1., double error=0.1, Feeddown::Type fd1=Feeddown::StabilityFlag, Feeddown::Type fd2=Feeddown::StabilityFlag) | |
| Construct a new ExperimentRatio object. More... | |
| ExperimentRatio (long long PDGID1, long long PDGID2, double value1, double error1, double value2, double error2, Feeddown::Type fd1=Feeddown::StabilityFlag, Feeddown::Type fd2=Feeddown::StabilityFlag) | |
| Construct a new ExperimentRatio object two individual yields and their errors. More... | |
Public Attributes | |
| long long | fPDGID1 |
| PDG code of the particle yield in the numerator. More... | |
| long long | fPDGID2 |
| PDG code of the particle yield in the denominator. More... | |
| double | fValue |
| Experimental value of the yield ratio. More... | |
| double | fError |
| Experimental error of the yield ratio. More... | |
| Feeddown::Type | fFeedDown1 |
| The feeddown contributions to be included for the yield in the numerator. More... | |
| Feeddown::Type | fFeedDown2 |
| The feeddown contributions to be included for the yield in the denominator. More... | |
Structure containing the experimental ratio of yields to be fitted.
Definition at line 63 of file ThermalModelFitQuantities.h.
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inline |
Construct a new ExperimentRatio object.
| PDGID1 | PDG code of the particle yield in the numerator. |
| PDGID2 | PDG code of the particle yield in the denominator. |
| value | Experimental value of the yield ratio. |
| error | Experimental error of the yield ratio. |
| fd1 | The feeddown contributions to be included for the yield in the numerator. |
| fd2 | The feeddown contributions to be included for the yield in the denominator. |
Definition at line 92 of file ThermalModelFitQuantities.h.
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inline |
Construct a new ExperimentRatio object two individual yields and their errors.
The error of the ratio is computed through standard propagation of uncertainties in the individual yields.
| PDGID1 | PDG code of the particle yield in the numerator. |
| PDGID2 | PDG code of the particle yield in the denominator. |
| value1 | Experimental value of the yield in the numerator |
| error1 | Experimental error of the yield in the numerator |
| value2 | Experimental value of the yield in the denominator |
| error2 | Experimental error of the yield in the denominator |
| fd1 | The feeddown contributions to be included for the yield in the numerator. |
| fd2 | The feeddown contributions to be included for the yield in the denominator. |
Definition at line 110 of file ThermalModelFitQuantities.h.
| double thermalfist::ExperimentRatio::fError |
Experimental error of the yield ratio.
Definition at line 74 of file ThermalModelFitQuantities.h.
| Feeddown::Type thermalfist::ExperimentRatio::fFeedDown1 |
The feeddown contributions to be included for the yield in the numerator.
Definition at line 77 of file ThermalModelFitQuantities.h.
| Feeddown::Type thermalfist::ExperimentRatio::fFeedDown2 |
The feeddown contributions to be included for the yield in the denominator.
Definition at line 80 of file ThermalModelFitQuantities.h.
| long long thermalfist::ExperimentRatio::fPDGID1 |
PDG code of the particle yield in the numerator.
Definition at line 65 of file ThermalModelFitQuantities.h.
| long long thermalfist::ExperimentRatio::fPDGID2 |
PDG code of the particle yield in the denominator.
Definition at line 68 of file ThermalModelFitQuantities.h.
| double thermalfist::ExperimentRatio::fValue |
Experimental value of the yield ratio.
Definition at line 71 of file ThermalModelFitQuantities.h.
1.8.11
