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| ResDoubleGaussE_1 (const char *filename) |
| The default constructor.
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| ResDoubleGaussE_1 (std::vector< double > const ¶meters) |
| A constructor. More...
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| ~ResDoubleGaussE_1 () |
| The (defaulted) destructor.
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double | GetMean1 (double x) override |
| Calculate the mean of the first Gaussian from the TF parameters and the value of x. More...
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double | GetSigma1 (double x) override |
| Calculate the width of the first Gaussian from the TF parameters and the value of x. More...
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double | GetAmplitude2 (double x) override |
| Calculate the amplitude of the second Gaussian from the TF parameters and the value of x. More...
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double | GetMean2 (double x) override |
| Calculate the mean of the second Gaussian from the TF parameters and the value of x. More...
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double | GetSigma2 (double x) override |
| Calculate the width of the sedcond Gaussian from the TF parameters and the value of x. More...
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| ResDoubleGaussBase (const char *filename) |
| The default constructor.
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| ResDoubleGaussBase (std::vector< double > const ¶meters) |
| A constructor. More...
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virtual | ~ResDoubleGaussBase () |
| The (defaulted) destructor.
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double | GetSigma (double par) override |
| Return the approximate width of the TF depending on the measured value of x. More...
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double | logp (double x, double xmeas, bool *good, double=0) override |
| Return the probability of the true value of x given the measured value, xmeas. More...
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| ResolutionBase (int npar) |
| The default constructor. More...
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| ResolutionBase (std::vector< double > parameters) |
| A constructor. More...
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virtual | ~ResolutionBase () |
| The (defaulted) destructor.
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int | Par (int index, double *par) |
| Return a parameter of the parameterization. More...
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int | SetPar (int index, double value) |
| Set a parameter value. More...
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int | SetPar (std::vector< double > parameters) |
| Set all parameter values. More...
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int | ReadParameters (const char *filename, std::size_t nparameters) |
| Read parameter values from ASCII file. More...
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int | Status () |
| Return a status code. More...
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A class describing a resolution parameterized with a double Gaussian.
This class offers a simple parameterization of a resolution. The parameterization is a double Gaussian with energy dependent parameters.