Analysis Software
Documentation for sPHENIX simulation software
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#include "Acts/Definitions/Algebra.hpp"
#include "ActsExamples/EventData/ExtractedSimulationProcess.hpp"
#include "ActsExamples/EventData/SimParticle.hpp"
#include <algorithm>
#include <cstdint>
#include <tuple>
#include <unordered_map>
#include <utility>
#include <vector>
#include <TH1F.h>
#include <TVectorFfwd.h>
Go to the source code of this file.
Classes | |
struct | ActsExamples::detail::NuclearInteractionParametrisation::EventFraction |
Namespaces | |
namespace | ActsExamples |
namespace | ActsExamples::detail |
namespace | ActsExamples::detail::NuclearInteractionParametrisation |
Typedefs | |
using | ActsExamples::detail::NuclearInteractionParametrisation::EventCollection = std::vector< EventFraction > |
using | ActsExamples::detail::NuclearInteractionParametrisation::EventProperties = std::vector< std::vector< float >> |
using | ActsExamples::detail::NuclearInteractionParametrisation::ProbabilityDistributions = std::vector< TH1F * > |
using | ActsExamples::detail::NuclearInteractionParametrisation::CumulativeDistribution = TH1F * |
using | ActsExamples::detail::NuclearInteractionParametrisation::Vector = Acts::ActsDynamicVector |
using | ActsExamples::detail::NuclearInteractionParametrisation::Matrix = Acts::ActsDynamicMatrix |
using | ActsExamples::detail::NuclearInteractionParametrisation::EigenspaceComponents = std::tuple< Vector, Matrix, Vector > |
using | ActsExamples::detail::NuclearInteractionParametrisation::Parametrisation = std::pair< EigenspaceComponents, std::vector< CumulativeDistribution >> |
Functions | |
EventProperties | ActsExamples::detail::NuclearInteractionParametrisation::prepareMomenta (const EventCollection &events, unsigned int multiplicity, bool soft) |
This method scales the final state momenta by the initial momentum. | |
ProbabilityDistributions | ActsExamples::detail::NuclearInteractionParametrisation::buildMomPerMult (const EventProperties &events, unsigned int nBins) |
This method builds the distributions of each generation of a final state. | |
EventProperties | ActsExamples::detail::NuclearInteractionParametrisation::convertEventToGaussian (const ProbabilityDistributions &histos, const EventProperties &events) |
Transform probability distribution entries to standard normal distribution entries. | |
std::pair< Vector, Matrix > | ActsExamples::detail::NuclearInteractionParametrisation::calculateMeanAndCovariance (unsigned int multiplicity, const EventProperties &events) |
Calculate the mean and the covariance matrix of a final state property. | |
EigenspaceComponents | ActsExamples::detail::NuclearInteractionParametrisation::calculateEigenspace (const Vector &mean, const Matrix &covariance) |
Calculate the eigenvalues, eigenvectors and the mean in eigenspace. | |
Parametrisation | ActsExamples::detail::NuclearInteractionParametrisation::buildMomentumParameters (const EventCollection &events, unsigned int multiplicity, bool soft, unsigned int nBins) |
This function calculates all components required for simulating final state momenta. | |
EventProperties | ActsExamples::detail::NuclearInteractionParametrisation::prepareInvariantMasses (const EventCollection &events, unsigned int multiplicity, bool soft) |
This method calculates the final state particles invariant masses. | |
Parametrisation | ActsExamples::detail::NuclearInteractionParametrisation::buildInvariantMassParameters (const EventCollection &events, unsigned int multiplicity, bool soft, unsigned int nBins) |
This function calculates all components required for simulating final state invariant masses. | |
std::unordered_map< int, std::unordered_map< int, float > > | ActsExamples::detail::NuclearInteractionParametrisation::cumulativePDGprobability (const EventCollection &events) |
This method evaluates the cumulative probabilities for a given particle type to produce a particle type. | |
std::pair < CumulativeDistribution, CumulativeDistribution > | ActsExamples::detail::NuclearInteractionParametrisation::cumulativeMultiplicityProbability (const EventCollection &events, unsigned int multiplicityMax) |
Evaluates the cumulative probabilities for a certain multiplicity of in a soft or hard process. | |
TVectorF | ActsExamples::detail::NuclearInteractionParametrisation::softProbability (const EventCollection &events) |
This method evaluates the probability that a nuclear interaction is a soft interaction. | |
CumulativeDistribution | ActsExamples::detail::NuclearInteractionParametrisation::cumulativeNuclearInteractionProbability (const EventCollection &events, unsigned int interactionProbabilityBins) |
This method calculates the cumulative probability for a nuclear interaction as a function of L0. | |
Variables | |
static constexpr uint32_t | ActsExamples::detail::NuclearInteractionParametrisation::s_MaxValue = UINT32_MAX |