sndShowerTools.h

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#ifndef SND_SHOWERTOOLS_H
#define SND_SHOWERTOOLS_H        
 
#include <vector>
 
#include "sndConfiguration.h"
#include "sndScifiPlane.h"
#include "sndUSPlane.h"
#include "Math/Vector3D.h"
#include "Math/Point3D.h"
 
namespace snd {
    namespace analysis_tools {
        // Returns first SciFi station with shower. If no shower is found in SciFi, returns -1
        int GetScifiShowerStart(const std::vector<ScifiPlane> &scifi_planes);
        // Returns last SciFi station with shower. If no shower is found in SciFi, returns -1
        int GetScifiShowerEnd(const std::vector<ScifiPlane> &scifi_planes);
        // Returns first US station with shower. If no shower is found in US, returns -1
        int GetUSShowerStart(const std::vector<USPlane> &us_planes);
        // Returns last US station with shower. If no shower is found in US, returns -1
        int GetUSShowerEnd(const std::vector<USPlane> &us_planes);
        // Returns a 3D reference point and the normalized direction of the shower fitting centroids in SciFi and US
        std::pair<ROOT::Math::XYZPoint, ROOT::Math::XYZVector> GetShowerInterceptAndDirection(const Configuration &configuration, const std::vector<ScifiPlane> &scifi_planes, const std::vector<USPlane> &us_planes);
        // Filters out non showering planes
        std::pair<std::vector<ScifiPlane>, std::vector<USPlane>> GetShoweringPlanes(const std::vector<ScifiPlane> &scifi_planes, const std::vector<USPlane> &us_planes);
        // Returns the SciFi spatial anisotropy(track-likeness) per projection
        std::pair<double, double> GetSciFiSpatialAnisotropy(const std::vector<ScifiPlane> &scifi_planes, bool use_all_centroids = false);
        // Returns the US spatial anisotropy
        double GetUSSpatialAnisotropy(const std::vector<USPlane> &us_planes, bool use_all_centroids = false);
    }
}
 
#endif