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#ifndef CondFormats_PPSObjects_PPSPixelTopology_h
#define CondFormats_PPSObjects_PPSPixelTopology_h
// -*- C++ -*-
//
// Package: PPSObjects
// Class: PPSPixelTopology
//
/**\class PPSPixelTopology PPSPixelTopology.h CondFormats/PPSObjects/src/PPSPixelTopology.cc
Description: Internal topology of PPS detectors
Implementation:
<Notes on implementation>
*/
//
#include "CondFormats/Serialization/interface/Serializable.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "CondFormats/PPSObjects/interface/CTPPSPixelIndices.h"
#include <cmath>
class PPSPixelTopology {
public:
// Constructor
PPSPixelTopology();
// Destructor
~PPSPixelTopology();
class PixelInfo {
public:
PixelInfo(double lower_simX_border,
double higher_simX_border,
double lower_simY_border,
double higher_simY_border,
double eff_factor,
unsigned short pixel_row_no,
unsigned short pixel_col_no)
: lower_simX_border_(lower_simX_border),
higher_simX_border_(higher_simX_border),
lower_simY_border_(lower_simY_border),
higher_simY_border_(higher_simY_border),
eff_factor_(eff_factor),
pixel_row_no_(pixel_row_no),
pixel_col_no_(pixel_col_no)
//,
// pixel_index_(pixel_col_no * PPSPixelTopology::no_of_pixels_simX_ + pixel_row_no)
{}
inline double higherSimXBorder() const { return higher_simX_border_; }
inline double lowerSimXBorder() const { return lower_simX_border_; }
inline double higherSimYBorder() const { return higher_simY_border_; }
inline double lowerSimYBorder() const { return lower_simY_border_; }
inline double effFactor() const { return eff_factor_; }
inline unsigned short pixelRowNo() const { return pixel_row_no_; }
inline unsigned short pixelColNo() const { return pixel_col_no_; }
// inline unsigned short pixelIndex() const { return pixel_index_; }
private:
double lower_simX_border_;
double higher_simX_border_;
double lower_simY_border_;
double higher_simY_border_;
double eff_factor_;
unsigned short pixel_row_no_;
unsigned short pixel_col_no_;
// unsigned short pixel_index_;
COND_SERIALIZABLE;
};
unsigned short pixelIndex(PixelInfo pI) const;
bool isPixelHit(float xLocalCoordinate, float yLocalCoordinate, bool is3x2) const;
PixelInfo getPixelsInvolved(double x, double y, double sigma, double& hit_pos_x, double& hit_pos_y) const;
void pixelRange(
unsigned int arow, unsigned int acol, double& lower_x, double& higher_x, double& lower_y, double& higher_y) const;
// Getters
std::string getRunType() const;
double getPitchSimY() const;
double getPitchSimX() const;
double getThickness() const;
unsigned short getNoPixelsSimX() const;
unsigned short getNoPixelsSimY() const;
unsigned short getNoPixels() const;
double getSimXWidth() const;
double getSimYWidth() const;
double getDeadEdgeWidth() const;
double getActiveEdgeSigma() const;
double getPhysActiveEdgeDist() const;
double getActiveEdgeX() const;
double getActiveEdgeY() const;
// Setters
void setRunType(std::string rt);
void setPitchSimY(double psy);
void setPitchSimX(double psx);
void setThickness(double tss);
void setNoPixelsSimX(unsigned short npx);
void setNoPixelsSimY(unsigned short npy);
void setNoPixels(unsigned short np);
void setSimXWidth(double sxw);
void setSimYWidth(double syw);
void setDeadEdgeWidth(double dew);
void setActiveEdgeSigma(double aes);
void setPhysActiveEdgeDist(double pae);
void setActiveEdgeX(double aex);
void setActiveEdgeY(double aey);
void printInfo(std::stringstream& s);
private:
/*
Geometrical and topological information on RPix silicon detector.
Uses coordinate a frame with origin in the center of the wafer.
*/
double activeEdgeFactor(double x, double y) const;
double distanceFromTopActiveEdge(double x, double y) const;
double distanceFromBottomActiveEdge(double x, double y) const;
double distanceFromRightActiveEdge(double x, double y) const;
double distanceFromLeftActiveEdge(double x, double y) const;
unsigned int row(double x) const;
unsigned int col(double y) const;
void rowCol2Index(unsigned int arow, unsigned int acol, unsigned int& index) const;
void index2RowCol(unsigned int& arow, unsigned int& acol, unsigned int index) const;
std::string runType_;
double pitch_simY_;
double pitch_simX_;
double thickness_;
unsigned short no_of_pixels_simX_;
unsigned short no_of_pixels_simY_;
unsigned short no_of_pixels_;
double simX_width_;
double simY_width_;
double dead_edge_width_;
double active_edge_sigma_;
double phys_active_edge_dist_;
double active_edge_x_;
double active_edge_y_;
COND_SERIALIZABLE;
};
std::ostream& operator<<(std::ostream&, PPSPixelTopology);
#endif
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