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#ifndef DataFormats_Phase2TrackerDigi_Phase2ITQCore_H
#define DataFormats_Phase2TrackerDigi_Phase2ITQCore_H
#include <vector>
class Phase2ITQCore {
// Collects hits and creates a quarter core (16 pixel positions)
public:
Phase2ITQCore(int rocid,
int ccol_in,
int qcrow_in,
bool isneighbour_in,
bool islast_in,
const std::vector<int>& adcs_in,
const std::vector<int>& hits_in);
Phase2ITQCore() {
rocid_ = -1;
islast_ = false;
isneighbour_ = false;
ccol_ = -1;
qcrow_ = -1;
}
void setIsLast(bool islast) { islast_ = islast; }
bool islast() const { return islast_; }
void setIsNeighbour(bool isneighbour) { isneighbour_ = isneighbour; }
int rocid() const { return rocid_; }
int get_col() const { return ccol_; }
int get_row() const { return qcrow_; }
std::vector<bool> getHitmap();
std::vector<int> getADCs();
std::vector<bool> encodeQCore(bool is_new_col);
const bool operator<(const Phase2ITQCore& other) {
if (ccol_ == other.ccol_) {
return (ccol_ < other.ccol_);
} else {
return (qcrow_ < other.qcrow_);
}
}
private:
std::vector<int> adcs_; // Full array of adc values in a quarter core
std::vector<int> hits_; // Full array of hit occurrences
bool islast_; // RD53 chip encoding bits
bool isneighbour_; // RD53 chip encoding bits
int rocid_; // Chip index number
int ccol_; // QCore position column
int qcrow_; // QCore position row
std::vector<bool> toRocCoordinates(std::vector<bool>& hitmap);
std::vector<bool> intToBinary(int num, int length);
bool containsHit(std::vector<bool>& hitmap);
std::vector<bool> getHitmapCode(std::vector<bool> hitmap);
};
#endif // DataFormats_Phase2TrackerDigi_Phase2ITQCore_H
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