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// Class for Muon Endcap (ME) Data Record
#ifndef __l1t_emtf_ME_h__
#define __l1t_emtf_ME_h__
#include <vector>
#include <cstdint>
namespace l1t {
namespace emtf {
class ME {
public:
explicit ME(uint64_t dataword);
ME()
: wire(-99),
quality(-99),
clct_pattern(-99),
bc0(-99),
bxe(-99),
lr(-99),
csc_ID(-99),
strip(-99),
afff(-99),
cik(-99),
nit(-99),
me_bxn(-99),
afef(-99),
se(-99),
sm(-99),
epc(-99),
af(-99),
station(-99),
vp(-99),
tbin(-99),
// Run 3 OTMB data
frame(-99),
quarter_strip(-99),
eighth_strip(-99),
slope(-99),
run3_pattern(-99),
// Run 3 muon shower data
musv(-99),
mus_inTime(-99),
mus_outOfTime(-99),
// metadata
stub_num(-99),
format_errors(0),
dataword(-99) {}
virtual ~ME() {}
void set_wire(int bits) { wire = bits; }
void set_quality(int bits) { quality = bits; }
void set_clct_pattern(int bits) { clct_pattern = bits; }
void set_bc0(int bits) { bc0 = bits; }
void set_bxe(int bits) { bxe = bits; }
void set_lr(int bits) { lr = bits; }
void set_csc_ID(int bits) { csc_ID = bits; }
void set_strip(int bits) { strip = bits; }
void set_afff(int bits) { afff = bits; }
void set_cik(int bits) { cik = bits; }
void set_nit(int bits) { nit = bits; }
void set_me_bxn(int bits) { me_bxn = bits; }
void set_afef(int bits) { afef = bits; }
void set_se(int bits) { se = bits; }
void set_sm(int bits) { sm = bits; }
void set_epc(int bits) { epc = bits; }
void set_af(int bits) { af = bits; }
void set_station(int bits) { station = bits; }
void set_vp(int bits) { vp = bits; }
void set_tbin(int bits) { tbin = bits; }
// Run 3 OTMB
void set_frame(int bits) { frame = bits; }
void set_quarter_strip(int bits) { quarter_strip = bits; }
void set_eighth_strip(int bits) { eighth_strip = bits; }
void set_slope(int bits) { slope = bits; }
void set_run3_pattern(int bits) { run3_pattern = bits; }
// Run 3 muon shower
void set_musv(int bits) { musv = bits; }
void set_mus_inTime(int bits) { mus_inTime = bits; }
void set_mus_outOfTime(int bits) { mus_outOfTime = bits; }
// meta data
void set_stub_num(int bits) { stub_num = bits; }
void add_format_error() { format_errors += 1; }
void set_dataword(uint64_t bits) { dataword = bits; }
int Wire() const { return wire; }
int Quality() const { return quality; }
int CLCT_pattern() const { return clct_pattern; }
int BC0() const { return bc0; }
int BXE() const { return bxe; }
int LR() const { return lr; }
int CSC_ID() const { return csc_ID; }
int Strip() const { return strip; }
int AFFF() const { return afff; }
int CIK() const { return cik; }
int NIT() const { return nit; }
int ME_BXN() const { return me_bxn; }
int AFEF() const { return afef; }
int SE() const { return se; }
int SM() const { return sm; }
int EPC() const { return epc; }
int AF() const { return af; }
int Station() const { return station; }
int VP() const { return vp; }
int TBIN() const { return tbin; }
// Run 3 OTMB
int Frame() const { return frame; }
int Quarter_strip() const { return quarter_strip; }
int Eighth_strip() const { return eighth_strip; }
int Slope() const { return slope; }
int Run3_pattern() const { return run3_pattern; }
// Run 3 muon shower
int MUSV() const { return musv; }
int MUS_inTime() const { return mus_inTime; }
int MUS_outOfTime() const { return mus_outOfTime; }
// metadata
int Stub_num() const { return stub_num; }
int Format_errors() const { return format_errors; }
uint64_t Dataword() const { return dataword; }
private:
int wire;
int quality;
int clct_pattern;
int bc0;
int bxe;
int lr;
int csc_ID;
int strip;
int afff;
int cik;
int nit;
int me_bxn;
int afef;
int se;
int sm;
int epc;
int af;
int station;
int vp;
int tbin;
// Run 3 OTMB
int frame;
int quarter_strip;
int eighth_strip;
int slope;
int run3_pattern;
// Run 3 muon shower
int musv;
int mus_inTime;
int mus_outOfTime;
// metadata
int stub_num;
int format_errors;
uint64_t dataword;
}; // End of class ME
// Define a vector of ME
typedef std::vector<ME> MECollection;
} // End of namespace emtf
} // End of namespace l1t
#endif /* define __l1t_emtf_ME_h__ */
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