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//-------------------------------------------------
//
/** \class DTuROSControlData
*
* DT uROS Control Data
*
*
*
*
* J. Troconiz - UAM Madrid
*/
//
//--------------------------------------------------
#ifndef DTDigi_DTuROSControlData_h
#define DTDigi_DTuROSControlData_h
#include <vector>
static const int DOCESLOTS = 12;
static const int SEISXOK = 12;
class DTuROSROSData {
public:
/// Constructor
DTuROSROSData() : slot_(-1), header1_(0), header2_(0), trailer_(0), okword1_(0), okword2_(0) {
for (int i = 0; i < SEISXOK; i++)
okxword_[i] = 0;
}
/// Destructor
~DTuROSROSData() {}
void setslot(int slot) { slot_ = slot; }
void setheader1(long dword) { header1_ = dword; }
void setheader2(long dword) { header2_ = dword; }
void settrailer(long dword) { trailer_ = dword; }
void setokword1(long okword) { okword1_ = okword; }
void setokword2(long okword) { okword2_ = okword; }
void setokxword(int i, long okxword) { okxword_[i] = okxword; }
void setexword(long exword) { exword_.push_back(exword); }
void seterror(int error) { error_.push_back(error); }
int getslot() const { return slot_; }
long getheader1() const { return header1_; }
long getheader2() const { return header2_; }
long gettrailer() const { return trailer_; }
long getokword1() const { return okword1_; }
long getokword2() const { return okword2_; }
int getokflag(int i) const {
if (i < 60)
return ((okword1_ >> i) & 0x1);
return ((okword2_ >> (i - 60)) & 0x1);
}
long getokxword(int i) const { return okxword_[i]; }
int getokxflag(int i) const { return ((okxword_[i / 12] >> (5 * (i % 12))) & 0x1F); }
std::vector<long> getexwords() const { return exword_; }
long getexword(int i) const { return exword_.at(i); }
std::vector<int> geterrors() const { return error_; }
int geterror(int i) const { return error_.at(i); }
int geterrorROBID(int i) const { return (error_.at(i) >> 21) & 0x7F; }
int geterrorTDCID(int i) const { return (error_.at(i) >> 19) & 0x3; }
int geterrorFlag(int i) const { return (error_.at(i)) & 0x7FFF; }
int getboardId() const { return (getheader2()) & 0xFFFF; }
int getuserWord() const { return (getheader2() >> 32) & 0xFFFFFFFF; }
private:
int slot_;
long header1_, header2_, trailer_;
long okword1_, okword2_, okxword_[SEISXOK];
std::vector<long> exword_;
std::vector<int> error_;
};
class DTuROSFEDData {
public:
/// Constructor
DTuROSFEDData() : header1_(0), header2_(0), trailer_(0), fed_(-1), nslots_(0), evtLgth_(0) {
for (int i = 0; i < DOCESLOTS; i++)
rsize_[i] = 0;
}
/// Destructor
~DTuROSFEDData() {}
void setfed(int fed) { fed_ = fed; }
void setheader1(long dword) { header1_ = dword; }
void setheader2(long dword) { header2_ = dword; }
void settrailer(long dword) { trailer_ = dword; }
void setnslots(int nslots) { nslots_ = nslots; }
void setevtlgth(int evtLgth) { evtLgth_ = evtLgth; }
void setslotsize(int slot, int size) { rsize_[slot - 1] = size; }
void setuROS(int slot, DTuROSROSData rwords) { rdata_[slot - 1] = rwords; }
int getfed() const { return fed_; }
long getheader1() const { return header1_; }
long getheader2() const { return header2_; }
long gettrailer() const { return trailer_; }
int getnslots() const { return nslots_; }
int getevtlgth() const { return evtLgth_; }
int getslotsize(int slot) const { return rsize_[slot - 1]; }
int getBXId() const { return (getheader1() >> 20) & 0xFFF; }
int getTTS() const { return (gettrailer() >> 4) & 0xF; }
DTuROSROSData getuROS(int slot) const { return rdata_[slot - 1]; }
private:
long header1_, header2_, trailer_;
int fed_, nslots_, evtLgth_, rsize_[DOCESLOTS];
DTuROSROSData rdata_[DOCESLOTS];
};
typedef std::vector<DTuROSFEDData> DTuROSFEDDataCollection;
#endif
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