CSCSPRecord.cc

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#include <string.h>      // memcpy, bzero
#include "EventFilter/CSCTFRawToDigi/src/CSCSPRecord.h"
#include "EventFilter/CSCTFRawToDigi/src/CSCSPHeader.h"

bool CSCSPRecord::unpack(const unsigned short* &buf, unsigned int nonmasked_data_blocks, bool empty_blocks_suppressed,unsigned int tbin) throw() {
    memcpy((void*)this, buf, 8*sizeof(short));
    buf += 8;

    bool unpackError = check();

    bzero(me,15*sizeof(CSCSP_MEblock));
    bzero(mb, 2*sizeof(CSCSP_MBblock));
    bzero(me, 3*sizeof(CSCSP_SPblock));

    bzero(meFilled,sizeof(meFilled));
    bzero(mbFilled,sizeof(mbFilled));
    bzero(spFilled,sizeof(spFilled));

    const CSCSPHeader::ACTIVE id[] = {
        CSCSPHeader::F1, CSCSPHeader::F1, CSCSPHeader::F1,
        CSCSPHeader::F2, CSCSPHeader::F2, CSCSPHeader::F2,
        CSCSPHeader::F3, CSCSPHeader::F3, CSCSPHeader::F3,
        CSCSPHeader::F4, CSCSPHeader::F4, CSCSPHeader::F4,
        CSCSPHeader::F5, CSCSPHeader::F5, CSCSPHeader::F5
    };

    // 15 ME data blocks
    for(unsigned int block=0; block<15; block++)
        if( nonmasked_data_blocks & id[block] &&
            (!empty_blocks_suppressed || vp_bits&(1<<block)) ){
            unsigned int mpc = block/3, link = block%3;
            unpackError |= me[mpc][link].unpack(buf);
            me[mpc][link].tbin_         = tbin;
            me[mpc][link].valid_pattern = vp_bits&(1<<block);
            me[mpc][link].sync_error    = se_bits&(1<<block);
            me[mpc][link].sync_modified = sm_bits&(1<<block);
            me[mpc][link].alignment_fifo= af_bits&(1<<block);
            me[mpc][link].bxBit         = bx_bits&(1<<block);
            me[mpc][link].spInput_      = block+1;
            meFilled[mpc][link]         = true;
        }
    // 2 MB data blocks
    for(unsigned int block=0; block<2; block++)
        if( nonmasked_data_blocks & CSCSPHeader::DT &&
            (!empty_blocks_suppressed || (block?vq_b:vq_a) )){
            unpackError |= mb[block].unpack(buf);
            mb[block].tbin_         = tbin;
            mb[block].valid_quality = (block?vq_b:vq_a);
            mb[block].alignment_fifo= (block?af_barrel_2:af_barrel_1);
            mb[block].bxBit         = (block?bx_barrel_2:bx_barrel_1);
            mb[block].id_           =  block+1;
            mbFilled[block]         = true;
        }

    // 3 SP data blocks
    for(unsigned int block=0; block<3; block++)
        if( nonmasked_data_blocks & CSCSPHeader::SP &&
            (!empty_blocks_suppressed || (block==0?mode1:(block==1?mode2:mode3))) ){
            unpackError |= sp[block].unpack(buf);
            sp[block].tbin_ = tbin;
            sp[block].mode_ = (block==0?mode1:(block==1?mode2:mode3));
            sp[block].id_   = block+1;
            spFilled[block] = true;
        }

    return unpackError;
}

std::vector<CSCSP_MEblock> CSCSPRecord::LCTs(void) const throw() {
    std::vector<CSCSP_MEblock> result;
    for(int mpc=0; mpc<5; mpc++)
        for(int link=0; link<3; link++)
            if(meFilled[mpc][link]) result.push_back(me[mpc][link]);
    return result;
}

std::vector<CSCSP_MEblock> CSCSPRecord::LCTs(unsigned int mpc) const throw() {
    std::vector<CSCSP_MEblock> result;
    if( mpc<5 )
        for(int link=0; link<3; link++)
            if(meFilled[mpc][link]) result.push_back(me[mpc][link]);
    return result;
}

std::vector<CSCSP_MEblock> CSCSPRecord::LCT(unsigned int mpc, unsigned int link) const throw(){
    std::vector<CSCSP_MEblock> result;
    if( mpc<5 && link<3)
        if(meFilled[mpc][link]) result.push_back(me[mpc][link]);
    return result;
}

std::vector<CSCSP_SPblock> CSCSPRecord::tracks(void) const throw() {
    std::vector<CSCSP_SPblock> result;
    if(spFilled[0]) result.push_back(sp[0]);
    if(spFilled[1]) result.push_back(sp[1]);
    if(spFilled[2]) result.push_back(sp[2]);
    return result;
}

std::vector<CSCSP_MBblock> CSCSPRecord::mbStubs(void) const throw() {
    std::vector<CSCSP_MBblock> result;
    if(mbFilled[0]) result.push_back(mb[0]);
    if(mbFilled[1]) result.push_back(mb[1]);
    return result;
}