CMAdata.cxx

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/*
  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
*/
 
#include "TrigT1RPClogic/CMAdata.h"
 
CMAdata::CMAdata(unsigned long int debug) :
    BaseObject(Data,"CMApatterns"),m_debug(debug)
{
    m_eta_cma_patterns.clear();
    m_phi_cma_patterns.clear();
}
 
CMAdata::CMAdata(const RPCdata* rpcData,const RpcCablingCondData* rpcCabling, const unsigned long int debug) :
    BaseObject(Data,"CMApatterns"),
    m_debug(debug)
{
    m_eta_cma_patterns.clear();
    m_phi_cma_patterns.clear();
 
    RPCdata::digitList eta = rpcData->eta_digits_list();
    RPCdata::digitList::const_iterator digi = eta.begin();
 
    while(digi != eta.end())
    {
    const int sector       = (*digi)->decoding().logic_sector();
        const ViewType type    = (*digi)->decoding().view();
    const int station      = (*digi)->decoding().lvl1_station();
        const int cabling_code = (*digi)->decoding().cabling_code();
 
    const CMAparameters::CMAlist list = rpcCabling->give_CMAs(sector,type,station,cabling_code);
        CMAparameters::CMAlist::const_iterator cma = list.begin();
        while(cma != list.end())
    {
            create_patterns(*cma,*digi);
        ++cma;
    }
    ++digi;
    }     
 
    RPCdata::digitList phi = rpcData->phi_digits_list();
    digi = phi.begin();
    while(digi != phi.end())
    {
    const int sector       = (*digi)->decoding().logic_sector();
        const ViewType type    = (*digi)->decoding().view();
    const int station      = (*digi)->decoding().lvl1_station();
        const int cabling_code = (*digi)->decoding().cabling_code();
 
    const CMAparameters::CMAlist list = rpcCabling->give_CMAs(sector,type,station,cabling_code);
        CMAparameters::CMAlist::const_iterator cma = list.begin();
        while(cma != list.end())
    {
            create_patterns(*cma,*digi);
        ++cma;
    }
    ++digi;
    }
}
 
 
CMAdata::CMAdata(const CMAdata& cma_patterns) : 
    BaseObject(Data,cma_patterns.name()),
    m_debug(cma_patterns.debug()),
    m_eta_cma_patterns(cma_patterns.eta_cma_patterns()),
    m_phi_cma_patterns(cma_patterns.phi_cma_patterns())
{
}
 
CMAdata::~CMAdata()
{
    m_eta_cma_patterns.clear();
    m_phi_cma_patterns.clear();
}
 
CMAdata
CMAdata::operator=(const CMAdata& cma_patterns)
{
    static_cast<BaseObject&>(*this) = 
                                  static_cast<const BaseObject&>(cma_patterns);
    m_eta_cma_patterns.clear();
    m_phi_cma_patterns.clear(); 
    m_eta_cma_patterns = cma_patterns.eta_cma_patterns();
    m_phi_cma_patterns = cma_patterns.phi_cma_patterns();
    m_debug     = cma_patterns.debug();
    return *this;
}
 
void
CMAdata::create_patterns(const CMAparameters* cma,const RPCdigit* digit)
{
    CMApatterns* patterns;   
 
    const int sector    = digit->decoding().logic_sector();
    const ViewType type = digit->decoding().view();
 
    if( (patterns = find(sector,cma)) ) patterns->load_digit(digit);
    else 
    {
        CMApatterns patterns(sector,cma,m_debug);
        patterns.load_digit(digit);
        if(type == Eta)       m_eta_cma_patterns.push_back(std::move(patterns));
        else if (type == Phi) m_phi_cma_patterns.push_back(std::move(patterns));
    }
}
 
    
CMApatterns*
CMAdata::find(const int sector,const CMAparameters* cma)
{
    const ViewType view = cma->id().type();
 
    if(view == Eta)
    {
    PATTERNSlist::iterator it = m_eta_cma_patterns.begin();
    while (it != m_eta_cma_patterns.end())
    {
        if((*it).cma_parameters() == *cma &&
               (*it).sector()         == sector  ) return &(*it);
        ++it;
    }
    }
    else if (view == Phi)
    {
    PATTERNSlist::iterator it = m_phi_cma_patterns.begin();
    while (it != m_phi_cma_patterns.end())
    {
        if((*it).cma_parameters() == *cma &&
               (*it).sector()         == sector  ) return &(*it);
        ++it;
    }
    }
 
    return 0;
}
 
 
CMAdata::PatternsList
CMAdata::give_patterns()
{
    PatternsList patterns;
 
    PATTERNSlist::iterator eta = m_eta_cma_patterns.begin();
    PATTERNSlist::iterator phi = m_phi_cma_patterns.begin();
 
    while(eta != m_eta_cma_patterns.end())
    {   
        patterns.push_back(&(*eta));
    ++eta;
    }
    while(phi != m_phi_cma_patterns.end())
    {
        patterns.push_back(&(*phi));
    ++phi;
    }
    return patterns;
}
 
 
void CMAdata::PrintElement(std::ostream& stream,std::string element,bool detail) 
    const
{
    bool all  = (element == name() || element == "")? true : false;
    bool nEta = eta_cma_patterns().size();
    bool nPhi = phi_cma_patterns().size();
    bool printed = false;
 
    if(nEta && (element == (*m_eta_cma_patterns.begin()).name() || all))
    {
        stream << name() << " contains " << eta_cma_patterns().size()
           << " eta patterns:" << std::endl;  
        printed = true;
    PATTERNSlist::const_iterator it = m_eta_cma_patterns.begin();
    while(it != m_eta_cma_patterns.end())
        {
            it->Print(stream,detail);
        ++it;
    }
    }
 
    if (nPhi && (element == (*m_phi_cma_patterns.begin()).name() || all))
    {
        stream << name() << " contains " << phi_cma_patterns().size()
           << " phi patterns:" << std::endl;  
        printed = true;
        PATTERNSlist::const_iterator it = m_phi_cma_patterns.begin();
    while(it != m_phi_cma_patterns.end())
        {
            it->Print(stream,detail);
        ++it;
    }
    }
 
    if(!printed)
    {
        if (element == "") element = "CMAs";
        stream << name() << " contains no " << element << "!" << std::endl;
    }
}
 
 
void CMAdata::Print(std::ostream& stream,bool detail) const
{
    stream << name() << " contains " 
           << eta_cma_patterns().size()
       << " eta patterns and " << phi_cma_patterns().size()
       << " phi patterns" << std::endl;
    
    PATTERNSlist::const_iterator eta = eta_cma_patterns().begin();
    PATTERNSlist::const_iterator phi = phi_cma_patterns().begin();
 
    while(eta != eta_cma_patterns().end())
    {
        (*eta).Print(stream,detail);
    ++eta;
    }
    while(phi != phi_cma_patterns().end())
    {
        (*phi).Print(stream,detail);
    ++phi;
    }
}