Cache.cxx

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#include "Cache.h"

ClassImp(Cache)

//_________________________________________________________________________________________
ostream & operator << (ostream & stream, const Cache & cache)
{
  map<int, CacheBuffer *>::const_iterator buf_iter;
  for(buf_iter = cache.fCache.begin(); buf_iter != cache.fCache.end(); ++buf_iter) {
     stream << "**** " << Process::AsString( (Process::Process_t) buf_iter->first) << endl;
     stream << *(buf_iter->second); 
  }
  stream << endl;
  return stream;
}
//_________________________________________________________________________________________
Cache::Cache()
{
  typedef map<int, CacheBuffer *>::value_type cache_pair;
  
  fCache.insert( cache_pair( (int) Process::eIonization,         new CacheBuffer ) );
  fCache.insert( cache_pair( (int) Process::eBremsstrahlung,     new CacheBuffer ) );
  fCache.insert( cache_pair( (int) Process::ePairProduction,     new CacheBuffer ) );
  fCache.insert( cache_pair( (int) Process::eNuclearInteraction, new CacheBuffer ) );
}
//_________________________________________________________________________________________
Cache::Cache(unsigned int autoclear)
{
  typedef map<int, CacheBuffer *>::value_type cache_pair;

  fCache.insert(cache_pair((int) Process::eIonization,         new CacheBuffer(autoclear)));
  fCache.insert(cache_pair((int) Process::eBremsstrahlung,     new CacheBuffer(autoclear)));
  fCache.insert(cache_pair((int) Process::ePairProduction,     new CacheBuffer(autoclear)));
  fCache.insert(cache_pair((int) Process::eNuclearInteraction, new CacheBuffer(autoclear)));
}
//_________________________________________________________________________________________
Cache::~Cache()
{
  map<int, CacheBuffer *>::iterator buf_iter;
  for(buf_iter = fCache.begin(); buf_iter != fCache.end(); ++buf_iter)
                                                                   delete buf_iter->second;
  fCache.clear();
}
//_________________________________________________________________________________________
void Cache::AddToCache(Process::Process_t prs, double e, double de_dx)
{
  map<int, CacheBuffer *>::iterator iter = fCache.find( (int) prs );

  iter->second->AddToCache(e, de_dx);
}
//_________________________________________________________________________________________
bool Cache::Retrieve(Process::Process_t prs, double e, double & de_dx) const
{
  map<int, CacheBuffer *>::const_iterator iter = fCache.find( (int) prs );

  return iter->second->Retrieve(e, de_dx);
}
//_________________________________________________________________________________________
void Cache::ClearCache(void)
{
  map<int, CacheBuffer *>::iterator buf_iter;
  for(buf_iter = fCache.begin(); buf_iter != fCache.end(); ++buf_iter)
                                                            buf_iter->second->ClearCache();
}
//_________________________________________________________________________________________
void Cache::Print(const Option_t *) const
{
  cout << *this;
}
//_________________________________________________________________________________________

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