bool
iAIDA::AIDA_HBookStore::HBook::bookRWNtuple( const int& id, const std::string& title,
const std::vector<std::string>& columnNames,
const std::string& zebraDirectory, const int& bufferSize)
{
if ( columnNames.size() > iAIDA::AIDA_HBookStore::HBook::MAXVAR ) return false;
int tid = id;
std::string ttitle = title;
int ntags = static_cast<int>( columnNames.size() );
std::string dir = zebraDirectory;
int bufsize = bufferSize;
std::ostringstream os;
for ( std::vector<std::string>::const_iterator iVar = columnNames.begin();
iVar != columnNames.end(); ++iVar ) {
if ( iVar->size() > iAIDA::AIDA_HBookStore::HBook::MAXTAGLEN ) return false;
os << *iVar;
for ( unsigned int i = iAIDA::AIDA_HBookStore::HBook::MAXTAGLEN; i > iVar->size(); --i ) os << " ";
}
os << std::ends;
const std::string columnString = os.str();
char* columnCstring = const_cast< char * >( columnString.c_str() );
hbookn_(&tid,
const_cast<char*>(ttitle.c_str()),
&ntags,
const_cast<char*>(dir.c_str()),
&bufsize,
columnCstring,
ttitle.length(),
dir.length(),
MAXTAGLEN);
return true;
}
/* assume CHTAGS is space padded such that each tag is strlen(CHTAGS)/NVAR characters */
void hbookn(int id, char *CHTITL,int NVAR, char *CHRZPA,int NWBUFF,char*CHTAGS)
{
if(((strlen(CHTAGS)/NVAR)*NVAR)!=strlen(CHTAGS)) {
fprintf(stderr,"%s:%d Bad string length passed to hbookn()\n",__FILE__,__LINE__);
}
hbookn_(&id,CHTITL,&NVAR,CHRZPA,&NWBUFF,CHTAGS,strlen(CHTITL),strlen(CHRZPA),strlen(CHTAGS)/NVAR);
}
