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OutputVarUtils.cc
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#define OUTPUTVARUTILS_CC
#include "OutputVarUtils.hh"
namespace SpartyJet {
JetVar_Names::JetVar_Names(){
eta = "eta";
phi = "phi";
p_T = "p_T";
e = "e";
mass = "mass";
ind = "ind" ;
numC = "numC";
}
template<int NMAX>
IGenericJetVar * OutputVarFactory::_get_jet_var(std::string name, JetMomentMap * map, IGenericJetVar * inputvar, bool onlymoment ){
// Give shortcut names to every possible output types :
typedef JetVarIndex< BranchWrap_simple<float> , BranchWrap_array<float, NMAX>, BranchWrap_array2D<float, NMAX, 5>, BranchWrap_array<int, NMAX*100> > array_float_index;
typedef JetVarIndex< BranchWrap_simple<double> , BranchWrap_array<double, NMAX>, BranchWrap_array2D<double, NMAX, 5> , BranchWrap_array<int, NMAX*100> > array_double_index;
typedef JetVarIndex< BranchWrap_simple<float> , BranchWrap_vector<float>, BranchWrap_vector2D<float> , BranchWrap_vector<int> > vector_float_index;
typedef JetVarIndex< BranchWrap_simple<double> , BranchWrap_vector<double>, BranchWrap_vector2D<double>, BranchWrap_vector<int> > vector_double_index;
typedef GenericJetVar< BranchWrap_simple<float> , BranchWrap_array<float, NMAX>, BranchWrap_array2D<float, NMAX, 5> > array_float_gen;
typedef GenericJetVar< BranchWrap_simple<double> , BranchWrap_array<double, NMAX>, BranchWrap_array2D<double, NMAX, 5> > array_double_gen;
typedef GenericJetVar< BranchWrap_simple<float> , BranchWrap_vector<float>, BranchWrap_vector2D<float> > vector_float_gen;
typedef GenericJetVar< BranchWrap_simple<double> , BranchWrap_vector<double>, BranchWrap_vector2D<double> > vector_double_gen;
typedef JetVar< BranchWrap_simple<float> , BranchWrap_array<float, NMAX>, BranchWrap_array2D<float, NMAX, 5> > array_float;
typedef JetVar< BranchWrap_simple<double> , BranchWrap_array<double, NMAX>, BranchWrap_array2D<double, NMAX, 5> > array_double;
typedef JetVar< BranchWrap_simple<float> , BranchWrap_vector<float>, BranchWrap_vector2D<float> > vector_float;
typedef JetVar< BranchWrap_simple<double> , BranchWrap_vector<double>, BranchWrap_vector2D<double> > vector_double;
if (array_type == "array") {
if (base_type =="float") {
if(onlymoment) return new array_float_gen(name,map);
if(inputvar) {
return prepare_input( new array_float_index(name,map) , inputvar);
}else
return new array_float(name,map);
}
else if (base_type =="double") {
if(onlymoment) return new array_double_gen(name,map);
if(inputvar) {
return prepare_input( new array_double_index(name,map) , inputvar);
}else
return new array_double(name,map);
}
else {
std::cout<<" ERROR unknown base type "<< base_type <<" for output variables"<<std::endl;
}
} // array variables
else if (array_type == "vector") {
if (base_type =="float") {
if(onlymoment) return new vector_float_gen(name,map);
if(inputvar) {
return prepare_input( new vector_float_index(name,map) , inputvar);
}else
return new vector_float(name,map);
}
else if (base_type =="double") {
if(onlymoment) return new vector_double_gen(name,map);
if(inputvar) {
return prepare_input( new vector_double_index(name,map) , inputvar);
}else
return new vector_double(name,map);
}
else {
std::cout<<" ERROR unknown base type "<< base_type <<" for output variables"<<std::endl;
}
}// vector variables
else {
std::cout<<" ERROR unknown array type "<< array_type <<" for output variables"<<std::endl;
}
return 0;
}
IGenericJetVar * OutputVarFactory::get_jet_var(std::string name, JetMomentMap * map, IGenericJetVar * inputvar , bool onlymoment){
return _get_jet_var<100>(name,map,inputvar, onlymoment);
}
IGenericJetVar * OutputVarFactory::get_inputjet_var(std::string name, JetMomentMap *map){
return _get_jet_var<10000>(name,map, NULL, false);
}
}

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