diff --git a/Calorimetry/include/JetAnalyzer.h b/Calorimetry/include/JetAnalyzer.h
index 28ac8b7..0167001 100644
--- a/Calorimetry/include/JetAnalyzer.h
+++ b/Calorimetry/include/JetAnalyzer.h
@@ -54,12 +54,13 @@ class JetAnalyzer : public Processor {
 protected:
   
   std::string m_inputMCParticleCollection="";
-  std::string m_inputRECOParticleCollection="";
-  std::string m_genjetColName="";
-  std::string m_recojetColName="";
+//  std::string m_inputRECOParticleCollection="";
+//  std::string m_genjetColName="";
+//  std::string m_recojetColName="";
 
 
   std::string m_rootFileName="";
+  std::string m_processName="";
   
   // Run and event counters
   int m_eventNumber=0;
@@ -78,6 +79,70 @@ class JetAnalyzer : public Processor {
   float m_d2_mcPz=0;
   //particle level information sums --> visible and invisible energy
 
+//#######NEW#####################
+  int m_H1_mcPDGID = 0;
+  float m_H1_mcE   = 0;
+  float m_H1_mcPx  = 0;
+  float m_H1_mcPy  = 0;
+  float m_H1_mcPz  = 0;
+
+  int m_H2_mcPDGID = 0;
+  float m_H2_mcE   = 0;
+  float m_H2_mcPx  = 0;
+  float m_H2_mcPy  = 0;
+  float m_H2_mcPz  = 0;
+
+  int m_b1_mcPDGID = 0;
+  float m_b1_mcE   = 0;
+  float m_b1_mcPx  = 0;
+  float m_b1_mcPy  = 0;
+  float m_b1_mcPz  = 0;
+
+  int m_b2_mcPDGID = 0;
+  float m_b2_mcE   = 0;
+  float m_b2_mcPx  = 0;
+  float m_b2_mcPy  = 0;
+  float m_b2_mcPz  = 0;
+
+  int m_b3_mcPDGID = 0;
+  float m_b3_mcE   = 0;
+  float m_b3_mcPx  = 0;
+  float m_b3_mcPy  = 0;
+  float m_b3_mcPz  = 0;
+
+  int m_b4_mcPDGID = 0;
+  float m_b4_mcE   = 0;
+  float m_b4_mcPx  = 0;
+  float m_b4_mcPy  = 0;
+  float m_b4_mcPz  = 0;
+
+  int m_b5_mcPDGID = 0;
+  float m_b5_mcE   = 0;
+  float m_b5_mcPx  = 0;
+  float m_b5_mcPy  = 0;
+  float m_b5_mcPz  = 0;
+
+  int m_b6_mcPDGID = 0;
+  float m_b6_mcE   = 0;
+  float m_b6_mcPx  = 0;
+  float m_b6_mcPy  = 0;
+  float m_b6_mcPz  = 0;
+
+  int m_b7_mcPDGID = 0;
+  float m_b7_mcE   = 0;
+  float m_b7_mcPx  = 0;
+  float m_b7_mcPy  = 0;
+  float m_b7_mcPz  = 0;
+
+  int m_b8_mcPDGID = 0;
+  float m_b8_mcE   = 0;
+  float m_b8_mcPx  = 0;
+  float m_b8_mcPy  = 0;
+  float m_b8_mcPz  = 0;
+
+
+//#######ENDNEW#####################
+
   //only neutrinos
   float m_E_trueInv=0;
   float m_px_trueInv=0;
@@ -90,12 +155,12 @@ class JetAnalyzer : public Processor {
   float m_py_trueVis=0;
   float m_pz_trueVis=0;
 
-  //all reconstructed particles
+/*  //all reconstructed particles
   float m_E_totPFO=0;
   float m_px_totPFO=0;
   float m_py_totPFO=0;
   float m_pz_totPFO=0;
-
+*/
   //if extended parton quantities are saved: dibosons and their decay products
   std::vector<float>* m_trueME_E=NULL;
   std::vector<float>* m_trueME_Px=NULL;
@@ -103,7 +168,7 @@ class JetAnalyzer : public Processor {
   std::vector<float>* m_trueME_Pz=NULL;
   std::vector<int>* m_trueME_PDGID=NULL;
 
-  std::vector<float>* m_genJet_E=NULL;
+/*  std::vector<float>* m_genJet_E=NULL;
   std::vector<float>* m_genJet_Px=NULL;
   std::vector<float>* m_genJet_Py=NULL;
   std::vector<float>* m_genJet_Pz=NULL;
@@ -112,7 +177,7 @@ class JetAnalyzer : public Processor {
   std::vector<float>* m_recoJet_Px=NULL;
   std::vector<float>* m_recoJet_Py=NULL;
   std::vector<float>* m_recoJet_Pz=NULL;
-
+*/
   
   // Call to get collections
   void getCollection(LCCollection*&, std::string, LCEvent*);
diff --git a/Calorimetry/src/JetAnalyzer.cc b/Calorimetry/src/JetAnalyzer.cc
index 6a3835d..baa2065 100644
--- a/Calorimetry/src/JetAnalyzer.cc
+++ b/Calorimetry/src/JetAnalyzer.cc
@@ -38,24 +38,29 @@ JetAnalyzer::JetAnalyzer() : Processor("JetAnalyzer") {
               m_rootFileName,
               std::string("JetAnalyzer.root"));
 
-  registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
+  registerProcessorParameter( "ProcessName",
+              "Which process to run",
+              m_processName,
+              std::string("ProcessName"));
+
+/*  registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
               "RECOParticleCollectionName",
               "Name of the RECOParticle input collection",
               m_inputRECOParticleCollection,
               std::string("PandoraPFOs"));
-
-  registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
+*/
+/*   registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
               "GenJetCollection" ,  
               "Name of the GenJet collection",
               m_genjetColName,
               std::string("GenJet_VLC"));
 
-  registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
+ registerInputCollection( LCIO::RECONSTRUCTEDPARTICLE,
               "RecoJetCollection" ,  
               "Name of the RecoJet collection",
               m_recojetColName,
               std::string("RecoJet_VLC"));
-
+*/
   registerProcessorParameter("doDiBosonChecks",
               "MC truth diboson checks for on-shell bosons",
               m_performDiBosonChecks,
@@ -92,7 +97,7 @@ void JetAnalyzer::init() {
     m_trueME_PDGID=new std::vector<int>();
   }
 
-  m_genJet_E   = new std::vector<float>(); 
+/*  m_genJet_E   = new std::vector<float>(); 
   m_genJet_Px  = new std::vector<float>(); 
   m_genJet_Py  = new std::vector<float>(); 
   m_genJet_Pz  = new std::vector<float>(); 
@@ -101,7 +106,7 @@ void JetAnalyzer::init() {
   m_recoJet_Px  = new std::vector<float>(); 
   m_recoJet_Py  = new std::vector<float>(); 
   m_recoJet_Pz  = new std::vector<float>(); 
-
+*/
   m_E_trueInv  = 0;
   m_px_trueInv = 0;
   m_py_trueInv = 0;
@@ -112,11 +117,11 @@ void JetAnalyzer::init() {
   m_py_trueVis = 0;
   m_pz_trueVis = 0;
 
-  m_E_totPFO  = 0;
+ /* m_E_totPFO  = 0;
   m_px_totPFO = 0;
   m_py_totPFO = 0;
   m_pz_totPFO = 0;
-
+*/
   m_d1_mcPDGID = 0;
   m_d1_mcE   = 0;
   m_d1_mcPx  = 0;
@@ -129,7 +134,68 @@ void JetAnalyzer::init() {
   m_d2_mcPy  = 0;
   m_d2_mcPz  = 0;
 
-  m_genJet_E ->clear(); 
+  m_H1_mcPDGID = 0;
+  m_H1_mcE   = 0;
+  m_H1_mcPx  = 0;
+  m_H1_mcPy  = 0;
+  m_H1_mcPz  = 0;
+
+  m_H2_mcPDGID = 0;
+  m_H2_mcE   = 0;
+  m_H2_mcPx  = 0;
+  m_H2_mcPy  = 0;
+  m_H2_mcPz  = 0;
+
+  m_b1_mcPDGID = 0;
+  m_b1_mcE   = 0;
+  m_b1_mcPx  = 0;
+  m_b1_mcPy  = 0;
+  m_b1_mcPz  = 0;
+
+  m_b2_mcPDGID = 0;
+  m_b2_mcE   = 0;
+  m_b2_mcPx  = 0;
+  m_b2_mcPy  = 0;
+  m_b2_mcPz  = 0;
+
+  m_b3_mcPDGID = 0;
+  m_b3_mcE   = 0;
+  m_b3_mcPx  = 0;
+  m_b3_mcPy  = 0;
+  m_b3_mcPz  = 0;
+
+  m_b4_mcPDGID = 0;
+  m_b4_mcE   = 0;
+  m_b4_mcPx  = 0;
+  m_b4_mcPy  = 0;
+  m_b4_mcPz  = 0;
+
+  m_b5_mcPDGID = 0;
+  m_b5_mcE   = 0;
+  m_b5_mcPx  = 0;
+  m_b5_mcPy  = 0;
+  m_b5_mcPz  = 0;
+
+  m_b6_mcPDGID = 0;
+  m_b6_mcE   = 0;
+  m_b6_mcPx  = 0;
+  m_b6_mcPy  = 0;
+  m_b6_mcPz  = 0;
+
+  m_b7_mcPDGID = 0;
+  m_b7_mcE   = 0;
+  m_b7_mcPx  = 0;
+  m_b7_mcPy  = 0;
+  m_b7_mcPz  = 0;
+
+  m_b8_mcPDGID = 0;
+  m_b8_mcE   = 0;
+  m_b8_mcPx  = 0;
+  m_b8_mcPy  = 0;
+  m_b8_mcPz  = 0;
+
+//#######################################
+/*  m_genJet_E ->clear(); 
   m_genJet_Px ->clear(); 
   m_genJet_Py ->clear(); 
   m_genJet_Pz ->clear(); 
@@ -138,7 +204,7 @@ void JetAnalyzer::init() {
   m_recoJet_Px ->clear(); 
   m_recoJet_Py ->clear(); 
   m_recoJet_Pz ->clear(); 
-
+*/
   if(m_fillMEInfo){
     m_trueME_E->clear();
     m_trueME_Px->clear();
@@ -167,6 +233,69 @@ void JetAnalyzer::init() {
   m_outputTree->Branch("d2_mcPy",&m_d2_mcPy,"d2_mcPy/F");
   m_outputTree->Branch("d2_mcPz",&m_d2_mcPz,"d2_mcPz/F");
 
+  //########################NEW FOR DOUBLE HIGGS ##########à
+  m_outputTree->Branch("H1_mcPDGID",&m_H1_mcPDGID,"H1_mcPDGID/I");
+  m_outputTree->Branch("H1_mcE",&m_H1_mcE,"H1_mcE/F");
+  m_outputTree->Branch("H1_mcPx",&m_H1_mcPx,"H1_mcPx/F");
+  m_outputTree->Branch("H1_mcPy",&m_H1_mcPy,"H1_mcPy/F");
+  m_outputTree->Branch("H1_mcPz",&m_H1_mcPz,"H1_mcPz/F");
+
+  m_outputTree->Branch("H2_mcPDGID",&m_H2_mcPDGID,"H2_mcPDGID/I");
+  m_outputTree->Branch("H2_mcE",&m_H2_mcE,"H2_mcE/F");
+  m_outputTree->Branch("H2_mcPx",&m_H2_mcPx,"H2_mcPx/F");
+  m_outputTree->Branch("H2_mcPy",&m_H2_mcPy,"H2_mcPy/F");
+  m_outputTree->Branch("H2_mcPz",&m_H2_mcPz,"H2_mcPz/F");
+
+  m_outputTree->Branch("b1_mcPDGID",&m_b1_mcPDGID,"b1_mcPDGID/I");
+  m_outputTree->Branch("b1_mcE",&m_b1_mcE,"b1_mcE/F");
+  m_outputTree->Branch("b1_mcPx",&m_b1_mcPx,"b1_mcPx/F");
+  m_outputTree->Branch("b1_mcPy",&m_b1_mcPy,"b1_mcPy/F");
+  m_outputTree->Branch("b1_mcPz",&m_b1_mcPz,"b1_mcPz/F");
+
+  m_outputTree->Branch("b2_mcPDGID",&m_b2_mcPDGID,"b2_mcPDGID/I");
+  m_outputTree->Branch("b2_mcE",&m_b2_mcE,"b2_mcE/F");
+  m_outputTree->Branch("b2_mcPx",&m_b2_mcPx,"b2_mcPx/F");
+  m_outputTree->Branch("b2_mcPy",&m_b2_mcPy,"b2_mcPy/F");
+  m_outputTree->Branch("b2_mcPz",&m_b2_mcPz,"b2_mcPz/F");
+
+  m_outputTree->Branch("b3_mcPDGID",&m_b3_mcPDGID,"b3_mcPDGID/I");
+  m_outputTree->Branch("b3_mcE",&m_b3_mcE,"b3_mcE/F");
+  m_outputTree->Branch("b3_mcPx",&m_b3_mcPx,"b3_mcPx/F");
+  m_outputTree->Branch("b3_mcPy",&m_b3_mcPy,"b3_mcPy/F");
+  m_outputTree->Branch("b3_mcPz",&m_b3_mcPz,"b3_mcPz/F");
+
+  m_outputTree->Branch("b4_mcPDGID",&m_b4_mcPDGID,"b4_mcPDGID/I");
+  m_outputTree->Branch("b4_mcE",&m_b4_mcE,"b4_mcE/F");
+  m_outputTree->Branch("b4_mcPx",&m_b4_mcPx,"b4_mcPx/F");
+  m_outputTree->Branch("b4_mcPy",&m_b4_mcPy,"b4_mcPy/F");
+  m_outputTree->Branch("b4_mcPz",&m_b4_mcPz,"b4_mcPz/F");
+
+  m_outputTree->Branch("b5_mcPDGID",&m_b5_mcPDGID,"b5_mcPDGID/I");
+  m_outputTree->Branch("b5_mcE",&m_b5_mcE,"b5_mcE/F");
+  m_outputTree->Branch("b5_mcPx",&m_b5_mcPx,"b5_mcPx/F");
+  m_outputTree->Branch("b5_mcPy",&m_b5_mcPy,"b5_mcPy/F");
+  m_outputTree->Branch("b5_mcPz",&m_b5_mcPz,"b5_mcPz/F");
+
+  m_outputTree->Branch("b6_mcPDGID",&m_b6_mcPDGID,"b6_mcPDGID/I");
+  m_outputTree->Branch("b6_mcE",&m_b6_mcE,"b6_mcE/F");
+  m_outputTree->Branch("b6_mcPx",&m_b6_mcPx,"b6_mcPx/F");
+  m_outputTree->Branch("b6_mcPy",&m_b6_mcPy,"b6_mcPy/F");
+  m_outputTree->Branch("b6_mcPz",&m_b6_mcPz,"b6_mcPz/F");
+  
+  m_outputTree->Branch("b7_mcPDGID",&m_b7_mcPDGID,"b7_mcPDGID/I");
+  m_outputTree->Branch("b7_mcE",&m_b7_mcE,"b7_mcE/F");
+  m_outputTree->Branch("b7_mcPx",&m_b7_mcPx,"b7_mcPx/F");
+  m_outputTree->Branch("b7_mcPy",&m_b7_mcPy,"b7_mcPy/F");
+  m_outputTree->Branch("b7_mcPz",&m_b7_mcPz,"b7_mcPz/F");
+
+  m_outputTree->Branch("b8_mcPDGID",&m_b8_mcPDGID,"b8_mcPDGID/I");
+  m_outputTree->Branch("b8_mcE",&m_b8_mcE,"b8_mcE/F");
+  m_outputTree->Branch("b8_mcPx",&m_b8_mcPx,"b8_mcPx/F");
+  m_outputTree->Branch("b8_mcPy",&m_b8_mcPy,"b8_mcPy/F");
+  m_outputTree->Branch("b8_mcPz",&m_b8_mcPz,"b8_mcPz/F");
+
+//###############################ENDNEW
+
   //true particle level, exclude neutrinos, true visible content
   m_outputTree->Branch("E_trueVis" ,&m_E_trueVis, "E_trueVis/F");
   m_outputTree->Branch("Px_trueVis",&m_px_trueVis,"Px_trueVis/F");
@@ -180,7 +309,7 @@ void JetAnalyzer::init() {
   m_outputTree->Branch("Pz_trueInv",&m_pz_trueInv,"Pz_trueInv/F");
   
   //reconstructed leve
-  m_outputTree->Branch("E_totPFO" ,&m_E_totPFO, "E_totPFO/F");
+/*  m_outputTree->Branch("E_totPFO" ,&m_E_totPFO, "E_totPFO/F");
   m_outputTree->Branch("Px_totPFO",&m_px_totPFO,"Px_totPFO/F");
   m_outputTree->Branch("Py_totPFO",&m_py_totPFO,"Py_totPFO/F");
   m_outputTree->Branch("Pz_totPFO",&m_pz_totPFO,"Pz_totPFO/F");
@@ -195,7 +324,7 @@ void JetAnalyzer::init() {
   m_outputTree->Branch("recoJetPx", "std::vector< float >", &m_recoJet_Px); 
   m_outputTree->Branch("recoJetPy", "std::vector< float >", &m_recoJet_Py); 
   m_outputTree->Branch("recoJetPz", "std::vector< float >", &m_recoJet_Pz); 
-
+*/
 
 }
 
@@ -219,11 +348,11 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
   m_py_trueVis = 0;
   m_pz_trueVis = 0;
 
-  m_E_totPFO  = 0;
+/*  m_E_totPFO  = 0;
   m_px_totPFO = 0;
   m_py_totPFO = 0;
   m_pz_totPFO = 0;
-
+*/
   m_d1_mcPDGID=-10;
   m_d1_mcE=-10;
   m_d1_mcPx=-10;
@@ -236,7 +365,70 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
   m_d2_mcPy=-10;
   m_d2_mcPz=-10;
 
-  m_genJet_E ->clear(); 
+//#######NEW#####################
+ m_H1_mcPDGID = -10;
+  m_H1_mcE   = -10;
+  m_H1_mcPx  = -10;
+  m_H1_mcPy  = -10;
+  m_H1_mcPz  = -10;
+
+  m_H2_mcPDGID = -10;
+  m_H2_mcE   = -10;
+  m_H2_mcPx  = -10;
+  m_H2_mcPy  = -10;
+  m_H2_mcPz  = -10;
+
+
+  m_b1_mcPDGID = -10;
+  m_b1_mcE   = -10;
+  m_b1_mcPx  = -10;
+  m_b1_mcPy  = -10;
+  m_b1_mcPz  = -10;
+
+  m_b2_mcPDGID = -10;
+  m_b2_mcE   = -10;
+  m_b2_mcPx  = -10;
+  m_b2_mcPy  = -10;
+  m_b2_mcPz  = -10;
+
+
+  m_b3_mcPDGID = -10;
+  m_b3_mcE   = -10;
+  m_b3_mcPx  = -10;
+  m_b3_mcPy  = -10;
+  m_b3_mcPz  = -10;
+
+  m_b4_mcPDGID = -10;
+  m_b4_mcE   = -10;
+  m_b4_mcPx  = -10;
+  m_b4_mcPy  = -10;
+  m_b4_mcPz  = -10;
+
+  m_b5_mcPDGID = -10;
+  m_b5_mcE   = -10;
+  m_b5_mcPx  = -10;
+  m_b5_mcPy  = -10;
+  m_b5_mcPz  = -10;
+
+  m_b6_mcPDGID = -10;
+  m_b6_mcE   = -10;
+  m_b6_mcPx  = -10;
+  m_b6_mcPy  = -10;
+  m_b6_mcPz  = -10;
+
+  m_b7_mcPDGID = -10;
+  m_b7_mcE   = -10;
+  m_b7_mcPx  = -10;
+  m_b7_mcPy  = -10;
+  m_b7_mcPz  = -10;
+
+  m_b8_mcPDGID = -10;
+  m_b8_mcE   = -10;
+  m_b8_mcPx  = -10;
+  m_b8_mcPy  = -10;
+  m_b8_mcPz  = -10;
+//#######ENDNEW#####################
+/*  m_genJet_E ->clear(); 
   m_genJet_Px ->clear(); 
   m_genJet_Py ->clear(); 
   m_genJet_Pz ->clear(); 
@@ -245,7 +437,7 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
   m_recoJet_Px ->clear(); 
   m_recoJet_Py ->clear(); 
   m_recoJet_Pz ->clear(); 
-
+*/
 
   if(m_fillMEInfo){
     m_trueME_E->clear();
@@ -261,9 +453,19 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
 
   bool pass_W_boson_mass=true;
   bool pass_Z_boson_mass=true;
+
     if(mcColl!=NULL){
     int boson_counter=0;
     int ind_second_boson=-1;
+    MCParticle* index_H1=NULL; //NEW
+    MCParticle* index_H2=NULL;
+    MCParticle* index_b1=NULL;
+    MCParticle* index_b2=NULL;
+    MCParticle* index_b3=NULL;
+    MCParticle* index_b4=NULL;
+    MCParticle* index_b5=NULL;
+    MCParticle* index_b7=NULL;
+    bool first_filled=true;
     for(int m =0; m< mcColl->getNumberOfElements(); m++){
       MCParticle* mcp= dynamic_cast<MCParticle*>( mcColl->getElementAt(m) ) ;
       //boson checks have to be done for WW,WZ and ZZ configurations
@@ -301,21 +503,366 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
         m_trueME_PDGID->push_back(mcp->getPDG());
       }
       //fill first quark anti quark pair which appears in the history
-    //this IS the hadronic W and Z (in case of a mixed di-boson event)
-      if(abs(mcp->getPDG())<7 && m_d1_mcE<0) {
-        m_d1_mcPDGID=mcp->getPDG();
-        m_d1_mcE=mcp->getEnergy();
-        m_d1_mcPx=mcp->getMomentum()[0];
-        m_d1_mcPy=mcp->getMomentum()[1];
-        m_d1_mcPz=mcp->getMomentum()[2];
+      //this IS the hadronic W and Z (in case of a mixed di-boson event)
+      if (m_processName == "dijet") {
+        if(abs(mcp->getPDG())<7 && m_d1_mcE<0) {
+          m_d1_mcPDGID=mcp->getPDG();
+          m_d1_mcE=mcp->getEnergy();
+          m_d1_mcPx=mcp->getMomentum()[0];
+          m_d1_mcPy=mcp->getMomentum()[1];
+          m_d1_mcPz=mcp->getMomentum()[2];
+        }
+        if(m_d2_mcE<0 && (abs(mcp->getPDG())<7 && mcp->getPDG()==(-m_d1_mcPDGID))){
+          m_d2_mcPDGID=mcp->getPDG();
+          m_d2_mcE=mcp->getEnergy();
+          m_d2_mcPx=mcp->getMomentum()[0];
+          m_d2_mcPy=mcp->getMomentum()[1];
+          m_d2_mcPz=mcp->getMomentum()[2];
+        }
+      }
+
+      if (m_processName == "HHbbbb") {
+        if(mcp->getPDG()==25 && m_H1_mcE<0) {
+          index_H1=mcp;
+          m_H1_mcPDGID=mcp->getPDG();
+          m_H1_mcE=mcp->getEnergy(); 
+          m_H1_mcPx=mcp->getMomentum()[0];
+          m_H1_mcPy=mcp->getMomentum()[1];
+          m_H1_mcPz=mcp->getMomentum()[2];
+        }
+        if(m_H2_mcE<0 && (mcp->getPDG()==25 && index_H1!=mcp )){ 
+          index_H2=mcp;
+          m_H2_mcPDGID=mcp->getPDG();
+          m_H2_mcE=mcp->getEnergy();
+          m_H2_mcPx=mcp->getMomentum()[0];
+          m_H2_mcPy=mcp->getMomentum()[1];
+          m_H2_mcPz=mcp->getMomentum()[2];
+        }
+        if(abs(mcp->getPDG())==5 && m_b1_mcE<0 && mcp->getParents()[0]==index_H1) {
+          m_b1_mcPDGID=mcp->getPDG();
+          m_b1_mcE=mcp->getEnergy();
+          m_b1_mcPx=mcp->getMomentum()[0];
+          m_b1_mcPy=mcp->getMomentum()[1];
+          m_b1_mcPz=mcp->getMomentum()[2];
+        }
+        if(m_b2_mcE<0 && (abs(mcp->getPDG())==5 && mcp->getPDG()==(-m_b1_mcPDGID)) && mcp->getParents()[0]==index_H1 ){
+          m_b2_mcPDGID=mcp->getPDG();
+          m_b2_mcE=mcp->getEnergy();
+          m_b2_mcPx=mcp->getMomentum()[0];
+          m_b2_mcPy=mcp->getMomentum()[1];
+          m_b2_mcPz=mcp->getMomentum()[2];
+        }
+        if(abs(mcp->getPDG())==5 && m_b3_mcE<0 && mcp->getParents()[0]==index_H2) {
+          m_b3_mcPDGID=mcp->getPDG();
+          m_b3_mcE=mcp->getEnergy();
+          m_b3_mcPx=mcp->getMomentum()[0];
+          m_b3_mcPy=mcp->getMomentum()[1];
+          m_b3_mcPz=mcp->getMomentum()[2];
+        }
+        if(m_b4_mcE<0 && (abs(mcp->getPDG())==5 && mcp->getPDG()==(-m_b3_mcPDGID))&& mcp->getParents()[0]==index_H2){
+          m_b4_mcPDGID=mcp->getPDG();
+          m_b4_mcE=mcp->getEnergy();
+          m_b4_mcPx=mcp->getMomentum()[0];
+          m_b4_mcPy=mcp->getMomentum()[1];
+          m_b4_mcPz=mcp->getMomentum()[2];
+        }
+      }
+
+      // if (m_processName == "bb") {
+      //   if(mcp->getPDG()==5 ) {
+      //     m_b1_mcPDGID=mcp->getPDG();
+      //     m_b1_mcE=mcp->getEnergy();
+      //     m_b1_mcPx=mcp->getMomentum()[0];
+      //     m_b1_mcPy=mcp->getMomentum()[1];
+      //     m_b1_mcPz=mcp->getMomentum()[2];
+      //   }
+      //   if(mcp->getPDG()==-5  ){
+      //     m_b2_mcPDGID=mcp->getPDG();
+      //     m_b2_mcE=mcp->getEnergy();
+      //     m_b2_mcPx=mcp->getMomentum()[0];
+      //     m_b2_mcPy=mcp->getMomentum()[1];
+      //     m_b2_mcPz=mcp->getMomentum()[2];
+      //   }
+      // }
+
+      // if (m_processName == "cc") {
+      //   if(mcp->getPDG()==4 ) {
+      //     m_b1_mcPDGID=mcp->getPDG();
+      //     m_b1_mcE=mcp->getEnergy();
+      //     m_b1_mcPx=mcp->getMomentum()[0];
+      //     m_b1_mcPy=mcp->getMomentum()[1];
+      //     m_b1_mcPz=mcp->getMomentum()[2];
+      //   }
+      //   if(mcp->getPDG()==-4  ){
+      //     m_b2_mcPDGID=mcp->getPDG();
+      //     m_b2_mcE=mcp->getEnergy();
+      //     m_b2_mcPx=mcp->getMomentum()[0];
+      //     m_b2_mcPy=mcp->getMomentum()[1];
+      //     m_b2_mcPz=mcp->getMomentum()[2];
+      //   }
+      // }
+      
+      // if (m_processName == "qq") {
+      //   if(abs(mcp->getPDG())==3 || abs(mcp->getPDG())==2 || abs(mcp->getPDG())==1) {
+      //     m_b1_mcPDGID=mcp->getPDG();
+      //     m_b1_mcE=mcp->getEnergy();
+      //     m_b1_mcPx=mcp->getMomentum()[0];
+      //     m_b1_mcPy=mcp->getMomentum()[1];
+      //     m_b1_mcPz=mcp->getMomentum()[2];
+      //   }
+      //   if(abs(mcp->getPDG())==3 || abs(mcp->getPDG())==2 || abs(mcp->getPDG())==1){
+      //     m_b2_mcPDGID=mcp->getPDG();
+      //     m_b2_mcE=mcp->getEnergy();
+      //     m_b2_mcPx=mcp->getMomentum()[0];
+      //     m_b2_mcPy=mcp->getMomentum()[1];
+      //     m_b2_mcPz=mcp->getMomentum()[2];
+      //   }
+      // }
+
+
+      if (m_processName == "bbbb") {
+        if(mcp->getPDG()==13 && m_H1_mcE<0 && mcp->getMomentum()[0]==0 && mcp->getMomentum()[1]==0 && abs(mcp->getMomentum()[2])==5000 ) {
+          index_H1=mcp; 
+          m_H1_mcE=mcp->getEnergy(); 
+          m_H1_mcPx=mcp->getMomentum()[0];
+          m_H1_mcPy=mcp->getMomentum()[1];
+          m_H1_mcPz=mcp->getMomentum()[2];
+        }
+        if(mcp->getPDG()==-13 && m_H2_mcE<0 && mcp->getMomentum()[0]==0 && mcp->getMomentum()[1]==0 && abs(mcp->getMomentum()[2])==5000  ) { 
+          index_H2=mcp; 
+          m_H2_mcPDGID=mcp->getPDG();
+          m_H2_mcE=mcp->getEnergy();
+          m_H2_mcPx=mcp->getMomentum()[0];
+          m_H2_mcPy=mcp->getMomentum()[1];
+          m_H2_mcPz=mcp->getMomentum()[2];
+        }
+        if(mcp->getPDG()==5 && m_b1_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==5000 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[0]==index_H2) ) { 
+          m_b1_mcPDGID=mcp->getPDG();
+          m_b1_mcE=mcp->getEnergy();
+          m_b1_mcPx=mcp->getMomentum()[0];
+          m_b1_mcPy=mcp->getMomentum()[1];
+          m_b1_mcPz=mcp->getMomentum()[2];
+          continue;
+        }
+        if(mcp->getPDG()==-5 && m_b2_mcE<0 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[0]==index_H2) ) { 
+          m_b2_mcPDGID=mcp->getPDG();
+          m_b2_mcE=mcp->getEnergy();
+          m_b2_mcPx=mcp->getMomentum()[0];
+          m_b2_mcPy=mcp->getMomentum()[1];
+          m_b2_mcPz=mcp->getMomentum()[2];
+          continue;
+        }
+        if(mcp->getPDG()==5 && m_b3_mcE<0&& (mcp->getParents()[0]==index_H1 || mcp->getParents()[0]==index_H2)) { 
+            m_b3_mcPDGID=mcp->getPDG();
+            m_b3_mcE=mcp->getEnergy();
+            m_b3_mcPx=mcp->getMomentum()[0];
+            m_b3_mcPy=mcp->getMomentum()[1];
+            m_b3_mcPz=mcp->getMomentum()[2];
+            continue;
+        }
+        if(mcp->getPDG()==-5 && m_b4_mcE<0&& (mcp->getParents()[0]==index_H1 || mcp->getParents()[0]==index_H2) ) { 
+          m_b4_mcPDGID=mcp->getPDG();
+          m_b4_mcE=mcp->getEnergy();
+          m_b4_mcPx=mcp->getMomentum()[0];
+          m_b4_mcPy=mcp->getMomentum()[1];
+          m_b4_mcPz=mcp->getMomentum()[2];
+          continue;
+        }
+    }
+
+    if (m_processName == "bbH") {
+      if(mcp->getPDG()==13 && m_H1_mcE<0 && mcp->getMomentum()[0]==0 && mcp->getMomentum()[1]==0 && abs(mcp->getMomentum()[2])==5000 ) { 
+        index_H1=mcp; 
+        m_H1_mcE=mcp->getEnergy(); 
+        m_H1_mcPx=mcp->getMomentum()[0];
+        m_H1_mcPy=mcp->getMomentum()[1];
+        m_H1_mcPz=mcp->getMomentum()[2];
+      }
+      if(mcp->getPDG()==25 && m_H2_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==5000  ) {    
+        index_H2=mcp; 
+        m_H2_mcPDGID=mcp->getPDG();
+        m_H2_mcE=mcp->getEnergy();
+        m_H2_mcPx=mcp->getMomentum()[0];
+        m_H2_mcPy=mcp->getMomentum()[1];
+        m_H2_mcPz=mcp->getMomentum()[2];
+      }
+      if(mcp->getPDG()==5 && m_b1_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==5000 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) ) { 
+        m_b1_mcPDGID=mcp->getPDG();
+        m_b1_mcE=mcp->getEnergy();
+        m_b1_mcPx=mcp->getMomentum()[0];
+        m_b1_mcPy=mcp->getMomentum()[1];
+        m_b1_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if(mcp->getPDG()==-5 && m_b2_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==5000 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) ) { 
+        m_b2_mcPDGID=mcp->getPDG();
+        m_b2_mcE=mcp->getEnergy();
+        m_b2_mcPx=mcp->getMomentum()[0];
+        m_b2_mcPy=mcp->getMomentum()[1];
+        m_b2_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if(mcp->getPDG()==5 && m_b3_mcE<0&& (mcp->getParents()[0]==index_H2)) { //&& mcp->getGeneratorStatus()==23 
+        m_b3_mcPDGID=mcp->getPDG();
+        m_b3_mcE=mcp->getEnergy();
+        m_b3_mcPx=mcp->getMomentum()[0];
+        m_b3_mcPy=mcp->getMomentum()[1];
+        m_b3_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if(mcp->getPDG()==-5 && m_b4_mcE<0&& (mcp->getParents()[0]==index_H2) ){ //&& mcp->getGeneratorStatus()==23
+        m_b4_mcPDGID=mcp->getPDG();
+        m_b4_mcE=mcp->getEnergy();
+        m_b4_mcPx=mcp->getMomentum()[0];
+        m_b4_mcPy=mcp->getMomentum()[1];
+        m_b4_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+    }
+    if (m_processName == "bc") {
+      if((abs(mcp->getPDG())==4 || abs(mcp->getPDG())==5) && mcp->getGeneratorStatus()==23 && first_filled==true) {
+        m_b1_mcPDGID=mcp->getPDG();
+        m_b1_mcE=mcp->getEnergy();
+        m_b1_mcPx=mcp->getMomentum()[0];
+        m_b1_mcPy=mcp->getMomentum()[1];
+        m_b1_mcPz=mcp->getMomentum()[2];
+        first_filled=false;
+        continue;
+      }
+      if((abs(mcp->getPDG())==4 || abs(mcp->getPDG())==5) && mcp->getGeneratorStatus()==23 && first_filled==false ){
+        m_b2_mcPDGID=mcp->getPDG();
+        m_b2_mcE=mcp->getEnergy();
+        m_b2_mcPx=mcp->getMomentum()[0];
+        m_b2_mcPy=mcp->getMomentum()[1];
+        m_b2_mcPz=mcp->getMomentum()[2];
+      }
+    }
+
+    if (m_processName == "qqH") {
+      if(mcp->getPDG()==13 && m_H1_mcE<0 && mcp->getMomentum()[0]==0 && mcp->getMomentum()[1]==0 && abs(mcp->getMomentum()[2])==1500 ){ 
+        index_H1=mcp; 
+        m_H1_mcE=mcp->getEnergy(); 
+        m_H1_mcPx=mcp->getMomentum()[0];
+        m_H1_mcPy=mcp->getMomentum()[1];
+        m_H1_mcPz=mcp->getMomentum()[2];
+      }
+      if(mcp->getPDG()==25 && m_H2_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==1500  ) {    
+        index_H2=mcp; 
+        m_H2_mcPDGID=mcp->getPDG();
+        m_H2_mcE=mcp->getEnergy();
+        m_H2_mcPx=mcp->getMomentum()[0];
+        m_H2_mcPy=mcp->getMomentum()[1];
+        m_H2_mcPz=mcp->getMomentum()[2];
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b1_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==1500 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) ) { 
+        index_b1=mcp;
+        m_b1_mcPDGID=mcp->getPDG();
+        m_b1_mcE=mcp->getEnergy();
+        m_b1_mcPx=mcp->getMomentum()[0];
+        m_b1_mcPy=mcp->getMomentum()[1];
+        m_b1_mcPz=mcp->getMomentum()[2];
+        continue;
       }
-      if(m_d2_mcE<0 && (abs(mcp->getPDG())<7 && mcp->getPDG()==(-m_d1_mcPDGID))){
-        m_d2_mcPDGID=mcp->getPDG();
-        m_d2_mcE=mcp->getEnergy();
-        m_d2_mcPx=mcp->getMomentum()[0];
-        m_d2_mcPy=mcp->getMomentum()[1];
-        m_d2_mcPz=mcp->getMomentum()[2];
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b2_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==1500 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) && mcp!=index_b1 ) { 
+        m_b2_mcPDGID=mcp->getPDG();
+        m_b2_mcE=mcp->getEnergy();
+        m_b2_mcPx=mcp->getMomentum()[0];
+        m_b2_mcPy=mcp->getMomentum()[1];
+        m_b2_mcPz=mcp->getMomentum()[2];
+        continue;
       }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b5_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==1500 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) && mcp!=index_b1 && mcp!=index_b2 ) { 
+        index_b5=mcp;
+        m_b5_mcPDGID=mcp->getPDG();
+        m_b5_mcE=mcp->getEnergy();
+        m_b5_mcPx=mcp->getMomentum()[0];
+        m_b5_mcPy=mcp->getMomentum()[1];
+        m_b5_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b6_mcE<0 && mcp->getParents()[0]->getMomentum()[0]==0 && mcp->getParents()[0]->getMomentum()[1]==0 && abs(mcp->getParents()[0]->getMomentum()[2])==1500 && (mcp->getParents()[0]==index_H1 || mcp->getParents()[1]==index_H1) && mcp!=index_b1 && mcp!=index_b2 && mcp!=index_b5) { 
+        m_b6_mcPDGID=mcp->getPDG();
+        m_b6_mcE=mcp->getEnergy();
+        m_b6_mcPx=mcp->getMomentum()[0];
+        m_b6_mcPy=mcp->getMomentum()[1];
+        m_b6_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if(mcp->getPDG()==5 && m_b3_mcE<0&& (mcp->getParents()[0]==index_H2)) {
+        index_b3=mcp;
+        m_b3_mcPDGID=mcp->getPDG();
+        m_b3_mcE=mcp->getEnergy();
+        m_b3_mcPx=mcp->getMomentum()[0];
+        m_b3_mcPy=mcp->getMomentum()[1];
+        m_b3_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if(mcp->getPDG()==-5 && m_b4_mcE<0&& (mcp->getParents()[0]==index_H2) ){
+        index_b4=mcp;
+        m_b4_mcPDGID=mcp->getPDG();
+        m_b4_mcE=mcp->getEnergy();
+        m_b4_mcPx=mcp->getMomentum()[0];
+        m_b4_mcPy=mcp->getMomentum()[1];
+        m_b4_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b7_mcE<0&& (mcp->getParents()[0]==index_H2) && mcp!= index_b3 && mcp!= index_b4 ) {
+        index_b7=mcp;
+        m_b7_mcPDGID=mcp->getPDG();
+        m_b7_mcE=mcp->getEnergy();
+        m_b7_mcPx=mcp->getMomentum()[0];
+        m_b7_mcPy=mcp->getMomentum()[1];
+        m_b7_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4) && m_b8_mcE<0&& (mcp->getParents()[0]==index_H2)&& mcp!= index_b3 && mcp!= index_b4 && mcp!=index_b7 ){
+        m_b8_mcPDGID=mcp->getPDG();
+        m_b8_mcE=mcp->getEnergy();
+        m_b8_mcPx=mcp->getMomentum()[0];
+        m_b8_mcPy=mcp->getMomentum()[1];
+        m_b8_mcPz=mcp->getMomentum()[2];
+        continue;
+      }
+    }
+
+    if (m_processName == "qqqqlnu") {
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4||abs(mcp->getPDG())==3||abs(mcp->getPDG())==2||abs(mcp->getPDG())==1) && m_b1_mcPDGID == -10) {
+        index_b1=mcp;
+        m_b1_mcPDGID=mcp->getPDG();
+        m_b1_mcE=mcp->getEnergy();
+        m_b1_mcPx=mcp->getMomentum()[0];
+        m_b1_mcPy=mcp->getMomentum()[1];
+        m_b1_mcPz=mcp->getMomentum()[2];
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4||abs(mcp->getPDG())==3||abs(mcp->getPDG())==2||abs(mcp->getPDG())==1) &&
+        mcp!=index_b1 && m_b2_mcPDGID == -10) {
+          index_b2=mcp;
+        m_b2_mcPDGID=mcp->getPDG();
+        m_b2_mcE=mcp->getEnergy();
+        m_b2_mcPx=mcp->getMomentum()[0];
+        m_b2_mcPy=mcp->getMomentum()[1];
+        m_b2_mcPz=mcp->getMomentum()[2];
+      }
+      if((abs(mcp->getPDG())==5||abs(mcp->getPDG())==4||abs(mcp->getPDG())==3||abs(mcp->getPDG())==2||abs(mcp->getPDG())==1) && 
+        mcp!=index_b1 && mcp!=index_b2 && m_b3_mcPDGID == -10) {
+        index_b3=mcp; 
+        m_b3_mcPDGID=mcp->getPDG();
+        m_b3_mcE=mcp->getEnergy();
+        m_b3_mcPx=mcp->getMomentum()[0];
+        m_b3_mcPy=mcp->getMomentum()[1];
+        m_b3_mcPz=mcp->getMomentum()[2];
+      }
+      if (m_b3_mcE>0 && (abs(mcp->getPDG())==5||abs(mcp->getPDG())==4||abs(mcp->getPDG())==3||abs(mcp->getPDG())==2||abs(mcp->getPDG())==1) && 
+        mcp!=index_b1 && mcp!=index_b2 && mcp!=index_b3 && m_b4_mcPDGID == -10) {
+        index_b4=mcp;     
+	      m_b4_mcPDGID=mcp->getPDG();
+        m_b4_mcE=mcp->getEnergy();
+        m_b4_mcPx=mcp->getMomentum()[0];
+        m_b4_mcPy=mcp->getMomentum()[1];
+        m_b4_mcPz=mcp->getMomentum()[2];
+      }
+    }
+
       if(mcp->getGeneratorStatus()==1){//visible sum of stable particles --> take neutrinos out
         if(abs(mcp->getPDG())!=12 && abs(mcp->getPDG())!=14 && abs(mcp->getPDG())!=16){
           m_E_trueVis+=mcp->getEnergy();
@@ -332,7 +879,7 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
     }
   }
 
-  LCCollection* recoparticlecol = NULL;
+/*  LCCollection* recoparticlecol = NULL;
   recoparticlecol = evt->getCollection(m_inputRECOParticleCollection) ;
   if(recoparticlecol!=NULL){
     //PandoraCandidate loop
@@ -344,8 +891,8 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
       m_pz_totPFO+=pandorapart->getMomentum()[2];
     }
   }
-
-  LCCollection* recojets = NULL;
+*/
+/*  LCCollection* recojets = NULL;
   recojets = evt->getCollection(m_recojetColName) ;
   if(recojets!=NULL){
     //PandoraCandidate loop
@@ -357,6 +904,8 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
       m_recoJet_Pz->push_back(recojet->getMomentum()[2]);
     }
   }
+*/
+/*
   LCCollection* genjets = NULL;
   genjets = evt->getCollection(m_genjetColName) ;
   if(genjets!=NULL){
@@ -369,6 +918,7 @@ void JetAnalyzer::processEvent( LCEvent* evt ) {
       m_genJet_Pz->push_back(genjet->getMomentum()[2]);
     }
   }
+*/
 
   if(pass_W_boson_mass && pass_Z_boson_mass){
     m_outputTree->Fill();