lcsim/src/org/lcsim/recon/cheater

diff -u -r1.1 -r1.2
--- CheatingTable.java	28 Sep 2005 15:57:39 -0000	1.1
+++ CheatingTable.java	18 Oct 2005 17:09:41 -0000	1.2
@@ -9,29 +9,49 @@

 
 public class CheatingTable
 {

-    boolean useFullTruth = false; // Use primary MCParticles.
-    boolean useTruth = false;     // Use MCParticles energies.
-    boolean useECalParameterization = false, useHCalParameterization = false;
-    boolean useReconPhotons = false, useReconNeutralHadrons = false;
-    boolean allowNuclearInteractions = false;

+    boolean useFullTruth; // Use primary MCParticles.
+    boolean useTruth;     // Use MCParticles energies.
+    boolean useECalParameterization, useHCalParameterization;
+    boolean useReconPhotons, useReconNeutralHadrons;
+    boolean allowDecays;
+    boolean acceptDecayProducts;
+    boolean acceptDecayNeutrals;
+    boolean allowNuclearInteractions;
+    boolean acceptNuclearInteractionProducts;
+    boolean acceptNuclearInteractionNeutrals;
+    boolean allowRadiation;

-    double ECalResolution = 0.18, HCalResolution = 0.60;
-    double ECalSampling = 0.012,  HCalSampling = 0.008,  HCalDigital = 11.7;  // Hits/GeV

+    double ECalResolution, HCalResolution;
+    double ECalSampling,   HCalSampling,   HCalDigital;  // Hits/GeV
+    double pTrackMin, EClusterMin, NDigitalMin;

 
     CheatingTable(ConditionsSet set)
     {
 	useFullTruth = set.getString("FullTruth").equals("true");
         useTruth = set.getString("Truth").equals("true");

+

         useECalParameterization = set.getString("ECalParameterization").equals("true");
         useHCalParameterization = set.getString("HCalParameterization").equals("true");
         useReconPhotons = set.getString("ReconPhotons").equals("true");
         useReconNeutralHadrons = set.getString("ReconNeutralHadrons").equals("true");

+
+        allowDecays = set.getString("Decays").equals("true");
+        acceptDecayProducts = set.getString("DecayProducts").equals("true");
+        acceptDecayNeutrals = set.getString("DecayNeutrals").equals("true");

         allowNuclearInteractions = set.getString("NuclearInteractions").equals("true");

+        acceptNuclearInteractionProducts = set.getString("NuclearInteractionProducts").equals("true");
+        acceptNuclearInteractionNeutrals = set.getString("NuclearInteractionNeutrals").equals("true");
+	allowRadiation = set.getString("Radiation").equals("true");
+

         ECalResolution = set.getDouble("ECalResolution");        
         ECalSampling = set.getDouble("ECalSampling");        
         HCalResolution = set.getDouble("HCalResolution");        
         HCalSampling = set.getDouble("HCalSampling");        
         HCalDigital = set.getDouble("HCalDigital");        

+
+	pTrackMin = set.getDouble("pTrackMin");
+	EClusterMin = set.getDouble("EClusterMin");
+	NDigitalMin = set.getDouble("NDigitalMin");

     }
     
     public boolean useFullTruth()

@@ -58,10 +78,36 @@

     {
         return useReconNeutralHadrons;
     }

+
+    public boolean allowDecays()
+    {
+        return allowDecays;
+    }
+    public boolean acceptDecayProducts()
+    {
+        return acceptDecayProducts;
+    }
+    public boolean acceptDecayNeutrals()
+    {
+        return acceptDecayNeutrals;
+    }

     public boolean allowNuclearInteractions()
     {
         return allowNuclearInteractions;
     }

+    public boolean acceptNuclearInteractionProducts()
+    {
+        return acceptNuclearInteractionProducts;
+    }
+    public boolean acceptNuclearInteractionNeutrals()
+    {
+        return acceptNuclearInteractionNeutrals;
+    }
+    public boolean allowRadiation()
+    {
+	return allowRadiation;
+    }
+

     public double getECalResolution()
     {
         return ECalResolution;

@@ -82,4 +128,16 @@

     {
         return HCalDigital;
     }

+    public double getPTrackMin()
+    {
+        return pTrackMin;
+    }
+    public double getEClusterMin()
+    {
+        return EClusterMin;
+    }
+    public double getNDigitalMin()
+    {
+        return NDigitalMin;
+    }

 }