diff --git a/config/AhrensNCELPXSec.xml b/config/AhrensNCELPXSec.xml
index f820c1ed1..92bd05002 100644
--- a/config/AhrensNCELPXSec.xml
+++ b/config/AhrensNCELPXSec.xml
@@ -9,8 +9,8 @@ Configurable Parameters:
 ..........................................................................................
 Name             Type     Optional   Comment                     Default
 ..........................................................................................
-QEL-Ma           double   No         Axial Mass                  ComomnParam[QuasiElastic]
-QEL-Mv           double   No         Vector Mass                 ComomnParam[QuasiElastic]
+QEL-Ma           double   No         Axial Mass                  CommonParam[QuasiElastic]
+QEL-Mv           double   No         Vector Mass                 CommonParam[QuasiElastic]
 EL-Axial-Eta     double   No         Strange Axial form factor   
 QEL-Fa0          double   No         Fa(q2=0)                    CommonParam[QuasiElastic]
 AnomMagnMoment-P double   No         p Anomalous Magn Moment     CommonParam[MagnMoments]
diff --git a/config/AhrensNCELStrangeFF.xml b/config/AhrensNCELStrangeFF.xml
new file mode 100644
index 000000000..912c6c55c
--- /dev/null
+++ b/config/AhrensNCELStrangeFF.xml
@@ -0,0 +1,21 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<alg_conf>
+
+<!--
+Configuration sets for Ahrens NCEL strange form factors
+
+Configurable Parameters:
+........................................................................................................
+Name                     Type     Optional   Comment                     Default
+AxialFormFactorModel     alg      No         Axial form factor model
+EL-Axial-Eta             double   No         FAs = -1. * Eta * FA_CC
+........................................................................................................
+-->
+
+  <param_set name="Default">
+    <param type="alg" name="AxialFormFactorModel"> genie::DipoleAxialFormFactorModel/Default </param>
+    <param type="double" name="EL-Axial-Eta"> 0.12 </param>
+  </param_set>
+
+</alg_conf>
diff --git a/config/BBA03ELFormFactorsModel.xml b/config/BBA03ELFormFactorsModel.xml
index 2b1349c05..354570638 100644
--- a/config/BBA03ELFormFactorsModel.xml
+++ b/config/BBA03ELFormFactorsModel.xml
@@ -9,7 +9,7 @@ Configurable Parameters:
 .........................................................................................
 Name               Type    Optional   Comment                      Default
 .........................................................................................
-EL-Mv              double  No         Vector Mass                  
+QEL-Mv             double  No         Vector Mass                  CommonParam[QuasiElastic]
 AnomMagnMoment-P   double  No         p Anomalous Magn Moment      CommonParam[MagnMoments]
 AnomMagnMoment-N   double  No         n Anomalous Magn Moment      CommonParam[MagnMoments]
 Gep-a2             double  No         BBA2003 fit param for Gep    bba2003::kGep_a2
@@ -38,9 +38,7 @@ Q2Max              double  No         Q2>Q2max :Gep/Gmp is const   bba2003::kQ2M
 
   <param_set name="Default"> 
 
-    <param type="string" name="CommonParam"> MagnMoments  </param> 
-
-    <param type="double" name="EL-Mv">  0.840  </param> 
+    <param type="string" name="CommonParam"> QuasiElastic,MagnMoments </param>
 
      <!-- 
 	  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
@@ -75,4 +73,3 @@ Q2Max              double  No         Q2>Q2max :Gep/Gmp is const   bba2003::kQ2M
   </param_set>
 
 </alg_conf>
-
diff --git a/config/DipoleELFormFactorsModel.xml b/config/DipoleELFormFactorsModel.xml
index 8bb77d6a6..6fb1f29f4 100644
--- a/config/DipoleELFormFactorsModel.xml
+++ b/config/DipoleELFormFactorsModel.xml
@@ -9,18 +9,14 @@ Algorithm Configurable Parameters:
 .........................................................................................
 Name                  Type    Optional   Comment                    Default
 .........................................................................................
-EL-Mv                 double  No         Vector Mass                
+QEL-Mv                double  No         Vector Mass                CommonParam[QuasiElastic]
 AnomMagnMoment-P      double  No         p Anomalous Magn Moment    CommonParam[MagnMoments]
 AnomMagnMoment-N      double  No         n Anomalous Magn Moment    CommonParam[MagnMoments]
 
 -->
 
   <param_set name="Default"> 
-    <param type="string" name="CommonParam"> MagnMoments  </param>
-
-    
-
+    <param type="string" name="CommonParam"> QuasiElastic,MagnMoments </param>
   </param_set>
 
 </alg_conf>
-
diff --git a/config/LwlynSmithFFEM.xml b/config/LwlynSmithFFEM.xml
new file mode 100644
index 000000000..909eb0b75
--- /dev/null
+++ b/config/LwlynSmithFFEM.xml
@@ -0,0 +1,33 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<alg_conf>
+
+<!--
+Configuration sets for Llewellyn-Smith QEL EM form factors
+
+Configurable Parameters:
+..........................................................................................................
+Name                          Type     Optional   Comment                     Default
+..........................................................................................................
+ElasticFormFactorsModel       alg      No         Elastic form factors model  CommonParam[ElasticFF]
+UseElFFTransverseEnhancement  bool     No                                     CommonParam[ElasticFF]
+TransverseEnhancement         alg      No         TransverseEnhancement model CommonParam[ElasticFF]
+AxialFormFactorModel          alg      No         Axial form factor model     
+AnomMagnMoment-P              double   No                                     CommonParam[MagnMoments]
+AnomMagnMoment-N              double   No                                     CommonParam[MagnMoments]
+WeinbergAngle                 double   No         Weinberg angle              CommonParam[WeakInt]
+SU3-D                         double   No                                     CommonParam[StrongInt]
+SU3-F                         double   No                                     CommonParam[StrongInt]
+-->
+
+  <param_set name="Default"> 
+
+    <param type="string" name="CommonParam"> WeakInt,MagnMoments,StrongInt,ElasticFF </param>
+
+    <!-- Dummy axial form factor model required since this class inherits from LwlynSmithFF.
+         All axial form factors are set to zero by LwlynSmithFFEM. -->
+    <param type="alg" name="AxialFormFactorModel"> genie::DipoleAxialFormFactorModel/Default </param>
+
+  </param_set>
+
+</alg_conf>
diff --git a/config/LwlynSmithFFNC.xml b/config/LwlynSmithFFNC.xml
index b36dd6343..06b4e432b 100644
--- a/config/LwlynSmithFFNC.xml
+++ b/config/LwlynSmithFFNC.xml
@@ -8,22 +8,25 @@ Configuration sets for Llewellyn-Smith QEL NC form factors
 Configurable Parameters:
 ........................................................................................................
 Name                     Type     Optional   Comment                     Default
-ElasticFormFactorsModel       alg      No         Elastic form factors model  CommonParam[ElasticFF]
+ElasticFormFactorsModel       alg      No      Elastic form factors model     CommonParam[ElasticFF]
 UseElFFTransverseEnhancement  bool     No                                     CommonParam[ElasticFF]
-TransverseEnhancement         alg      No         TransverseEnhancement model CommonParam[ElasticFF]
-AxialFormFactorModel          alg      No         Axial form factor model
+TransverseEnhancement         alg      No      TransverseEnhancement model    CommonParam[ElasticFF]
+AxialFormFactorModel          alg      No      Axial form factor model
 AnomMagnMoment-P              double   No                                     CommonParam[MagnMoments]
 AnomMagnMoment-N              double   No                                     CommonParam[MagnMoments]
-WeinbergAngle                 double   No         Weinberg angle              CommonParam[WeakInt]
+WeinbergAngle                 double   No      Weinberg angle                 CommonParam[WeakInt]
 SU3-D                         double   No                                     CommonParam[StrongInt]
 SU3-F                         double   No                                     CommonParam[StrongInt]
+StrangeFormFactorsModel       alg      No      NC strange form factors model
 ........................................................................................................
 -->
 
   <param_set name="Default">
+
     <param type="string" name="CommonParam"> WeakInt,MagnMoments,StrongInt,ElasticFF </param>
 
     <param type="alg" name="AxialFormFactorModel"> genie::DipoleAxialFormFactorModel/Default </param>
+    <param type="alg" name="StrangeFormFactorsModel"> genie::AhrensNCELStrangeFF/Default </param>
 
   </param_set>
 
diff --git a/config/N19_00a/CommonParam.xml b/config/N19_00a/CommonParam.xml
new file mode 100644
index 000000000..2e8b5ea87
--- /dev/null
+++ b/config/N19_00a/CommonParam.xml
@@ -0,0 +1,332 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<!--
+***************************************************************************************************
+This file defines parameters sets for parameters which are common between algorithms and therefore
+has to be the same for those parameters to be meaningful.
+This is file is read from the AlgConfigPool and the parameters set are expected to be used by the
+algorithms to configure these common parameters.
+
+Author:
+Costas Andreopoulos <costas.andreopoulos \at stfc.ac.uk>
+STFC, Rutherford Appleton Laboratory
+
+and
+Marco Roda <marco.roda \at liverpool.ac.uk>
+University of Liverpool
+***************************************************************************************************
+-->
+
+
+
+<common_Param_list>
+
+
+  <param_set name="Tunable">
+    <!-- Reserved register for tuning -->
+
+    <!-- <param type="double" name="DIS-XSecScale">    1.032 </param> -->
+    <!-- <param type="double" name="MEC-CC-XSecScale"> 1.000 </param> -->
+
+
+  </param_set>
+
+
+  <param_set name="WeakInt">
+    <param type="double" name="WeinbergAngle"> 0.501716712132 </param> <!-- 0.501568 -->
+
+  </param_set>
+
+  <param_set name="StrongInt">
+    <param type="double" name="SU3-D"> 0.804 </param>
+    <param type="double" name="SU3-F"> 0.463 </param>
+
+  </param_set>
+
+
+  <param_set name="CKM">
+    <!-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	 CKM quark mixing parameters
+	 Chinese Physics C Vol.40, No. 10 (2016) 100001
+	 Review of Particle Physics
+    -->
+    <param type="double" name="CKM-Vud">  0.97417  </param>
+    <param type="double" name="CKM-Vus">  0.2248   </param>
+    <param type="double" name="CKM-Vcd">  0.220    </param>  <!-- 0.2239 -->
+    <param type="double" name="CKM-Vcs">  0.995    </param>
+
+    <param type="double" name="CabibboAngle">  0.227780466682 </param> <!-- 0.226893 -->
+
+  </param_set>
+
+  <param_set name="NUCL">
+
+    <!-- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	 NUCL-Ro (in fm) is a scale parameter driving the effective nuclear sizes (Ro in R=Ro*A^1/3)
+    -->
+    <param type="double" name="NUCL-R0"> 1.4 </param>
+    <param type="double" name="NUCL-NR"> 3.0 </param>
+
+  </param_set>
+
+  <param_set name="Masses">
+    <param type="double" name="Charm-Mass"> 1.430  </param> <!-- GeV -->
+  </param_set>
+
+
+  <param_set name="NonResBackground">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	RES/DIS joining scheme
+	At this point there is a single scheme, the one originally developed in neugen3.
+	For W >  Wcut : RES -> 0,   +  DIS                -> full
+	For W <= Wcut : RES -> full + `DIS' (non-RES bkg) -> modified by DIS-HMultWgt-* params
+	-
+	- ...
+
+    -->
+    <param type="bool"   name="UseDRJoinScheme"> true </param>
+    <param type="double" name="Wcut">            1.7  </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	NEUGEN parameters applied to DIS hadronic multiplicity distributions
+	to avoid 2-ble counting with RES
+    -->
+    <param type="double" name="DIS-HMultWgt-vp-CC-m2">  0.100  </param>
+    <param type="double" name="DIS-HMultWgt-vp-CC-m3">  1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vp-NC-m2">  0.100  </param>
+    <param type="double" name="DIS-HMultWgt-vp-NC-m3">  1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vn-CC-m2">  0.300  </param>
+    <param type="double" name="DIS-HMultWgt-vn-CC-m3">  1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vn-NC-m2">  0.300  </param>
+    <param type="double" name="DIS-HMultWgt-vn-NC-m3">  1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vbp-CC-m2"> 0.300  </param>
+    <param type="double" name="DIS-HMultWgt-vbp-CC-m3"> 1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vbp-NC-m2"> 0.300  </param>
+    <param type="double" name="DIS-HMultWgt-vbp-NC-m3"> 1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vbn-CC-m2"> 0.100  </param>
+    <param type="double" name="DIS-HMultWgt-vbn-CC-m3"> 1.000  </param>
+    <param type="double" name="DIS-HMultWgt-vbn-NC-m2"> 0.100  </param>
+    <param type="double" name="DIS-HMultWgt-vbn-NC-m3"> 1.000  </param>
+
+  </param_set>
+
+
+  <param_set name="FermiGas">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Parameters related with GENIE's Fermi Gas (RFG) model implementation
+	- RFG-Momentum-CutOff is a momentum cut-off for the NN correlation tail
+	- RFG-NucRemovalE@Pdg=10LZZZAAAI is the removal energy for the nucleus with the specified pdg
+	code. If none is used then the average binding energy will be computed from Wapstra's semi-
+	empirical formula.
+	Currently, if you explicitly specify a binding energy for a nucleus then the same value will
+	be used for all isotopes.
+    -->
+    <param type="double" name="RFG-MomentumCutOff">              0.5000 </param>
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000030060">  0.0170 </param> <!-- Li6    -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000060120">  0.0250 </param> <!-- C12    -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000080160">  0.0270 </param> <!-- O16    -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000120240">  0.0320 </param> <!-- Mg24   -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000180400">  0.0295 </param> <!-- Ar40   -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000200400">  0.0280 </param> <!-- Ca40   -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000220480">  0.0300 </param> <!-- Ti48  -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000260560">  0.0360 </param> <!-- Fe56   -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000280580">  0.0360 </param> <!-- Ni58   -->
+    <param type="double" name="RFG-NucRemovalE@Pdg=1000822080">  0.0440 </param> <!-- Pb208  -->
+    <param type="bool"   name="RFG-UseParametrization">          false  </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Table of Fermi momentum (kF) constants for various nuclei
+	The tables can be found in $GENIE/config/FermiMomentumTables.xml
+    -->
+    <param type="string" name="FermiMomentumTable"> Default </param>
+
+  </param_set>
+
+
+  <!--
+      ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+      INTRANUKE-specific parameters:
+      - Mode options are: hA, hN
+      - NucRemovalE is the binding E to subtract from cascade nucleons (in GeV)
+      - typical values for pion, nucleon DelR are 0.5, 0.7 (hA) and 0.2, 0.2 (hN)
+
+Probably these should all be moved in the local configurations
+  -->
+
+  <param_set name="INUKE">
+    <param type="double" name="INUKE-NucRemovalE">       0.00  </param>
+    <param type="double" name="INUKE-HadStep">           0.05  </param>
+    <param type="double" name="INUKE-NucAbsFac">         1.0   </param>
+    <param type="double" name="INUKE-NucQEFac">          1.0   </param>
+    <param type="double" name="INUKE-NucCEXFac">         1.0   </param>
+    <param type="double" name="INUKE-Energy_Pre_Eq">     0.041 </param>
+    <param type="double" name="INUKE-FermiFac">          1.0   </param>
+    <param type="double" name="INUKE-FermiMomentum">     0.250 </param>
+    <param type="bool"   name="INUKE-DoFermi">           true  </param>
+    <param type="bool"   name="INUKE-DoCompoundNucleus"> true  </param>
+    <param type="bool"   name="INUKE-XsecNNCorr">        true  </param>
+  </param_set>
+
+  <param_set name="HAINUKE">
+    <param type="double" name="HAINUKE-DelRPion">        0.5   </param>
+    <param type="double" name="HAINUKE-DelRNucleon">     0.7   </param>
+  </param_set>
+
+  <param_set name="HNINUKE">
+    <param type="double" name="HNINUKE-DelRPion">        0.0   </param>
+    <param type="double" name="HNINUKE-DelRNucleon">     0.0   </param>
+    <param type="bool"   name="HNINUKE-UseOset">         true  </param>
+  </param_set>
+
+  <param_set name="Coherent">
+
+    <param type="double" name="COH-Ro"> 1.000 </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Minimum and maximum considered Q^2 for Berger-Sehgal coherent reactions when estimating
+	the max cross section.
+	Units in GeV^2.
+    -->
+    <param type="double" name="COH-Q2-min"> 0.000 </param>
+    <param type="double" name="COH-Q2-max"> 1.000 </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Maximum considered t for Berger-Sehgal coherent reactions when estimating the
+	max cross section.
+	Units in GeV^2.
+    -->
+    <param type="double" name="COH-t-max"> 0.250 </param>
+
+  </param_set>
+
+
+  <param_set name="Diffractive">
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Slope parameter beta for diffractive scattering (GeV^-2) (b ~ 0.333 * nucleon_size^2)
+    -->
+    <param type="double" name="DFR-Beta"> 7.0 </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Maximum considered t for diffractive scattering reactions when estimating the max cross section.
+	Units in GeV^2.
+
+This value is read in KpHase space!!! It's mental, but we have to be careful before removing this
+Or changing the name of this parameter set
+    -->
+    <param type="double" name="DFR-t-max"> 0.35 </param>
+
+  </param_set>
+
+  <param_set name="QuasiElastic">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Value of axial form factor at Q2=0
+    -->
+    <param type="double" name="QEL-FA0"> -1.2694 </param>
+
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Axial and vector masses for quasi-elastic scattering
+    -->
+    <param type="double" name="QEL-Ma"> 1.0 </param>
+    <param type="double" name="QEL-Mv"> 0.83374457 </param>
+
+  </param_set>
+
+  <param_set name="MagnMoments">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Proton and neutron anomalous magnetic moments
+   -->
+   <param type="double" name="AnomMagnMoment-P">   2.79278     </param> <!-- 2.7928473 -->
+   <param type="double" name="AnomMagnMoment-N">  -1.91315   </param>
+
+  </param_set>
+
+  <param_set name="MultiNucleons">
+    <!--  Q3 max for 2p2h model    -->
+    <param type="double" name="NSV-Q3Max"> 1.2 </param>
+  </param_set>
+
+  <param_set name="ElasticFF">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Elastic form factors used for QEL CC cross section calculation.
+	Options are:
+	- genie::DipoleELFormFactorsModel
+	- genie::BBA03ELFormFactorsModel, H.Budd, NuINT-02 proceedings
+	- genie::BBA05ELFormFactorsModel, R.Bradford, A.Bodek, H.Budd and J.Arrington, hep-ex/0602017
+	- genie::BBA07ELFormFactorsModel, R.Bradford, A.Bodek, H.Budd and S.Avvakumov, Euro.Phys.J.C53 (2008);[arXiv:0708.1946 [hep-ex]]
+   -->
+   <param type="alg" name="ElasticFormFactorsModel"> genie::DipoleELFormFactorsModel/Default </param>
+
+    <!-- Option for turning on Transverse Enhancement by Elastic Form Factor adjustment.
+	 See http://arxiv.org/abs/1405.0583 and http://arxiv.org/abs/1106.0340
+    -->
+    <param type="bool" name="UseElFFTransverseEnhancement">  false                              </param>
+    <param type="alg" name="TransverseEnhancement"> genie::TransverseEnhancementFFModel/Default </param>
+
+  </param_set>
+
+  <param_set name="Resonances">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Default list of baryon resonances included in cross section models and generation threads
+    -->
+    <param type="string" name="ResonanceNameList">
+      P33(1232),S11(1535),D13(1520),S11(1650),D13(1700),D15(1675),
+      S31(1620),D33(1700),P11(1440),P33(1600),P13(1720),F15(1680),
+      P31(1910),P33(1920),F35(1905),F37(1950),P11(1710),F17(1970)
+    </param>
+
+  </param_set>
+
+  <param_set name="Lepton">
+    <param type="bool" name="ApplyCoulombCorrection"> false </param>
+
+  </param_set>
+
+
+  <param_set name="BoostedDarkMatter">
+    <!--
+        ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+        Set the coupling of dark matter to nucleons
+    -->
+    <param type="double" name="ZpCoupling"> 0.1 </param>
+
+  </param_set>
+
+
+  <param_set name="KNO2Pythia">
+    <!--
+	
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	Invariant mass window for the transition from KNO model to PYTHIA
+    -->
+
+    <param type="double" name="KNO2PYTHIA-Wmin">  2.30 </param>
+    <param type="double" name="KNO2PYTHIA-Wmax">  3.00 </param>
+  </param_set>
+
+
+
+  <param_set name="Validation">
+    <!--
+	~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+	GENIE validity range
+    -->
+    <param type="double" name="GVLD-Emin">    0.010  </param>
+    <param type="double" name="GVLD-Emax"> 1000.000  </param>
+
+  </param_set>
+
+</common_Param_list>
diff --git a/config/N19_00a/EventGenerator.xml b/config/N19_00a/EventGenerator.xml
new file mode 100644
index 000000000..7ad4303f6
--- /dev/null
+++ b/config/N19_00a/EventGenerator.xml
@@ -0,0 +1,556 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<alg_conf>
+
+<!--
+Configuration for the EventGenerator EventRecordVisitorI
+
+Configurable Parameters:
+.............................................................................................................................
+Name                        Type    Opt  Comment                                               Default
+.............................................................................................................................
+VldContext                  string  No   Validity context
+NModules                    int     No   Number of event generation modules in thread
+Module-i                    alg     No   Event generation module i (0...NModules)
+ILstGen                     alg     No   Interaction list generator (list of interactions that
+                                         can be generated by the event generation thread)
+XSecModel                   alg     Yes  Cross section model used at the thread                 GPL: XSecModel@[thread name]
+-->
+
+  <!--
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  Standard threads
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  -->
+
+  <param_set name="NucleonDecay">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   4                                                    </param>
+     <param type="alg"    name="Module-0">   genie::NucleonDecayPrimaryVtxGenerator/Default       </param>
+     <param type="alg"    name="Module-1">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-2">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-3">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DummyInteractionListGenerator/Default         </param>
+  </param_set>
+
+  <param_set name="NNBarOsc">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   4                                                    </param>
+     <param type="alg"    name="Module-0">   genie::NNBarOscPrimaryVtxGenerator/Default           </param>
+     <param type="alg"    name="Module-1">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-2">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-3">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::NNBarOscDummyInteractionListGenerator/Default </param>
+  </param_set>
+
+
+  <!-- Boosted Dark Matter module -->
+
+  <param_set name="DMELv0">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   12                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::QELKinematicsGenerator/NC-Default              </param>
+     <param type="alg"    name="Module-4">   genie::DMELOutgoingDarkGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::QELHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::PauliBlocker/Default                           </param>
+     <param type="alg"    name="Module-7">   genie::UnstableParticleDecayer/BeforeHadronTransport  </param>
+     <param type="alg"    name="Module-8">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-9">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-10">  genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-11">  genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::DMELInteractionListGenerator/DM-Default        </param>
+  </param_set>
+
+  <param_set name="DMELv2">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   12                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::QELKinematicsGenerator/NC-Default              </param>
+     <param type="alg"    name="Module-4">   genie::DMELOutgoingDarkGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::QELHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::PauliBlocker/Default                           </param>
+     <param type="alg"    name="Module-7">   genie::UnstableParticleDecayer/BeforeHadronTransport  </param>
+     <param type="alg"    name="Module-8">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-9">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-10">  genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-11">  genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::DMELInteractionListGenerator/DM-Default        </param>
+  </param_set>
+
+  <param_set name="DMDISv0">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::DMDISKinematicsGenerator/NC-Default            </param>
+     <param type="alg"    name="Module-4">   genie::DMDISOutgoingDarkGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::DMDISInteractionListGenerator/DM-Default       </param>
+  </param_set>
+
+    <param_set name="DMDISv2">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::DMDISKinematicsGenerator/NC-Default            </param>
+     <param type="alg"    name="Module-4">   genie::DMDISOutgoingDarkGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::DMDISInteractionListGenerator/DM-Default       </param>
+  </param_set>
+
+
+
+  <!-- CC, NC, and EM all use the new QELEventGenerator for the N19_00a_00_000 model set -->
+  <param_set name="QEL-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   7                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::QELEventGenerator/Default                     </param>
+     <param type="alg"    name="Module-3">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-4">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-5">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-6">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::QELInteractionListGenerator/CC-Default        </param>
+   </param_set>
+
+  <param_set name="QEL-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   7                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::QELEventGenerator/NC-Default                  </param>
+     <param type="alg"    name="Module-3">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-4">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-5">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-6">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::QELInteractionListGenerator/NC-Default        </param>
+   </param_set>
+
+  <param_set name="QEL-EM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   8                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::QELEventGenerator/EM-Default                  </param>
+     <param type="alg"    name="Module-3">   genie::PauliBlocker/Default                          </param>
+     <param type="alg"    name="Module-4">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-5">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-6">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::QELInteractionListGenerator/EM-Default        </param>
+  </param_set>
+
+  <param_set name="QEL-CC-LAMBDA">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   9                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::QELKinematicsGenerator/CC-Lambda-Default       </param>
+     <param type="alg"    name="Module-4">   genie::QELPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::QELHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::QELInteractionListGenerator/CC-Lambda-Default  </param>
+  </param_set>
+
+  <param_set name="DIS-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::DISKinematicsGenerator/CC-Default             </param>
+     <param type="alg"    name="Module-4">   genie::DISPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DISInteractionListGenerator/CC-Default        </param>
+  </param_set>
+
+  <param_set name="DIS-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::DISKinematicsGenerator/NC-Default             </param>
+     <param type="alg"    name="Module-4">   genie::DISPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DISInteractionListGenerator/NC-Default        </param>
+  </param_set>
+
+  <param_set name="DIS-EM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::DISKinematicsGenerator/EM-Default             </param>
+     <param type="alg"    name="Module-4">   genie::DISPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DISInteractionListGenerator/EM-Default        </param>
+  </param_set>
+
+  <param_set name="RES-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::RESKinematicsGenerator/RES                     </param>
+     <param type="alg"    name="Module-4">   genie::RESPrimaryLeptonGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::RESHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::RESInteractionListGenerator/CC-Default         </param>
+  </param_set>
+
+  <param_set name="RES-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::RESKinematicsGenerator/RES                     </param>
+     <param type="alg"    name="Module-4">   genie::RESPrimaryLeptonGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::RESHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::RESInteractionListGenerator/NC-Default         </param>
+  </param_set>
+
+  <param_set name="RES-EM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                   </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                        </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                             </param>
+     <param type="alg"    name="Module-3">   genie::RESKinematicsGenerator/RES                     </param>
+     <param type="alg"    name="Module-4">   genie::RESPrimaryLeptonGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::RESHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                     </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                      </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default                </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport   </param>
+     <param type="alg"    name="ILstGen">    genie::RESInteractionListGenerator/EM-Default         </param>
+  </param_set>
+
+  <param_set name="QEL-CC-CHARM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   9                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::QELKinematicsGenerator/CC-Charm-Default       </param>
+     <param type="alg"    name="Module-4">   genie::QELPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::QELHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::QELInteractionListGenerator/CC-Charm-Default  </param>
+  </param_set>
+
+  <param_set name="DIS-CC-SINGLEK">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/NucOnShell                         </param>
+     <param type="alg"    name="Module-3">   genie::SKKinematicsGenerator/Default                 </param>
+     <param type="alg"    name="Module-4">   genie::SKPrimaryLeptonGenerator/Default              </param>
+     <param type="alg"    name="Module-5">   genie::SKHadronicSystemGenerator/Default             </param>
+     <param type="alg"    name="Module-6">   genie::PauliBlocker/Default                          </param>
+     <param type="alg"    name="Module-7">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-8">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::SKInteractionListGenerator/Default            </param>
+  </param_set>
+
+
+  <param_set name="DIS-CC-CHARM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::DISKinematicsGenerator/CC-Charm-Default       </param>
+     <param type="alg"    name="Module-4">   genie::DISPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Charm              </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DISInteractionListGenerator/CC-Charm-Default  </param>
+  </param_set>
+
+  <param_set name="IMD">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                          </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default        </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default             </param>
+     <param type="alg"    name="Module-2">   genie::NuEKinematicsGenerator/Default      </param>
+     <param type="alg"    name="Module-3">   genie::NuEPrimaryLeptonGenerator/Default   </param>
+     <param type="alg"    name="Module-4">   genie::NuETargetRemnantGenerator/Default   </param>
+     <param type="alg"    name="ILstGen">    genie::NuEInteractionListGenerator/IMD     </param>
+  </param_set>
+
+  <param_set name="IMD-ANH">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                              </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default            </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                 </param>
+     <param type="alg"    name="Module-2">   genie::NuEKinematicsGenerator/Default          </param>
+     <param type="alg"    name="Module-3">   genie::NuEPrimaryLeptonGenerator/Default       </param>
+     <param type="alg"    name="Module-4">   genie::NuETargetRemnantGenerator/Default       </param>
+     <param type="alg"    name="ILstGen">    genie::NuEInteractionListGenerator/IMD-ANH     </param>
+  </param_set>
+
+  <param_set name="NUE-EL">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                          </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default        </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default             </param>
+     <param type="alg"    name="Module-2">   genie::NuEKinematicsGenerator/Default      </param>
+     <param type="alg"    name="Module-3">   genie::NuEPrimaryLeptonGenerator/Default   </param>
+     <param type="alg"    name="Module-4">   genie::NuETargetRemnantGenerator/Default   </param>
+     <param type="alg"    name="ILstGen">    genie::NuEInteractionListGenerator/NUE-EL  </param>
+  </param_set>
+
+  <param_set name="AM-NUGAMMA">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   6                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                           </param>
+     <param type="alg"    name="Module-3">   genie::AMNuGammaGenerator/Default                   </param>
+     <param type="alg"    name="Module-4">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-5">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::AMNuGammaInteractionListGenerator/Default    </param>
+  </param_set>
+
+  <param_set name="GLRES">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   3                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::GLRESGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::GLRESInteractionListGenerator/Default        </param>
+  </param_set>
+
+  <param_set name="MEC-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::MECGenerator/Default                         </param>
+     <param type="alg"    name="Module-3">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-4">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::MECInteractionListGenerator/CC-Default       </param>
+  </param_set>
+
+  <param_set name="MEC-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::MECGenerator/Default                         </param>
+     <param type="alg"    name="Module-3">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-4">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::MECInteractionListGenerator/NC-Default       </param>
+  </param_set>
+
+  <param_set name="MEC-EM">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   5                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::MECGenerator/Default                         </param>
+     <param type="alg"    name="Module-3">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-4">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::MECInteractionListGenerator/EM-Default       </param>
+  </param_set>
+
+  <param_set name="DFR-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   9                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/NucOnShell                        </param>
+     <param type="alg"    name="Module-3">   genie::DFRKinematicsGenerator/Default               </param>
+     <param type="alg"    name="Module-4">   genie::DFRPrimaryLeptonGenerator/Default            </param>
+     <param type="alg"    name="Module-5">   genie::DFRHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-6">   genie::UnstableParticleDecayer/BeforeHadronTransport</param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-8">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::DFRInteractionListGenerator/CC-Default       </param>
+  </param_set>
+
+  <param_set name="DFR-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   9                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/NucOnShell                        </param>
+     <param type="alg"    name="Module-3">   genie::DFRKinematicsGenerator/Default               </param>
+     <param type="alg"    name="Module-4">   genie::DFRPrimaryLeptonGenerator/Default            </param>
+     <param type="alg"    name="Module-5">   genie::DFRHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-6">   genie::UnstableParticleDecayer/BeforeHadronTransport</param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                    </param>
+     <param type="alg"    name="Module-8">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::DFRInteractionListGenerator/NC-Default       </param>
+  </param_set>
+
+  <param_set name="CEvNS">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   3                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::CEvNSEventGenerator/Default                  </param>
+     <param type="alg"    name="ILstGen">    genie::CEvNSInteractionListGenerator/Default        </param>          
+  </param_set>
+
+  <param_set name="COH-NC-PION">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   6                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::COHKinematicsGenerator/Default               </param>
+     <param type="alg"    name="Module-3">   genie::COHPrimaryLeptonGenerator/Default            </param>
+     <param type="alg"    name="Module-4">   genie::COHHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-5">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::COHInteractionListGenerator/NC-PION          </param>
+  </param_set>
+
+  <param_set name="COH-CC-PION">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   6                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                 </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                      </param>
+     <param type="alg"    name="Module-2">   genie::COHKinematicsGenerator/Default               </param>
+     <param type="alg"    name="Module-3">   genie::COHPrimaryLeptonGenerator/Default            </param>
+     <param type="alg"    name="Module-4">   genie::COHHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-5">   genie::UnstableParticleDecayer/AfterHadronTransport </param>
+     <param type="alg"    name="ILstGen">    genie::COHInteractionListGenerator/CC-PION          </param>
+  </param_set>
+
+  <!--
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  Non-std threads
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  -->
+
+  <param_set name="RSPP-CC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::RESKinematicsGenerator/SPP                    </param>
+     <param type="alg"    name="Module-4">   genie::RESPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::RSPPResonanceSelector/Default                 </param>
+     <param type="alg"    name="Module-6">   genie::RSPPHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::RSPPInteractionListGenerator/CC-Default       </param>
+     <param type="alg"    name="XSecModel">  genie::ReinSehgalSPPPXSec/Default                    </param>
+  </param_set>
+
+  <param_set name="RSPP-NC">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                   </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::RESKinematicsGenerator/SPP                    </param>
+     <param type="alg"    name="Module-4">   genie::RESPrimaryLeptonGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::RSPPResonanceSelector/Default                 </param>
+     <param type="alg"    name="Module-6">   genie::RSPPHadronicSystemGenerator/Default           </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::RSPPInteractionListGenerator/NC-Default       </param>
+     <param type="alg"    name="XSecModel">  genie::ReinSehgalSPPPXSec/Default                    </param>
+  </param_set>
+
+  <!-- Boosted Dark Matter Event Generation -->
+    <param_set name="DMEL">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   12                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::QELKinematicsGenerator/NC-Default             </param>
+     <param type="alg"    name="Module-4">   genie::DMELOutgoingDarkGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::QELHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::PauliBlocker/Default                          </param>
+     <param type="alg"    name="Module-7">   genie::UnstableParticleDecayer/BeforeHadronTransport </param>
+     <param type="alg"    name="Module-8">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-9">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-10">  genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-11">  genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DMELInteractionListGenerator/DM-Default        </param>
+  </param_set>
+
+  <param_set name="DMDIS">
+     <param type="string" name="VldContext"> </param>
+     <param type="int"    name="NModules">   10                                                    </param>
+     <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+     <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+     <param type="alg"    name="Module-2">   genie::FermiMover/Default                            </param>
+     <param type="alg"    name="Module-3">   genie::DMDISKinematicsGenerator/NC-Default             </param>
+     <param type="alg"    name="Module-4">   genie::DMDISOutgoingDarkGenerator/Default             </param>
+     <param type="alg"    name="Module-5">   genie::DISHadronicSystemGenerator/Default            </param>
+     <param type="alg"    name="Module-6">   genie::NucDeExcitationSim/Default                    </param>
+     <param type="alg"    name="Module-7">   genie::HadronTransporter/Default                     </param>
+     <param type="alg"    name="Module-8">   genie::NucBindEnergyAggregator/Default               </param>
+     <param type="alg"    name="Module-9">   genie::UnstableParticleDecayer/AfterHadronTransport  </param>
+     <param type="alg"    name="ILstGen">    genie::DMDISInteractionListGenerator/DM-Default        </param>
+  </param_set>
+
+  <!-- Very Low Energy Event Generation -->
+
+  <param_set name="VLE">
+      <param type="string" name="VldContext"> </param>
+      <param type="int"    name="NModules">   5                                                    </param>
+      <param type="alg"    name="Module-0">   genie::InitialStateAppender/Default                  </param>
+      <param type="alg"    name="Module-1">   genie::VertexGenerator/Default                       </param>
+      <param type="alg"    name="Module-2">   genie::IBDKinematicsGenerator/Default                </param>
+      <param type="alg"    name="Module-3">   genie::IBDPrimaryLeptonGenerator/Default             </param>
+      <param type="alg"    name="Module-4">   genie::IBDHadronicSystemGenerator/Default            </param>
+      <param type="alg"    name="ILstGen">    genie::IBDInteractionListGenerator/Default           </param>
+  </param_set>
+</alg_conf>
diff --git a/config/N19_00a/FermiMomentumTables.xml b/config/N19_00a/FermiMomentumTables.xml
new file mode 100644
index 000000000..53eebc3c4
--- /dev/null
+++ b/config/N19_00a/FermiMomentumTables.xml
@@ -0,0 +1,27 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<!-- 
+  In the Default set we have the kf values copied from NeuGEN.
+-->
+
+<fermi_momentum_const>
+
+  <kf_table name="Default">
+     <!-- H2    --> <kf nucleus_pdgc="1000010020"> <p> 0.055 </p> <n> 0.055 </n> </kf> <!-- From Eric Christy -->
+     <!-- He4   --> <kf nucleus_pdgc="1000020040"> <p> 0.115 </p> <n> 0.115 </n> </kf> <!-- Added -->
+     <!-- Li6   --> <kf nucleus_pdgc="1000030060"> <p> 0.169 </p> <n> 0.169 </n> </kf> 
+     <!-- C12   --> <kf nucleus_pdgc="1000060120"> <p> 0.242 </p> <n> 0.242 </n> </kf>
+     <!-- O16   --> <kf nucleus_pdgc="1000080160"> <p> 0.225 </p> <n> 0.225 </n> </kf> 
+     <!-- Mg24  --> <kf nucleus_pdgc="1000120240"> <p> 0.235 </p> <n> 0.235 </n> </kf> 
+     <!-- Si28  --> <kf nucleus_pdgc="1000140280"> <p> 0.239 </p> <n> 0.239 </n> </kf> 
+     <!-- Ar40  --> <kf nucleus_pdgc="1000180400"> <p> 0.242 </p> <n> 0.259 </n> </kf> 
+     <!-- Ca40  --> <kf nucleus_pdgc="1000200400"> <p> 0.251 </p> <n> 0.251 </n> </kf> 
+     <!-- Fe56  --> <kf nucleus_pdgc="1000260560"> <p> 0.251 </p> <n> 0.263 </n> </kf> 
+     <!-- Ni58  --> <kf nucleus_pdgc="1000280580"> <p> 0.257 </p> <n> 0.263 </n> </kf> 
+     <!-- Sn120 --> <kf nucleus_pdgc="1000501200"> <p> 0.245 </p> <n> 0.274 </n> </kf> 
+     <!-- Ta181 --> <kf nucleus_pdgc="1000731810"> <p> 0.247 </p> <n> 0.281 </n> </kf>
+     <!-- Pb208 --> <kf nucleus_pdgc="1000822080"> <p> 0.245 </p> <n> 0.283 </n> </kf> 
+  </kf_table>
+
+</fermi_momentum_const>
+
diff --git a/config/N19_00a/ModelConfiguration.xml b/config/N19_00a/ModelConfiguration.xml
new file mode 100644
index 000000000..83efe8b2b
--- /dev/null
+++ b/config/N19_00a/ModelConfiguration.xml
@@ -0,0 +1,65 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<global_param_list>
+
+ <param_set name="Default">
+
+ <!--
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  Nuclear model selection.
+  The 'NuclearModel' option defines the default basic model which should work for _any_ nuclei
+  (typically a Fermi Gas model with the Bodek-Ritchie NN corellatin tail). Refinements for specific
+  nuclei are possible, by specifying the 'NuclearModel@Pdg=10LZZZAAAI' option.
+  Currently the same nuclear model is forced for all isotopes.
+ -->
+
+  <!--
+  Use a local Fermi gas for nuclei for which GENIE does not have a tabulated spectral function.
+  This default nuclear model will also be used for Pauli blocking kF lookups
+  <param type="alg"  name="NuclearModel"> genie::LocalFGM/Default </param>
+  -->
+
+  <!-- Use a global Fermi gas for nuclei for which GENIE does not have a tabulated spectral function.
+  This default nuclear model will also be used for Pauli blocking kF lookups -->
+  <param type="alg"  name="NuclearModel"> genie::FGMBodekRitchie/Default </param>
+
+  <!-- For 12C and 56Fe, use the spectral function -->
+  <param type="alg" name="NuclearModel@Pdg=1000060120"> genie::SpectralFunc/Default </param>
+  <param type="alg" name="NuclearModel@Pdg=1000260560"> genie::SpectralFunc/Default </param>
+
+ <!--
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  Intranuclear rescattering
+  Use the HadronTransportEnable option to toggle intranuclear rescattering on/off.
+  Also, set the preferred hadron transport model.
+  Options include:
+   - genie::HAIntranuke/Default
+   - genie::HAIntranuke2018/Default
+   - genie::HNIntranuke2018/Default
+   - genie::HNIntranuke2018/OsetOff
+  -->
+  <param type="bool" name="HadronTransp-Enable"> true </param>
+  <param type="alg"  name="HadronTransp-Model">  genie::HAIntranuke2018/Default  </param>
+
+
+ <!--
+  ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
+  Specify which cross section model is to be used by each GENIE event generation thread.
+  The parameter name is build as: "XSecModel@[name of thread]"
+  -->
+
+
+  <!-- New QE model based on SF treatment. For CCQE, it's essentially equivalent to the Llewellyn-Smith model  -->
+  <param type="alg" name="XSecModel@genie::EventGenerator/QEL-CC"> genie::UnifiedQELPXSec/Dipole </param>
+  <param type="alg" name="XSecModel@genie::EventGenerator/QEL-NC"> genie::UnifiedQELPXSec/Dipole </param>
+  <param type="alg" name="XSecModel@genie::EventGenerator/QEL-EM"> genie::UnifiedQELPXSec/Dipole </param>
+
+  <!--
+    <param type="alg" name="XSecModel@genie::EventGenerator/MEC-CC"> genie::EmpiricalMECPXSec2015/Default </param>
+    <param type="alg" name="XSecModel@genie::EventGenerator/MEC-NC"> genie::EmpiricalMECPXSec2015/Default </param>
+    <param type="alg" name="XSecModel@genie::EventGenerator/MEC-EM"> genie::EmpiricalMECPXSec2015/Default </param>
+  -->
+
+ </param_set>
+
+</global_param_list>
diff --git a/config/N19_00a/TuneGeneratorList.xml b/config/N19_00a/TuneGeneratorList.xml
new file mode 100644
index 000000000..5be4c7e02
--- /dev/null
+++ b/config/N19_00a/TuneGeneratorList.xml
@@ -0,0 +1,27 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<tune_generator_list>
+
+<!--
+Configurable Parameters:
+..........................................................................................................................
+Name                        Type    Opt  Comment                                               Default
+..........................................................................................................................
+NGenerators                 int     No
+Generator-%d                alg     No
+-->
+
+  <param_set name="Default"> 
+     <param type="int" name="NGenerators">   3                              </param>
+     <param type="alg" name="Generator-0">   genie::EventGenerator/QEL-CC   </param>
+     <param type="alg" name="Generator-1">   genie::EventGenerator/QEL-NC   </param>
+     <param type="alg" name="Generator-2">   genie::EventGenerator/QEL-EM   </param>
+     <!--
+       <param type="alg" name="Generator-3">  genie::EventGenerator/MEC-CC  </param>
+       <param type="alg" name="Generator-4">  genie::EventGenerator/MEC-NC  </param>
+       <param type="alg" name="Generator-5">  genie::EventGenerator/MEC-EM  </param>
+     -->
+  </param_set>
+
+</tune_generator_list>
+
diff --git a/config/SpectralFunc.xml b/config/SpectralFunc.xml
index 8f817c1c0..029aa8840 100644
--- a/config/SpectralFunc.xml
+++ b/config/SpectralFunc.xml
@@ -3,7 +3,7 @@
 <alg_conf>
 
 <!--
-Configuration for the SpectralFunc NuclerModelI implementation
+Configuration for the SpectralFunc NuclearModelI implementation
 
 Configurable Parameters:
 ....................................................................................................................................
@@ -14,8 +14,18 @@ FermiMomentumTable      string   No         Table of Fermi momentum (kF) constan
 -->
 
   <param_set name="Default"> 
-        <param type="string" name="CommonParam"> FermiGas </param>
+
+    <param type="string" name="CommonParam"> FermiGas </param>
+
+    <!-- The data file path may be specified relative to the GENIE root folder or
+       as an absolute path -->
+    <param type="string" name="DataPathType"> relative </param>
+    <param type="string" name="DataPath"> data/evgen/nucl/spectral_functions </param>
+
+    <!-- <param type="string" name="SpectFuncTable@Pdg=1000060120"> benhar-sf-12c.data </param> -->
+    <param type="string" name="SpectFuncTable@Pdg=1000060120"> pke12_tot.data </param>
+    <param type="string" name="SpectFuncTable@Pdg=1000260560"> benhar-sf-56fe.data </param>
+
   </param_set>
 
 </alg_conf>
-
diff --git a/config/UnifiedQELPXSec.xml b/config/UnifiedQELPXSec.xml
new file mode 100644
index 000000000..057fac43e
--- /dev/null
+++ b/config/UnifiedQELPXSec.xml
@@ -0,0 +1,55 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+
+<alg_conf>
+
+<!--
+Configuration for the CBF spectral function QEL differential xsec algorithm.
+
+Configurable Parameters:
+.....................................................................................................
+Name               Type     Optional   Comment                          Default
+.....................................................................................................
+CCFormFactorsAlg   alg      No         QEL-CC form factors algorithm
+NCFormFactorsAlg   alg      No         QEL-NC form factors algorithm
+EMFormFactorsAlg   alg      No         QEL-EM form factors algorithm
+XSec-Integrator    alg      No
+CabibboAngle       double   No         Cabibbo angle                    CommonParam[CKM]
+QEL-CC-XSecScale   double   Yes        Scaling factor                   GPL value
+
+.....................................................................................................
+Parameters needed when Integrating with this model to generate splines:
+...........................................................................................................................
+Name                                 Type     Optional   Comment                                              Default
+...........................................................................................................................
+IntegralNuclearModel                 alg      No
+IntegralNucleonBindingMode           alg      No
+-->
+
+  <param_set name="Default">
+
+    <param type="string"  name="CommonParam"> CKM </param>
+
+    <param type="double" name="QEL-CC-XSecScale"> 1.000 </param>
+    <param type="double" name="IntegralNuclearInfluenceCutoffEnergy"> 10.0 </param>
+
+    <param type="alg"  name="XSec-Integrator"> genie::NewQELXSec/Default </param>
+    <param type="alg"  name="IntegralNuclearModel"> genie::SpectralFunc/Default </param>
+    <param type="string" name="IntegralNucleonBindingMode"> UseNuclearModel </param>
+
+    <param type="alg"  name="PauliBlockerAlg"> genie::PauliBlocker/Default </param>
+
+    <param type="alg"  name="NCFormFactorsAlg"> genie::LwlynSmithFFNC/Default </param>
+    <param type="alg"  name="EMFormFactorsAlg"> genie::LwlynSmithFFEM/Default </param>
+
+  </param_set>
+
+  <param_set name="Dipole">
+     <param type="alg"  name="CCFormFactorsAlg"> genie::LwlynSmithFFCC/Dipole </param>
+  </param_set>
+
+
+  <param_set name="ZExp">
+     <param type="alg"  name="CCFormFactorsAlg"> genie::LwlynSmithFFCC/ZExp </param>
+  </param_set>
+
+</alg_conf>
diff --git a/config/master_config.xml b/config/master_config.xml
index dc9962ded..08ba58b94 100644
--- a/config/master_config.xml
+++ b/config/master_config.xml
@@ -124,10 +124,12 @@
    <config alg="genie::DipoleAxialFormFactorModel">              DipoleAxialFormFactorModel.xml              </config>
    <config alg="genie::ZExpAxialFormFactorModel">                ZExpAxialFormFactorModel.xml                </config>
    <config alg="genie::KuzminNaumov2016AxialFormFactorModel">    KuzminNaumov2016AxialFormFactorModel.xml    </config>
+   <config alg="genie::AhrensNCELStrangeFF">                     AhrensNCELStrangeFF.xml                     </config>
    <config alg="genie::LwlynSmithFFCC">                          LwlynSmithFFCC.xml                          </config>
    <config alg="genie::LwlynSmithFFDeltaS">                      LwlynSmithFFDeltaS.xml                      </config>
    <config alg="genie::TransverseEnhancementFFModel">            TransverseEnhancementFFModel.xml            </config>
    <config alg="genie::LwlynSmithFFNC">                          LwlynSmithFFNC.xml                          </config>
+   <config alg="genie::LwlynSmithFFEM">                          LwlynSmithFFEM.xml                          </config>
    <config alg="genie::QPMDISStrucFunc">                         QPMDISStrucFunc.xml                         </config>
    <config alg="genie::BYStrucFunc">                             BYStrucFunc.xml                             </config>
    <config alg="genie::RSHelicityAmplModelCC">                   RSHelicityAmplModelCC.xml                   </config>
@@ -166,6 +168,7 @@
    <config alg="genie::NievesQELCCPXSec">                   NievesQELCCPXSec.xml                   </config>
    <config alg="genie::SuSAv2QELPXSec">                     SuSAv2QELPXSec.xml                     </config>
    <config alg="genie::SmithMonizQELCCPXSec">               SmithMonizQELCCPXSec.xml               </config>
+   <config alg="genie::UnifiedQELPXSec">                    UnifiedQELPXSec.xml                    </config>
    <config alg="genie::QPMDMDISPXSec">                      QPMDMDISPXSec.xml                      </config>
    <config alg="genie::QPMDISPXSec">                        QPMDISPXSec.xml                        </config>
    <config alg="genie::KNOTunedQPMDISPXSec">                KNOTunedQPMDISPXSec.xml                </config>
diff --git a/data/evgen/nucl/spectral_functions/pke12_tot.data b/data/evgen/nucl/spectral_functions/pke12_tot.data
new file mode 100644
index 000000000..417117e77
--- /dev/null
+++ b/data/evgen/nucl/spectral_functions/pke12_tot.data
@@ -0,0 +1,843 @@
+80 40
+0 0
+400 800
+0.10000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.405E-08
+  22.5   0.254E-08  27.5   0.320E-08  32.5   0.484E-08  37.5   0.625E-08
+  42.5   0.546E-08  47.5   0.343E-08  52.5   0.217E-08  57.5   0.137E-08
+  62.5   0.928E-09  67.5   0.678E-09  72.5   0.499E-09  77.5   0.395E-09
+  82.5   0.313E-09  87.5   0.257E-09  92.5   0.215E-09  97.5   0.181E-09
+ 102.5   0.153E-09 107.5   0.134E-09 112.5   0.116E-09 117.5   0.101E-09
+ 122.5   0.446E-11 127.5   0.336E-11 132.5   0.252E-11 137.5   0.178E-11
+ 142.5   0.111E-11 147.5   0.552E-12 152.5   0.172E-12 157.5   0.784E-13
+ 162.5   0.710E-13 167.5   0.487E-13 172.5   0.261E-13 177.5   0.101E-13
+ 182.5   0.631E-15 187.5   0.000E+00 192.5   0.000E+00 197.5   0.000E+00
+ 202.5   0.000E+00 207.5   0.738E-17 212.5   0.169E-17 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.30000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.704E-08
+  22.5   0.329E-08  27.5   0.326E-08  32.5   0.469E-08  37.5   0.591E-08
+  42.5   0.511E-08  47.5   0.322E-08  52.5   0.202E-08  57.5   0.129E-08
+  62.5   0.882E-09  67.5   0.650E-09  72.5   0.480E-09  77.5   0.378E-09
+  82.5   0.302E-09  87.5   0.247E-09  92.5   0.206E-09  97.5   0.175E-09
+ 102.5   0.149E-09 107.5   0.129E-09 112.5   0.111E-09 117.5   0.983E-10
+ 122.5   0.394E-11 127.5   0.315E-11 132.5   0.221E-11 137.5   0.139E-11
+ 142.5   0.807E-12 147.5   0.376E-12 152.5   0.738E-13 157.5   0.136E-14
+ 162.5   0.476E-15 167.5   0.110E-15 172.5   0.591E-17 177.5   0.000E+00
+ 182.5   0.000E+00 187.5   0.228E-14 192.5   0.266E-14 197.5   0.994E-15
+ 202.5   0.113E-15 207.5   0.000E+00 212.5   0.000E+00 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.50000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.109E-07
+  22.5   0.416E-08  27.5   0.325E-08  32.5   0.435E-08  37.5   0.540E-08
+  42.5   0.464E-08  47.5   0.291E-08  52.5   0.181E-08  57.5   0.117E-08
+  62.5   0.808E-09  67.5   0.596E-09  72.5   0.444E-09  77.5   0.350E-09
+  82.5   0.280E-09  87.5   0.229E-09  92.5   0.192E-09  97.5   0.163E-09
+ 102.5   0.140E-09 107.5   0.120E-09 112.5   0.105E-09 117.5   0.929E-10
+ 122.5   0.544E-11 127.5   0.418E-11 132.5   0.307E-11 137.5   0.219E-11
+ 142.5   0.146E-11 147.5   0.943E-12 152.5   0.608E-12 157.5   0.374E-12
+ 162.5   0.223E-12 167.5   0.137E-12 172.5   0.807E-13 177.5   0.387E-13
+ 182.5   0.120E-13 187.5   0.000E+00 192.5   0.000E+00 197.5   0.000E+00
+ 202.5   0.000E+00 207.5   0.886E-17 212.5   0.204E-17 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.70000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.149E-07
+  22.5   0.504E-08  27.5   0.321E-08  32.5   0.382E-08  37.5   0.453E-08
+  42.5   0.386E-08  47.5   0.247E-08  52.5   0.155E-08  57.5   0.102E-08
+  62.5   0.707E-09  67.5   0.517E-09  72.5   0.392E-09  77.5   0.309E-09
+  82.5   0.247E-09  87.5   0.203E-09  92.5   0.170E-09  97.5   0.145E-09
+ 102.5   0.125E-09 107.5   0.107E-09 112.5   0.946E-10 117.5   0.833E-10
+ 122.5   0.636E-11 127.5   0.493E-11 132.5   0.392E-11 137.5   0.310E-11
+ 142.5   0.231E-11 147.5   0.170E-11 152.5   0.127E-11 157.5   0.915E-12
+ 162.5   0.648E-12 167.5   0.442E-12 172.5   0.283E-12 177.5   0.162E-12
+ 182.5   0.767E-13 187.5   0.262E-13 192.5   0.378E-14 197.5   0.183E-17
+ 202.5   0.000E+00 207.5   0.000E+00 212.5   0.000E+00 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.521E-18 287.5   0.375E-19 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.90000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.170E-07
+  22.5   0.536E-08  27.5   0.299E-08  32.5   0.323E-08  37.5   0.370E-08
+  42.5   0.312E-08  47.5   0.202E-08  52.5   0.128E-08  57.5   0.852E-09
+  62.5   0.590E-09  67.5   0.434E-09  72.5   0.331E-09  77.5   0.260E-09
+  82.5   0.209E-09  87.5   0.172E-09  92.5   0.146E-09  97.5   0.123E-09
+ 102.5   0.107E-09 107.5   0.914E-10 112.5   0.807E-10 117.5   0.710E-10
+ 122.5   0.636E-11 127.5   0.518E-11 132.5   0.429E-11 137.5   0.351E-11
+ 142.5   0.283E-11 147.5   0.222E-11 152.5   0.172E-11 157.5   0.128E-11
+ 162.5   0.926E-12 167.5   0.682E-12 172.5   0.495E-12 177.5   0.342E-12
+ 182.5   0.214E-12 187.5   0.113E-12 192.5   0.485E-13 197.5   0.126E-13
+ 202.5   0.000E+00 207.5   0.000E+00 212.5   0.000E+00 217.5   0.591E-18
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.402E-18 287.5   0.291E-19 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.11000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.168E-07
+  22.5   0.507E-08  27.5   0.257E-08  32.5   0.260E-08  37.5   0.287E-08
+  42.5   0.240E-08  47.5   0.157E-08  52.5   0.101E-08  57.5   0.666E-09
+  62.5   0.467E-09  67.5   0.346E-09  72.5   0.265E-09  77.5   0.208E-09
+  82.5   0.170E-09  87.5   0.140E-09  92.5   0.118E-09  97.5   0.101E-09
+ 102.5   0.870E-10 107.5   0.755E-10 112.5   0.661E-10 117.5   0.583E-10
+ 122.5   0.767E-11 127.5   0.642E-11 132.5   0.527E-11 137.5   0.434E-11
+ 142.5   0.357E-11 147.5   0.289E-11 152.5   0.227E-11 157.5   0.177E-11
+ 162.5   0.136E-11 167.5   0.104E-11 172.5   0.784E-12 177.5   0.564E-12
+ 182.5   0.399E-12 187.5   0.274E-12 192.5   0.187E-12 197.5   0.127E-12
+ 202.5   0.915E-13 207.5   0.727E-13 212.5   0.591E-13 217.5   0.474E-13
+ 222.5   0.378E-13 227.5   0.304E-13 232.5   0.247E-13 237.5   0.198E-13
+ 242.5   0.157E-13 247.5   0.120E-13 252.5   0.892E-14 257.5   0.631E-14
+ 262.5   0.410E-14 267.5   0.225E-14 272.5   0.807E-15 277.5   0.920E-16
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.13000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.150E-07
+  22.5   0.454E-08  27.5   0.214E-08  32.5   0.200E-08  37.5   0.215E-08
+  42.5   0.177E-08  47.5   0.117E-08  52.5   0.756E-09  57.5   0.502E-09
+  62.5   0.354E-09  67.5   0.264E-09  72.5   0.204E-09  77.5   0.161E-09
+  82.5   0.132E-09  87.5   0.110E-09  92.5   0.925E-10  97.5   0.790E-10
+ 102.5   0.687E-10 107.5   0.600E-10 112.5   0.527E-10 117.5   0.463E-10
+ 122.5   0.966E-11 127.5   0.824E-11 132.5   0.693E-11 137.5   0.574E-11
+ 142.5   0.477E-11 147.5   0.391E-11 152.5   0.319E-11 157.5   0.259E-11
+ 162.5   0.211E-11 167.5   0.168E-11 172.5   0.130E-11 177.5   0.994E-12
+ 182.5   0.750E-12 187.5   0.561E-12 192.5   0.412E-12 197.5   0.298E-12
+ 202.5   0.224E-12 207.5   0.182E-12 212.5   0.149E-12 217.5   0.121E-12
+ 222.5   0.971E-13 227.5   0.773E-13 232.5   0.608E-13 237.5   0.476E-13
+ 242.5   0.365E-13 247.5   0.276E-13 252.5   0.206E-13 257.5   0.145E-13
+ 262.5   0.954E-14 267.5   0.510E-14 272.5   0.167E-14 277.5   0.164E-15
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.15000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.122E-07
+  22.5   0.363E-08  27.5   0.162E-08  32.5   0.144E-08  37.5   0.153E-08
+  42.5   0.126E-08  47.5   0.825E-09  52.5   0.533E-09  57.5   0.364E-09
+  62.5   0.257E-09  67.5   0.192E-09  72.5   0.149E-09  77.5   0.120E-09
+  82.5   0.978E-10  87.5   0.825E-10  92.5   0.696E-10  97.5   0.598E-10
+ 102.5   0.522E-10 107.5   0.458E-10 112.5   0.405E-10 117.5   0.352E-10
+ 122.5   0.110E-10 127.5   0.954E-11 132.5   0.818E-11 137.5   0.699E-11
+ 142.5   0.585E-11 147.5   0.484E-11 152.5   0.403E-11 157.5   0.335E-11
+ 162.5   0.279E-11 167.5   0.227E-11 172.5   0.182E-11 177.5   0.145E-11
+ 182.5   0.114E-11 187.5   0.886E-12 192.5   0.670E-12 197.5   0.495E-12
+ 202.5   0.378E-12 207.5   0.310E-12 212.5   0.254E-12 217.5   0.208E-12
+ 222.5   0.167E-12 227.5   0.133E-12 232.5   0.104E-12 237.5   0.801E-13
+ 242.5   0.608E-13 247.5   0.459E-13 252.5   0.336E-13 257.5   0.234E-13
+ 262.5   0.148E-13 267.5   0.773E-14 272.5   0.228E-14 277.5   0.130E-15
+ 282.5   0.000E+00 287.5   0.642E-19 292.5   0.555E-18 297.5   0.108E-22
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.17000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.911E-08
+  22.5   0.258E-08  27.5   0.119E-08  32.5   0.104E-08  37.5   0.106E-08
+  42.5   0.860E-09  47.5   0.564E-09  52.5   0.363E-09  57.5   0.250E-09
+  62.5   0.179E-09  67.5   0.135E-09  72.5   0.106E-09  77.5   0.857E-10
+  82.5   0.706E-10  87.5   0.597E-10  92.5   0.502E-10  97.5   0.433E-10
+ 102.5   0.380E-10 107.5   0.334E-10 112.5   0.294E-10 117.5   0.257E-10
+ 122.5   0.111E-10 127.5   0.966E-11 132.5   0.829E-11 137.5   0.716E-11
+ 142.5   0.614E-11 147.5   0.519E-11 152.5   0.438E-11 157.5   0.369E-11
+ 162.5   0.311E-11 167.5   0.260E-11 172.5   0.214E-11 177.5   0.175E-11
+ 182.5   0.143E-11 187.5   0.116E-11 192.5   0.920E-12 197.5   0.716E-12
+ 202.5   0.574E-12 207.5   0.477E-12 212.5   0.397E-12 217.5   0.324E-12
+ 222.5   0.262E-12 227.5   0.209E-12 232.5   0.165E-12 237.5   0.128E-12
+ 242.5   0.983E-13 247.5   0.738E-13 252.5   0.533E-13 257.5   0.361E-13
+ 262.5   0.224E-13 267.5   0.115E-13 272.5   0.355E-14 277.5   0.313E-15
+ 282.5   0.354E-18 287.5   0.000E+00 292.5   0.114E-18 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.19000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.643E-08
+  22.5   0.178E-08  27.5   0.787E-09  32.5   0.682E-09  37.5   0.691E-09
+  42.5   0.568E-09  47.5   0.388E-09  52.5   0.257E-09  57.5   0.178E-09
+  62.5   0.131E-09  67.5   0.996E-10  72.5   0.786E-10  77.5   0.634E-10
+  82.5   0.529E-10  87.5   0.442E-10  92.5   0.372E-10  97.5   0.320E-10
+ 102.5   0.280E-10 107.5   0.243E-10 112.5   0.213E-10 117.5   0.189E-10
+ 122.5   0.116E-10 127.5   0.100E-10 132.5   0.869E-11 137.5   0.756E-11
+ 142.5   0.648E-11 147.5   0.560E-11 152.5   0.485E-11 157.5   0.416E-11
+ 162.5   0.352E-11 167.5   0.297E-11 172.5   0.247E-11 177.5   0.208E-11
+ 182.5   0.173E-11 187.5   0.143E-11 192.5   0.116E-11 197.5   0.954E-12
+ 202.5   0.795E-12 207.5   0.670E-12 212.5   0.563E-12 217.5   0.466E-12
+ 222.5   0.383E-12 227.5   0.310E-12 232.5   0.251E-12 237.5   0.197E-12
+ 242.5   0.151E-12 247.5   0.111E-12 252.5   0.807E-13 257.5   0.560E-13
+ 262.5   0.364E-13 267.5   0.198E-13 272.5   0.738E-14 277.5   0.155E-14
+ 282.5   0.100E-17 287.5   0.000E+00 292.5   0.206E-20 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.721E-18 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.21000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.431E-08
+  22.5   0.120E-08  27.5   0.504E-09  32.5   0.422E-09  37.5   0.422E-09
+  42.5   0.349E-09  47.5   0.243E-09  52.5   0.163E-09  57.5   0.115E-09
+  62.5   0.872E-10  67.5   0.676E-10  72.5   0.544E-10  77.5   0.448E-10
+  82.5   0.379E-10  87.5   0.318E-10  92.5   0.273E-10  97.5   0.237E-10
+ 102.5   0.209E-10 107.5   0.180E-10 112.5   0.158E-10 117.5   0.141E-10
+ 122.5   0.130E-10 127.5   0.113E-10 132.5   0.977E-11 137.5   0.841E-11
+ 142.5   0.721E-11 147.5   0.625E-11 152.5   0.537E-11 157.5   0.458E-11
+ 162.5   0.387E-11 167.5   0.328E-11 172.5   0.278E-11 177.5   0.234E-11
+ 182.5   0.198E-11 187.5   0.166E-11 192.5   0.136E-11 197.5   0.113E-11
+ 202.5   0.949E-12 207.5   0.812E-12 212.5   0.687E-12 217.5   0.579E-12
+ 222.5   0.481E-12 227.5   0.397E-12 232.5   0.322E-12 237.5   0.257E-12
+ 242.5   0.200E-12 247.5   0.152E-12 252.5   0.113E-12 257.5   0.807E-13
+ 262.5   0.550E-13 267.5   0.338E-13 272.5   0.173E-13 277.5   0.807E-14
+ 282.5   0.396E-14 287.5   0.197E-14 292.5   0.915E-15 297.5   0.189E-15
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.784E-18 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.23000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.283E-08
+  22.5   0.779E-09  27.5   0.323E-09  32.5   0.263E-09  37.5   0.256E-09
+  42.5   0.213E-09  47.5   0.151E-09  52.5   0.104E-09  57.5   0.785E-10
+  62.5   0.611E-10  67.5   0.487E-10  72.5   0.401E-10  77.5   0.337E-10
+  82.5   0.287E-10  87.5   0.246E-10  92.5   0.214E-10  97.5   0.185E-10
+ 102.5   0.164E-10 107.5   0.143E-10 112.5   0.126E-10 117.5   0.111E-10
+ 122.5   0.141E-10 127.5   0.122E-10 132.5   0.105E-10 137.5   0.909E-11
+ 142.5   0.778E-11 147.5   0.665E-11 152.5   0.568E-11 157.5   0.489E-11
+ 162.5   0.419E-11 167.5   0.360E-11 172.5   0.308E-11 177.5   0.262E-11
+ 182.5   0.222E-11 187.5   0.189E-11 192.5   0.160E-11 197.5   0.133E-11
+ 202.5   0.112E-11 207.5   0.966E-12 212.5   0.824E-12 217.5   0.699E-12
+ 222.5   0.591E-12 227.5   0.493E-12 232.5   0.406E-12 237.5   0.331E-12
+ 242.5   0.269E-12 247.5   0.215E-12 252.5   0.166E-12 257.5   0.124E-12
+ 262.5   0.898E-13 267.5   0.614E-13 272.5   0.395E-13 277.5   0.245E-13
+ 282.5   0.151E-13 287.5   0.971E-14 292.5   0.642E-14 297.5   0.378E-14
+ 302.5   0.184E-14 307.5   0.841E-15 312.5   0.455E-15 317.5   0.231E-15
+ 322.5   0.716E-16 327.5   0.449E-17 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.25000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.172E-08
+  22.5   0.472E-09  27.5   0.198E-09  32.5   0.158E-09  37.5   0.154E-09
+  42.5   0.129E-09  47.5   0.919E-10  52.5   0.656E-10  57.5   0.514E-10
+  62.5   0.410E-10  67.5   0.336E-10  72.5   0.284E-10  77.5   0.241E-10
+  82.5   0.208E-10  87.5   0.182E-10  92.5   0.159E-10  97.5   0.139E-10
+ 102.5   0.123E-10 107.5   0.108E-10 112.5   0.961E-11 117.5   0.845E-11
+ 122.5   0.136E-10 127.5   0.118E-10 132.5   0.104E-10 137.5   0.915E-11
+ 142.5   0.795E-11 147.5   0.693E-11 152.5   0.608E-11 157.5   0.535E-11
+ 162.5   0.474E-11 167.5   0.411E-11 172.5   0.354E-11 177.5   0.308E-11
+ 182.5   0.268E-11 187.5   0.230E-11 192.5   0.197E-11 197.5   0.169E-11
+ 202.5   0.145E-11 207.5   0.126E-11 212.5   0.108E-11 217.5   0.932E-12
+ 222.5   0.801E-12 227.5   0.682E-12 232.5   0.574E-12 237.5   0.479E-12
+ 242.5   0.396E-12 247.5   0.323E-12 252.5   0.260E-12 257.5   0.205E-12
+ 262.5   0.158E-12 267.5   0.119E-12 272.5   0.863E-13 277.5   0.585E-13
+ 282.5   0.375E-13 287.5   0.264E-13 292.5   0.202E-13 297.5   0.147E-13
+ 302.5   0.102E-13 307.5   0.670E-14 312.5   0.393E-14 317.5   0.194E-14
+ 322.5   0.591E-15 327.5   0.374E-16 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.129E-18
+ 362.5   0.206E-18 367.5   0.454E-21 372.5   0.687E-21 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.27000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.984E-09
+  22.5   0.264E-09  27.5   0.111E-09  32.5   0.858E-10  37.5   0.854E-10
+  42.5   0.710E-10  47.5   0.520E-10  52.5   0.399E-10  57.5   0.315E-10
+  62.5   0.260E-10  67.5   0.220E-10  72.5   0.189E-10  77.5   0.164E-10
+  82.5   0.145E-10  87.5   0.128E-10  92.5   0.113E-10  97.5   0.994E-11
+ 102.5   0.881E-11 107.5   0.786E-11 112.5   0.699E-11 117.5   0.618E-11
+ 122.5   0.115E-10 127.5   0.102E-10 132.5   0.898E-11 137.5   0.790E-11
+ 142.5   0.693E-11 147.5   0.614E-11 152.5   0.541E-11 157.5   0.476E-11
+ 162.5   0.418E-11 167.5   0.369E-11 172.5   0.328E-11 177.5   0.289E-11
+ 182.5   0.254E-11 187.5   0.221E-11 192.5   0.191E-11 197.5   0.166E-11
+ 202.5   0.144E-11 207.5   0.126E-11 212.5   0.110E-11 217.5   0.954E-12
+ 222.5   0.818E-12 227.5   0.699E-12 232.5   0.596E-12 237.5   0.508E-12
+ 242.5   0.431E-12 247.5   0.361E-12 252.5   0.302E-12 257.5   0.247E-12
+ 262.5   0.201E-12 267.5   0.159E-12 272.5   0.124E-12 277.5   0.937E-13
+ 282.5   0.682E-13 287.5   0.480E-13 292.5   0.339E-13 297.5   0.249E-13
+ 302.5   0.190E-13 307.5   0.149E-13 312.5   0.117E-13 317.5   0.846E-14
+ 322.5   0.561E-14 327.5   0.334E-14 332.5   0.161E-14 337.5   0.415E-15
+ 342.5   0.220E-16 347.5   0.750E-17 352.5   0.187E-17 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.29000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.529E-09
+  22.5   0.138E-09  27.5   0.596E-10  32.5   0.464E-10  37.5   0.469E-10
+  42.5   0.397E-10  47.5   0.298E-10  52.5   0.239E-10  57.5   0.194E-10
+  62.5   0.165E-10  67.5   0.145E-10  72.5   0.128E-10  77.5   0.114E-10
+  82.5   0.103E-10  87.5   0.934E-11  92.5   0.839E-11  97.5   0.750E-11
+ 102.5   0.668E-11 107.5   0.603E-11 112.5   0.540E-11 117.5   0.484E-11
+ 122.5   0.101E-10 127.5   0.903E-11 132.5   0.801E-11 137.5   0.710E-11
+ 142.5   0.636E-11 147.5   0.568E-11 152.5   0.508E-11 157.5   0.453E-11
+ 162.5   0.405E-11 167.5   0.362E-11 172.5   0.322E-11 177.5   0.283E-11
+ 182.5   0.251E-11 187.5   0.222E-11 192.5   0.195E-11 197.5   0.172E-11
+ 202.5   0.151E-11 207.5   0.133E-11 212.5   0.118E-11 217.5   0.105E-11
+ 222.5   0.915E-12 227.5   0.795E-12 232.5   0.693E-12 237.5   0.591E-12
+ 242.5   0.507E-12 247.5   0.431E-12 252.5   0.364E-12 257.5   0.307E-12
+ 262.5   0.256E-12 267.5   0.213E-12 272.5   0.175E-12 277.5   0.143E-12
+ 282.5   0.114E-12 287.5   0.898E-13 292.5   0.693E-13 297.5   0.532E-13
+ 302.5   0.399E-13 307.5   0.296E-13 312.5   0.219E-13 317.5   0.161E-13
+ 322.5   0.118E-13 327.5   0.863E-14 332.5   0.653E-14 337.5   0.512E-14
+ 342.5   0.423E-14 347.5   0.366E-14 352.5   0.314E-14 357.5   0.245E-14
+ 362.5   0.176E-14 367.5   0.108E-14 372.5   0.538E-15 377.5   0.193E-15
+ 382.5   0.158E-16 387.5   0.000E+00 392.5   0.187E-16 397.5   0.366E-16
+ 0.31000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.232E-09
+  22.5   0.580E-10  27.5   0.197E-10  32.5   0.180E-10  37.5   0.115E-10
+  42.5   0.152E-10  47.5   0.124E-10  52.5   0.763E-11  57.5   0.108E-10
+  62.5   0.975E-11  67.5   0.866E-11  72.5   0.806E-11  77.5   0.779E-11
+  82.5   0.692E-11  87.5   0.632E-11  92.5   0.605E-11  97.5   0.555E-11
+ 102.5   0.502E-11 107.5   0.449E-11 112.5   0.423E-11 117.5   0.382E-11
+ 122.5   0.886E-11 127.5   0.801E-11 132.5   0.721E-11 137.5   0.648E-11
+ 142.5   0.585E-11 147.5   0.527E-11 152.5   0.474E-11 157.5   0.428E-11
+ 162.5   0.385E-11 167.5   0.349E-11 172.5   0.314E-11 177.5   0.279E-11
+ 182.5   0.249E-11 187.5   0.223E-11 192.5   0.199E-11 197.5   0.177E-11
+ 202.5   0.157E-11 207.5   0.140E-11 212.5   0.125E-11 217.5   0.111E-11
+ 222.5   0.983E-12 227.5   0.869E-12 232.5   0.761E-12 237.5   0.665E-12
+ 242.5   0.579E-12 247.5   0.501E-12 252.5   0.431E-12 257.5   0.369E-12
+ 262.5   0.314E-12 267.5   0.267E-12 272.5   0.225E-12 277.5   0.189E-12
+ 282.5   0.157E-12 287.5   0.130E-12 292.5   0.106E-12 297.5   0.846E-13
+ 302.5   0.676E-13 307.5   0.529E-13 312.5   0.413E-13 317.5   0.318E-13
+ 322.5   0.242E-13 327.5   0.184E-13 332.5   0.143E-13 337.5   0.115E-13
+ 342.5   0.943E-14 347.5   0.784E-14 352.5   0.636E-14 357.5   0.462E-14
+ 362.5   0.308E-14 367.5   0.183E-14 372.5   0.949E-15 377.5   0.459E-15
+ 382.5   0.208E-15 387.5   0.954E-16 392.5   0.482E-16 397.5   0.000E+00
+ 0.33000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.574E-12
+  22.5   0.257E-11  27.5   0.574E-11  32.5   0.886E-11  37.5   0.114E-10
+  42.5   0.133E-10  47.5   0.145E-10  52.5   0.154E-10  57.5   0.160E-10
+  62.5   0.162E-10  67.5   0.162E-10  72.5   0.157E-10  77.5   0.151E-10
+  82.5   0.144E-10  87.5   0.136E-10  92.5   0.127E-10  97.5   0.118E-10
+ 102.5   0.108E-10 107.5   0.994E-11 112.5   0.915E-11 117.5   0.841E-11
+ 122.5   0.773E-11 127.5   0.710E-11 132.5   0.648E-11 137.5   0.591E-11
+ 142.5   0.538E-11 147.5   0.491E-11 152.5   0.447E-11 157.5   0.406E-11
+ 162.5   0.369E-11 167.5   0.336E-11 172.5   0.304E-11 177.5   0.277E-11
+ 182.5   0.251E-11 187.5   0.226E-11 192.5   0.202E-11 197.5   0.182E-11
+ 202.5   0.163E-11 207.5   0.146E-11 212.5   0.131E-11 217.5   0.117E-11
+ 222.5   0.105E-11 227.5   0.926E-12 232.5   0.824E-12 237.5   0.733E-12
+ 242.5   0.648E-12 247.5   0.568E-12 252.5   0.499E-12 257.5   0.435E-12
+ 262.5   0.374E-12 267.5   0.323E-12 272.5   0.277E-12 277.5   0.239E-12
+ 282.5   0.203E-12 287.5   0.173E-12 292.5   0.145E-12 297.5   0.121E-12
+ 302.5   0.101E-12 307.5   0.829E-13 312.5   0.682E-13 317.5   0.551E-13
+ 322.5   0.443E-13 327.5   0.353E-13 332.5   0.283E-13 337.5   0.229E-13
+ 342.5   0.187E-13 347.5   0.152E-13 352.5   0.120E-13 357.5   0.903E-14
+ 362.5   0.648E-14 367.5   0.462E-14 372.5   0.331E-14 377.5   0.244E-14
+ 382.5   0.178E-14 387.5   0.120E-14 392.5   0.733E-15 397.5   0.383E-15
+ 0.35000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.532E-12
+  22.5   0.187E-11  27.5   0.369E-11  32.5   0.559E-11  37.5   0.733E-11
+  42.5   0.880E-11  47.5   0.100E-10  52.5   0.109E-10  57.5   0.116E-10
+  62.5   0.120E-10  67.5   0.123E-10  72.5   0.123E-10  77.5   0.122E-10
+  82.5   0.118E-10  87.5   0.114E-10  92.5   0.108E-10  97.5   0.101E-10
+ 102.5   0.943E-11 107.5   0.875E-11 112.5   0.812E-11 117.5   0.750E-11
+ 122.5   0.699E-11 127.5   0.642E-11 132.5   0.591E-11 137.5   0.541E-11
+ 142.5   0.498E-11 147.5   0.456E-11 152.5   0.418E-11 157.5   0.383E-11
+ 162.5   0.351E-11 167.5   0.322E-11 172.5   0.294E-11 177.5   0.269E-11
+ 182.5   0.245E-11 187.5   0.223E-11 192.5   0.203E-11 197.5   0.184E-11
+ 202.5   0.167E-11 207.5   0.152E-11 212.5   0.137E-11 217.5   0.124E-11
+ 222.5   0.111E-11 227.5   0.100E-11 232.5   0.898E-12 237.5   0.795E-12
+ 242.5   0.710E-12 247.5   0.631E-12 252.5   0.562E-12 257.5   0.498E-12
+ 262.5   0.439E-12 267.5   0.386E-12 272.5   0.337E-12 277.5   0.295E-12
+ 282.5   0.256E-12 287.5   0.220E-12 292.5   0.189E-12 297.5   0.161E-12
+ 302.5   0.137E-12 307.5   0.116E-12 312.5   0.994E-13 317.5   0.846E-13
+ 322.5   0.710E-13 327.5   0.602E-13 332.5   0.503E-13 337.5   0.421E-13
+ 342.5   0.352E-13 347.5   0.293E-13 352.5   0.243E-13 357.5   0.199E-13
+ 362.5   0.162E-13 367.5   0.130E-13 372.5   0.102E-13 377.5   0.795E-14
+ 382.5   0.602E-14 387.5   0.424E-14 392.5   0.279E-14 397.5   0.177E-14
+ 0.37000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.442E-12
+  22.5   0.127E-11  27.5   0.251E-11  32.5   0.383E-11  37.5   0.507E-11
+  42.5   0.619E-11  47.5   0.716E-11  52.5   0.795E-11  57.5   0.858E-11
+  62.5   0.909E-11  67.5   0.949E-11  72.5   0.971E-11  77.5   0.977E-11
+  82.5   0.971E-11  87.5   0.949E-11  92.5   0.909E-11  97.5   0.858E-11
+ 102.5   0.807E-11 107.5   0.756E-11 112.5   0.710E-11 117.5   0.665E-11
+ 122.5   0.625E-11 127.5   0.585E-11 132.5   0.543E-11 137.5   0.504E-11
+ 142.5   0.466E-11 147.5   0.430E-11 152.5   0.398E-11 157.5   0.368E-11
+ 162.5   0.339E-11 167.5   0.313E-11 172.5   0.289E-11 177.5   0.266E-11
+ 182.5   0.244E-11 187.5   0.224E-11 192.5   0.205E-11 197.5   0.187E-11
+ 202.5   0.171E-11 207.5   0.156E-11 212.5   0.142E-11 217.5   0.129E-11
+ 222.5   0.117E-11 227.5   0.106E-11 232.5   0.949E-12 237.5   0.852E-12
+ 242.5   0.767E-12 247.5   0.682E-12 252.5   0.608E-12 257.5   0.543E-12
+ 262.5   0.483E-12 267.5   0.428E-12 272.5   0.382E-12 277.5   0.339E-12
+ 282.5   0.298E-12 287.5   0.261E-12 292.5   0.227E-12 297.5   0.198E-12
+ 302.5   0.172E-12 307.5   0.150E-12 312.5   0.130E-12 317.5   0.113E-12
+ 322.5   0.983E-13 327.5   0.852E-13 332.5   0.733E-13 337.5   0.631E-13
+ 342.5   0.541E-13 347.5   0.464E-13 352.5   0.394E-13 357.5   0.333E-13
+ 362.5   0.279E-13 367.5   0.233E-13 372.5   0.193E-13 377.5   0.157E-13
+ 382.5   0.127E-13 387.5   0.994E-14 392.5   0.767E-14 397.5   0.579E-14
+ 0.39000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.319E-12
+  22.5   0.909E-12  27.5   0.169E-11  32.5   0.254E-11  37.5   0.341E-11
+  42.5   0.424E-11  47.5   0.500E-11  52.5   0.565E-11  57.5   0.619E-11
+  62.5   0.670E-11  67.5   0.710E-11  72.5   0.744E-11  77.5   0.761E-11
+  82.5   0.767E-11  87.5   0.761E-11  92.5   0.744E-11  97.5   0.721E-11
+ 102.5   0.687E-11 107.5   0.653E-11 112.5   0.619E-11 117.5   0.591E-11
+ 122.5   0.557E-11 127.5   0.525E-11 132.5   0.494E-11 137.5   0.462E-11
+ 142.5   0.433E-11 147.5   0.404E-11 152.5   0.377E-11 157.5   0.351E-11
+ 162.5   0.327E-11 167.5   0.304E-11 172.5   0.283E-11 177.5   0.263E-11
+ 182.5   0.243E-11 187.5   0.224E-11 192.5   0.206E-11 197.5   0.189E-11
+ 202.5   0.173E-11 207.5   0.159E-11 212.5   0.147E-11 217.5   0.134E-11
+ 222.5   0.123E-11 227.5   0.111E-11 232.5   0.101E-11 237.5   0.915E-12
+ 242.5   0.824E-12 247.5   0.744E-12 252.5   0.665E-12 257.5   0.596E-12
+ 262.5   0.532E-12 267.5   0.474E-12 272.5   0.427E-12 277.5   0.383E-12
+ 282.5   0.341E-12 287.5   0.302E-12 292.5   0.268E-12 297.5   0.237E-12
+ 302.5   0.209E-12 307.5   0.184E-12 312.5   0.162E-12 317.5   0.143E-12
+ 322.5   0.126E-12 327.5   0.111E-12 332.5   0.971E-13 337.5   0.858E-13
+ 342.5   0.750E-13 347.5   0.653E-13 352.5   0.567E-13 357.5   0.486E-13
+ 362.5   0.410E-13 367.5   0.345E-13 372.5   0.291E-13 377.5   0.245E-13
+ 382.5   0.205E-13 387.5   0.172E-13 392.5   0.140E-13 397.5   0.114E-13
+ 0.41000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.206E-12
+  22.5   0.565E-12  27.5   0.107E-11  32.5   0.165E-11  37.5   0.224E-11
+  42.5   0.282E-11  47.5   0.337E-11  52.5   0.390E-11  57.5   0.440E-11
+  62.5   0.486E-11  67.5   0.524E-11  72.5   0.554E-11  77.5   0.579E-11
+  82.5   0.596E-11  87.5   0.602E-11  92.5   0.602E-11  97.5   0.596E-11
+ 102.5   0.585E-11 107.5   0.568E-11 112.5   0.546E-11 117.5   0.523E-11
+ 122.5   0.496E-11 127.5   0.470E-11 132.5   0.445E-11 137.5   0.422E-11
+ 142.5   0.400E-11 147.5   0.378E-11 152.5   0.357E-11 157.5   0.337E-11
+ 162.5   0.316E-11 167.5   0.298E-11 172.5   0.279E-11 177.5   0.261E-11
+ 182.5   0.243E-11 187.5   0.226E-11 192.5   0.209E-11 197.5   0.193E-11
+ 202.5   0.179E-11 207.5   0.165E-11 212.5   0.152E-11 217.5   0.140E-11
+ 222.5   0.129E-11 227.5   0.118E-11 232.5   0.108E-11 237.5   0.988E-12
+ 242.5   0.898E-12 247.5   0.818E-12 252.5   0.744E-12 257.5   0.670E-12
+ 262.5   0.602E-12 267.5   0.542E-12 272.5   0.489E-12 277.5   0.440E-12
+ 282.5   0.395E-12 287.5   0.356E-12 292.5   0.321E-12 297.5   0.288E-12
+ 302.5   0.258E-12 307.5   0.231E-12 312.5   0.207E-12 317.5   0.183E-12
+ 322.5   0.158E-12 327.5   0.137E-12 332.5   0.122E-12 337.5   0.108E-12
+ 342.5   0.971E-13 347.5   0.869E-13 352.5   0.773E-13 357.5   0.676E-13
+ 362.5   0.585E-13 367.5   0.503E-13 372.5   0.435E-13 377.5   0.375E-13
+ 382.5   0.323E-13 387.5   0.277E-13 392.5   0.235E-13 397.5   0.198E-13
+ 0.43000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.108E-12
+  22.5   0.285E-12  27.5   0.596E-12  32.5   0.983E-12  37.5   0.141E-11
+  42.5   0.184E-11  47.5   0.227E-11  52.5   0.268E-11  57.5   0.307E-11
+  62.5   0.344E-11  67.5   0.376E-11  72.5   0.404E-11  77.5   0.428E-11
+  82.5   0.448E-11  87.5   0.462E-11  92.5   0.472E-11  97.5   0.477E-11
+ 102.5   0.478E-11 107.5   0.475E-11 112.5   0.467E-11 117.5   0.455E-11
+ 122.5   0.441E-11 127.5   0.425E-11 132.5   0.408E-11 137.5   0.389E-11
+ 142.5   0.371E-11 147.5   0.353E-11 152.5   0.336E-11 157.5   0.320E-11
+ 162.5   0.304E-11 167.5   0.289E-11 172.5   0.273E-11 177.5   0.257E-11
+ 182.5   0.241E-11 187.5   0.226E-11 192.5   0.211E-11 197.5   0.197E-11
+ 202.5   0.183E-11 207.5   0.170E-11 212.5   0.158E-11 217.5   0.146E-11
+ 222.5   0.135E-11 227.5   0.124E-11 232.5   0.114E-11 237.5   0.105E-11
+ 242.5   0.960E-12 247.5   0.880E-12 252.5   0.801E-12 257.5   0.733E-12
+ 262.5   0.665E-12 267.5   0.602E-12 272.5   0.545E-12 277.5   0.491E-12
+ 282.5   0.443E-12 287.5   0.398E-12 292.5   0.360E-12 297.5   0.323E-12
+ 302.5   0.291E-12 307.5   0.262E-12 312.5   0.236E-12 317.5   0.212E-12
+ 322.5   0.190E-12 327.5   0.170E-12 332.5   0.152E-12 337.5   0.134E-12
+ 342.5   0.118E-12 347.5   0.105E-12 352.5   0.943E-13 357.5   0.846E-13
+ 362.5   0.756E-13 367.5   0.670E-13 372.5   0.591E-13 377.5   0.517E-13
+ 382.5   0.450E-13 387.5   0.391E-13 392.5   0.340E-13 397.5   0.296E-13
+ 0.45000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.208E-13
+  22.5   0.104E-12  27.5   0.307E-12  32.5   0.574E-12  37.5   0.880E-12
+  42.5   0.120E-11  47.5   0.152E-11  52.5   0.183E-11  57.5   0.214E-11
+  62.5   0.243E-11  67.5   0.270E-11  72.5   0.294E-11  77.5   0.316E-11
+  82.5   0.335E-11  87.5   0.350E-11  92.5   0.363E-11  97.5   0.372E-11
+ 102.5   0.379E-11 107.5   0.383E-11 112.5   0.385E-11 117.5   0.385E-11
+ 122.5   0.382E-11 127.5   0.376E-11 132.5   0.366E-11 137.5   0.353E-11
+ 142.5   0.340E-11 147.5   0.326E-11 152.5   0.314E-11 157.5   0.301E-11
+ 162.5   0.288E-11 167.5   0.275E-11 172.5   0.262E-11 177.5   0.249E-11
+ 182.5   0.236E-11 187.5   0.223E-11 192.5   0.210E-11 197.5   0.197E-11
+ 202.5   0.183E-11 207.5   0.172E-11 212.5   0.160E-11 217.5   0.149E-11
+ 222.5   0.139E-11 227.5   0.129E-11 232.5   0.119E-11 237.5   0.110E-11
+ 242.5   0.101E-11 247.5   0.926E-12 252.5   0.846E-12 257.5   0.773E-12
+ 262.5   0.710E-12 267.5   0.648E-12 272.5   0.591E-12 277.5   0.533E-12
+ 282.5   0.481E-12 287.5   0.436E-12 292.5   0.394E-12 297.5   0.355E-12
+ 302.5   0.322E-12 307.5   0.291E-12 312.5   0.262E-12 317.5   0.237E-12
+ 322.5   0.214E-12 327.5   0.193E-12 332.5   0.173E-12 337.5   0.156E-12
+ 342.5   0.140E-12 347.5   0.126E-12 352.5   0.112E-12 357.5   0.101E-12
+ 362.5   0.903E-13 367.5   0.807E-13 372.5   0.716E-13 377.5   0.631E-13
+ 382.5   0.560E-13 387.5   0.494E-13 392.5   0.433E-13 397.5   0.377E-13
+ 0.47000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.568E-13  27.5   0.177E-12  32.5   0.353E-12  37.5   0.558E-12
+  42.5   0.784E-12  47.5   0.102E-11  52.5   0.126E-11  57.5   0.149E-11
+  62.5   0.171E-11  67.5   0.193E-11  72.5   0.213E-11  77.5   0.232E-11
+  82.5   0.248E-11  87.5   0.262E-11  92.5   0.275E-11  97.5   0.285E-11
+ 102.5   0.294E-11 107.5   0.302E-11 112.5   0.308E-11 117.5   0.312E-11
+ 122.5   0.315E-11 127.5   0.315E-11 132.5   0.313E-11 137.5   0.308E-11
+ 142.5   0.302E-11 147.5   0.295E-11 152.5   0.287E-11 157.5   0.277E-11
+ 162.5   0.268E-11 167.5   0.257E-11 172.5   0.247E-11 177.5   0.237E-11
+ 182.5   0.226E-11 187.5   0.215E-11 192.5   0.203E-11 197.5   0.192E-11
+ 202.5   0.181E-11 207.5   0.170E-11 212.5   0.160E-11 217.5   0.150E-11
+ 222.5   0.140E-11 227.5   0.131E-11 232.5   0.121E-11 237.5   0.112E-11
+ 242.5   0.105E-11 247.5   0.971E-12 252.5   0.892E-12 257.5   0.824E-12
+ 262.5   0.756E-12 267.5   0.687E-12 272.5   0.631E-12 277.5   0.574E-12
+ 282.5   0.523E-12 287.5   0.475E-12 292.5   0.435E-12 297.5   0.397E-12
+ 302.5   0.362E-12 307.5   0.328E-12 312.5   0.298E-12 317.5   0.270E-12
+ 322.5   0.245E-12 327.5   0.222E-12 332.5   0.201E-12 337.5   0.182E-12
+ 342.5   0.165E-12 347.5   0.150E-12 352.5   0.136E-12 357.5   0.123E-12
+ 362.5   0.111E-12 367.5   0.994E-13 372.5   0.892E-13 377.5   0.801E-13
+ 382.5   0.716E-13 387.5   0.642E-13 392.5   0.574E-13 397.5   0.506E-13
+ 0.49000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.331E-14
+  22.5   0.245E-13  27.5   0.102E-12  32.5   0.219E-12  37.5   0.359E-12
+  42.5   0.516E-12  47.5   0.682E-12  52.5   0.858E-12  57.5   0.103E-11
+  62.5   0.120E-11  67.5   0.137E-11  72.5   0.153E-11  77.5   0.168E-11
+  82.5   0.181E-11  87.5   0.194E-11  92.5   0.206E-11  97.5   0.215E-11
+ 102.5   0.224E-11 107.5   0.232E-11 112.5   0.239E-11 117.5   0.245E-11
+ 122.5   0.251E-11 127.5   0.255E-11 132.5   0.258E-11 137.5   0.259E-11
+ 142.5   0.259E-11 147.5   0.256E-11 152.5   0.252E-11 157.5   0.247E-11
+ 162.5   0.240E-11 167.5   0.233E-11 172.5   0.225E-11 177.5   0.217E-11
+ 182.5   0.208E-11 187.5   0.200E-11 192.5   0.191E-11 197.5   0.182E-11
+ 202.5   0.173E-11 207.5   0.164E-11 212.5   0.156E-11 217.5   0.147E-11
+ 222.5   0.137E-11 227.5   0.128E-11 232.5   0.120E-11 237.5   0.112E-11
+ 242.5   0.105E-11 247.5   0.977E-12 252.5   0.903E-12 257.5   0.841E-12
+ 262.5   0.778E-12 267.5   0.721E-12 272.5   0.665E-12 277.5   0.608E-12
+ 282.5   0.554E-12 287.5   0.506E-12 292.5   0.462E-12 297.5   0.422E-12
+ 302.5   0.387E-12 307.5   0.354E-12 312.5   0.324E-12 317.5   0.295E-12
+ 322.5   0.269E-12 327.5   0.244E-12 332.5   0.222E-12 337.5   0.201E-12
+ 342.5   0.183E-12 347.5   0.166E-12 352.5   0.152E-12 357.5   0.139E-12
+ 362.5   0.126E-12 367.5   0.114E-12 372.5   0.103E-12 377.5   0.932E-13
+ 382.5   0.846E-13 387.5   0.767E-13 392.5   0.693E-13 397.5   0.625E-13
+ 0.51000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.778E-14
+  22.5   0.155E-13  27.5   0.670E-13  32.5   0.146E-12  37.5   0.245E-12
+  42.5   0.356E-12  47.5   0.472E-12  52.5   0.596E-12  57.5   0.721E-12
+  62.5   0.852E-12  67.5   0.977E-12  72.5   0.110E-11  77.5   0.121E-11
+  82.5   0.132E-11  87.5   0.143E-11  92.5   0.152E-11  97.5   0.160E-11
+ 102.5   0.169E-11 107.5   0.176E-11 112.5   0.183E-11 117.5   0.190E-11
+ 122.5   0.196E-11 127.5   0.201E-11 132.5   0.206E-11 137.5   0.208E-11
+ 142.5   0.211E-11 147.5   0.212E-11 152.5   0.212E-11 157.5   0.211E-11
+ 162.5   0.208E-11 167.5   0.205E-11 172.5   0.201E-11 177.5   0.195E-11
+ 182.5   0.188E-11 187.5   0.181E-11 192.5   0.174E-11 197.5   0.168E-11
+ 202.5   0.161E-11 207.5   0.153E-11 212.5   0.147E-11 217.5   0.140E-11
+ 222.5   0.132E-11 227.5   0.125E-11 232.5   0.117E-11 237.5   0.110E-11
+ 242.5   0.102E-11 247.5   0.954E-12 252.5   0.892E-12 257.5   0.841E-12
+ 262.5   0.784E-12 267.5   0.727E-12 272.5   0.676E-12 277.5   0.625E-12
+ 282.5   0.574E-12 287.5   0.529E-12 292.5   0.486E-12 297.5   0.445E-12
+ 302.5   0.409E-12 307.5   0.377E-12 312.5   0.347E-12 317.5   0.319E-12
+ 322.5   0.292E-12 327.5   0.267E-12 332.5   0.244E-12 337.5   0.222E-12
+ 342.5   0.202E-12 347.5   0.184E-12 352.5   0.168E-12 357.5   0.154E-12
+ 362.5   0.140E-12 367.5   0.128E-12 372.5   0.116E-12 377.5   0.105E-12
+ 382.5   0.960E-13 387.5   0.875E-13 392.5   0.795E-13 397.5   0.721E-13
+ 0.53000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.784E-14
+  22.5   0.126E-13  27.5   0.469E-13  32.5   0.994E-13  37.5   0.165E-12
+  42.5   0.243E-12  47.5   0.328E-12  52.5   0.415E-12  57.5   0.503E-12
+  62.5   0.596E-12  67.5   0.687E-12  72.5   0.778E-12  77.5   0.863E-12
+  82.5   0.949E-12  87.5   0.103E-11  92.5   0.110E-11  97.5   0.118E-11
+ 102.5   0.125E-11 107.5   0.132E-11 112.5   0.138E-11 117.5   0.145E-11
+ 122.5   0.151E-11 127.5   0.157E-11 132.5   0.161E-11 137.5   0.165E-11
+ 142.5   0.169E-11 147.5   0.172E-11 152.5   0.174E-11 157.5   0.176E-11
+ 162.5   0.177E-11 167.5   0.177E-11 172.5   0.176E-11 177.5   0.173E-11
+ 182.5   0.169E-11 187.5   0.164E-11 192.5   0.159E-11 197.5   0.153E-11
+ 202.5   0.147E-11 207.5   0.140E-11 212.5   0.135E-11 217.5   0.130E-11
+ 222.5   0.124E-11 227.5   0.118E-11 232.5   0.111E-11 237.5   0.105E-11
+ 242.5   0.988E-12 247.5   0.926E-12 252.5   0.869E-12 257.5   0.818E-12
+ 262.5   0.761E-12 267.5   0.716E-12 272.5   0.670E-12 277.5   0.631E-12
+ 282.5   0.591E-12 287.5   0.550E-12 292.5   0.508E-12 297.5   0.468E-12
+ 302.5   0.429E-12 307.5   0.396E-12 312.5   0.366E-12 317.5   0.339E-12
+ 322.5   0.314E-12 327.5   0.290E-12 332.5   0.266E-12 337.5   0.243E-12
+ 342.5   0.222E-12 347.5   0.203E-12 352.5   0.186E-12 357.5   0.171E-12
+ 362.5   0.156E-12 367.5   0.143E-12 372.5   0.131E-12 377.5   0.120E-12
+ 382.5   0.111E-12 387.5   0.101E-12 392.5   0.926E-13 397.5   0.846E-13
+ 0.55000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.566E-14
+  22.5   0.949E-14  27.5   0.331E-13  32.5   0.699E-13  37.5   0.116E-12
+  42.5   0.170E-12  47.5   0.231E-12  52.5   0.294E-12  57.5   0.358E-12
+  62.5   0.423E-12  67.5   0.489E-12  72.5   0.556E-12  77.5   0.619E-12
+  82.5   0.687E-12  87.5   0.750E-12  92.5   0.812E-12  97.5   0.875E-12
+ 102.5   0.932E-12 107.5   0.988E-12 112.5   0.105E-11 117.5   0.111E-11
+ 122.5   0.116E-11 127.5   0.121E-11 132.5   0.126E-11 137.5   0.130E-11
+ 142.5   0.134E-11 147.5   0.137E-11 152.5   0.140E-11 157.5   0.143E-11
+ 162.5   0.144E-11 167.5   0.146E-11 172.5   0.147E-11 177.5   0.147E-11
+ 182.5   0.146E-11 187.5   0.143E-11 192.5   0.140E-11 197.5   0.136E-11
+ 202.5   0.132E-11 207.5   0.127E-11 212.5   0.123E-11 217.5   0.119E-11
+ 222.5   0.115E-11 227.5   0.110E-11 232.5   0.105E-11 237.5   0.994E-12
+ 242.5   0.943E-12 247.5   0.892E-12 252.5   0.841E-12 257.5   0.790E-12
+ 262.5   0.738E-12 267.5   0.699E-12 272.5   0.659E-12 277.5   0.619E-12
+ 282.5   0.585E-12 287.5   0.542E-12 292.5   0.506E-12 297.5   0.468E-12
+ 302.5   0.433E-12 307.5   0.401E-12 312.5   0.373E-12 317.5   0.347E-12
+ 322.5   0.322E-12 327.5   0.297E-12 332.5   0.275E-12 337.5   0.253E-12
+ 342.5   0.233E-12 347.5   0.214E-12 352.5   0.197E-12 357.5   0.181E-12
+ 362.5   0.166E-12 367.5   0.153E-12 372.5   0.140E-12 377.5   0.129E-12
+ 382.5   0.119E-12 387.5   0.109E-12 392.5   0.100E-12 397.5   0.909E-13
+ 0.57000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.201E-14
+  22.5   0.602E-14  27.5   0.226E-13  32.5   0.490E-13  37.5   0.824E-13
+  42.5   0.120E-12  47.5   0.161E-12  52.5   0.205E-12  57.5   0.250E-12
+  62.5   0.295E-12  67.5   0.341E-12  72.5   0.389E-12  77.5   0.439E-12
+  82.5   0.487E-12  87.5   0.536E-12  92.5   0.585E-12  97.5   0.636E-12
+ 102.5   0.682E-12 107.5   0.733E-12 112.5   0.778E-12 117.5   0.829E-12
+ 122.5   0.875E-12 127.5   0.926E-12 132.5   0.960E-12 137.5   0.100E-11
+ 142.5   0.104E-11 147.5   0.107E-11 152.5   0.111E-11 157.5   0.114E-11
+ 162.5   0.116E-11 167.5   0.118E-11 172.5   0.120E-11 177.5   0.121E-11
+ 182.5   0.122E-11 187.5   0.121E-11 192.5   0.119E-11 197.5   0.118E-11
+ 202.5   0.116E-11 207.5   0.113E-11 212.5   0.110E-11 217.5   0.107E-11
+ 222.5   0.104E-11 227.5   0.101E-11 232.5   0.966E-12 237.5   0.920E-12
+ 242.5   0.880E-12 247.5   0.835E-12 252.5   0.795E-12 257.5   0.750E-12
+ 262.5   0.710E-12 267.5   0.670E-12 272.5   0.636E-12 277.5   0.596E-12
+ 282.5   0.562E-12 287.5   0.527E-12 292.5   0.495E-12 297.5   0.461E-12
+ 302.5   0.430E-12 307.5   0.402E-12 312.5   0.375E-12 317.5   0.350E-12
+ 322.5   0.326E-12 327.5   0.302E-12 332.5   0.281E-12 337.5   0.261E-12
+ 342.5   0.242E-12 347.5   0.224E-12 352.5   0.207E-12 357.5   0.191E-12
+ 362.5   0.177E-12 367.5   0.162E-12 372.5   0.150E-12 377.5   0.138E-12
+ 382.5   0.128E-12 387.5   0.118E-12 392.5   0.108E-12 397.5   0.994E-13
+ 0.59000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.369E-14  27.5   0.152E-13  32.5   0.342E-13  37.5   0.579E-13
+  42.5   0.841E-13  47.5   0.112E-12  52.5   0.141E-12  57.5   0.172E-12
+  62.5   0.203E-12  67.5   0.236E-12  72.5   0.269E-12  77.5   0.303E-12
+  82.5   0.339E-12  87.5   0.375E-12  92.5   0.414E-12  97.5   0.453E-12
+ 102.5   0.493E-12 107.5   0.535E-12 112.5   0.574E-12 117.5   0.619E-12
+ 122.5   0.653E-12 127.5   0.693E-12 132.5   0.733E-12 137.5   0.767E-12
+ 142.5   0.801E-12 147.5   0.835E-12 152.5   0.863E-12 157.5   0.892E-12
+ 162.5   0.915E-12 167.5   0.943E-12 172.5   0.960E-12 177.5   0.977E-12
+ 182.5   0.994E-12 187.5   0.994E-12 192.5   0.100E-11 197.5   0.994E-12
+ 202.5   0.994E-12 207.5   0.983E-12 212.5   0.971E-12 217.5   0.954E-12
+ 222.5   0.932E-12 227.5   0.903E-12 232.5   0.875E-12 237.5   0.846E-12
+ 242.5   0.807E-12 247.5   0.773E-12 252.5   0.738E-12 257.5   0.704E-12
+ 262.5   0.676E-12 267.5   0.642E-12 272.5   0.608E-12 277.5   0.574E-12
+ 282.5   0.543E-12 287.5   0.511E-12 292.5   0.481E-12 297.5   0.452E-12
+ 302.5   0.425E-12 307.5   0.400E-12 312.5   0.376E-12 317.5   0.353E-12
+ 322.5   0.329E-12 327.5   0.307E-12 332.5   0.286E-12 337.5   0.268E-12
+ 342.5   0.250E-12 347.5   0.233E-12 352.5   0.216E-12 357.5   0.201E-12
+ 362.5   0.186E-12 367.5   0.172E-12 372.5   0.159E-12 377.5   0.148E-12
+ 382.5   0.137E-12 387.5   0.127E-12 392.5   0.118E-12 397.5   0.108E-12
+ 0.61000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.249E-14  27.5   0.106E-13  32.5   0.239E-13  37.5   0.403E-13
+  42.5   0.585E-13  47.5   0.773E-13  52.5   0.966E-13  57.5   0.117E-12
+  62.5   0.137E-12  67.5   0.160E-12  72.5   0.182E-12  77.5   0.207E-12
+  82.5   0.232E-12  87.5   0.260E-12  92.5   0.289E-12  97.5   0.320E-12
+ 102.5   0.353E-12 107.5   0.387E-12 112.5   0.420E-12 117.5   0.456E-12
+ 122.5   0.490E-12 127.5   0.523E-12 132.5   0.555E-12 137.5   0.585E-12
+ 142.5   0.614E-12 147.5   0.648E-12 152.5   0.670E-12 157.5   0.699E-12
+ 162.5   0.721E-12 167.5   0.750E-12 172.5   0.773E-12 177.5   0.790E-12
+ 182.5   0.807E-12 187.5   0.818E-12 192.5   0.824E-12 197.5   0.829E-12
+ 202.5   0.835E-12 207.5   0.841E-12 212.5   0.841E-12 217.5   0.829E-12
+ 222.5   0.824E-12 227.5   0.807E-12 232.5   0.790E-12 237.5   0.767E-12
+ 242.5   0.738E-12 247.5   0.716E-12 252.5   0.687E-12 257.5   0.665E-12
+ 262.5   0.636E-12 267.5   0.614E-12 272.5   0.585E-12 277.5   0.553E-12
+ 282.5   0.524E-12 287.5   0.494E-12 292.5   0.468E-12 297.5   0.443E-12
+ 302.5   0.420E-12 307.5   0.398E-12 312.5   0.376E-12 317.5   0.354E-12
+ 322.5   0.332E-12 327.5   0.310E-12 332.5   0.291E-12 337.5   0.273E-12
+ 342.5   0.256E-12 347.5   0.240E-12 352.5   0.225E-12 357.5   0.210E-12
+ 362.5   0.195E-12 367.5   0.182E-12 372.5   0.169E-12 377.5   0.157E-12
+ 382.5   0.147E-12 387.5   0.136E-12 392.5   0.127E-12 397.5   0.118E-12
+ 0.63000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.186E-14  27.5   0.744E-14  32.5   0.166E-13  37.5   0.277E-13
+  42.5   0.398E-13  47.5   0.521E-13  52.5   0.653E-13  57.5   0.784E-13
+  62.5   0.926E-13  67.5   0.107E-12  72.5   0.123E-12  77.5   0.139E-12
+  82.5   0.158E-12  87.5   0.178E-12  92.5   0.200E-12  97.5   0.224E-12
+ 102.5   0.249E-12 107.5   0.274E-12 112.5   0.302E-12 117.5   0.329E-12
+ 122.5   0.357E-12 127.5   0.384E-12 132.5   0.411E-12 137.5   0.437E-12
+ 142.5   0.465E-12 147.5   0.491E-12 152.5   0.516E-12 157.5   0.540E-12
+ 162.5   0.564E-12 167.5   0.585E-12 172.5   0.608E-12 177.5   0.631E-12
+ 182.5   0.642E-12 187.5   0.659E-12 192.5   0.670E-12 197.5   0.682E-12
+ 202.5   0.687E-12 207.5   0.699E-12 212.5   0.704E-12 217.5   0.704E-12
+ 222.5   0.704E-12 227.5   0.699E-12 232.5   0.687E-12 237.5   0.676E-12
+ 242.5   0.659E-12 247.5   0.648E-12 252.5   0.631E-12 257.5   0.608E-12
+ 262.5   0.596E-12 267.5   0.574E-12 272.5   0.552E-12 277.5   0.525E-12
+ 282.5   0.500E-12 287.5   0.475E-12 292.5   0.452E-12 297.5   0.431E-12
+ 302.5   0.410E-12 307.5   0.390E-12 312.5   0.371E-12 317.5   0.352E-12
+ 322.5   0.331E-12 327.5   0.312E-12 332.5   0.294E-12 337.5   0.277E-12
+ 342.5   0.260E-12 347.5   0.245E-12 352.5   0.231E-12 357.5   0.217E-12
+ 362.5   0.203E-12 367.5   0.190E-12 372.5   0.177E-12 377.5   0.165E-12
+ 382.5   0.155E-12 387.5   0.145E-12 392.5   0.135E-12 397.5   0.126E-12
+ 0.65000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.146E-14  27.5   0.534E-14  32.5   0.114E-13  37.5   0.187E-13
+  42.5   0.267E-13  47.5   0.349E-13  52.5   0.435E-13  57.5   0.524E-13
+  62.5   0.619E-13  67.5   0.716E-13  72.5   0.824E-13  77.5   0.943E-13
+  82.5   0.107E-12  87.5   0.122E-12  92.5   0.137E-12  97.5   0.155E-12
+ 102.5   0.172E-12 107.5   0.191E-12 112.5   0.212E-12 117.5   0.233E-12
+ 122.5   0.254E-12 127.5   0.276E-12 132.5   0.297E-12 137.5   0.320E-12
+ 142.5   0.343E-12 147.5   0.366E-12 152.5   0.387E-12 157.5   0.408E-12
+ 162.5   0.429E-12 167.5   0.449E-12 172.5   0.469E-12 177.5   0.487E-12
+ 182.5   0.503E-12 187.5   0.517E-12 192.5   0.529E-12 197.5   0.540E-12
+ 202.5   0.553E-12 207.5   0.561E-12 212.5   0.568E-12 217.5   0.574E-12
+ 222.5   0.585E-12 227.5   0.585E-12 232.5   0.579E-12 237.5   0.579E-12
+ 242.5   0.574E-12 247.5   0.567E-12 252.5   0.558E-12 257.5   0.547E-12
+ 262.5   0.536E-12 267.5   0.521E-12 272.5   0.506E-12 277.5   0.487E-12
+ 282.5   0.468E-12 287.5   0.448E-12 292.5   0.429E-12 297.5   0.410E-12
+ 302.5   0.393E-12 307.5   0.375E-12 312.5   0.359E-12 317.5   0.343E-12
+ 322.5   0.325E-12 327.5   0.308E-12 332.5   0.291E-12 337.5   0.275E-12
+ 342.5   0.260E-12 347.5   0.245E-12 352.5   0.232E-12 357.5   0.220E-12
+ 362.5   0.207E-12 367.5   0.195E-12 372.5   0.183E-12 377.5   0.172E-12
+ 382.5   0.161E-12 387.5   0.151E-12 392.5   0.142E-12 397.5   0.133E-12
+ 0.67000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.103E-14  27.5   0.333E-14  32.5   0.704E-14  37.5   0.118E-13
+  42.5   0.170E-13  47.5   0.221E-13  52.5   0.273E-13  57.5   0.328E-13
+  62.5   0.387E-13  67.5   0.456E-13  72.5   0.530E-13  77.5   0.608E-13
+  82.5   0.693E-13  87.5   0.784E-13  92.5   0.892E-13  97.5   0.101E-12
+ 102.5   0.114E-12 107.5   0.128E-12 112.5   0.144E-12 117.5   0.160E-12
+ 122.5   0.176E-12 127.5   0.192E-12 132.5   0.208E-12 137.5   0.226E-12
+ 142.5   0.245E-12 147.5   0.263E-12 152.5   0.281E-12 157.5   0.298E-12
+ 162.5   0.315E-12 167.5   0.332E-12 172.5   0.349E-12 177.5   0.366E-12
+ 182.5   0.380E-12 187.5   0.394E-12 192.5   0.406E-12 197.5   0.418E-12
+ 202.5   0.429E-12 207.5   0.439E-12 212.5   0.448E-12 217.5   0.457E-12
+ 222.5   0.465E-12 227.5   0.469E-12 232.5   0.472E-12 237.5   0.474E-12
+ 242.5   0.475E-12 247.5   0.474E-12 252.5   0.471E-12 257.5   0.467E-12
+ 262.5   0.461E-12 267.5   0.454E-12 272.5   0.445E-12 277.5   0.434E-12
+ 282.5   0.421E-12 287.5   0.407E-12 292.5   0.393E-12 297.5   0.378E-12
+ 302.5   0.364E-12 307.5   0.350E-12 312.5   0.337E-12 317.5   0.323E-12
+ 322.5   0.309E-12 327.5   0.294E-12 332.5   0.280E-12 337.5   0.265E-12
+ 342.5   0.251E-12 347.5   0.239E-12 352.5   0.227E-12 357.5   0.216E-12
+ 362.5   0.205E-12 367.5   0.194E-12 372.5   0.182E-12 377.5   0.172E-12
+ 382.5   0.162E-12 387.5   0.153E-12 392.5   0.144E-12 397.5   0.136E-12
+ 0.69000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.105E-17
+  22.5   0.653E-15  27.5   0.185E-14  32.5   0.393E-14  37.5   0.670E-14
+  42.5   0.977E-14  47.5   0.129E-13  52.5   0.160E-13  57.5   0.192E-13
+  62.5   0.228E-13  67.5   0.274E-13  72.5   0.325E-13  77.5   0.379E-13
+  82.5   0.428E-13  87.5   0.483E-13  92.5   0.550E-13  97.5   0.631E-13
+ 102.5   0.721E-13 107.5   0.824E-13 112.5   0.937E-13 117.5   0.105E-12
+ 122.5   0.117E-12 127.5   0.129E-12 132.5   0.141E-12 137.5   0.155E-12
+ 142.5   0.168E-12 147.5   0.181E-12 152.5   0.195E-12 157.5   0.209E-12
+ 162.5   0.223E-12 167.5   0.237E-12 172.5   0.251E-12 177.5   0.265E-12
+ 182.5   0.278E-12 187.5   0.290E-12 192.5   0.301E-12 197.5   0.312E-12
+ 202.5   0.322E-12 207.5   0.332E-12 212.5   0.341E-12 217.5   0.350E-12
+ 222.5   0.358E-12 227.5   0.365E-12 232.5   0.369E-12 237.5   0.373E-12
+ 242.5   0.377E-12 247.5   0.379E-12 252.5   0.381E-12 257.5   0.381E-12
+ 262.5   0.380E-12 267.5   0.379E-12 272.5   0.376E-12 277.5   0.371E-12
+ 282.5   0.364E-12 287.5   0.356E-12 292.5   0.347E-12 297.5   0.337E-12
+ 302.5   0.327E-12 307.5   0.317E-12 312.5   0.307E-12 317.5   0.296E-12
+ 322.5   0.285E-12 327.5   0.273E-12 332.5   0.261E-12 337.5   0.249E-12
+ 342.5   0.237E-12 347.5   0.227E-12 352.5   0.216E-12 357.5   0.207E-12
+ 362.5   0.197E-12 367.5   0.187E-12 372.5   0.177E-12 377.5   0.168E-12
+ 382.5   0.159E-12 387.5   0.151E-12 392.5   0.143E-12 397.5   0.135E-12
+ 0.71000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.227E-18
+  22.5   0.497E-15  27.5   0.103E-14  32.5   0.205E-14  37.5   0.327E-14
+  42.5   0.478E-14  47.5   0.648E-14  52.5   0.824E-14  57.5   0.100E-13
+  62.5   0.122E-13  67.5   0.150E-13  72.5   0.184E-13  77.5   0.217E-13
+  82.5   0.249E-13  87.5   0.286E-13  92.5   0.330E-13  97.5   0.382E-13
+ 102.5   0.436E-13 107.5   0.498E-13 112.5   0.568E-13 117.5   0.648E-13
+ 122.5   0.727E-13 127.5   0.812E-13 132.5   0.903E-13 137.5   0.100E-12
+ 142.5   0.110E-12 147.5   0.120E-12 152.5   0.131E-12 157.5   0.142E-12
+ 162.5   0.153E-12 167.5   0.164E-12 172.5   0.175E-12 177.5   0.186E-12
+ 182.5   0.197E-12 187.5   0.207E-12 192.5   0.216E-12 197.5   0.226E-12
+ 202.5   0.235E-12 207.5   0.244E-12 212.5   0.253E-12 217.5   0.261E-12
+ 222.5   0.269E-12 227.5   0.276E-12 232.5   0.281E-12 237.5   0.286E-12
+ 242.5   0.290E-12 247.5   0.295E-12 252.5   0.298E-12 257.5   0.301E-12
+ 262.5   0.303E-12 267.5   0.304E-12 272.5   0.306E-12 277.5   0.305E-12
+ 282.5   0.303E-12 287.5   0.300E-12 292.5   0.296E-12 297.5   0.291E-12
+ 302.5   0.285E-12 307.5   0.279E-12 312.5   0.273E-12 317.5   0.265E-12
+ 322.5   0.255E-12 327.5   0.246E-12 332.5   0.237E-12 337.5   0.228E-12
+ 342.5   0.219E-12 347.5   0.211E-12 352.5   0.202E-12 357.5   0.194E-12
+ 362.5   0.186E-12 367.5   0.177E-12 372.5   0.168E-12 377.5   0.161E-12
+ 382.5   0.154E-12 387.5   0.147E-12 392.5   0.139E-12 397.5   0.132E-12
+ 0.73000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.337E-15  27.5   0.596E-15  32.5   0.105E-14  37.5   0.160E-14
+  42.5   0.224E-14  47.5   0.304E-14  52.5   0.394E-14  57.5   0.491E-14
+  62.5   0.619E-14  67.5   0.795E-14  72.5   0.101E-13  77.5   0.121E-13
+  82.5   0.143E-13  87.5   0.169E-13  92.5   0.201E-13  97.5   0.238E-13
+ 102.5   0.276E-13 107.5   0.311E-13 112.5   0.348E-13 117.5   0.393E-13
+ 122.5   0.445E-13 127.5   0.503E-13 132.5   0.568E-13 137.5   0.642E-13
+ 142.5   0.721E-13 147.5   0.801E-13 152.5   0.880E-13 157.5   0.966E-13
+ 162.5   0.105E-12 167.5   0.113E-12 172.5   0.122E-12 177.5   0.131E-12
+ 182.5   0.139E-12 187.5   0.147E-12 192.5   0.155E-12 197.5   0.163E-12
+ 202.5   0.171E-12 207.5   0.179E-12 212.5   0.187E-12 217.5   0.194E-12
+ 222.5   0.202E-12 227.5   0.208E-12 232.5   0.214E-12 237.5   0.219E-12
+ 242.5   0.224E-12 247.5   0.229E-12 252.5   0.233E-12 257.5   0.237E-12
+ 262.5   0.240E-12 267.5   0.244E-12 272.5   0.246E-12 277.5   0.247E-12
+ 282.5   0.248E-12 287.5   0.248E-12 292.5   0.247E-12 297.5   0.245E-12
+ 302.5   0.243E-12 307.5   0.241E-12 312.5   0.237E-12 317.5   0.233E-12
+ 322.5   0.227E-12 327.5   0.222E-12 332.5   0.215E-12 337.5   0.209E-12
+ 342.5   0.202E-12 347.5   0.195E-12 352.5   0.189E-12 357.5   0.182E-12
+ 362.5   0.176E-12 367.5   0.168E-12 372.5   0.161E-12 377.5   0.155E-12
+ 382.5   0.148E-12 387.5   0.143E-12 392.5   0.136E-12 397.5   0.130E-12
+ 0.75000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.197E-15  27.5   0.364E-15  32.5   0.528E-15  37.5   0.727E-15
+  42.5   0.103E-14  47.5   0.143E-14  52.5   0.187E-14  57.5   0.236E-14
+  62.5   0.316E-14  67.5   0.435E-14  72.5   0.574E-14  77.5   0.704E-14
+  82.5   0.841E-14  87.5   0.101E-13  92.5   0.123E-13  97.5   0.149E-13
+ 102.5   0.176E-13 107.5   0.200E-13 112.5   0.223E-13 117.5   0.249E-13
+ 122.5   0.283E-13 127.5   0.320E-13 132.5   0.365E-13 137.5   0.417E-13
+ 142.5   0.473E-13 147.5   0.531E-13 152.5   0.591E-13 157.5   0.653E-13
+ 162.5   0.716E-13 167.5   0.778E-13 172.5   0.841E-13 177.5   0.909E-13
+ 182.5   0.977E-13 187.5   0.105E-12 192.5   0.111E-12 197.5   0.119E-12
+ 202.5   0.125E-12 207.5   0.132E-12 212.5   0.138E-12 217.5   0.145E-12
+ 222.5   0.151E-12 227.5   0.157E-12 232.5   0.162E-12 237.5   0.168E-12
+ 242.5   0.173E-12 247.5   0.177E-12 252.5   0.182E-12 257.5   0.186E-12
+ 262.5   0.190E-12 267.5   0.193E-12 272.5   0.197E-12 277.5   0.199E-12
+ 282.5   0.201E-12 287.5   0.202E-12 292.5   0.203E-12 297.5   0.203E-12
+ 302.5   0.204E-12 307.5   0.203E-12 312.5   0.203E-12 317.5   0.202E-12
+ 322.5   0.199E-12 327.5   0.196E-12 332.5   0.193E-12 337.5   0.189E-12
+ 342.5   0.184E-12 347.5   0.180E-12 352.5   0.175E-12 357.5   0.170E-12
+ 362.5   0.165E-12 367.5   0.159E-12 372.5   0.153E-12 377.5   0.148E-12
+ 382.5   0.142E-12 387.5   0.137E-12 392.5   0.132E-12 397.5   0.126E-12
+ 0.77000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.801E-16  27.5   0.178E-15  32.5   0.232E-15  37.5   0.283E-15
+  42.5   0.410E-15  47.5   0.625E-15  52.5   0.875E-15  57.5   0.115E-14
+  62.5   0.159E-14  67.5   0.231E-14  72.5   0.318E-14  77.5   0.398E-14
+  82.5   0.485E-14  87.5   0.591E-14  92.5   0.733E-14  97.5   0.909E-14
+ 102.5   0.110E-13 107.5   0.126E-13 112.5   0.142E-13 117.5   0.161E-13
+ 122.5   0.186E-13 127.5   0.214E-13 132.5   0.241E-13 137.5   0.273E-13
+ 142.5   0.308E-13 147.5   0.346E-13 152.5   0.389E-13 157.5   0.431E-13
+ 162.5   0.477E-13 167.5   0.524E-13 172.5   0.574E-13 177.5   0.625E-13
+ 182.5   0.682E-13 187.5   0.738E-13 192.5   0.790E-13 197.5   0.846E-13
+ 202.5   0.903E-13 207.5   0.954E-13 212.5   0.101E-12 217.5   0.106E-12
+ 222.5   0.112E-12 227.5   0.117E-12 232.5   0.122E-12 237.5   0.127E-12
+ 242.5   0.131E-12 247.5   0.136E-12 252.5   0.140E-12 257.5   0.144E-12
+ 262.5   0.148E-12 267.5   0.152E-12 272.5   0.155E-12 277.5   0.158E-12
+ 282.5   0.160E-12 287.5   0.162E-12 292.5   0.164E-12 297.5   0.165E-12
+ 302.5   0.167E-12 307.5   0.168E-12 312.5   0.169E-12 317.5   0.170E-12
+ 322.5   0.169E-12 327.5   0.168E-12 332.5   0.166E-12 337.5   0.165E-12
+ 342.5   0.163E-12 347.5   0.160E-12 352.5   0.158E-12 357.5   0.155E-12
+ 362.5   0.151E-12 367.5   0.147E-12 372.5   0.143E-12 377.5   0.137E-12
+ 382.5   0.133E-12 387.5   0.129E-12 392.5   0.125E-12 397.5   0.121E-12
+ 0.79000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.189E-16  27.5   0.454E-16  32.5   0.579E-16  37.5   0.608E-16
+  42.5   0.841E-16  47.5   0.151E-15  52.5   0.245E-15  57.5   0.378E-15
+  62.5   0.653E-15  67.5   0.110E-14  72.5   0.158E-14  77.5   0.202E-14
+  82.5   0.251E-14  87.5   0.316E-14  92.5   0.404E-14  97.5   0.520E-14
+ 102.5   0.642E-14 107.5   0.756E-14 112.5   0.875E-14 117.5   0.102E-13
+ 122.5   0.120E-13 127.5   0.141E-13 132.5   0.160E-13 137.5   0.179E-13
+ 142.5   0.199E-13 147.5   0.222E-13 152.5   0.248E-13 157.5   0.277E-13
+ 162.5   0.309E-13 167.5   0.343E-13 172.5   0.381E-13 177.5   0.422E-13
+ 182.5   0.465E-13 187.5   0.510E-13 192.5   0.549E-13 197.5   0.591E-13
+ 202.5   0.636E-13 207.5   0.676E-13 212.5   0.721E-13 217.5   0.767E-13
+ 222.5   0.812E-13 227.5   0.858E-13 232.5   0.898E-13 237.5   0.937E-13
+ 242.5   0.977E-13 247.5   0.102E-12 252.5   0.106E-12 257.5   0.110E-12
+ 262.5   0.114E-12 267.5   0.116E-12 272.5   0.120E-12 277.5   0.123E-12
+ 282.5   0.126E-12 287.5   0.128E-12 292.5   0.130E-12 297.5   0.132E-12
+ 302.5   0.134E-12 307.5   0.136E-12 312.5   0.137E-12 317.5   0.139E-12
+ 322.5   0.139E-12 327.5   0.140E-12 332.5   0.140E-12 337.5   0.140E-12
+ 342.5   0.139E-12 347.5   0.139E-12 352.5   0.138E-12 357.5   0.137E-12
+ 362.5   0.135E-12 367.5   0.132E-12 372.5   0.129E-12 377.5   0.126E-12
+ 382.5   0.122E-12 387.5   0.119E-12 392.5   0.116E-12 397.5   0.114E-12
diff --git a/data/evgen/nucl/spectral_functions/pke12_tot_genie_format.data b/data/evgen/nucl/spectral_functions/pke12_tot_genie_format.data
new file mode 100644
index 000000000..b237e99df
--- /dev/null
+++ b/data/evgen/nucl/spectral_functions/pke12_tot_genie_format.data
@@ -0,0 +1,841 @@
+80 40
+0.10000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.405E-08
+  22.5   0.254E-08  27.5   0.320E-08  32.5   0.484E-08  37.5   0.625E-08
+  42.5   0.546E-08  47.5   0.343E-08  52.5   0.217E-08  57.5   0.137E-08
+  62.5   0.928E-09  67.5   0.678E-09  72.5   0.499E-09  77.5   0.395E-09
+  82.5   0.313E-09  87.5   0.257E-09  92.5   0.215E-09  97.5   0.181E-09
+ 102.5   0.153E-09 107.5   0.134E-09 112.5   0.116E-09 117.5   0.101E-09
+ 122.5   0.446E-11 127.5   0.336E-11 132.5   0.252E-11 137.5   0.178E-11
+ 142.5   0.111E-11 147.5   0.552E-12 152.5   0.172E-12 157.5   0.784E-13
+ 162.5   0.710E-13 167.5   0.487E-13 172.5   0.261E-13 177.5   0.101E-13
+ 182.5   0.631E-15 187.5   0.000E+00 192.5   0.000E+00 197.5   0.000E+00
+ 202.5   0.000E+00 207.5   0.738E-17 212.5   0.169E-17 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.30000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.704E-08
+  22.5   0.329E-08  27.5   0.326E-08  32.5   0.469E-08  37.5   0.591E-08
+  42.5   0.511E-08  47.5   0.322E-08  52.5   0.202E-08  57.5   0.129E-08
+  62.5   0.882E-09  67.5   0.650E-09  72.5   0.480E-09  77.5   0.378E-09
+  82.5   0.302E-09  87.5   0.247E-09  92.5   0.206E-09  97.5   0.175E-09
+ 102.5   0.149E-09 107.5   0.129E-09 112.5   0.111E-09 117.5   0.983E-10
+ 122.5   0.394E-11 127.5   0.315E-11 132.5   0.221E-11 137.5   0.139E-11
+ 142.5   0.807E-12 147.5   0.376E-12 152.5   0.738E-13 157.5   0.136E-14
+ 162.5   0.476E-15 167.5   0.110E-15 172.5   0.591E-17 177.5   0.000E+00
+ 182.5   0.000E+00 187.5   0.228E-14 192.5   0.266E-14 197.5   0.994E-15
+ 202.5   0.113E-15 207.5   0.000E+00 212.5   0.000E+00 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.50000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.109E-07
+  22.5   0.416E-08  27.5   0.325E-08  32.5   0.435E-08  37.5   0.540E-08
+  42.5   0.464E-08  47.5   0.291E-08  52.5   0.181E-08  57.5   0.117E-08
+  62.5   0.808E-09  67.5   0.596E-09  72.5   0.444E-09  77.5   0.350E-09
+  82.5   0.280E-09  87.5   0.229E-09  92.5   0.192E-09  97.5   0.163E-09
+ 102.5   0.140E-09 107.5   0.120E-09 112.5   0.105E-09 117.5   0.929E-10
+ 122.5   0.544E-11 127.5   0.418E-11 132.5   0.307E-11 137.5   0.219E-11
+ 142.5   0.146E-11 147.5   0.943E-12 152.5   0.608E-12 157.5   0.374E-12
+ 162.5   0.223E-12 167.5   0.137E-12 172.5   0.807E-13 177.5   0.387E-13
+ 182.5   0.120E-13 187.5   0.000E+00 192.5   0.000E+00 197.5   0.000E+00
+ 202.5   0.000E+00 207.5   0.886E-17 212.5   0.204E-17 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.70000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.149E-07
+  22.5   0.504E-08  27.5   0.321E-08  32.5   0.382E-08  37.5   0.453E-08
+  42.5   0.386E-08  47.5   0.247E-08  52.5   0.155E-08  57.5   0.102E-08
+  62.5   0.707E-09  67.5   0.517E-09  72.5   0.392E-09  77.5   0.309E-09
+  82.5   0.247E-09  87.5   0.203E-09  92.5   0.170E-09  97.5   0.145E-09
+ 102.5   0.125E-09 107.5   0.107E-09 112.5   0.946E-10 117.5   0.833E-10
+ 122.5   0.636E-11 127.5   0.493E-11 132.5   0.392E-11 137.5   0.310E-11
+ 142.5   0.231E-11 147.5   0.170E-11 152.5   0.127E-11 157.5   0.915E-12
+ 162.5   0.648E-12 167.5   0.442E-12 172.5   0.283E-12 177.5   0.162E-12
+ 182.5   0.767E-13 187.5   0.262E-13 192.5   0.378E-14 197.5   0.183E-17
+ 202.5   0.000E+00 207.5   0.000E+00 212.5   0.000E+00 217.5   0.000E+00
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.521E-18 287.5   0.375E-19 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.90000E+02
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.170E-07
+  22.5   0.536E-08  27.5   0.299E-08  32.5   0.323E-08  37.5   0.370E-08
+  42.5   0.312E-08  47.5   0.202E-08  52.5   0.128E-08  57.5   0.852E-09
+  62.5   0.590E-09  67.5   0.434E-09  72.5   0.331E-09  77.5   0.260E-09
+  82.5   0.209E-09  87.5   0.172E-09  92.5   0.146E-09  97.5   0.123E-09
+ 102.5   0.107E-09 107.5   0.914E-10 112.5   0.807E-10 117.5   0.710E-10
+ 122.5   0.636E-11 127.5   0.518E-11 132.5   0.429E-11 137.5   0.351E-11
+ 142.5   0.283E-11 147.5   0.222E-11 152.5   0.172E-11 157.5   0.128E-11
+ 162.5   0.926E-12 167.5   0.682E-12 172.5   0.495E-12 177.5   0.342E-12
+ 182.5   0.214E-12 187.5   0.113E-12 192.5   0.485E-13 197.5   0.126E-13
+ 202.5   0.000E+00 207.5   0.000E+00 212.5   0.000E+00 217.5   0.591E-18
+ 222.5   0.000E+00 227.5   0.000E+00 232.5   0.000E+00 237.5   0.000E+00
+ 242.5   0.000E+00 247.5   0.000E+00 252.5   0.000E+00 257.5   0.000E+00
+ 262.5   0.000E+00 267.5   0.000E+00 272.5   0.000E+00 277.5   0.000E+00
+ 282.5   0.402E-18 287.5   0.291E-19 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.11000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.168E-07
+  22.5   0.507E-08  27.5   0.257E-08  32.5   0.260E-08  37.5   0.287E-08
+  42.5   0.240E-08  47.5   0.157E-08  52.5   0.101E-08  57.5   0.666E-09
+  62.5   0.467E-09  67.5   0.346E-09  72.5   0.265E-09  77.5   0.208E-09
+  82.5   0.170E-09  87.5   0.140E-09  92.5   0.118E-09  97.5   0.101E-09
+ 102.5   0.870E-10 107.5   0.755E-10 112.5   0.661E-10 117.5   0.583E-10
+ 122.5   0.767E-11 127.5   0.642E-11 132.5   0.527E-11 137.5   0.434E-11
+ 142.5   0.357E-11 147.5   0.289E-11 152.5   0.227E-11 157.5   0.177E-11
+ 162.5   0.136E-11 167.5   0.104E-11 172.5   0.784E-12 177.5   0.564E-12
+ 182.5   0.399E-12 187.5   0.274E-12 192.5   0.187E-12 197.5   0.127E-12
+ 202.5   0.915E-13 207.5   0.727E-13 212.5   0.591E-13 217.5   0.474E-13
+ 222.5   0.378E-13 227.5   0.304E-13 232.5   0.247E-13 237.5   0.198E-13
+ 242.5   0.157E-13 247.5   0.120E-13 252.5   0.892E-14 257.5   0.631E-14
+ 262.5   0.410E-14 267.5   0.225E-14 272.5   0.807E-15 277.5   0.920E-16
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.13000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.150E-07
+  22.5   0.454E-08  27.5   0.214E-08  32.5   0.200E-08  37.5   0.215E-08
+  42.5   0.177E-08  47.5   0.117E-08  52.5   0.756E-09  57.5   0.502E-09
+  62.5   0.354E-09  67.5   0.264E-09  72.5   0.204E-09  77.5   0.161E-09
+  82.5   0.132E-09  87.5   0.110E-09  92.5   0.925E-10  97.5   0.790E-10
+ 102.5   0.687E-10 107.5   0.600E-10 112.5   0.527E-10 117.5   0.463E-10
+ 122.5   0.966E-11 127.5   0.824E-11 132.5   0.693E-11 137.5   0.574E-11
+ 142.5   0.477E-11 147.5   0.391E-11 152.5   0.319E-11 157.5   0.259E-11
+ 162.5   0.211E-11 167.5   0.168E-11 172.5   0.130E-11 177.5   0.994E-12
+ 182.5   0.750E-12 187.5   0.561E-12 192.5   0.412E-12 197.5   0.298E-12
+ 202.5   0.224E-12 207.5   0.182E-12 212.5   0.149E-12 217.5   0.121E-12
+ 222.5   0.971E-13 227.5   0.773E-13 232.5   0.608E-13 237.5   0.476E-13
+ 242.5   0.365E-13 247.5   0.276E-13 252.5   0.206E-13 257.5   0.145E-13
+ 262.5   0.954E-14 267.5   0.510E-14 272.5   0.167E-14 277.5   0.164E-15
+ 282.5   0.000E+00 287.5   0.000E+00 292.5   0.000E+00 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.15000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.122E-07
+  22.5   0.363E-08  27.5   0.162E-08  32.5   0.144E-08  37.5   0.153E-08
+  42.5   0.126E-08  47.5   0.825E-09  52.5   0.533E-09  57.5   0.364E-09
+  62.5   0.257E-09  67.5   0.192E-09  72.5   0.149E-09  77.5   0.120E-09
+  82.5   0.978E-10  87.5   0.825E-10  92.5   0.696E-10  97.5   0.598E-10
+ 102.5   0.522E-10 107.5   0.458E-10 112.5   0.405E-10 117.5   0.352E-10
+ 122.5   0.110E-10 127.5   0.954E-11 132.5   0.818E-11 137.5   0.699E-11
+ 142.5   0.585E-11 147.5   0.484E-11 152.5   0.403E-11 157.5   0.335E-11
+ 162.5   0.279E-11 167.5   0.227E-11 172.5   0.182E-11 177.5   0.145E-11
+ 182.5   0.114E-11 187.5   0.886E-12 192.5   0.670E-12 197.5   0.495E-12
+ 202.5   0.378E-12 207.5   0.310E-12 212.5   0.254E-12 217.5   0.208E-12
+ 222.5   0.167E-12 227.5   0.133E-12 232.5   0.104E-12 237.5   0.801E-13
+ 242.5   0.608E-13 247.5   0.459E-13 252.5   0.336E-13 257.5   0.234E-13
+ 262.5   0.148E-13 267.5   0.773E-14 272.5   0.228E-14 277.5   0.130E-15
+ 282.5   0.000E+00 287.5   0.642E-19 292.5   0.555E-18 297.5   0.108E-22
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.17000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.911E-08
+  22.5   0.258E-08  27.5   0.119E-08  32.5   0.104E-08  37.5   0.106E-08
+  42.5   0.860E-09  47.5   0.564E-09  52.5   0.363E-09  57.5   0.250E-09
+  62.5   0.179E-09  67.5   0.135E-09  72.5   0.106E-09  77.5   0.857E-10
+  82.5   0.706E-10  87.5   0.597E-10  92.5   0.502E-10  97.5   0.433E-10
+ 102.5   0.380E-10 107.5   0.334E-10 112.5   0.294E-10 117.5   0.257E-10
+ 122.5   0.111E-10 127.5   0.966E-11 132.5   0.829E-11 137.5   0.716E-11
+ 142.5   0.614E-11 147.5   0.519E-11 152.5   0.438E-11 157.5   0.369E-11
+ 162.5   0.311E-11 167.5   0.260E-11 172.5   0.214E-11 177.5   0.175E-11
+ 182.5   0.143E-11 187.5   0.116E-11 192.5   0.920E-12 197.5   0.716E-12
+ 202.5   0.574E-12 207.5   0.477E-12 212.5   0.397E-12 217.5   0.324E-12
+ 222.5   0.262E-12 227.5   0.209E-12 232.5   0.165E-12 237.5   0.128E-12
+ 242.5   0.983E-13 247.5   0.738E-13 252.5   0.533E-13 257.5   0.361E-13
+ 262.5   0.224E-13 267.5   0.115E-13 272.5   0.355E-14 277.5   0.313E-15
+ 282.5   0.354E-18 287.5   0.000E+00 292.5   0.114E-18 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.19000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.643E-08
+  22.5   0.178E-08  27.5   0.787E-09  32.5   0.682E-09  37.5   0.691E-09
+  42.5   0.568E-09  47.5   0.388E-09  52.5   0.257E-09  57.5   0.178E-09
+  62.5   0.131E-09  67.5   0.996E-10  72.5   0.786E-10  77.5   0.634E-10
+  82.5   0.529E-10  87.5   0.442E-10  92.5   0.372E-10  97.5   0.320E-10
+ 102.5   0.280E-10 107.5   0.243E-10 112.5   0.213E-10 117.5   0.189E-10
+ 122.5   0.116E-10 127.5   0.100E-10 132.5   0.869E-11 137.5   0.756E-11
+ 142.5   0.648E-11 147.5   0.560E-11 152.5   0.485E-11 157.5   0.416E-11
+ 162.5   0.352E-11 167.5   0.297E-11 172.5   0.247E-11 177.5   0.208E-11
+ 182.5   0.173E-11 187.5   0.143E-11 192.5   0.116E-11 197.5   0.954E-12
+ 202.5   0.795E-12 207.5   0.670E-12 212.5   0.563E-12 217.5   0.466E-12
+ 222.5   0.383E-12 227.5   0.310E-12 232.5   0.251E-12 237.5   0.197E-12
+ 242.5   0.151E-12 247.5   0.111E-12 252.5   0.807E-13 257.5   0.560E-13
+ 262.5   0.364E-13 267.5   0.198E-13 272.5   0.738E-14 277.5   0.155E-14
+ 282.5   0.100E-17 287.5   0.000E+00 292.5   0.206E-20 297.5   0.000E+00
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.721E-18 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.21000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.431E-08
+  22.5   0.120E-08  27.5   0.504E-09  32.5   0.422E-09  37.5   0.422E-09
+  42.5   0.349E-09  47.5   0.243E-09  52.5   0.163E-09  57.5   0.115E-09
+  62.5   0.872E-10  67.5   0.676E-10  72.5   0.544E-10  77.5   0.448E-10
+  82.5   0.379E-10  87.5   0.318E-10  92.5   0.273E-10  97.5   0.237E-10
+ 102.5   0.209E-10 107.5   0.180E-10 112.5   0.158E-10 117.5   0.141E-10
+ 122.5   0.130E-10 127.5   0.113E-10 132.5   0.977E-11 137.5   0.841E-11
+ 142.5   0.721E-11 147.5   0.625E-11 152.5   0.537E-11 157.5   0.458E-11
+ 162.5   0.387E-11 167.5   0.328E-11 172.5   0.278E-11 177.5   0.234E-11
+ 182.5   0.198E-11 187.5   0.166E-11 192.5   0.136E-11 197.5   0.113E-11
+ 202.5   0.949E-12 207.5   0.812E-12 212.5   0.687E-12 217.5   0.579E-12
+ 222.5   0.481E-12 227.5   0.397E-12 232.5   0.322E-12 237.5   0.257E-12
+ 242.5   0.200E-12 247.5   0.152E-12 252.5   0.113E-12 257.5   0.807E-13
+ 262.5   0.550E-13 267.5   0.338E-13 272.5   0.173E-13 277.5   0.807E-14
+ 282.5   0.396E-14 287.5   0.197E-14 292.5   0.915E-15 297.5   0.189E-15
+ 302.5   0.000E+00 307.5   0.000E+00 312.5   0.000E+00 317.5   0.000E+00
+ 322.5   0.000E+00 327.5   0.000E+00 332.5   0.784E-18 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.23000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.283E-08
+  22.5   0.779E-09  27.5   0.323E-09  32.5   0.263E-09  37.5   0.256E-09
+  42.5   0.213E-09  47.5   0.151E-09  52.5   0.104E-09  57.5   0.785E-10
+  62.5   0.611E-10  67.5   0.487E-10  72.5   0.401E-10  77.5   0.337E-10
+  82.5   0.287E-10  87.5   0.246E-10  92.5   0.214E-10  97.5   0.185E-10
+ 102.5   0.164E-10 107.5   0.143E-10 112.5   0.126E-10 117.5   0.111E-10
+ 122.5   0.141E-10 127.5   0.122E-10 132.5   0.105E-10 137.5   0.909E-11
+ 142.5   0.778E-11 147.5   0.665E-11 152.5   0.568E-11 157.5   0.489E-11
+ 162.5   0.419E-11 167.5   0.360E-11 172.5   0.308E-11 177.5   0.262E-11
+ 182.5   0.222E-11 187.5   0.189E-11 192.5   0.160E-11 197.5   0.133E-11
+ 202.5   0.112E-11 207.5   0.966E-12 212.5   0.824E-12 217.5   0.699E-12
+ 222.5   0.591E-12 227.5   0.493E-12 232.5   0.406E-12 237.5   0.331E-12
+ 242.5   0.269E-12 247.5   0.215E-12 252.5   0.166E-12 257.5   0.124E-12
+ 262.5   0.898E-13 267.5   0.614E-13 272.5   0.395E-13 277.5   0.245E-13
+ 282.5   0.151E-13 287.5   0.971E-14 292.5   0.642E-14 297.5   0.378E-14
+ 302.5   0.184E-14 307.5   0.841E-15 312.5   0.455E-15 317.5   0.231E-15
+ 322.5   0.716E-16 327.5   0.449E-17 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.25000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.172E-08
+  22.5   0.472E-09  27.5   0.198E-09  32.5   0.158E-09  37.5   0.154E-09
+  42.5   0.129E-09  47.5   0.919E-10  52.5   0.656E-10  57.5   0.514E-10
+  62.5   0.410E-10  67.5   0.336E-10  72.5   0.284E-10  77.5   0.241E-10
+  82.5   0.208E-10  87.5   0.182E-10  92.5   0.159E-10  97.5   0.139E-10
+ 102.5   0.123E-10 107.5   0.108E-10 112.5   0.961E-11 117.5   0.845E-11
+ 122.5   0.136E-10 127.5   0.118E-10 132.5   0.104E-10 137.5   0.915E-11
+ 142.5   0.795E-11 147.5   0.693E-11 152.5   0.608E-11 157.5   0.535E-11
+ 162.5   0.474E-11 167.5   0.411E-11 172.5   0.354E-11 177.5   0.308E-11
+ 182.5   0.268E-11 187.5   0.230E-11 192.5   0.197E-11 197.5   0.169E-11
+ 202.5   0.145E-11 207.5   0.126E-11 212.5   0.108E-11 217.5   0.932E-12
+ 222.5   0.801E-12 227.5   0.682E-12 232.5   0.574E-12 237.5   0.479E-12
+ 242.5   0.396E-12 247.5   0.323E-12 252.5   0.260E-12 257.5   0.205E-12
+ 262.5   0.158E-12 267.5   0.119E-12 272.5   0.863E-13 277.5   0.585E-13
+ 282.5   0.375E-13 287.5   0.264E-13 292.5   0.202E-13 297.5   0.147E-13
+ 302.5   0.102E-13 307.5   0.670E-14 312.5   0.393E-14 317.5   0.194E-14
+ 322.5   0.591E-15 327.5   0.374E-16 332.5   0.000E+00 337.5   0.000E+00
+ 342.5   0.000E+00 347.5   0.000E+00 352.5   0.000E+00 357.5   0.129E-18
+ 362.5   0.206E-18 367.5   0.454E-21 372.5   0.687E-21 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.27000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.984E-09
+  22.5   0.264E-09  27.5   0.111E-09  32.5   0.858E-10  37.5   0.854E-10
+  42.5   0.710E-10  47.5   0.520E-10  52.5   0.399E-10  57.5   0.315E-10
+  62.5   0.260E-10  67.5   0.220E-10  72.5   0.189E-10  77.5   0.164E-10
+  82.5   0.145E-10  87.5   0.128E-10  92.5   0.113E-10  97.5   0.994E-11
+ 102.5   0.881E-11 107.5   0.786E-11 112.5   0.699E-11 117.5   0.618E-11
+ 122.5   0.115E-10 127.5   0.102E-10 132.5   0.898E-11 137.5   0.790E-11
+ 142.5   0.693E-11 147.5   0.614E-11 152.5   0.541E-11 157.5   0.476E-11
+ 162.5   0.418E-11 167.5   0.369E-11 172.5   0.328E-11 177.5   0.289E-11
+ 182.5   0.254E-11 187.5   0.221E-11 192.5   0.191E-11 197.5   0.166E-11
+ 202.5   0.144E-11 207.5   0.126E-11 212.5   0.110E-11 217.5   0.954E-12
+ 222.5   0.818E-12 227.5   0.699E-12 232.5   0.596E-12 237.5   0.508E-12
+ 242.5   0.431E-12 247.5   0.361E-12 252.5   0.302E-12 257.5   0.247E-12
+ 262.5   0.201E-12 267.5   0.159E-12 272.5   0.124E-12 277.5   0.937E-13
+ 282.5   0.682E-13 287.5   0.480E-13 292.5   0.339E-13 297.5   0.249E-13
+ 302.5   0.190E-13 307.5   0.149E-13 312.5   0.117E-13 317.5   0.846E-14
+ 322.5   0.561E-14 327.5   0.334E-14 332.5   0.161E-14 337.5   0.415E-15
+ 342.5   0.220E-16 347.5   0.750E-17 352.5   0.187E-17 357.5   0.000E+00
+ 362.5   0.000E+00 367.5   0.000E+00 372.5   0.000E+00 377.5   0.000E+00
+ 382.5   0.000E+00 387.5   0.000E+00 392.5   0.000E+00 397.5   0.000E+00
+ 0.29000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.529E-09
+  22.5   0.138E-09  27.5   0.596E-10  32.5   0.464E-10  37.5   0.469E-10
+  42.5   0.397E-10  47.5   0.298E-10  52.5   0.239E-10  57.5   0.194E-10
+  62.5   0.165E-10  67.5   0.145E-10  72.5   0.128E-10  77.5   0.114E-10
+  82.5   0.103E-10  87.5   0.934E-11  92.5   0.839E-11  97.5   0.750E-11
+ 102.5   0.668E-11 107.5   0.603E-11 112.5   0.540E-11 117.5   0.484E-11
+ 122.5   0.101E-10 127.5   0.903E-11 132.5   0.801E-11 137.5   0.710E-11
+ 142.5   0.636E-11 147.5   0.568E-11 152.5   0.508E-11 157.5   0.453E-11
+ 162.5   0.405E-11 167.5   0.362E-11 172.5   0.322E-11 177.5   0.283E-11
+ 182.5   0.251E-11 187.5   0.222E-11 192.5   0.195E-11 197.5   0.172E-11
+ 202.5   0.151E-11 207.5   0.133E-11 212.5   0.118E-11 217.5   0.105E-11
+ 222.5   0.915E-12 227.5   0.795E-12 232.5   0.693E-12 237.5   0.591E-12
+ 242.5   0.507E-12 247.5   0.431E-12 252.5   0.364E-12 257.5   0.307E-12
+ 262.5   0.256E-12 267.5   0.213E-12 272.5   0.175E-12 277.5   0.143E-12
+ 282.5   0.114E-12 287.5   0.898E-13 292.5   0.693E-13 297.5   0.532E-13
+ 302.5   0.399E-13 307.5   0.296E-13 312.5   0.219E-13 317.5   0.161E-13
+ 322.5   0.118E-13 327.5   0.863E-14 332.5   0.653E-14 337.5   0.512E-14
+ 342.5   0.423E-14 347.5   0.366E-14 352.5   0.314E-14 357.5   0.245E-14
+ 362.5   0.176E-14 367.5   0.108E-14 372.5   0.538E-15 377.5   0.193E-15
+ 382.5   0.158E-16 387.5   0.000E+00 392.5   0.187E-16 397.5   0.366E-16
+ 0.31000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.232E-09
+  22.5   0.580E-10  27.5   0.197E-10  32.5   0.180E-10  37.5   0.115E-10
+  42.5   0.152E-10  47.5   0.124E-10  52.5   0.763E-11  57.5   0.108E-10
+  62.5   0.975E-11  67.5   0.866E-11  72.5   0.806E-11  77.5   0.779E-11
+  82.5   0.692E-11  87.5   0.632E-11  92.5   0.605E-11  97.5   0.555E-11
+ 102.5   0.502E-11 107.5   0.449E-11 112.5   0.423E-11 117.5   0.382E-11
+ 122.5   0.886E-11 127.5   0.801E-11 132.5   0.721E-11 137.5   0.648E-11
+ 142.5   0.585E-11 147.5   0.527E-11 152.5   0.474E-11 157.5   0.428E-11
+ 162.5   0.385E-11 167.5   0.349E-11 172.5   0.314E-11 177.5   0.279E-11
+ 182.5   0.249E-11 187.5   0.223E-11 192.5   0.199E-11 197.5   0.177E-11
+ 202.5   0.157E-11 207.5   0.140E-11 212.5   0.125E-11 217.5   0.111E-11
+ 222.5   0.983E-12 227.5   0.869E-12 232.5   0.761E-12 237.5   0.665E-12
+ 242.5   0.579E-12 247.5   0.501E-12 252.5   0.431E-12 257.5   0.369E-12
+ 262.5   0.314E-12 267.5   0.267E-12 272.5   0.225E-12 277.5   0.189E-12
+ 282.5   0.157E-12 287.5   0.130E-12 292.5   0.106E-12 297.5   0.846E-13
+ 302.5   0.676E-13 307.5   0.529E-13 312.5   0.413E-13 317.5   0.318E-13
+ 322.5   0.242E-13 327.5   0.184E-13 332.5   0.143E-13 337.5   0.115E-13
+ 342.5   0.943E-14 347.5   0.784E-14 352.5   0.636E-14 357.5   0.462E-14
+ 362.5   0.308E-14 367.5   0.183E-14 372.5   0.949E-15 377.5   0.459E-15
+ 382.5   0.208E-15 387.5   0.954E-16 392.5   0.482E-16 397.5   0.000E+00
+ 0.33000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.574E-12
+  22.5   0.257E-11  27.5   0.574E-11  32.5   0.886E-11  37.5   0.114E-10
+  42.5   0.133E-10  47.5   0.145E-10  52.5   0.154E-10  57.5   0.160E-10
+  62.5   0.162E-10  67.5   0.162E-10  72.5   0.157E-10  77.5   0.151E-10
+  82.5   0.144E-10  87.5   0.136E-10  92.5   0.127E-10  97.5   0.118E-10
+ 102.5   0.108E-10 107.5   0.994E-11 112.5   0.915E-11 117.5   0.841E-11
+ 122.5   0.773E-11 127.5   0.710E-11 132.5   0.648E-11 137.5   0.591E-11
+ 142.5   0.538E-11 147.5   0.491E-11 152.5   0.447E-11 157.5   0.406E-11
+ 162.5   0.369E-11 167.5   0.336E-11 172.5   0.304E-11 177.5   0.277E-11
+ 182.5   0.251E-11 187.5   0.226E-11 192.5   0.202E-11 197.5   0.182E-11
+ 202.5   0.163E-11 207.5   0.146E-11 212.5   0.131E-11 217.5   0.117E-11
+ 222.5   0.105E-11 227.5   0.926E-12 232.5   0.824E-12 237.5   0.733E-12
+ 242.5   0.648E-12 247.5   0.568E-12 252.5   0.499E-12 257.5   0.435E-12
+ 262.5   0.374E-12 267.5   0.323E-12 272.5   0.277E-12 277.5   0.239E-12
+ 282.5   0.203E-12 287.5   0.173E-12 292.5   0.145E-12 297.5   0.121E-12
+ 302.5   0.101E-12 307.5   0.829E-13 312.5   0.682E-13 317.5   0.551E-13
+ 322.5   0.443E-13 327.5   0.353E-13 332.5   0.283E-13 337.5   0.229E-13
+ 342.5   0.187E-13 347.5   0.152E-13 352.5   0.120E-13 357.5   0.903E-14
+ 362.5   0.648E-14 367.5   0.462E-14 372.5   0.331E-14 377.5   0.244E-14
+ 382.5   0.178E-14 387.5   0.120E-14 392.5   0.733E-15 397.5   0.383E-15
+ 0.35000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.532E-12
+  22.5   0.187E-11  27.5   0.369E-11  32.5   0.559E-11  37.5   0.733E-11
+  42.5   0.880E-11  47.5   0.100E-10  52.5   0.109E-10  57.5   0.116E-10
+  62.5   0.120E-10  67.5   0.123E-10  72.5   0.123E-10  77.5   0.122E-10
+  82.5   0.118E-10  87.5   0.114E-10  92.5   0.108E-10  97.5   0.101E-10
+ 102.5   0.943E-11 107.5   0.875E-11 112.5   0.812E-11 117.5   0.750E-11
+ 122.5   0.699E-11 127.5   0.642E-11 132.5   0.591E-11 137.5   0.541E-11
+ 142.5   0.498E-11 147.5   0.456E-11 152.5   0.418E-11 157.5   0.383E-11
+ 162.5   0.351E-11 167.5   0.322E-11 172.5   0.294E-11 177.5   0.269E-11
+ 182.5   0.245E-11 187.5   0.223E-11 192.5   0.203E-11 197.5   0.184E-11
+ 202.5   0.167E-11 207.5   0.152E-11 212.5   0.137E-11 217.5   0.124E-11
+ 222.5   0.111E-11 227.5   0.100E-11 232.5   0.898E-12 237.5   0.795E-12
+ 242.5   0.710E-12 247.5   0.631E-12 252.5   0.562E-12 257.5   0.498E-12
+ 262.5   0.439E-12 267.5   0.386E-12 272.5   0.337E-12 277.5   0.295E-12
+ 282.5   0.256E-12 287.5   0.220E-12 292.5   0.189E-12 297.5   0.161E-12
+ 302.5   0.137E-12 307.5   0.116E-12 312.5   0.994E-13 317.5   0.846E-13
+ 322.5   0.710E-13 327.5   0.602E-13 332.5   0.503E-13 337.5   0.421E-13
+ 342.5   0.352E-13 347.5   0.293E-13 352.5   0.243E-13 357.5   0.199E-13
+ 362.5   0.162E-13 367.5   0.130E-13 372.5   0.102E-13 377.5   0.795E-14
+ 382.5   0.602E-14 387.5   0.424E-14 392.5   0.279E-14 397.5   0.177E-14
+ 0.37000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.442E-12
+  22.5   0.127E-11  27.5   0.251E-11  32.5   0.383E-11  37.5   0.507E-11
+  42.5   0.619E-11  47.5   0.716E-11  52.5   0.795E-11  57.5   0.858E-11
+  62.5   0.909E-11  67.5   0.949E-11  72.5   0.971E-11  77.5   0.977E-11
+  82.5   0.971E-11  87.5   0.949E-11  92.5   0.909E-11  97.5   0.858E-11
+ 102.5   0.807E-11 107.5   0.756E-11 112.5   0.710E-11 117.5   0.665E-11
+ 122.5   0.625E-11 127.5   0.585E-11 132.5   0.543E-11 137.5   0.504E-11
+ 142.5   0.466E-11 147.5   0.430E-11 152.5   0.398E-11 157.5   0.368E-11
+ 162.5   0.339E-11 167.5   0.313E-11 172.5   0.289E-11 177.5   0.266E-11
+ 182.5   0.244E-11 187.5   0.224E-11 192.5   0.205E-11 197.5   0.187E-11
+ 202.5   0.171E-11 207.5   0.156E-11 212.5   0.142E-11 217.5   0.129E-11
+ 222.5   0.117E-11 227.5   0.106E-11 232.5   0.949E-12 237.5   0.852E-12
+ 242.5   0.767E-12 247.5   0.682E-12 252.5   0.608E-12 257.5   0.543E-12
+ 262.5   0.483E-12 267.5   0.428E-12 272.5   0.382E-12 277.5   0.339E-12
+ 282.5   0.298E-12 287.5   0.261E-12 292.5   0.227E-12 297.5   0.198E-12
+ 302.5   0.172E-12 307.5   0.150E-12 312.5   0.130E-12 317.5   0.113E-12
+ 322.5   0.983E-13 327.5   0.852E-13 332.5   0.733E-13 337.5   0.631E-13
+ 342.5   0.541E-13 347.5   0.464E-13 352.5   0.394E-13 357.5   0.333E-13
+ 362.5   0.279E-13 367.5   0.233E-13 372.5   0.193E-13 377.5   0.157E-13
+ 382.5   0.127E-13 387.5   0.994E-14 392.5   0.767E-14 397.5   0.579E-14
+ 0.39000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.319E-12
+  22.5   0.909E-12  27.5   0.169E-11  32.5   0.254E-11  37.5   0.341E-11
+  42.5   0.424E-11  47.5   0.500E-11  52.5   0.565E-11  57.5   0.619E-11
+  62.5   0.670E-11  67.5   0.710E-11  72.5   0.744E-11  77.5   0.761E-11
+  82.5   0.767E-11  87.5   0.761E-11  92.5   0.744E-11  97.5   0.721E-11
+ 102.5   0.687E-11 107.5   0.653E-11 112.5   0.619E-11 117.5   0.591E-11
+ 122.5   0.557E-11 127.5   0.525E-11 132.5   0.494E-11 137.5   0.462E-11
+ 142.5   0.433E-11 147.5   0.404E-11 152.5   0.377E-11 157.5   0.351E-11
+ 162.5   0.327E-11 167.5   0.304E-11 172.5   0.283E-11 177.5   0.263E-11
+ 182.5   0.243E-11 187.5   0.224E-11 192.5   0.206E-11 197.5   0.189E-11
+ 202.5   0.173E-11 207.5   0.159E-11 212.5   0.147E-11 217.5   0.134E-11
+ 222.5   0.123E-11 227.5   0.111E-11 232.5   0.101E-11 237.5   0.915E-12
+ 242.5   0.824E-12 247.5   0.744E-12 252.5   0.665E-12 257.5   0.596E-12
+ 262.5   0.532E-12 267.5   0.474E-12 272.5   0.427E-12 277.5   0.383E-12
+ 282.5   0.341E-12 287.5   0.302E-12 292.5   0.268E-12 297.5   0.237E-12
+ 302.5   0.209E-12 307.5   0.184E-12 312.5   0.162E-12 317.5   0.143E-12
+ 322.5   0.126E-12 327.5   0.111E-12 332.5   0.971E-13 337.5   0.858E-13
+ 342.5   0.750E-13 347.5   0.653E-13 352.5   0.567E-13 357.5   0.486E-13
+ 362.5   0.410E-13 367.5   0.345E-13 372.5   0.291E-13 377.5   0.245E-13
+ 382.5   0.205E-13 387.5   0.172E-13 392.5   0.140E-13 397.5   0.114E-13
+ 0.41000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.206E-12
+  22.5   0.565E-12  27.5   0.107E-11  32.5   0.165E-11  37.5   0.224E-11
+  42.5   0.282E-11  47.5   0.337E-11  52.5   0.390E-11  57.5   0.440E-11
+  62.5   0.486E-11  67.5   0.524E-11  72.5   0.554E-11  77.5   0.579E-11
+  82.5   0.596E-11  87.5   0.602E-11  92.5   0.602E-11  97.5   0.596E-11
+ 102.5   0.585E-11 107.5   0.568E-11 112.5   0.546E-11 117.5   0.523E-11
+ 122.5   0.496E-11 127.5   0.470E-11 132.5   0.445E-11 137.5   0.422E-11
+ 142.5   0.400E-11 147.5   0.378E-11 152.5   0.357E-11 157.5   0.337E-11
+ 162.5   0.316E-11 167.5   0.298E-11 172.5   0.279E-11 177.5   0.261E-11
+ 182.5   0.243E-11 187.5   0.226E-11 192.5   0.209E-11 197.5   0.193E-11
+ 202.5   0.179E-11 207.5   0.165E-11 212.5   0.152E-11 217.5   0.140E-11
+ 222.5   0.129E-11 227.5   0.118E-11 232.5   0.108E-11 237.5   0.988E-12
+ 242.5   0.898E-12 247.5   0.818E-12 252.5   0.744E-12 257.5   0.670E-12
+ 262.5   0.602E-12 267.5   0.542E-12 272.5   0.489E-12 277.5   0.440E-12
+ 282.5   0.395E-12 287.5   0.356E-12 292.5   0.321E-12 297.5   0.288E-12
+ 302.5   0.258E-12 307.5   0.231E-12 312.5   0.207E-12 317.5   0.183E-12
+ 322.5   0.158E-12 327.5   0.137E-12 332.5   0.122E-12 337.5   0.108E-12
+ 342.5   0.971E-13 347.5   0.869E-13 352.5   0.773E-13 357.5   0.676E-13
+ 362.5   0.585E-13 367.5   0.503E-13 372.5   0.435E-13 377.5   0.375E-13
+ 382.5   0.323E-13 387.5   0.277E-13 392.5   0.235E-13 397.5   0.198E-13
+ 0.43000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.108E-12
+  22.5   0.285E-12  27.5   0.596E-12  32.5   0.983E-12  37.5   0.141E-11
+  42.5   0.184E-11  47.5   0.227E-11  52.5   0.268E-11  57.5   0.307E-11
+  62.5   0.344E-11  67.5   0.376E-11  72.5   0.404E-11  77.5   0.428E-11
+  82.5   0.448E-11  87.5   0.462E-11  92.5   0.472E-11  97.5   0.477E-11
+ 102.5   0.478E-11 107.5   0.475E-11 112.5   0.467E-11 117.5   0.455E-11
+ 122.5   0.441E-11 127.5   0.425E-11 132.5   0.408E-11 137.5   0.389E-11
+ 142.5   0.371E-11 147.5   0.353E-11 152.5   0.336E-11 157.5   0.320E-11
+ 162.5   0.304E-11 167.5   0.289E-11 172.5   0.273E-11 177.5   0.257E-11
+ 182.5   0.241E-11 187.5   0.226E-11 192.5   0.211E-11 197.5   0.197E-11
+ 202.5   0.183E-11 207.5   0.170E-11 212.5   0.158E-11 217.5   0.146E-11
+ 222.5   0.135E-11 227.5   0.124E-11 232.5   0.114E-11 237.5   0.105E-11
+ 242.5   0.960E-12 247.5   0.880E-12 252.5   0.801E-12 257.5   0.733E-12
+ 262.5   0.665E-12 267.5   0.602E-12 272.5   0.545E-12 277.5   0.491E-12
+ 282.5   0.443E-12 287.5   0.398E-12 292.5   0.360E-12 297.5   0.323E-12
+ 302.5   0.291E-12 307.5   0.262E-12 312.5   0.236E-12 317.5   0.212E-12
+ 322.5   0.190E-12 327.5   0.170E-12 332.5   0.152E-12 337.5   0.134E-12
+ 342.5   0.118E-12 347.5   0.105E-12 352.5   0.943E-13 357.5   0.846E-13
+ 362.5   0.756E-13 367.5   0.670E-13 372.5   0.591E-13 377.5   0.517E-13
+ 382.5   0.450E-13 387.5   0.391E-13 392.5   0.340E-13 397.5   0.296E-13
+ 0.45000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.208E-13
+  22.5   0.104E-12  27.5   0.307E-12  32.5   0.574E-12  37.5   0.880E-12
+  42.5   0.120E-11  47.5   0.152E-11  52.5   0.183E-11  57.5   0.214E-11
+  62.5   0.243E-11  67.5   0.270E-11  72.5   0.294E-11  77.5   0.316E-11
+  82.5   0.335E-11  87.5   0.350E-11  92.5   0.363E-11  97.5   0.372E-11
+ 102.5   0.379E-11 107.5   0.383E-11 112.5   0.385E-11 117.5   0.385E-11
+ 122.5   0.382E-11 127.5   0.376E-11 132.5   0.366E-11 137.5   0.353E-11
+ 142.5   0.340E-11 147.5   0.326E-11 152.5   0.314E-11 157.5   0.301E-11
+ 162.5   0.288E-11 167.5   0.275E-11 172.5   0.262E-11 177.5   0.249E-11
+ 182.5   0.236E-11 187.5   0.223E-11 192.5   0.210E-11 197.5   0.197E-11
+ 202.5   0.183E-11 207.5   0.172E-11 212.5   0.160E-11 217.5   0.149E-11
+ 222.5   0.139E-11 227.5   0.129E-11 232.5   0.119E-11 237.5   0.110E-11
+ 242.5   0.101E-11 247.5   0.926E-12 252.5   0.846E-12 257.5   0.773E-12
+ 262.5   0.710E-12 267.5   0.648E-12 272.5   0.591E-12 277.5   0.533E-12
+ 282.5   0.481E-12 287.5   0.436E-12 292.5   0.394E-12 297.5   0.355E-12
+ 302.5   0.322E-12 307.5   0.291E-12 312.5   0.262E-12 317.5   0.237E-12
+ 322.5   0.214E-12 327.5   0.193E-12 332.5   0.173E-12 337.5   0.156E-12
+ 342.5   0.140E-12 347.5   0.126E-12 352.5   0.112E-12 357.5   0.101E-12
+ 362.5   0.903E-13 367.5   0.807E-13 372.5   0.716E-13 377.5   0.631E-13
+ 382.5   0.560E-13 387.5   0.494E-13 392.5   0.433E-13 397.5   0.377E-13
+ 0.47000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.568E-13  27.5   0.177E-12  32.5   0.353E-12  37.5   0.558E-12
+  42.5   0.784E-12  47.5   0.102E-11  52.5   0.126E-11  57.5   0.149E-11
+  62.5   0.171E-11  67.5   0.193E-11  72.5   0.213E-11  77.5   0.232E-11
+  82.5   0.248E-11  87.5   0.262E-11  92.5   0.275E-11  97.5   0.285E-11
+ 102.5   0.294E-11 107.5   0.302E-11 112.5   0.308E-11 117.5   0.312E-11
+ 122.5   0.315E-11 127.5   0.315E-11 132.5   0.313E-11 137.5   0.308E-11
+ 142.5   0.302E-11 147.5   0.295E-11 152.5   0.287E-11 157.5   0.277E-11
+ 162.5   0.268E-11 167.5   0.257E-11 172.5   0.247E-11 177.5   0.237E-11
+ 182.5   0.226E-11 187.5   0.215E-11 192.5   0.203E-11 197.5   0.192E-11
+ 202.5   0.181E-11 207.5   0.170E-11 212.5   0.160E-11 217.5   0.150E-11
+ 222.5   0.140E-11 227.5   0.131E-11 232.5   0.121E-11 237.5   0.112E-11
+ 242.5   0.105E-11 247.5   0.971E-12 252.5   0.892E-12 257.5   0.824E-12
+ 262.5   0.756E-12 267.5   0.687E-12 272.5   0.631E-12 277.5   0.574E-12
+ 282.5   0.523E-12 287.5   0.475E-12 292.5   0.435E-12 297.5   0.397E-12
+ 302.5   0.362E-12 307.5   0.328E-12 312.5   0.298E-12 317.5   0.270E-12
+ 322.5   0.245E-12 327.5   0.222E-12 332.5   0.201E-12 337.5   0.182E-12
+ 342.5   0.165E-12 347.5   0.150E-12 352.5   0.136E-12 357.5   0.123E-12
+ 362.5   0.111E-12 367.5   0.994E-13 372.5   0.892E-13 377.5   0.801E-13
+ 382.5   0.716E-13 387.5   0.642E-13 392.5   0.574E-13 397.5   0.506E-13
+ 0.49000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.331E-14
+  22.5   0.245E-13  27.5   0.102E-12  32.5   0.219E-12  37.5   0.359E-12
+  42.5   0.516E-12  47.5   0.682E-12  52.5   0.858E-12  57.5   0.103E-11
+  62.5   0.120E-11  67.5   0.137E-11  72.5   0.153E-11  77.5   0.168E-11
+  82.5   0.181E-11  87.5   0.194E-11  92.5   0.206E-11  97.5   0.215E-11
+ 102.5   0.224E-11 107.5   0.232E-11 112.5   0.239E-11 117.5   0.245E-11
+ 122.5   0.251E-11 127.5   0.255E-11 132.5   0.258E-11 137.5   0.259E-11
+ 142.5   0.259E-11 147.5   0.256E-11 152.5   0.252E-11 157.5   0.247E-11
+ 162.5   0.240E-11 167.5   0.233E-11 172.5   0.225E-11 177.5   0.217E-11
+ 182.5   0.208E-11 187.5   0.200E-11 192.5   0.191E-11 197.5   0.182E-11
+ 202.5   0.173E-11 207.5   0.164E-11 212.5   0.156E-11 217.5   0.147E-11
+ 222.5   0.137E-11 227.5   0.128E-11 232.5   0.120E-11 237.5   0.112E-11
+ 242.5   0.105E-11 247.5   0.977E-12 252.5   0.903E-12 257.5   0.841E-12
+ 262.5   0.778E-12 267.5   0.721E-12 272.5   0.665E-12 277.5   0.608E-12
+ 282.5   0.554E-12 287.5   0.506E-12 292.5   0.462E-12 297.5   0.422E-12
+ 302.5   0.387E-12 307.5   0.354E-12 312.5   0.324E-12 317.5   0.295E-12
+ 322.5   0.269E-12 327.5   0.244E-12 332.5   0.222E-12 337.5   0.201E-12
+ 342.5   0.183E-12 347.5   0.166E-12 352.5   0.152E-12 357.5   0.139E-12
+ 362.5   0.126E-12 367.5   0.114E-12 372.5   0.103E-12 377.5   0.932E-13
+ 382.5   0.846E-13 387.5   0.767E-13 392.5   0.693E-13 397.5   0.625E-13
+ 0.51000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.778E-14
+  22.5   0.155E-13  27.5   0.670E-13  32.5   0.146E-12  37.5   0.245E-12
+  42.5   0.356E-12  47.5   0.472E-12  52.5   0.596E-12  57.5   0.721E-12
+  62.5   0.852E-12  67.5   0.977E-12  72.5   0.110E-11  77.5   0.121E-11
+  82.5   0.132E-11  87.5   0.143E-11  92.5   0.152E-11  97.5   0.160E-11
+ 102.5   0.169E-11 107.5   0.176E-11 112.5   0.183E-11 117.5   0.190E-11
+ 122.5   0.196E-11 127.5   0.201E-11 132.5   0.206E-11 137.5   0.208E-11
+ 142.5   0.211E-11 147.5   0.212E-11 152.5   0.212E-11 157.5   0.211E-11
+ 162.5   0.208E-11 167.5   0.205E-11 172.5   0.201E-11 177.5   0.195E-11
+ 182.5   0.188E-11 187.5   0.181E-11 192.5   0.174E-11 197.5   0.168E-11
+ 202.5   0.161E-11 207.5   0.153E-11 212.5   0.147E-11 217.5   0.140E-11
+ 222.5   0.132E-11 227.5   0.125E-11 232.5   0.117E-11 237.5   0.110E-11
+ 242.5   0.102E-11 247.5   0.954E-12 252.5   0.892E-12 257.5   0.841E-12
+ 262.5   0.784E-12 267.5   0.727E-12 272.5   0.676E-12 277.5   0.625E-12
+ 282.5   0.574E-12 287.5   0.529E-12 292.5   0.486E-12 297.5   0.445E-12
+ 302.5   0.409E-12 307.5   0.377E-12 312.5   0.347E-12 317.5   0.319E-12
+ 322.5   0.292E-12 327.5   0.267E-12 332.5   0.244E-12 337.5   0.222E-12
+ 342.5   0.202E-12 347.5   0.184E-12 352.5   0.168E-12 357.5   0.154E-12
+ 362.5   0.140E-12 367.5   0.128E-12 372.5   0.116E-12 377.5   0.105E-12
+ 382.5   0.960E-13 387.5   0.875E-13 392.5   0.795E-13 397.5   0.721E-13
+ 0.53000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.784E-14
+  22.5   0.126E-13  27.5   0.469E-13  32.5   0.994E-13  37.5   0.165E-12
+  42.5   0.243E-12  47.5   0.328E-12  52.5   0.415E-12  57.5   0.503E-12
+  62.5   0.596E-12  67.5   0.687E-12  72.5   0.778E-12  77.5   0.863E-12
+  82.5   0.949E-12  87.5   0.103E-11  92.5   0.110E-11  97.5   0.118E-11
+ 102.5   0.125E-11 107.5   0.132E-11 112.5   0.138E-11 117.5   0.145E-11
+ 122.5   0.151E-11 127.5   0.157E-11 132.5   0.161E-11 137.5   0.165E-11
+ 142.5   0.169E-11 147.5   0.172E-11 152.5   0.174E-11 157.5   0.176E-11
+ 162.5   0.177E-11 167.5   0.177E-11 172.5   0.176E-11 177.5   0.173E-11
+ 182.5   0.169E-11 187.5   0.164E-11 192.5   0.159E-11 197.5   0.153E-11
+ 202.5   0.147E-11 207.5   0.140E-11 212.5   0.135E-11 217.5   0.130E-11
+ 222.5   0.124E-11 227.5   0.118E-11 232.5   0.111E-11 237.5   0.105E-11
+ 242.5   0.988E-12 247.5   0.926E-12 252.5   0.869E-12 257.5   0.818E-12
+ 262.5   0.761E-12 267.5   0.716E-12 272.5   0.670E-12 277.5   0.631E-12
+ 282.5   0.591E-12 287.5   0.550E-12 292.5   0.508E-12 297.5   0.468E-12
+ 302.5   0.429E-12 307.5   0.396E-12 312.5   0.366E-12 317.5   0.339E-12
+ 322.5   0.314E-12 327.5   0.290E-12 332.5   0.266E-12 337.5   0.243E-12
+ 342.5   0.222E-12 347.5   0.203E-12 352.5   0.186E-12 357.5   0.171E-12
+ 362.5   0.156E-12 367.5   0.143E-12 372.5   0.131E-12 377.5   0.120E-12
+ 382.5   0.111E-12 387.5   0.101E-12 392.5   0.926E-13 397.5   0.846E-13
+ 0.55000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.566E-14
+  22.5   0.949E-14  27.5   0.331E-13  32.5   0.699E-13  37.5   0.116E-12
+  42.5   0.170E-12  47.5   0.231E-12  52.5   0.294E-12  57.5   0.358E-12
+  62.5   0.423E-12  67.5   0.489E-12  72.5   0.556E-12  77.5   0.619E-12
+  82.5   0.687E-12  87.5   0.750E-12  92.5   0.812E-12  97.5   0.875E-12
+ 102.5   0.932E-12 107.5   0.988E-12 112.5   0.105E-11 117.5   0.111E-11
+ 122.5   0.116E-11 127.5   0.121E-11 132.5   0.126E-11 137.5   0.130E-11
+ 142.5   0.134E-11 147.5   0.137E-11 152.5   0.140E-11 157.5   0.143E-11
+ 162.5   0.144E-11 167.5   0.146E-11 172.5   0.147E-11 177.5   0.147E-11
+ 182.5   0.146E-11 187.5   0.143E-11 192.5   0.140E-11 197.5   0.136E-11
+ 202.5   0.132E-11 207.5   0.127E-11 212.5   0.123E-11 217.5   0.119E-11
+ 222.5   0.115E-11 227.5   0.110E-11 232.5   0.105E-11 237.5   0.994E-12
+ 242.5   0.943E-12 247.5   0.892E-12 252.5   0.841E-12 257.5   0.790E-12
+ 262.5   0.738E-12 267.5   0.699E-12 272.5   0.659E-12 277.5   0.619E-12
+ 282.5   0.585E-12 287.5   0.542E-12 292.5   0.506E-12 297.5   0.468E-12
+ 302.5   0.433E-12 307.5   0.401E-12 312.5   0.373E-12 317.5   0.347E-12
+ 322.5   0.322E-12 327.5   0.297E-12 332.5   0.275E-12 337.5   0.253E-12
+ 342.5   0.233E-12 347.5   0.214E-12 352.5   0.197E-12 357.5   0.181E-12
+ 362.5   0.166E-12 367.5   0.153E-12 372.5   0.140E-12 377.5   0.129E-12
+ 382.5   0.119E-12 387.5   0.109E-12 392.5   0.100E-12 397.5   0.909E-13
+ 0.57000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.201E-14
+  22.5   0.602E-14  27.5   0.226E-13  32.5   0.490E-13  37.5   0.824E-13
+  42.5   0.120E-12  47.5   0.161E-12  52.5   0.205E-12  57.5   0.250E-12
+  62.5   0.295E-12  67.5   0.341E-12  72.5   0.389E-12  77.5   0.439E-12
+  82.5   0.487E-12  87.5   0.536E-12  92.5   0.585E-12  97.5   0.636E-12
+ 102.5   0.682E-12 107.5   0.733E-12 112.5   0.778E-12 117.5   0.829E-12
+ 122.5   0.875E-12 127.5   0.926E-12 132.5   0.960E-12 137.5   0.100E-11
+ 142.5   0.104E-11 147.5   0.107E-11 152.5   0.111E-11 157.5   0.114E-11
+ 162.5   0.116E-11 167.5   0.118E-11 172.5   0.120E-11 177.5   0.121E-11
+ 182.5   0.122E-11 187.5   0.121E-11 192.5   0.119E-11 197.5   0.118E-11
+ 202.5   0.116E-11 207.5   0.113E-11 212.5   0.110E-11 217.5   0.107E-11
+ 222.5   0.104E-11 227.5   0.101E-11 232.5   0.966E-12 237.5   0.920E-12
+ 242.5   0.880E-12 247.5   0.835E-12 252.5   0.795E-12 257.5   0.750E-12
+ 262.5   0.710E-12 267.5   0.670E-12 272.5   0.636E-12 277.5   0.596E-12
+ 282.5   0.562E-12 287.5   0.527E-12 292.5   0.495E-12 297.5   0.461E-12
+ 302.5   0.430E-12 307.5   0.402E-12 312.5   0.375E-12 317.5   0.350E-12
+ 322.5   0.326E-12 327.5   0.302E-12 332.5   0.281E-12 337.5   0.261E-12
+ 342.5   0.242E-12 347.5   0.224E-12 352.5   0.207E-12 357.5   0.191E-12
+ 362.5   0.177E-12 367.5   0.162E-12 372.5   0.150E-12 377.5   0.138E-12
+ 382.5   0.128E-12 387.5   0.118E-12 392.5   0.108E-12 397.5   0.994E-13
+ 0.59000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.369E-14  27.5   0.152E-13  32.5   0.342E-13  37.5   0.579E-13
+  42.5   0.841E-13  47.5   0.112E-12  52.5   0.141E-12  57.5   0.172E-12
+  62.5   0.203E-12  67.5   0.236E-12  72.5   0.269E-12  77.5   0.303E-12
+  82.5   0.339E-12  87.5   0.375E-12  92.5   0.414E-12  97.5   0.453E-12
+ 102.5   0.493E-12 107.5   0.535E-12 112.5   0.574E-12 117.5   0.619E-12
+ 122.5   0.653E-12 127.5   0.693E-12 132.5   0.733E-12 137.5   0.767E-12
+ 142.5   0.801E-12 147.5   0.835E-12 152.5   0.863E-12 157.5   0.892E-12
+ 162.5   0.915E-12 167.5   0.943E-12 172.5   0.960E-12 177.5   0.977E-12
+ 182.5   0.994E-12 187.5   0.994E-12 192.5   0.100E-11 197.5   0.994E-12
+ 202.5   0.994E-12 207.5   0.983E-12 212.5   0.971E-12 217.5   0.954E-12
+ 222.5   0.932E-12 227.5   0.903E-12 232.5   0.875E-12 237.5   0.846E-12
+ 242.5   0.807E-12 247.5   0.773E-12 252.5   0.738E-12 257.5   0.704E-12
+ 262.5   0.676E-12 267.5   0.642E-12 272.5   0.608E-12 277.5   0.574E-12
+ 282.5   0.543E-12 287.5   0.511E-12 292.5   0.481E-12 297.5   0.452E-12
+ 302.5   0.425E-12 307.5   0.400E-12 312.5   0.376E-12 317.5   0.353E-12
+ 322.5   0.329E-12 327.5   0.307E-12 332.5   0.286E-12 337.5   0.268E-12
+ 342.5   0.250E-12 347.5   0.233E-12 352.5   0.216E-12 357.5   0.201E-12
+ 362.5   0.186E-12 367.5   0.172E-12 372.5   0.159E-12 377.5   0.148E-12
+ 382.5   0.137E-12 387.5   0.127E-12 392.5   0.118E-12 397.5   0.108E-12
+ 0.61000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.249E-14  27.5   0.106E-13  32.5   0.239E-13  37.5   0.403E-13
+  42.5   0.585E-13  47.5   0.773E-13  52.5   0.966E-13  57.5   0.117E-12
+  62.5   0.137E-12  67.5   0.160E-12  72.5   0.182E-12  77.5   0.207E-12
+  82.5   0.232E-12  87.5   0.260E-12  92.5   0.289E-12  97.5   0.320E-12
+ 102.5   0.353E-12 107.5   0.387E-12 112.5   0.420E-12 117.5   0.456E-12
+ 122.5   0.490E-12 127.5   0.523E-12 132.5   0.555E-12 137.5   0.585E-12
+ 142.5   0.614E-12 147.5   0.648E-12 152.5   0.670E-12 157.5   0.699E-12
+ 162.5   0.721E-12 167.5   0.750E-12 172.5   0.773E-12 177.5   0.790E-12
+ 182.5   0.807E-12 187.5   0.818E-12 192.5   0.824E-12 197.5   0.829E-12
+ 202.5   0.835E-12 207.5   0.841E-12 212.5   0.841E-12 217.5   0.829E-12
+ 222.5   0.824E-12 227.5   0.807E-12 232.5   0.790E-12 237.5   0.767E-12
+ 242.5   0.738E-12 247.5   0.716E-12 252.5   0.687E-12 257.5   0.665E-12
+ 262.5   0.636E-12 267.5   0.614E-12 272.5   0.585E-12 277.5   0.553E-12
+ 282.5   0.524E-12 287.5   0.494E-12 292.5   0.468E-12 297.5   0.443E-12
+ 302.5   0.420E-12 307.5   0.398E-12 312.5   0.376E-12 317.5   0.354E-12
+ 322.5   0.332E-12 327.5   0.310E-12 332.5   0.291E-12 337.5   0.273E-12
+ 342.5   0.256E-12 347.5   0.240E-12 352.5   0.225E-12 357.5   0.210E-12
+ 362.5   0.195E-12 367.5   0.182E-12 372.5   0.169E-12 377.5   0.157E-12
+ 382.5   0.147E-12 387.5   0.136E-12 392.5   0.127E-12 397.5   0.118E-12
+ 0.63000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.186E-14  27.5   0.744E-14  32.5   0.166E-13  37.5   0.277E-13
+  42.5   0.398E-13  47.5   0.521E-13  52.5   0.653E-13  57.5   0.784E-13
+  62.5   0.926E-13  67.5   0.107E-12  72.5   0.123E-12  77.5   0.139E-12
+  82.5   0.158E-12  87.5   0.178E-12  92.5   0.200E-12  97.5   0.224E-12
+ 102.5   0.249E-12 107.5   0.274E-12 112.5   0.302E-12 117.5   0.329E-12
+ 122.5   0.357E-12 127.5   0.384E-12 132.5   0.411E-12 137.5   0.437E-12
+ 142.5   0.465E-12 147.5   0.491E-12 152.5   0.516E-12 157.5   0.540E-12
+ 162.5   0.564E-12 167.5   0.585E-12 172.5   0.608E-12 177.5   0.631E-12
+ 182.5   0.642E-12 187.5   0.659E-12 192.5   0.670E-12 197.5   0.682E-12
+ 202.5   0.687E-12 207.5   0.699E-12 212.5   0.704E-12 217.5   0.704E-12
+ 222.5   0.704E-12 227.5   0.699E-12 232.5   0.687E-12 237.5   0.676E-12
+ 242.5   0.659E-12 247.5   0.648E-12 252.5   0.631E-12 257.5   0.608E-12
+ 262.5   0.596E-12 267.5   0.574E-12 272.5   0.552E-12 277.5   0.525E-12
+ 282.5   0.500E-12 287.5   0.475E-12 292.5   0.452E-12 297.5   0.431E-12
+ 302.5   0.410E-12 307.5   0.390E-12 312.5   0.371E-12 317.5   0.352E-12
+ 322.5   0.331E-12 327.5   0.312E-12 332.5   0.294E-12 337.5   0.277E-12
+ 342.5   0.260E-12 347.5   0.245E-12 352.5   0.231E-12 357.5   0.217E-12
+ 362.5   0.203E-12 367.5   0.190E-12 372.5   0.177E-12 377.5   0.165E-12
+ 382.5   0.155E-12 387.5   0.145E-12 392.5   0.135E-12 397.5   0.126E-12
+ 0.65000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.146E-14  27.5   0.534E-14  32.5   0.114E-13  37.5   0.187E-13
+  42.5   0.267E-13  47.5   0.349E-13  52.5   0.435E-13  57.5   0.524E-13
+  62.5   0.619E-13  67.5   0.716E-13  72.5   0.824E-13  77.5   0.943E-13
+  82.5   0.107E-12  87.5   0.122E-12  92.5   0.137E-12  97.5   0.155E-12
+ 102.5   0.172E-12 107.5   0.191E-12 112.5   0.212E-12 117.5   0.233E-12
+ 122.5   0.254E-12 127.5   0.276E-12 132.5   0.297E-12 137.5   0.320E-12
+ 142.5   0.343E-12 147.5   0.366E-12 152.5   0.387E-12 157.5   0.408E-12
+ 162.5   0.429E-12 167.5   0.449E-12 172.5   0.469E-12 177.5   0.487E-12
+ 182.5   0.503E-12 187.5   0.517E-12 192.5   0.529E-12 197.5   0.540E-12
+ 202.5   0.553E-12 207.5   0.561E-12 212.5   0.568E-12 217.5   0.574E-12
+ 222.5   0.585E-12 227.5   0.585E-12 232.5   0.579E-12 237.5   0.579E-12
+ 242.5   0.574E-12 247.5   0.567E-12 252.5   0.558E-12 257.5   0.547E-12
+ 262.5   0.536E-12 267.5   0.521E-12 272.5   0.506E-12 277.5   0.487E-12
+ 282.5   0.468E-12 287.5   0.448E-12 292.5   0.429E-12 297.5   0.410E-12
+ 302.5   0.393E-12 307.5   0.375E-12 312.5   0.359E-12 317.5   0.343E-12
+ 322.5   0.325E-12 327.5   0.308E-12 332.5   0.291E-12 337.5   0.275E-12
+ 342.5   0.260E-12 347.5   0.245E-12 352.5   0.232E-12 357.5   0.220E-12
+ 362.5   0.207E-12 367.5   0.195E-12 372.5   0.183E-12 377.5   0.172E-12
+ 382.5   0.161E-12 387.5   0.151E-12 392.5   0.142E-12 397.5   0.133E-12
+ 0.67000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.103E-14  27.5   0.333E-14  32.5   0.704E-14  37.5   0.118E-13
+  42.5   0.170E-13  47.5   0.221E-13  52.5   0.273E-13  57.5   0.328E-13
+  62.5   0.387E-13  67.5   0.456E-13  72.5   0.530E-13  77.5   0.608E-13
+  82.5   0.693E-13  87.5   0.784E-13  92.5   0.892E-13  97.5   0.101E-12
+ 102.5   0.114E-12 107.5   0.128E-12 112.5   0.144E-12 117.5   0.160E-12
+ 122.5   0.176E-12 127.5   0.192E-12 132.5   0.208E-12 137.5   0.226E-12
+ 142.5   0.245E-12 147.5   0.263E-12 152.5   0.281E-12 157.5   0.298E-12
+ 162.5   0.315E-12 167.5   0.332E-12 172.5   0.349E-12 177.5   0.366E-12
+ 182.5   0.380E-12 187.5   0.394E-12 192.5   0.406E-12 197.5   0.418E-12
+ 202.5   0.429E-12 207.5   0.439E-12 212.5   0.448E-12 217.5   0.457E-12
+ 222.5   0.465E-12 227.5   0.469E-12 232.5   0.472E-12 237.5   0.474E-12
+ 242.5   0.475E-12 247.5   0.474E-12 252.5   0.471E-12 257.5   0.467E-12
+ 262.5   0.461E-12 267.5   0.454E-12 272.5   0.445E-12 277.5   0.434E-12
+ 282.5   0.421E-12 287.5   0.407E-12 292.5   0.393E-12 297.5   0.378E-12
+ 302.5   0.364E-12 307.5   0.350E-12 312.5   0.337E-12 317.5   0.323E-12
+ 322.5   0.309E-12 327.5   0.294E-12 332.5   0.280E-12 337.5   0.265E-12
+ 342.5   0.251E-12 347.5   0.239E-12 352.5   0.227E-12 357.5   0.216E-12
+ 362.5   0.205E-12 367.5   0.194E-12 372.5   0.182E-12 377.5   0.172E-12
+ 382.5   0.162E-12 387.5   0.153E-12 392.5   0.144E-12 397.5   0.136E-12
+ 0.69000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.105E-17
+  22.5   0.653E-15  27.5   0.185E-14  32.5   0.393E-14  37.5   0.670E-14
+  42.5   0.977E-14  47.5   0.129E-13  52.5   0.160E-13  57.5   0.192E-13
+  62.5   0.228E-13  67.5   0.274E-13  72.5   0.325E-13  77.5   0.379E-13
+  82.5   0.428E-13  87.5   0.483E-13  92.5   0.550E-13  97.5   0.631E-13
+ 102.5   0.721E-13 107.5   0.824E-13 112.5   0.937E-13 117.5   0.105E-12
+ 122.5   0.117E-12 127.5   0.129E-12 132.5   0.141E-12 137.5   0.155E-12
+ 142.5   0.168E-12 147.5   0.181E-12 152.5   0.195E-12 157.5   0.209E-12
+ 162.5   0.223E-12 167.5   0.237E-12 172.5   0.251E-12 177.5   0.265E-12
+ 182.5   0.278E-12 187.5   0.290E-12 192.5   0.301E-12 197.5   0.312E-12
+ 202.5   0.322E-12 207.5   0.332E-12 212.5   0.341E-12 217.5   0.350E-12
+ 222.5   0.358E-12 227.5   0.365E-12 232.5   0.369E-12 237.5   0.373E-12
+ 242.5   0.377E-12 247.5   0.379E-12 252.5   0.381E-12 257.5   0.381E-12
+ 262.5   0.380E-12 267.5   0.379E-12 272.5   0.376E-12 277.5   0.371E-12
+ 282.5   0.364E-12 287.5   0.356E-12 292.5   0.347E-12 297.5   0.337E-12
+ 302.5   0.327E-12 307.5   0.317E-12 312.5   0.307E-12 317.5   0.296E-12
+ 322.5   0.285E-12 327.5   0.273E-12 332.5   0.261E-12 337.5   0.249E-12
+ 342.5   0.237E-12 347.5   0.227E-12 352.5   0.216E-12 357.5   0.207E-12
+ 362.5   0.197E-12 367.5   0.187E-12 372.5   0.177E-12 377.5   0.168E-12
+ 382.5   0.159E-12 387.5   0.151E-12 392.5   0.143E-12 397.5   0.135E-12
+ 0.71000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.227E-18
+  22.5   0.497E-15  27.5   0.103E-14  32.5   0.205E-14  37.5   0.327E-14
+  42.5   0.478E-14  47.5   0.648E-14  52.5   0.824E-14  57.5   0.100E-13
+  62.5   0.122E-13  67.5   0.150E-13  72.5   0.184E-13  77.5   0.217E-13
+  82.5   0.249E-13  87.5   0.286E-13  92.5   0.330E-13  97.5   0.382E-13
+ 102.5   0.436E-13 107.5   0.498E-13 112.5   0.568E-13 117.5   0.648E-13
+ 122.5   0.727E-13 127.5   0.812E-13 132.5   0.903E-13 137.5   0.100E-12
+ 142.5   0.110E-12 147.5   0.120E-12 152.5   0.131E-12 157.5   0.142E-12
+ 162.5   0.153E-12 167.5   0.164E-12 172.5   0.175E-12 177.5   0.186E-12
+ 182.5   0.197E-12 187.5   0.207E-12 192.5   0.216E-12 197.5   0.226E-12
+ 202.5   0.235E-12 207.5   0.244E-12 212.5   0.253E-12 217.5   0.261E-12
+ 222.5   0.269E-12 227.5   0.276E-12 232.5   0.281E-12 237.5   0.286E-12
+ 242.5   0.290E-12 247.5   0.295E-12 252.5   0.298E-12 257.5   0.301E-12
+ 262.5   0.303E-12 267.5   0.304E-12 272.5   0.306E-12 277.5   0.305E-12
+ 282.5   0.303E-12 287.5   0.300E-12 292.5   0.296E-12 297.5   0.291E-12
+ 302.5   0.285E-12 307.5   0.279E-12 312.5   0.273E-12 317.5   0.265E-12
+ 322.5   0.255E-12 327.5   0.246E-12 332.5   0.237E-12 337.5   0.228E-12
+ 342.5   0.219E-12 347.5   0.211E-12 352.5   0.202E-12 357.5   0.194E-12
+ 362.5   0.186E-12 367.5   0.177E-12 372.5   0.168E-12 377.5   0.161E-12
+ 382.5   0.154E-12 387.5   0.147E-12 392.5   0.139E-12 397.5   0.132E-12
+ 0.73000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.337E-15  27.5   0.596E-15  32.5   0.105E-14  37.5   0.160E-14
+  42.5   0.224E-14  47.5   0.304E-14  52.5   0.394E-14  57.5   0.491E-14
+  62.5   0.619E-14  67.5   0.795E-14  72.5   0.101E-13  77.5   0.121E-13
+  82.5   0.143E-13  87.5   0.169E-13  92.5   0.201E-13  97.5   0.238E-13
+ 102.5   0.276E-13 107.5   0.311E-13 112.5   0.348E-13 117.5   0.393E-13
+ 122.5   0.445E-13 127.5   0.503E-13 132.5   0.568E-13 137.5   0.642E-13
+ 142.5   0.721E-13 147.5   0.801E-13 152.5   0.880E-13 157.5   0.966E-13
+ 162.5   0.105E-12 167.5   0.113E-12 172.5   0.122E-12 177.5   0.131E-12
+ 182.5   0.139E-12 187.5   0.147E-12 192.5   0.155E-12 197.5   0.163E-12
+ 202.5   0.171E-12 207.5   0.179E-12 212.5   0.187E-12 217.5   0.194E-12
+ 222.5   0.202E-12 227.5   0.208E-12 232.5   0.214E-12 237.5   0.219E-12
+ 242.5   0.224E-12 247.5   0.229E-12 252.5   0.233E-12 257.5   0.237E-12
+ 262.5   0.240E-12 267.5   0.244E-12 272.5   0.246E-12 277.5   0.247E-12
+ 282.5   0.248E-12 287.5   0.248E-12 292.5   0.247E-12 297.5   0.245E-12
+ 302.5   0.243E-12 307.5   0.241E-12 312.5   0.237E-12 317.5   0.233E-12
+ 322.5   0.227E-12 327.5   0.222E-12 332.5   0.215E-12 337.5   0.209E-12
+ 342.5   0.202E-12 347.5   0.195E-12 352.5   0.189E-12 357.5   0.182E-12
+ 362.5   0.176E-12 367.5   0.168E-12 372.5   0.161E-12 377.5   0.155E-12
+ 382.5   0.148E-12 387.5   0.143E-12 392.5   0.136E-12 397.5   0.130E-12
+ 0.75000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.197E-15  27.5   0.364E-15  32.5   0.528E-15  37.5   0.727E-15
+  42.5   0.103E-14  47.5   0.143E-14  52.5   0.187E-14  57.5   0.236E-14
+  62.5   0.316E-14  67.5   0.435E-14  72.5   0.574E-14  77.5   0.704E-14
+  82.5   0.841E-14  87.5   0.101E-13  92.5   0.123E-13  97.5   0.149E-13
+ 102.5   0.176E-13 107.5   0.200E-13 112.5   0.223E-13 117.5   0.249E-13
+ 122.5   0.283E-13 127.5   0.320E-13 132.5   0.365E-13 137.5   0.417E-13
+ 142.5   0.473E-13 147.5   0.531E-13 152.5   0.591E-13 157.5   0.653E-13
+ 162.5   0.716E-13 167.5   0.778E-13 172.5   0.841E-13 177.5   0.909E-13
+ 182.5   0.977E-13 187.5   0.105E-12 192.5   0.111E-12 197.5   0.119E-12
+ 202.5   0.125E-12 207.5   0.132E-12 212.5   0.138E-12 217.5   0.145E-12
+ 222.5   0.151E-12 227.5   0.157E-12 232.5   0.162E-12 237.5   0.168E-12
+ 242.5   0.173E-12 247.5   0.177E-12 252.5   0.182E-12 257.5   0.186E-12
+ 262.5   0.190E-12 267.5   0.193E-12 272.5   0.197E-12 277.5   0.199E-12
+ 282.5   0.201E-12 287.5   0.202E-12 292.5   0.203E-12 297.5   0.203E-12
+ 302.5   0.204E-12 307.5   0.203E-12 312.5   0.203E-12 317.5   0.202E-12
+ 322.5   0.199E-12 327.5   0.196E-12 332.5   0.193E-12 337.5   0.189E-12
+ 342.5   0.184E-12 347.5   0.180E-12 352.5   0.175E-12 357.5   0.170E-12
+ 362.5   0.165E-12 367.5   0.159E-12 372.5   0.153E-12 377.5   0.148E-12
+ 382.5   0.142E-12 387.5   0.137E-12 392.5   0.132E-12 397.5   0.126E-12
+ 0.77000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.801E-16  27.5   0.178E-15  32.5   0.232E-15  37.5   0.283E-15
+  42.5   0.410E-15  47.5   0.625E-15  52.5   0.875E-15  57.5   0.115E-14
+  62.5   0.159E-14  67.5   0.231E-14  72.5   0.318E-14  77.5   0.398E-14
+  82.5   0.485E-14  87.5   0.591E-14  92.5   0.733E-14  97.5   0.909E-14
+ 102.5   0.110E-13 107.5   0.126E-13 112.5   0.142E-13 117.5   0.161E-13
+ 122.5   0.186E-13 127.5   0.214E-13 132.5   0.241E-13 137.5   0.273E-13
+ 142.5   0.308E-13 147.5   0.346E-13 152.5   0.389E-13 157.5   0.431E-13
+ 162.5   0.477E-13 167.5   0.524E-13 172.5   0.574E-13 177.5   0.625E-13
+ 182.5   0.682E-13 187.5   0.738E-13 192.5   0.790E-13 197.5   0.846E-13
+ 202.5   0.903E-13 207.5   0.954E-13 212.5   0.101E-12 217.5   0.106E-12
+ 222.5   0.112E-12 227.5   0.117E-12 232.5   0.122E-12 237.5   0.127E-12
+ 242.5   0.131E-12 247.5   0.136E-12 252.5   0.140E-12 257.5   0.144E-12
+ 262.5   0.148E-12 267.5   0.152E-12 272.5   0.155E-12 277.5   0.158E-12
+ 282.5   0.160E-12 287.5   0.162E-12 292.5   0.164E-12 297.5   0.165E-12
+ 302.5   0.167E-12 307.5   0.168E-12 312.5   0.169E-12 317.5   0.170E-12
+ 322.5   0.169E-12 327.5   0.168E-12 332.5   0.166E-12 337.5   0.165E-12
+ 342.5   0.163E-12 347.5   0.160E-12 352.5   0.158E-12 357.5   0.155E-12
+ 362.5   0.151E-12 367.5   0.147E-12 372.5   0.143E-12 377.5   0.137E-12
+ 382.5   0.133E-12 387.5   0.129E-12 392.5   0.125E-12 397.5   0.121E-12
+ 0.79000E+03
+   2.5   0.000E+00   7.5   0.000E+00  12.5   0.000E+00  17.5   0.000E+00
+  22.5   0.189E-16  27.5   0.454E-16  32.5   0.579E-16  37.5   0.608E-16
+  42.5   0.841E-16  47.5   0.151E-15  52.5   0.245E-15  57.5   0.378E-15
+  62.5   0.653E-15  67.5   0.110E-14  72.5   0.158E-14  77.5   0.202E-14
+  82.5   0.251E-14  87.5   0.316E-14  92.5   0.404E-14  97.5   0.520E-14
+ 102.5   0.642E-14 107.5   0.756E-14 112.5   0.875E-14 117.5   0.102E-13
+ 122.5   0.120E-13 127.5   0.141E-13 132.5   0.160E-13 137.5   0.179E-13
+ 142.5   0.199E-13 147.5   0.222E-13 152.5   0.248E-13 157.5   0.277E-13
+ 162.5   0.309E-13 167.5   0.343E-13 172.5   0.381E-13 177.5   0.422E-13
+ 182.5   0.465E-13 187.5   0.510E-13 192.5   0.549E-13 197.5   0.591E-13
+ 202.5   0.636E-13 207.5   0.676E-13 212.5   0.721E-13 217.5   0.767E-13
+ 222.5   0.812E-13 227.5   0.858E-13 232.5   0.898E-13 237.5   0.937E-13
+ 242.5   0.977E-13 247.5   0.102E-12 252.5   0.106E-12 257.5   0.110E-12
+ 262.5   0.114E-12 267.5   0.116E-12 272.5   0.120E-12 277.5   0.123E-12
+ 282.5   0.126E-12 287.5   0.128E-12 292.5   0.130E-12 297.5   0.132E-12
+ 302.5   0.134E-12 307.5   0.136E-12 312.5   0.137E-12 317.5   0.139E-12
+ 322.5   0.139E-12 327.5   0.140E-12 332.5   0.140E-12 337.5   0.140E-12
+ 342.5   0.139E-12 347.5   0.139E-12 352.5   0.138E-12 357.5   0.137E-12
+ 362.5   0.135E-12 367.5   0.132E-12 372.5   0.129E-12 377.5   0.126E-12
+ 382.5   0.122E-12 387.5   0.119E-12 392.5   0.116E-12 397.5   0.114E-12
diff --git a/src/Framework/Conventions/KinePhaseSpace.h b/src/Framework/Conventions/KinePhaseSpace.h
index ffac5d380..09f6a60f6 100644
--- a/src/Framework/Conventions/KinePhaseSpace.h
+++ b/src/Framework/Conventions/KinePhaseSpace.h
@@ -68,7 +68,7 @@ typedef enum EKinePhaseSpace {
               // TODO: rename this value when the correct variables are identified
   kPSTAfE,
   kPSEgTlOgfE,
-  kPSDMELEvGen, // Equivalent to kPSQELEvGen for Dark Matter scattering  
+  kPSDMELEvGen, // Equivalent to kPSQELEvGen for Dark Matter scattering
   kPSlog10xlog10Q2fE
 } KinePhaseSpace_t;
 
diff --git a/src/Physics/Hadronization/AGKYLowW2019.h b/src/Physics/Hadronization/AGKYLowW2019.h
index 06f2f6601..02e6695d4 100644
--- a/src/Physics/Hadronization/AGKYLowW2019.h
+++ b/src/Physics/Hadronization/AGKYLowW2019.h
@@ -34,7 +34,7 @@
 
 \cpright  Copyright (c) 2003-2020, The GENIE Collaboration
           For the full text of the license visit http://copyright.genie-mc.org
-          
+
 */
 //____________________________________________________________________________
 
@@ -46,7 +46,7 @@
 #include "Framework/Interaction/Interaction.h"
 #include "Physics/Decay/Decayer.h"
 #include "Framework/EventGen/EventRecordVisitorI.h"
-
+#include "Framework/Interaction/Interaction.h"
 
 class TF1;
 
diff --git a/src/Physics/NuclearState/FermiMover.cxx b/src/Physics/NuclearState/FermiMover.cxx
index 7baff124c..e0495c138 100644
--- a/src/Physics/NuclearState/FermiMover.cxx
+++ b/src/Physics/NuclearState/FermiMover.cxx
@@ -2,7 +2,7 @@
 /*
  Copyright (c) 2003-2020, The GENIE Collaboration
  For the full text of the license visit http://copyright.genie-mc.org
- 
+
 
  Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
  University of Liverpool & STFC Rutherford Appleton Laboratory - October 08, 2004
@@ -159,28 +159,50 @@ void FermiMover::KickHitNucleon(GHepRecord * evrec) const
   // Do default Fermi Moving
   } else  {
     if (!fKeepNuclOnMassShell) {
-      //-- compute A,Z for final state nucleus & get its PDG code
-      int nucleon_pdgc = nucleon->Pdg();
-      bool is_p  = pdg::IsProton(nucleon_pdgc);
-      int Z = (is_p) ? nucleus->Z()-1 : nucleus->Z();
-      int A = nucleus->A() - 1;
-
-      TParticlePDG * fnucleus = 0;
-      int ipdgc = pdg::IonPdgCode(A, Z);
-      fnucleus = PDGLibrary::Instance()->Find(ipdgc);
-      if(!fnucleus) {
-        LOG("FermiMover", pFATAL)
-              << "No particle with [A = " << A << ", Z = " << Z
-              << ", pdgc = " << ipdgc << "] in PDGLibrary!";
-        exit(1);
-      }
-      //-- compute the energy of the struck (off the mass-shell) nucleus
-
-      double Mf  = fnucleus -> Mass(); // remnant nucleus mass
-      double Mi  = nucleus  -> Mass(); // initial nucleus mass
 
-      EN = Mi - TMath::Sqrt(pF2 + Mf*Mf);
-    } else {
+      if ( fNuclModel->ModelType(*tgt) == kNucmSpectralFunc ) {
+        // If we're using the SpectralFunc nuclear model, use it to determine a
+        // variable off-shell total energy for the initial hit nucleon
+        // See also the BindHitNucleon() function in
+        // Physics/QuasiElastic/XSection/QELUtils.cxx
+        double mNi = tgt->HitNucMass(); // On-shell initial hit nucleon mass
+        double Mi = tgt->Mass(); // Initial mass of the nuclear target
+        double Mf = std::sqrt( std::max(0., std::pow(Mi + w - mNi, 2) - p3.Mag2()) );
+        // The (lab-frame) off-shell initial nucleon energy is the difference
+        // between the lab frame total energies of the initial and remnant nuclei
+        EN = Mi - std::sqrt( Mf*Mf + p3.Mag2() );
+      }
+      else {
+        // Otherwise, assume that the spectator nuclear remnant is left in its
+        // ground state.
+
+        // TODO: revisit this assumption, as was done for QELEventGenerator
+        // for the v3.0.4 release
+
+        //-- compute A,Z for final state nucleus & get its PDG code
+        int nucleon_pdgc = nucleon->Pdg();
+        bool is_p  = pdg::IsProton(nucleon_pdgc);
+        int Z = (is_p) ? nucleus->Z()-1 : nucleus->Z();
+        int A = nucleus->A() - 1;
+
+        TParticlePDG * fnucleus = 0;
+        int ipdgc = pdg::IonPdgCode(A, Z);
+        fnucleus = PDGLibrary::Instance()->Find(ipdgc);
+        if(!fnucleus) {
+          LOG("FermiMover", pFATAL)
+                << "No particle with [A = " << A << ", Z = " << Z
+                << ", pdgc = " << ipdgc << "] in PDGLibrary!";
+          exit(1);
+        }
+        //-- compute the energy of the struck (off the mass-shell) nucleus
+
+        double Mf  = fnucleus -> Mass(); // remnant nucleus mass
+        double Mi  = nucleus  -> Mass(); // initial nucleus mass
+
+        EN = Mi - TMath::Sqrt(pF2 + Mf*Mf);
+      }
+    }
+    else {
       double MN  = nucleon->Mass();
       double MN2 = TMath::Power(MN,2);
       EN = TMath::Sqrt(MN2+pF2);
diff --git a/src/Physics/NuclearState/SpectralFunc.cxx b/src/Physics/NuclearState/SpectralFunc.cxx
index 67ef09abb..e586d0182 100644
--- a/src/Physics/NuclearState/SpectralFunc.cxx
+++ b/src/Physics/NuclearState/SpectralFunc.cxx
@@ -2,22 +2,27 @@
 /*
  Copyright (c) 2003-2020, The GENIE Collaboration
  For the full text of the license visit http://copyright.genie-mc.org
- 
+
+ Steven Gardiner <gardiner \at fnal.gov>
+ Fermi National Accelerator Laboratory
 
  Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
- University of Liverpool & STFC Rutherford Appleton Laboratory 
+ University of Liverpool & STFC Rutherford Appleton Laboratory
 
  For the class documentation see the corresponding header file.
-
- Important revisions after version 2.0.0 :
- @ May 01, 2012 - CA
-   Pick spectral function data from $GENIE/data/evgen/nucl/spectral_functions
 */
 //____________________________________________________________________________
 
-#include <TSystem.h>
-#include <TNtupleD.h>
-#include <TGraph2D.h>
+#include <fstream>
+#include <sstream>
+#include <string>
+
+#include "TF2.h"
+#include "TGraph2D.h"
+#include "TH2D.h"
+#include "TNtupleD.h"
+#include "TRandom.h"
+#include "TSystem.h"
 
 #include "Framework/Conventions/Constants.h"
 #include "Framework/Conventions/Controls.h"
@@ -27,186 +32,295 @@
 #include "Framework/ParticleData/PDGCodes.h"
 #include "Framework/Numerical/RandomGen.h"
 
+namespace {
+
+  // TODO: Replace this with std::to_string when we switch to C++11
+  std::string replace_with_std_to_string(int an_integer) {
+    std::ostringstream oss;
+    oss << an_integer;
+    return oss.str();
+  }
+
+}
+
 using namespace genie;
 using namespace genie::constants;
 using namespace genie::controls;
 
 //____________________________________________________________________________
-SpectralFunc::SpectralFunc() :
-NuclearModelI("genie::SpectralFunc")
+SpectralFunc::SpectralFunc() : NuclearModelI("genie::SpectralFunc")
 {
-  fSfFe56 = 0;
-  fSfC12  = 0;
+
 }
 //____________________________________________________________________________
 SpectralFunc::SpectralFunc(string config) :
-NuclearModelI("genie::SpectralFunc", config)
+  NuclearModelI("genie::SpectralFunc", config)
 {
-  fSfFe56 = 0;
-  fSfC12  = 0;
+
 }
 //____________________________________________________________________________
 SpectralFunc::~SpectralFunc()
 {
-//if (fSfFe56) delete fSfFe56;
-//if (fSfC12 ) delete fSfC12;
+  // Delete the TH2D objects from the spectral function map
+  std::map<int, TH2D*>::iterator begin = fSpectralFunctionMap.begin();
+  std::map<int, TH2D*>::iterator end = fSpectralFunctionMap.end();
+  for (std::map<int, TH2D*>::iterator iter = begin; iter != end; ++iter) {
+    TH2D* hist = iter->second;
+    if ( hist ) delete hist;
+  }
 }
 //____________________________________________________________________________
-bool SpectralFunc::GenerateNucleon(const Target & target) const
+bool SpectralFunc::GenerateNucleon(const Target& target) const
 {
-  TGraph2D * sf = this->SelectSpectralFunction(target);
+  TH2D* sf = this->SelectSpectralFunction( target );
 
-  if(!sf) {
+  if ( !sf ) {
     fCurrRemovalEnergy = 0.;
-    fCurrMomentum.SetXYZ(0.,0.,0.);
+    fCurrMomentum.SetXYZ(0., 0., 0.);
     return false;
   }
 
-  double kmin    = sf->GetXmin(); // momentum range
-  double kmax    = sf->GetXmax();
-  double wmin    = sf->GetYmin(); // removal energy range
-  double wmax    = sf->GetYmax();
-  double probmax = sf->GetZmax(); // maximum probability
-  probmax *= 1.1;
-
-  double dk = kmax - kmin;
-  double dw = wmax - wmin;
-
-  LOG("SpectralFunc", pINFO) << "Momentum range = ["   << kmin << ", " << kmax << "]"; 
-  LOG("SpectralFunc", pINFO) << "Rmv energy range = [" << wmin << ", " << wmax << "]";
-
-  RandomGen * rnd = RandomGen::Instance();
-
-  unsigned int niter = 0;
-  while(1) {
-    if(niter > kRjMaxIterations) {
-       LOG("SpectralFunc", pWARN) 
-           << "Couldn't generate a hit nucleon after " << niter << " iterations";
-       return false;
-    }
-    niter++;
-
-    // random pair
-    double kc = kmin + dk * rnd->RndGen().Rndm();
-    double wc = wmin + dw * rnd->RndGen().Rndm();
-    LOG("SpectralFunc", pINFO) << "Trying p = " << kc << ", w = " << wc;
-
-    // accept/reject
-    double prob  = this->Prob(kc,wc, target);
-    double probg = probmax * rnd->RndGen().Rndm();
-    bool accept = (probg < prob);
-    if(!accept) continue;
-
-    LOG("SpectralFunc", pINFO) << "|p,nucleon| = " << kc; 
-    LOG("SpectralFunc", pINFO) << "|w,nucleon| = " << wc;
-
-    // generate momentum components
-    double costheta = -1. + 2. * rnd->RndGen().Rndm();
-    double sintheta = TMath::Sqrt(1.-costheta*costheta);
-    double fi       = 2 * kPi * rnd->RndGen().Rndm();
-    double cosfi    = TMath::Cos(fi);
-    double sinfi    = TMath::Sin(fi);
-
-    double kx = kc*sintheta*cosfi;
-    double ky = kc*sintheta*sinfi;
-    double kz = kc*costheta;
-
-    // set generated values
-    fCurrRemovalEnergy = wc;
-    fCurrMomentum.SetXYZ(kx,ky,kz);
-
-    return true;
-  }
-  return false;
+  double kmin    = sf->GetXaxis()->GetXmin(); // momentum range
+  double kmax    = sf->GetXaxis()->GetXmax();
+  double wmin    = sf->GetYaxis()->GetXmin(); // removal energy range
+  double wmax    = sf->GetYaxis()->GetXmax();
+
+  LOG("SpectralFunc", pDEBUG) << "Momentum range = ["   << kmin << ", " << kmax << "]";
+  LOG("SpectralFunc", pDEBUG) << "Rmv energy range = [" << wmin << ", " << wmax << "]";
+
+  // Temporarily replace ROOT's gRandom RNG with GENIE's so that our call to
+  // TH2::GetRandom2() will use GENIE's random numbers
+  TRandom* old_gRandom = gRandom;
+  RandomGen* rnd = RandomGen::Instance();
+  gRandom = &rnd->RndGen();
+
+  // Pick a random nucleon momentum and removal energy using the spectral
+  // function histogram
+  double kc = 0.;
+  double wc = 0.;
+  sf->GetRandom2( kc, wc );
+
+  // Restore ROOT's old gRandom now that we've had our fun
+  gRandom = old_gRandom;
+
+  // Log our choices for the nucleon momentum and removal energy
+  LOG("SpectralFunc", pINFO) << "|p,nucleon| = " << kc;
+  LOG("SpectralFunc", pINFO) << "|w,nucleon| = " << wc;
+
+  // Generate momentum components
+  double costheta = -1. + 2. * rnd->RndGen().Rndm();
+  double sintheta = TMath::Sqrt(1.-costheta*costheta);
+  double fi       = 2 * kPi * rnd->RndGen().Rndm();
+  double cosfi    = TMath::Cos(fi);
+  double sinfi    = TMath::Sin(fi);
+
+  double kx = kc * sintheta * cosfi;
+  double ky = kc * sintheta * sinfi;
+  double kz = kc * costheta;
+
+  // set generated values
+  fCurrRemovalEnergy = wc;
+  fCurrMomentum.SetXYZ(kx,ky,kz);
+
+  return true;
 }
 //____________________________________________________________________________
-double SpectralFunc::Prob(
-                         double p, double w, const Target & target) const
+double SpectralFunc::Prob(double p, double w, const Target & target) const
 {
-  TGraph2D * sf = this->SelectSpectralFunction(target);
-  if(!sf) return 0;
+  TH2D* sf = this->SelectSpectralFunction( target );
+  if ( !sf ) return 0.;
+
+  // TODO: check whether we should return the probability mass or density here.
+  // The previous implementation used the density. For now, we return the mass.
+  double prob_mass = 0.;
+  if ( w >= 0. ) {
+    // In the normal case, find the bin corresponding to (p, w) and return the
+    // probability based on that
+    int bin_num = sf->FindBin( p, w );
+    prob_mass = sf->GetBinContent( bin_num );
+  }
+  else {
+    // For w < 0 (e.g., w = -1 used by QELEventGenerator), ignore w and find
+    // the integrated probability of sampling from the appropriate p bin
+    TH1D* temp_p_hist = sf->ProjectionX("temp_p_proj_x", 1,
+      sf->GetXaxis()->GetNbins());
+
+    int p_bin_num = temp_p_hist->FindBin( p );
+    prob_mass = temp_p_hist->GetBinContent( p_bin_num );
+    delete temp_p_hist;
+  }
+
+  return prob_mass;
 
-  return sf->Interpolate(p,w);
+  //int bx, by, bz;
+  //sf->GetBinXYZ( bin_num, bx, by, bz );
+
+  //double prob_density = prob_mass / sf->GetXaxis()->GetBinWidth( bx )
+  //  / sf->GetYaxis()->GetBinWidth( by )
+  //  / std::pow(sf->GetXaxis()->GetBinLowEdge( bx ), 2)
+  //  / (4. * kPi);
+
+  //return prob_density;
 }
 //____________________________________________________________________________
 void SpectralFunc::Configure(const Registry & config)
 {
-  Algorithm::Configure(config);
+  Algorithm::Configure( config );
   this->LoadConfig();
 }
 //____________________________________________________________________________
 void SpectralFunc::Configure(string param_set)
 {
-  Algorithm::Configure(param_set);
+  Algorithm::Configure( param_set );
   this->LoadConfig();
 }
 //____________________________________________________________________________
 void SpectralFunc::LoadConfig(void)
 {
+  NuclearModelI::LoadConfig();
+
+  // Determine the folder that should be searched to find the spectral function
+  // data files
+  std::string data_path_type;
+  this->GetParamDef( "DataPathType", data_path_type, std::string("relative") );
+
+  std::string data_path;
+  this->GetParam( "DataPath", data_path );
+  // Ensure that the path ends with '/', just in case
+  data_path += '/';
+
+  if ( data_path_type == "relative" ) {
+    std::string genie_path = gSystem->Getenv("GENIE");
+    genie_path += '/';
+    data_path = genie_path + data_path;
+  }
 
-  NuclearModelI::LoadConfig() ;
-
-  LOG("SpectralFunc", pDEBUG) << "Loading Benhar et al. spectral functions";
+  fDataPath = data_path;
+}
+//____________________________________________________________________________
+TH2D* SpectralFunc::SelectSpectralFunction(const Target& t) const
+{
+  // First check whether we've already built the requested spectral function
+  int target_pdg = t.Pdg();
+  std::map<int, TH2D*>::iterator my_iter = fSpectralFunctionMap.find( target_pdg );
+  if ( my_iter != fSpectralFunctionMap.end() ) return my_iter->second;
+
+  // If not, attempt to build it
+  std::string target_pdg_string = replace_with_std_to_string( target_pdg );
+  RgKey sf_key( "SpectFuncTable@Pdg=" + target_pdg_string );
+  std::string data_filename;
+  this->GetParamDef( sf_key, data_filename, std::string() );
+
+  if ( data_filename.empty() ) {
+    LOG("SpectralFunc", pERROR) << "** The spectral function for target "
+      << target_pdg << " isn't available";
+    std::exit( 1 );
+  }
 
-  string data_dir =
-        string(gSystem->Getenv("GENIE")) + 
-        string("/data/evgen/nucl/spectral_functions/");
-  string c12file  = data_dir + "benhar-sf-12c.data";
-  string fe56file = data_dir + "benhar-sf-56fe.data";
+  // Prepend the data path to the file name
+  data_filename = fDataPath + data_filename;
 
-  TNtupleD sfdata_fe56("sfdata_fe56","","k:e:prob");
-  TNtupleD sfdata_c12 ("sfdata_c12", "","k:e:prob");
+  TH2D* sf_hist = this->LoadSFDataFile( data_filename, t.Z() );
 
-  sfdata_fe56.ReadFile ( fe56file.c_str() );
-  sfdata_c12. ReadFile ( c12file.c_str () );
+  LOG("SpectralFunc", pNOTICE) << "Loaded spectral function data"
+    " for target with PDG code " << target_pdg << " from the file "
+    << data_filename;
 
-  LOG("SpectralFunc", pDEBUG) << "Loaded " << sfdata_fe56.GetEntries() << " Fe56 points";
-  LOG("SpectralFunc", pDEBUG) << "Loaded " << sfdata_c12.GetEntries()  << " C12 points";
+  sf_hist->SetName( ("sf_" + target_pdg_string).c_str() );
 
-  if (fSfFe56) delete fSfFe56;
-  if (fSfC12 ) delete fSfC12;
+  // Set the directory to NULL so that this histogram is never auto-deleted
+  // (the genie::SpectralFunc object will take ownership)
+  sf_hist->SetDirectory( NULL );
 
-  fSfFe56 = this->Convert2Graph(sfdata_fe56);
-  fSfC12  = this->Convert2Graph(sfdata_c12);
+  // Store the new spectral function histogram for easy retrieval later
+  fSpectralFunctionMap[ target_pdg ] = sf_hist;
 
-  fSfFe56->SetName("sf_fe56");
-  fSfC12 ->SetName("sf_c12");
+  return sf_hist;
 }
 //____________________________________________________________________________
-TGraph2D * SpectralFunc::Convert2Graph(TNtupleD & sfdata) const
+TH2D* SpectralFunc::LoadSFDataFile(const std::string& full_file_name,
+  int targetZ ) const
 {
-  int np = sfdata.GetEntries();
-  TGraph2D * sfgraph = new TGraph2D(np);
-
-  sfdata.Draw("k:e:prob","","GOFF");
-  assert(np==sfdata.GetSelectedRows());
-  double * k = sfdata.GetV1();
-  double * e = sfdata.GetV2();
-  double * p = sfdata.GetV3();
-
-  for(int i=0; i<np; i++) {
-    double ki = k[i] * (units::MeV/units::GeV); // momentum
-    double ei = e[i] * (units::MeV/units::GeV); // removal energy
-    double pi = p[i] * TMath::Power(ki,2);      // probabillity
-    sfgraph->SetPoint(i, ki,ei,pi);
-  }
-  return sfgraph;
-}
-//____________________________________________________________________________
-TGraph2D * SpectralFunc::SelectSpectralFunction(const Target & t) const
-{
-  TGraph2D * sf = 0;
-  int pdgc = t.Pdg();
+  int num_E_bins, num_p_bins;
+  double p_min, p_max, E_min, E_max;
 
-  if      (pdgc == kPdgTgtC12)  sf = fSfC12;
-  else if (pdgc == kPdgTgtFe56) sf = fSfFe56;
-  else {
-    LOG("SpectralFunc", pERROR) 
-     << "** The spectral function for target " << pdgc << " isn't available";
+  std::ifstream in_file( full_file_name );
+
+  // Check that the file exists and is readable
+  if ( !in_file.good() ) {
+    LOG("SpectralFunc", pERROR) << "Could not read spectral function table"
+      << " from the file " << full_file_name;
+    std::exit( 1 );
   }
-  if(!sf) {
-    LOG("SpectralFunc", pERROR) << "** Null spectral function";
+
+  // TODO: add I/O error handling
+
+  // Read the histogram bin boundary information from the
+  // spectral function data file header. Note that the current
+  // format requires equally-spaced bins.
+  in_file >> num_E_bins >> num_p_bins;
+  in_file >> E_min >> p_min;
+  in_file >> E_max >> p_max;
+
+  // The input files use MeV while GENIE uses GeV, so make the
+  // change to GENIE units now.
+  E_min *= genie::units::MeV;
+  E_max *= genie::units::MeV;
+
+  p_min *= genie::units::MeV;
+  p_max *= genie::units::MeV;
+
+  // Build an empty histogram with the given bin boundaries
+  TH2D* sf_hist = new TH2D("temp_sf_hist",
+    "Spectral Function; nucleon momentum (GeV); removal energy (GeV)",
+    num_p_bins, p_min, p_max, num_E_bins, E_min, E_max);
+
+  // Now set the contents of each bin using the body of the input data file.
+  // Note that the tabulated p and E values represent the bin centers.
+  for ( int ip = 0; ip < num_p_bins; ++ip ) {
+
+    double p;
+    in_file >> p;
+
+    // Convert from MeV to GeV
+    p *= genie::units::MeV;
+
+    for ( int ie = 0; ie < num_E_bins; ++ie ) {
+
+      double E, prob_density;
+      in_file >> E >> prob_density;
+
+      // Convert from MeV to GeV
+      E *= genie::units::MeV;
+
+      // Convert from MeV^(-4) to GeV^(-4)
+      prob_density *= std::pow( genie::units::MeV, -4 );
+
+      // Remove the normalization factor of Z from the values tabulated in the
+      // file
+      prob_density /= targetZ;
+
+      // Convert bin contents from probability density to probability
+      // mass for easier sampling
+      TAxis* p_axis = sf_hist->GetXaxis();
+      int p_idx = p_axis->FindBin( p );
+      double p_bin_width = p_axis->GetBinWidth( p_idx );
+
+      TAxis* E_axis = sf_hist->GetYaxis();
+      int E_idx = E_axis->FindBin( E );
+      double E_bin_width = E_axis->GetBinWidth( E_idx );
+
+      // This expression assumes that the p^2 * prob_density can
+      // be treated as approximately constant over the bin of interest
+      double prob_mass = prob_density * std::pow(p, 2) * 4. * kPi
+        * p_bin_width * E_bin_width;
+
+      sf_hist->SetBinContent( sf_hist->FindBin(p, E), prob_mass );
+      LOG("SpectralFunc", pDEBUG) << "p = " << p << ", E = " << E << ", dens = " << prob_density
+        << ", mass = " << prob_mass << ", p_bin_width = " << p_bin_width << ", E_bin_width = "
+        << E_bin_width;
+    }
   }
-  return sf;
+
+  return sf_hist;
 }
-//____________________________________________________________________________
diff --git a/src/Physics/NuclearState/SpectralFunc.h b/src/Physics/NuclearState/SpectralFunc.h
index c9a97176a..d9d912d3d 100644
--- a/src/Physics/NuclearState/SpectralFunc.h
+++ b/src/Physics/NuclearState/SpectralFunc.h
@@ -9,11 +9,14 @@
 \author   Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
           University of Liverpool & STFC Rutherford Appleton Laboratory
 
+          Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
 \created  May 07, 2004
 
 \cpright  Copyright (c) 2003-2020, The GENIE Collaboration
           For the full text of the license visit http://copyright.genie-mc.org
-          
+
 
 */
 //____________________________________________________________________________
@@ -21,10 +24,13 @@
 #ifndef _SPECTRAL_FUNCTION_H_
 #define _SPECTRAL_FUNCTION_H_
 
+#include <map>
+
 #include "Physics/NuclearState/NuclearModelI.h"
 
-class TNtupleD;
 class TGraph2D;
+class TH2D;
+class TNtupleD;
 
 namespace genie {
 
@@ -41,7 +47,7 @@ class SpectralFunc : public NuclearModelI {
   //-- implement the NuclearModelI interface
   bool           GenerateNucleon (const Target & t) const;
   double         Prob            (double p, double w, const Target & t) const;
-  NuclearModel_t ModelType       (const Target &) const 
+  NuclearModel_t ModelType       (const Target &) const
   {
     return kNucmSpectralFunc;
   }
@@ -51,16 +57,27 @@ class SpectralFunc : public NuclearModelI {
   void Configure (const Registry & config);
   void Configure (string config);
 
+  TH2D* SelectSpectralFunction (const Target& target) const;
+
  protected:
   void       LoadConfig             (void);
+  TGraph2D*  Convert2Graph          (TNtupleD& data) const;
+  TH2D* LoadSFDataFile( const std::string& full_file_name, int targetZ ) const;
+
+  /// The path to the folder containing the spectral function data files
+  std::string fDataPath;
+
+  /// Map storing cached spectral functions. Keys are nuclear PDG codes,
+  /// values are 2D histograms representing the probability distribution
+  mutable std::map<int, TH2D*> fSpectralFunctionMap;
 
-private:
-  
-  TGraph2D * Convert2Graph          (TNtupleD & data) const;
-  TGraph2D * SelectSpectralFunction (const Target & target) const; 
+  /// The number of nucleon momentum bins to use when making spectral function
+  /// histograms
+  int fNumXBins;
 
-  TGraph2D * fSfFe56;   ///< Benhar's Fe56 SF
-  TGraph2D * fSfC12;    ///< Benhar's C12 SF
+  /// The number of removal energy bins to use when making spectral function
+  /// histograms
+  int fNumYBins;
 };
 
 }      // genie namespace
diff --git a/src/Physics/QuasiElastic/EventGen/QELEventGenerator.cxx b/src/Physics/QuasiElastic/EventGen/QELEventGenerator.cxx
index 50c6e3faa..36f897592 100644
--- a/src/Physics/QuasiElastic/EventGen/QELEventGenerator.cxx
+++ b/src/Physics/QuasiElastic/EventGen/QELEventGenerator.cxx
@@ -3,6 +3,9 @@
  Copyright (c) 2003-2020, The GENIE Collaboration
  For the full text of the license visit http://copyright.genie-mc.org
 
+ Significant revisions by Steven Gardiner <gardiner \at fnal.gov>
+ Fermi National Accelerator Laboratory
+
  New QE event generator written by:
  Andy Furmanski
  Manchester
@@ -189,7 +192,7 @@ void QELEventGenerator::ProcessEventRecord(GHepRecord * evrec) const
         // since we've already done that above
         LOG("QELEvent", pDEBUG) << "cth0 = " << costheta << ", phi0 = " << phi;
         double xsec = genie::utils::ComputeFullQELPXSec(interaction, fNuclModel,
-          fXSecModel, costheta, phi, fEb, fHitNucleonBindingMode, fMinAngleEM, false);
+          fXSecModel, costheta, phi, fEb, fHitNucleonBindingMode, false);
 
         // select/reject event
         this->AssertXSecLimits(interaction, xsec, xsec_max);
@@ -394,8 +397,6 @@ void QELEventGenerator::LoadConfig(void)
     // an event weight?
     GetParamDef( "UniformOverPhaseSpace", fGenerateUniformly, false ) ;
 
-    GetParamDef( "SF-MinAngleEMscattering", fMinAngleEM, 0. ) ;
-
     // Decide how to handle the binding energy of the initial state struck
     // nucleon
     std::string binding_mode;
@@ -445,7 +446,7 @@ double QELEventGenerator::ComputeMaxXSec(const Interaction * in) const
       // BindHitNucleon()
       genie::utils::BindHitNucleon(*interaction, *fNuclModel, dummy_Eb, kOnShell);
 
-      // TODO: document this, won't work for spectral functions
+      // TODO: document this
       double dummy_w = -1.;
       double prob = fNuclModel->Prob(pNi_next, dummy_w, tgt,
         tgt.HitNucPosition());
@@ -487,7 +488,7 @@ double QELEventGenerator::ComputeMaxXSec(const Interaction * in) const
           double costh_increment = (costh_range_max-costh_range_min) / N_theta;
           double phi_increment   = (phi_range_max-phi_range_min) / N_phi;
           // Now scan through centre-of-mass angles coarsely
-          for (int itheta = 0; itheta < N_theta; itheta++){
+          for (int itheta = 0; itheta <= N_theta; itheta++) {
               double costh = costh_range_min + itheta * costh_increment;
               for (int iphi = 0; iphi < N_phi; iphi++) { // Scan around phi
                   double phi = phi_range_min + iphi * phi_increment;
@@ -496,7 +497,7 @@ double QELEventGenerator::ComputeMaxXSec(const Interaction * in) const
                   // argument is false because we've already called
                   // BindHitNucleon() above
                   double xs = genie::utils::ComputeFullQELPXSec(interaction,
-                    fNuclModel, fXSecModel, costh, phi, dummy_Eb, kOnShell, fMinAngleEM, false);
+                    fNuclModel, fXSecModel, costh, phi, dummy_Eb, kOnShell, false);
 
                   if (xs > this_nuc_xsec_max){
                       phi_at_xsec_max = phi;
diff --git a/src/Physics/QuasiElastic/XSection/AhrensNCELPXSec.cxx b/src/Physics/QuasiElastic/XSection/AhrensNCELPXSec.cxx
index 7bb3cedc1..85e5e9c34 100644
--- a/src/Physics/QuasiElastic/XSection/AhrensNCELPXSec.cxx
+++ b/src/Physics/QuasiElastic/XSection/AhrensNCELPXSec.cxx
@@ -4,7 +4,7 @@
  For the full text of the license visit http://copyright.genie-mc.org
 
  Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
- University of Liverpool & STFC Rutherford Appleton Laboratory 
+ University of Liverpool & STFC Rutherford Appleton Laboratory
 */
 //____________________________________________________________________________
 
diff --git a/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.cxx b/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.cxx
new file mode 100644
index 000000000..7faf4e85a
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.cxx
@@ -0,0 +1,67 @@
+ //____________________________________________________________________________
+/*
+ Copyright (c) 2003-2020, The GENIE Collaboration
+ For the full text of the license visit http://copyright.genie-mc.org
+
+ Steven Gardiner <gardiner \at fnal.gov>
+ Fermi National Accelerator Laboratory
+*/
+//____________________________________________________________________________
+
+#include "Framework/ParticleData/PDGUtils.h"
+#include "Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.h"
+
+using namespace genie;
+
+//____________________________________________________________________________
+AhrensNCELStrangeFF::AhrensNCELStrangeFF()
+  : NCELStrangeFormFactorsModelI("genie::AhrensNCELStrangeFF")
+{
+
+}
+//____________________________________________________________________________
+AhrensNCELStrangeFF::AhrensNCELStrangeFF(string config)
+  : NCELStrangeFormFactorsModelI("genie::AhrensNCELStrangeFF", config)
+{
+
+}
+//____________________________________________________________________________
+AhrensNCELStrangeFF::~AhrensNCELStrangeFF()
+{
+
+}
+//____________________________________________________________________________
+void AhrensNCELStrangeFF::Configure(const Registry& config)
+{
+  Algorithm::Configure( config );
+  this->LoadConfig();
+}
+//____________________________________________________________________________
+void AhrensNCELStrangeFF::Configure(string config)
+{
+  Algorithm::Configure( config );
+  this->LoadConfig();
+}
+//____________________________________________________________________________
+void AhrensNCELStrangeFF::LoadConfig(void)
+{
+  fAxFFModel = dynamic_cast< const AxialFormFactorModelI* >(
+    this->SubAlg("AxialFormFactorModel") );
+
+  assert( fAxFFModel );
+  fAxFF.SetModel( fAxFFModel );
+
+  // TODO: document this (cite Ahrens paper)
+  GetParam( "EL-Axial-Eta", fEta ) ;
+}
+
+double AhrensNCELStrangeFF::FAs(const Interaction* interaction) const
+{
+  // Compute FA-CC
+  fAxFF.Calculate( interaction );
+  double FA_CC = fAxFF.FA();
+
+  // Compute the strange axial NC form factor
+  double FAs = -1. * fEta * FA_CC;
+  return FAs;
+}
diff --git a/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.h b/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.h
new file mode 100644
index 000000000..86bac4f41
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/AhrensNCELStrangeFF.h
@@ -0,0 +1,65 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::AhrensNCELStrangeFF
+
+\brief    Implements the NCELStrangeFormFactorsModelI interface.
+\todo     TODO: Cite Ahrens paper
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  Feb 23, 2020
+
+\cpright  Copyright (c) 2003-2020, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+*/
+//____________________________________________________________________________
+
+#ifndef _AHRENS_NCEL_STRANGE_FORM_FACTORS_I_H_
+#define _AHRENS_NCEL_STRANGE_FORM_FACTORS_I_H_
+
+#include "Framework/Algorithm/Algorithm.h"
+#include "Framework/Interaction/Interaction.h"
+
+#include "Physics/QuasiElastic/XSection/AxialFormFactor.h"
+#include "Physics/QuasiElastic/XSection/AxialFormFactorModelI.h"
+#include "Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h"
+
+namespace genie {
+
+class AhrensNCELStrangeFF : public NCELStrangeFormFactorsModelI {
+
+public:
+  AhrensNCELStrangeFF();
+  AhrensNCELStrangeFF( std::string config );
+  virtual ~AhrensNCELStrangeFF();
+
+  // NCELStrangeFormFactorsModelI interface implementation
+  inline virtual double F1Vs (const Interaction* /*interaction*/) const
+    { return 0.; }
+  inline virtual double F2Vs (const Interaction* /*interaction*/) const
+    { return 0.; }
+  inline virtual double FPs  (const Interaction* /*interaction*/) const
+    { return 0.; }
+
+  virtual double FAs(const Interaction* interaction) const;
+
+  // Overload the Algorithm::Configure() methods to load private data
+  // members from configuration options
+  virtual void Configure(const Registry & config);
+  virtual void Configure(string config);
+
+  virtual void LoadConfig (void);
+
+protected:
+
+  const AxialFormFactorModelI * fAxFFModel;
+  mutable AxialFormFactor fAxFF;
+
+  double fEta;
+
+};
+
+} // genie namespace
+#endif // _AHRENS_NCEL_STRANGE_FORM_FACTORS_I_H_
diff --git a/src/Physics/QuasiElastic/XSection/BBA03ELFormFactorsModel.cxx b/src/Physics/QuasiElastic/XSection/BBA03ELFormFactorsModel.cxx
index 12bb4e997..81df31c16 100644
--- a/src/Physics/QuasiElastic/XSection/BBA03ELFormFactorsModel.cxx
+++ b/src/Physics/QuasiElastic/XSection/BBA03ELFormFactorsModel.cxx
@@ -129,7 +129,7 @@ void BBA03ELFormFactorsModel::LoadConfig(void)
   GetParam( "BBA03-Q2Max", fQ2Max ) ;
 
   // vector mass
-  GetParam( "EL-Mv",fMv ) ;
+  GetParam( "QEL-Mv", fMv ) ;
   fMv2 = TMath::Power(fMv,2);
 
   // anomalous magnetic moments
diff --git a/src/Physics/QuasiElastic/XSection/DipoleELFormFactorsModel.cxx b/src/Physics/QuasiElastic/XSection/DipoleELFormFactorsModel.cxx
index 5c2ace484..32a09fc31 100644
--- a/src/Physics/QuasiElastic/XSection/DipoleELFormFactorsModel.cxx
+++ b/src/Physics/QuasiElastic/XSection/DipoleELFormFactorsModel.cxx
@@ -85,7 +85,7 @@ void DipoleELFormFactorsModel::Configure(string param_set)
 void DipoleELFormFactorsModel::LoadConfig(void)
 {
   // vector mass
-  GetParam( "EL-Mv", fMv ) ;
+  GetParam( "QEL-Mv", fMv );
   fMv2 = TMath::Power(fMv,2);
 
   // anomalous magnetic moments
diff --git a/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.cxx b/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.cxx
new file mode 100644
index 000000000..6c341eaee
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.cxx
@@ -0,0 +1,160 @@
+#include "Physics/QuasiElastic/XSection/FreeNucleonTensor.h"
+#include "Physics/QuasiElastic/XSection/LeptonTensor.h"
+#include "Physics/QuasiElastic/XSection/QELFormFactorsModelI.h"
+#include "Framework/ParticleData/PDGCodes.h"
+#include "Framework/ParticleData/PDGLibrary.h"
+#include "Framework/ParticleData/PDGUtils.h"
+
+namespace {
+
+  // Helper function that chooses the correct value of the nucleon mass
+  // given an input interaction type
+  double GetNucleonMass( genie::InteractionType_t type, int hit_nuc_pdg ) {
+
+    // This variable stores the value of the nucleon mass that should be
+    // used when computing the free nucleon tensor.
+    double mN = 0.;
+
+    genie::PDGLibrary* pdg_lib = genie::PDGLibrary::Instance();
+    double neutron_mass = pdg_lib->Find( genie::kPdgNeutron )->Mass();
+    double proton_mass = pdg_lib->Find( genie::kPdgNeutron )->Mass();
+
+    if ( type == genie::kIntWeakCC ) {
+      // For charged current interactions, the (on-shell) "nucleon mass" used in
+      // the matrix element of the nucleon current is the mean of the neutron and
+      // proton masses
+      mN = (neutron_mass + proton_mass) / 2.;
+    }
+    else {
+      // For kIntEM or kIntWeakNC, use the (on-shell) mass of the initial
+      // struck nucleon.
+      assert( genie::pdg::IsNucleon(hit_nuc_pdg) );
+      if ( hit_nuc_pdg == genie::kPdgNeutron ) mN = neutron_mass;
+      else mN = proton_mass;
+    }
+
+    return mN;
+  }
+
+}
+
+genie::FreeNucleonTensor::FreeNucleonTensor(
+  const genie::Interaction& interaction,
+  const genie::QELFormFactors& ff)
+{
+  // Set nucleon mass appropriately for the interaction type
+  genie::InteractionType_t type = interaction.ProcInfo().InteractionTypeId();
+  int hit_nuc_pdg = interaction.InitState().Tgt().HitNucPdg();
+  fNucleonMass = GetNucleonMass( type, hit_nuc_pdg );
+
+  // Compute form factors
+  fF1V = ff.F1V();
+  fF2V = ff.xiF2V();
+  fF3V = ff.F3V();
+   fFA = ff.FA();
+   fFP = ff.Fp();
+  fF3A = ff.F3A();
+
+  // On-shell initial hit nucleon mass
+  double mNi = interaction.InitState().Tgt().HitNucMass();
+  // Initial hit nucleon total energy (possibly off-shell)
+  double ENi = interaction.InitState().Tgt().HitNucP4().E();
+  TVector3 p3Ni = interaction.InitState().Tgt().HitNucP4().Vect();
+  double ENi_on_shell = std::sqrt( p3Ni.Mag2() + mNi*mNi );
+
+  // TODO: document. See eq. 3 in Phys. Rev. C 77, 044311 (2008).
+  double epsilon_B = ENi_on_shell - ENi;
+
+  TLorentzVector* temp_probeP4 = interaction.InitState().GetProbeP4( kRfLab );
+  TLorentzVector probeP4 = *temp_probeP4;
+  delete temp_probeP4;
+
+  // Get fqTilde (lab frame). Assume that SetFSLeptonP4() has already been
+  // called to store the outgoing lepton's 4-momentum
+  const TLorentzVector& p4lep = interaction.Kine().FSLeptonP4();
+  fqTilde = probeP4 - p4lep;
+  fqTilde.SetE( fqTilde.E() - epsilon_B );
+
+  // Initialize the on-shell initial nucleon 4-momentum
+  fPNiOnShell = TLorentzVector( p3Ni, ENi_on_shell );
+}
+
+genie::FreeNucleonTensor::FreeNucleonTensor(const TLorentzVector& pNi,
+  const TLorentzVector& q, double F1V, double F2V, double F3V, double FA,
+  double FP, double F3A, genie::InteractionType_t type, int hit_nuc_pdg)
+{
+  fNucleonMass = GetNucleonMass( type, hit_nuc_pdg );
+  fPNiOnShell = pNi;
+  fqTilde = q;
+
+  fF1V = F1V;
+  fF2V = F2V;
+  fF3V = F3V;
+  fFA = FA;
+  fFP = FP;
+  fF3A = F3A;
+}
+
+std::complex<double> genie::FreeNucleonTensor::operator()(
+  genie::TensorIndex_t mu, genie::TensorIndex_t nu) const
+{
+  double q2 = fqTilde.M2();
+  double M2 = std::pow(fNucleonMass, 2);
+  double g_mu_nu = Metric(mu,nu);
+  std::complex<double> imaginary_i(0., 1.);
+
+  double p_mu = fPNiOnShell[mu];
+  double p_nu = fPNiOnShell[nu];
+  double q_mu = fqTilde[mu];
+  double q_nu = fqTilde[nu];
+
+  std::complex<double> result(0., 0.);
+
+  // F1V squared term
+  result += std::pow(fF1V, 2) * (p_mu*q_nu + q_mu*p_nu + 2.*p_mu*p_nu
+    + 0.5*q2*g_mu_nu);
+
+  // F2V squared term
+  result -= std::pow(fF2V, 2) * ( -0.5*q2*g_mu_nu
+    + 0.5*(1. + 0.25*q2/M2)*q_mu*q_nu
+    + (0.25*q2/M2)*(p_mu*q_nu + q_mu*p_nu + 2.*p_mu*p_nu) );
+
+  // FA squared term
+  result += std::pow(fFA, 2) * ( 2*M2*g_mu_nu * (0.25*q2/M2 - 1.)
+    + q_mu*p_nu + p_mu*q_nu + 2*p_mu*p_nu );
+
+  // FP squared term
+  result -= std::pow(fFP, 2) * 0.5*q2*q_mu*q_nu / M2;
+
+  // F3V squared term
+  result += 2. * std::pow(fF3V, 2) * (1. - 0.25*q2/M2) * q_mu
+    * q_nu;
+
+  // F3A squared term
+  result -= std::pow(fF3A, 2) * 0.5*q2/M2 * (2.*p_mu + q_mu)
+    * (2.*p_nu + q_nu);
+
+  // F1V * F2V term
+  result += fF1V * fF2V * (q2 * g_mu_nu - q_mu * q_nu);
+
+  // (F1V + F2V) * FA term
+  result -= 2.*imaginary_i * (fF1V + fF2V) * fFA
+    * this->LeviCivitaProduct(mu, nu, fPNiOnShell, fqTilde);
+
+  // FA * FP term
+  result -= 2. * fFA * fFP * q_mu * q_nu;
+
+  // Remaining terms (involving second-class currents)
+  result += (0.5*q2*fF2V*fF3V/M2 - q2*fF3A*fFP/M2 - 2.*fF3A*fFA
+    + 2.*fF1V*fF3V) * (p_mu*q_nu + q_mu*p_nu + q_mu*q_nu);
+
+  // ** Overall factor **
+  // Note that the expression I used to write this code (equation (A1) in the appendix of
+  // https://arxiv.org/pdf/1506.02355.pdf) is off by a factor of two from the definition of J^{\mu\nu}
+  // (see equation equation 9 therein) given earlier in the paper. We're using FreeNucleonTensor = J^{\mu\nu}
+  // as defined in equation 9, so the overall factor that should be used is 2, not 4. You can verify this
+  // yourself, e.g., try computing the Fp^2 term from the Dirac traces.
+  result *= 2.;
+
+  return result;
+}
diff --git a/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.h b/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.h
new file mode 100644
index 000000000..4c96ecaab
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/FreeNucleonTensor.h
@@ -0,0 +1,73 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::FreeNucleonTensor
+
+\brief    Computes the elements of the free nucleon tensor \f$A^{\mu\nu}\f$
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  January 17, 2019
+
+\cpright  Copyright (c) 2003-2019, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+          or see $GENIE/LICENSE
+*/
+//____________________________________________________________________________
+
+#ifndef FREE_NUCLEON_TENSOR_H
+#define FREE_NUCLEON_TENSOR_H
+
+// GENIE includes
+#include "Framework/Interaction/Interaction.h"
+#include "Framework/Interaction/InteractionType.h"
+#include "Physics/QuasiElastic/XSection/QELFormFactors.h"
+#include "Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h"
+
+namespace genie {
+
+class FreeNucleonTensor : public Rank2LorentzTensorI {
+
+public:
+
+  /// Constructor for typical uses
+  FreeNucleonTensor(const genie::Interaction& interaction,
+    const genie::QELFormFactors& ff);
+
+  /// Constructor to facilitate testing
+  FreeNucleonTensor(const TLorentzVector& pNi, const TLorentzVector& q,
+    double F1V, double F2V, double F3V, double FA, double FP, double F3A,
+    InteractionType_t type, int hit_nuc_pdg);
+
+  inline virtual ~FreeNucleonTensor() {}
+
+  /// Retrieves a tensor element corresponding to the given indices
+  virtual std::complex<double> operator()(TensorIndex_t mu, TensorIndex_t nu)
+    const /*override*/;
+
+protected:
+
+  TLorentzVector fPNiOnShell; ///< Initial nucleon 4-momentum (forced on-shell)
+
+  /// Momentum transfer 4-vector (corrected for binding energy effects
+  /// according to the de Forest prescription)
+  TLorentzVector fqTilde;
+
+  double fNucleonMass; ///< Nucleon mass to use when computing tensor elements
+
+  /// \name Form factors
+  // TODO: reference conventions!
+  /// @{
+  double fF1V;
+  double fF2V;
+  double fF3V;
+  double fFA;
+  double fFP;
+  double fF3A;
+  /// @}
+
+}; // class FreeNucleonTensor
+
+} // genie namespace
+#endif
diff --git a/src/Physics/QuasiElastic/XSection/LeptonTensor.cxx b/src/Physics/QuasiElastic/XSection/LeptonTensor.cxx
new file mode 100644
index 000000000..0dce6768a
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/LeptonTensor.cxx
@@ -0,0 +1,76 @@
+#include "Framework/Conventions/RefFrame.h"
+#include "Framework/ParticleData/PDGLibrary.h"
+#include "Framework/ParticleData/PDGUtils.h"
+#include "Framework/Messenger/Messenger.h"
+#include "Physics/QuasiElastic/XSection/FreeNucleonTensor.h"
+#include "Physics/QuasiElastic/XSection/LeptonTensor.h"
+
+genie::LeptonTensor::LeptonTensor(const genie::Interaction& interaction)
+{
+  // Make copies of the initial and final lepton 4-momenta in the lab frame
+  TLorentzVector* temp_probeP4 = interaction.InitState()
+    .GetProbeP4( genie::kRfLab );
+  fProbeP4 = *temp_probeP4;
+  delete temp_probeP4;
+
+  fFSLepP4 = interaction.Kine().FSLeptonP4();
+
+  fInitialLeptonPDG = interaction.InitState().ProbePdg();
+  fInteractionType = interaction.ProcInfo().InteractionTypeId();
+
+  // Initial lepton mass (needed for EM channel)
+  fMLep2 = std::pow(interaction.InitState().Probe()->Mass(), 2);
+}
+
+genie::LeptonTensor::LeptonTensor(const TLorentzVector& p4Probe,
+  const TLorentzVector& p4Lep, int probe_pdg, InteractionType_t type)
+{
+  fProbeP4 = p4Probe;
+  fFSLepP4 = p4Lep;
+
+  fInitialLeptonPDG = probe_pdg;
+  fInteractionType = type;
+
+  genie::PDGLibrary* pdg_lib = genie::PDGLibrary::Instance();
+  double probe_mass = pdg_lib->Find( probe_pdg )->Mass();
+  fMLep2 = std::pow( probe_mass, 2 );
+}
+
+std::complex<double> genie::LeptonTensor::operator()(genie::TensorIndex_t mu,
+  genie::TensorIndex_t nu) const
+{
+  double g_mu_nu = Metric(mu, nu);
+  double common_terms = fProbeP4[mu]*fFSLepP4[nu] + fProbeP4[nu]*fFSLepP4[mu]
+    - g_mu_nu*(fProbeP4 * fFSLepP4);
+
+  std::complex<double> result = 0.;
+  if ( fInteractionType == genie::kIntEM ) {
+    result = 2. * (fMLep2*g_mu_nu + common_terms);
+  }
+  else if ( fInteractionType == genie::kIntWeakCC
+    || fInteractionType == genie::kIntWeakNC )
+  {
+    double sign = 1.;
+    if ( genie::pdg::IsAntiNeutrino(fInitialLeptonPDG) ) sign = -1.;
+    else if ( ! genie::pdg::IsNeutrino(fInitialLeptonPDG) ) {
+      LOG("LeptonTensor", pFATAL) << "Invalid probe PDG code "
+        << fInitialLeptonPDG << " encountered for a weak interaction";
+      std::exit(1);
+    }
+    result = 8. * ( common_terms + sign*LeviCivitaProduct(mu, nu) );
+  }
+  else {
+    LOG("LeptonTensor", pFATAL) << "Invalid interaction type "
+      << fInteractionType << " encountered by genie::LeptonTensor";
+    std::exit(1);
+  }
+
+  return result;
+}
+
+std::complex<double> genie::LeptonTensor::LeviCivitaProduct(
+  genie::TensorIndex_t mu, genie::TensorIndex_t nu) const
+{
+  return std::complex<double>( 0.,
+    Rank2LorentzTensorI::LeviCivitaProduct(mu, nu, fProbeP4, fFSLepP4) );
+}
diff --git a/src/Physics/QuasiElastic/XSection/LeptonTensor.h b/src/Physics/QuasiElastic/XSection/LeptonTensor.h
new file mode 100644
index 000000000..9a2b39d9c
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/LeptonTensor.h
@@ -0,0 +1,63 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::LeptonTensor
+
+\brief    Computes the elements of the lepton tensor \f$L_{\mu\nu}\f$
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  January 17, 2019
+
+\cpright  Copyright (c) 2003-2019, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+          or see $GENIE/LICENSE
+*/
+//____________________________________________________________________________
+
+#ifndef LEPTON_TENSOR_H
+#define LEPTON_TENSOR_H
+
+// GENIE includes
+#include "Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h"
+#include "Framework/Interaction/Interaction.h"
+#include "Framework/Interaction/InteractionType.h"
+
+namespace genie {
+
+class LeptonTensor : public Rank2LorentzTensorI {
+
+public:
+
+  /// Constructor for typical uses
+  LeptonTensor(const genie::Interaction& interaction);
+
+  /// Constructor to facilitate testing
+  LeptonTensor(const TLorentzVector& p4Probe, const TLorentzVector& p4Lep,
+    int probe_pdg, InteractionType_t type);
+
+  inline virtual ~LeptonTensor() {}
+
+  inline const TLorentzVector& GetProbeP4() const { return fProbeP4; }
+  inline const TLorentzVector& GetFSLeptonP4() const { return fFSLepP4; }
+
+  virtual std::complex<double> operator()(genie::TensorIndex_t mu,
+    genie::TensorIndex_t nu) const /*override*/;
+
+protected:
+
+  std::complex<double> LeviCivitaProduct(genie::TensorIndex_t mu,
+    genie::TensorIndex_t nu) const;
+
+  TLorentzVector fProbeP4; ///< Initial lepton 4-momentum
+  TLorentzVector fFSLepP4; ///< Final lepton 4-momentum
+  int fInitialLeptonPDG; ///< PDG code for the initial lepton
+  /// Kind of interaction represented by this tensor (EM, CC, NC, etc.)
+  genie::InteractionType_t fInteractionType;
+  double fMLep2; ///< Square of the initial lepton mass
+
+}; // class LeptonTensor
+
+} // genie namespace
+#endif
diff --git a/src/Physics/QuasiElastic/XSection/LinkDef.h b/src/Physics/QuasiElastic/XSection/LinkDef.h
index 05ffb8045..9a31794b6 100644
--- a/src/Physics/QuasiElastic/XSection/LinkDef.h
+++ b/src/Physics/QuasiElastic/XSection/LinkDef.h
@@ -21,6 +21,7 @@
 #pragma link C++ class genie::LwlynSmithQELCCPXSec;
 #pragma link C++ class genie::LwlynSmithFFCC;
 #pragma link C++ class genie::LwlynSmithFFNC;
+#pragma link C++ class genie::LwlynSmithFFEM;
 #pragma link C++ class genie::LwlynSmithFF;
 #pragma link C++ class genie::LwlynSmithFFDeltaS;
 #pragma link C++ class genie::AxialFormFactorModelI;
@@ -40,6 +41,13 @@
 #pragma link C++ class genie::QELXSec;
 #pragma link C++ class genie::NewQELXSec;
 
+#pragma link C++ class genie::Rank2LorentzTensorI;
+#pragma link C++ class genie::LeptonTensor;
+#pragma link C++ class genie::FreeNucleonTensor;
+#pragma link C++ class genie::UnifiedQELPXSec;
+
+#pragma link C++ class genie::NCELStrangeFormFactorsModelI;
+#pragma link C++ class genie::AhrensNCELStrangeFF;
 
 // Wrappers for GSL/MathMore lib
 #pragma link C++ class genie::utils::gsl::d2Xsec_dQ2dv;
diff --git a/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.cxx b/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.cxx
new file mode 100644
index 000000000..299fe40ad
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.cxx
@@ -0,0 +1,54 @@
+//____________________________________________________________________________
+/*
+ Copyright (c) 2003-2019, The GENIE Collaboration
+ For the full text of the license visit http://copyright.genie-mc.org
+ or see $GENIE/LICENSE
+
+ Author: Steven Gardiner <gardiner \at fnal.gov>
+         Fermi National Accelerator Laboratory
+
+ For the class documentation see the corresponding header file.
+
+ Important revisions after version 2.0.0 :
+*/
+//____________________________________________________________________________
+
+#include "Framework/Conventions/Constants.h"
+#include "Framework/Messenger/Messenger.h"
+#include "Framework/ParticleData/PDGUtils.h"
+#include "Physics/QuasiElastic/XSection/LwlynSmithFFEM.h"
+
+using namespace genie;
+using namespace genie::constants;
+
+//____________________________________________________________________________
+LwlynSmithFFEM::LwlynSmithFFEM() :
+LwlynSmithFF("genie::LwlynSmithFFEM")
+{
+
+}
+//____________________________________________________________________________
+LwlynSmithFFEM::LwlynSmithFFEM(string config) :
+LwlynSmithFF("genie::LwlynSmithFFEM", config)
+{
+
+}
+//____________________________________________________________________________
+LwlynSmithFFEM::~LwlynSmithFFEM()
+{
+
+}
+//____________________________________________________________________________
+double LwlynSmithFFEM::F1V(const Interaction* interaction) const
+{
+  int hit_nuc_pdg = interaction->InitState().Tgt().HitNucPdg();
+  if ( pdg::IsProton(hit_nuc_pdg) ) return LwlynSmithFF::F1P(interaction);
+  else return LwlynSmithFF::F1N(interaction);
+}
+//____________________________________________________________________________
+double LwlynSmithFFEM::xiF2V(const Interaction* interaction) const
+{
+  int hit_nuc_pdg = interaction->InitState().Tgt().HitNucPdg();
+  if ( pdg::IsProton(hit_nuc_pdg) ) return LwlynSmithFF::F2P(interaction);
+  else return LwlynSmithFF::F2N(interaction);
+}
diff --git a/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.h b/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.h
new file mode 100644
index 000000000..4e89f6e95
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/LwlynSmithFFEM.h
@@ -0,0 +1,51 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::LwlynSmithFFEM
+
+\brief    Is a concrete implementation of the QELFormFactorsModelI:
+          Form Factors for Quasi Elastic EM eN scattering according to
+          Llewellyn-Smith model.
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  March 25, 2019
+
+\cpright  Copyright (c) 2003-2019, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+          or see $GENIE/LICENSE
+*/
+//____________________________________________________________________________
+
+#ifndef _LLEWELLYN_SMITH_EM_FORM_FACTOR_MODEL_H_
+#define _LLEWELLYN_SMITH_EM_FORM_FACTOR_MODEL_H_
+
+#include "Physics/QuasiElastic/XSection/LwlynSmithFF.h"
+
+namespace genie {
+
+class LwlynSmithFFEM : public LwlynSmithFF {
+
+public:
+  LwlynSmithFFEM();
+  LwlynSmithFFEM(string config);
+  virtual ~LwlynSmithFFEM();
+
+  // QELFormFactorModelI interface implementation
+  virtual double F1V    (const Interaction * interaction) const /*override*/;
+  virtual double xiF2V  (const Interaction * interaction) const /*override*/;
+  //virtual double F3V  (const Interaction * interaction) const /*override*/;
+
+  inline double FA(const Interaction* /*interaction*/) const /*override*/
+    { return 0.; }
+  inline double Fp(const Interaction* /*interaction*/) const /*override*/
+    { return 0.; }
+  //inline double F3A(const Interaction * interaction) const /*override*/
+  //{ return 0.; }
+};
+
+}      // genie namespace
+
+#endif
+
diff --git a/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.cxx b/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.cxx
index 04f406cfa..e325b58f8 100644
--- a/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.cxx
+++ b/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.cxx
@@ -5,12 +5,16 @@
 
  Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
  University of Liverpool & STFC Rutherford Appleton Laboratory
+
+ Steven Gardiner <gardiner \at fnal.gov>
+ Fermi National Accelerator Laboratory
 */
 //____________________________________________________________________________
 
-#include <TMath.h>
+#include "TMath.h"
 
 #include "Framework/Conventions/Constants.h"
+#include "Framework/ParticleData/PDGUtils.h"
 #include "Physics/QuasiElastic/XSection/ELFormFactors.h"
 #include "Physics/QuasiElastic/XSection/ELFormFactorsModelI.h"
 #include "Physics/QuasiElastic/XSection/LwlynSmithFFNC.h"
@@ -18,6 +22,19 @@
 using namespace genie;
 using namespace genie::constants;
 
+namespace {
+
+  // Helper function that sets a sign based on the isospin of the hit nucleon.
+  // This function chooses + (-) for proton (neutron).
+  int nucleon_sign( const Interaction* interaction ) {
+    int sign = 1;
+    int hit_nuc_pdg = interaction->InitState().Tgt().HitNucPdg();
+    if ( pdg::IsNeutron(hit_nuc_pdg) ) sign = -1;
+    return sign;
+  }
+
+}
+
 //____________________________________________________________________________
 LwlynSmithFFNC::LwlynSmithFFNC() :
 LwlynSmithFF("genie::LwlynSmithFFNC")
@@ -36,62 +53,85 @@ LwlynSmithFFNC::~LwlynSmithFFNC()
 
 }
 //____________________________________________________________________________
-double LwlynSmithFFNC::F1V(const Interaction * interaction) const
+void LwlynSmithFFNC::LoadConfig(void)
+{
+  // First configure the class members inherited from LwlynSmithFF normally
+  LwlynSmithFF::LoadConfig();
+
+  // Then configure the NC strange form factors model
+  fStrangeNCFFModel = dynamic_cast< const NCELStrangeFormFactorsModelI* >(
+    this->SubAlg("StrangeFormFactorsModel") );
+  assert( fStrangeNCFFModel );
+}
+//____________________________________________________________________________
+double LwlynSmithFFNC::F1V(const Interaction* interaction) const
 {
-  //-- calculate F1V-CC
-  double F1V_CC = LwlynSmithFF::F1V(interaction);
+  int sign = nucleon_sign( interaction );
 
-  //-- calculate F1p (see hep-ph/0107261)
-  fELFF.Calculate(interaction);
-  double t   = LwlynSmithFF::tau(interaction);
-  double F1p = fELFF.Gep() - t * fELFF.Gmp();
+  // Calculate F1V-CC
+  double F1V_CC = LwlynSmithFF::F1V( interaction );
 
-  //-- calculate F1V-NC
-  double F1V_NC = 0.5*F1V_CC - 2*fSin28w*F1p;
+  // Calculate F2V-EM
+  int hit_nuc_pdg = interaction->InitState().Tgt().HitNucPdg();
+  double F1V_EM = 0.;
+  if ( pdg::IsNeutron(hit_nuc_pdg) ) F1V_EM = this->F1N( interaction );
+  else F1V_EM = this->F1P( interaction );
+
+  // Calculate the strange NC form factor
+  double F1Vs = fStrangeNCFFModel->F1Vs( interaction );
+
+  double F1V_NC = sign*0.5*F1V_CC - 2.*fSin28w*F1V_EM - 0.5*F1Vs;
   return F1V_NC;
 }
 //____________________________________________________________________________
-double LwlynSmithFFNC::xiF2V(const Interaction * interaction) const
+double LwlynSmithFFNC::xiF2V(const Interaction* interaction) const
 {
-  //-- calculate xiF2V_CC
-  double xiF2V_CC = LwlynSmithFF::xiF2V(interaction);
+  int sign = nucleon_sign( interaction );
+
+  // Calculate F2V_CC
+  double F2V_CC = LwlynSmithFF::xiF2V( interaction );
 
-  //-- calculate F2p (see hep-ph/0107261)
-  fELFF.Calculate(interaction);
-  double F2p = (fELFF.Gmp() - fELFF.Gep()) / fMuP;
+  // Calculate F2V_EM
+  int hit_nuc_pdg = interaction->InitState().Tgt().HitNucPdg();
+  double F2V_EM = 0.;
+  if ( pdg::IsNeutron(hit_nuc_pdg) ) F2V_EM = this->F2N( interaction );
+  else F2V_EM = this->F2P( interaction );
 
-  //-- calculate xiF2-NC
-  double xiF2V_NC = 0.5*xiF2V_CC - 2*fSin28w*(fMuP-1)*F2p;
-  return xiF2V_NC;
+  // Calculate the strange NC form factor
+  double F2Vs = fStrangeNCFFModel->F2Vs( interaction );
+
+  // Calculate F2V-NC
+  double F2V_NC = sign*0.5*F2V_CC - 2.*fSin28w*F2V_EM - 0.5*F2Vs;
+  return F2V_NC;
 }
 //____________________________________________________________________________
-double LwlynSmithFFNC::FA(const Interaction * interaction) const
+double LwlynSmithFFNC::FA(const Interaction* interaction) const
 {
-  //-- calculate FA_CC(q2)
-  double FA_CC = LwlynSmithFF::FA(interaction);
+  int sign = nucleon_sign( interaction );
+
+  // Calculate FA_CC
+  double FA_CC = LwlynSmithFF::FA( interaction );
 
-  //-- calculate & return FA_NC(q2)
-  double FA_NC = 0.5 * FA_CC;
+  // Calculate the strange NC form factor
+  double FAs = fStrangeNCFFModel->FAs( interaction );
+
+  // Calculate FA_NC
+  double FA_NC = sign*0.5*FA_CC - 0.5*FAs;
   return FA_NC;
 }
 //____________________________________________________________________________
 double LwlynSmithFFNC::Fp(const Interaction * interaction) const
 {
-  //-- get the momentum transfer
-  const Kinematics & kine = interaction->Kine();
-  double q2 = kine.q2();
-
-  //-- get struck nucleon mass & pion pass
-  const InitialState & init_state = interaction->InitState();
-  double MN   = init_state.Tgt().HitNucMass();
-  double MN2  = TMath::Power(MN,        2);
-  double Mpi2 = TMath::Power(kPionMass, 2);
-
-  //-- calculate FA
-  double fa = this->FA(interaction);
-
-  //-- calculate and return Fp
-  double Fp_NC = 2*MN2*fa/(Mpi2-q2);
-  return Fp_NC;
+  int sign = nucleon_sign( interaction );
+
+  // Calculate FP_CC
+  double FP_CC = LwlynSmithFF::Fp( interaction );
+
+  // Calculate the strange NC form factor
+  double FPs = fStrangeNCFFModel->FPs( interaction );
+
+  // Calculate FP_NC
+  double FP_NC = sign*0.5*FP_CC - 0.5*FPs;
+  return FP_NC;
 }
 //____________________________________________________________________________
diff --git a/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.h b/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.h
index 44a5e5c75..50b73a3e2 100644
--- a/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.h
+++ b/src/Physics/QuasiElastic/XSection/LwlynSmithFFNC.h
@@ -4,18 +4,18 @@
 \class    genie::LwlynSmithFFNC
 
 \brief    Concrete implementation of the QELFormFactorsModelI :
-          Form Factors for Quasi Elastic NC vN scattering according to
-          Llewellyn-Smith model.
-
-\ref      E.A.Paschos and J.Y.Yu, hep-ph/0107261
+          Form Factors for Quasi Elastic NC vN scattering
 
 \author   Costas Andreopoulos <constantinos.andreopoulos \at cern.ch>
           University of Liverpool & STFC Rutherford Appleton Laboratory
 
+          Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
 \created  May 03, 2004
 
 \cpright  Copyright (c) 2003-2020, The GENIE Collaboration
-          For the full text of the license visit http://copyright.genie-mc.org          
+          For the full text of the license visit http://copyright.genie-mc.org
 */
 //____________________________________________________________________________
 
@@ -23,6 +23,7 @@
 #define _LLEWELLYN_SMITH_NC_FORM_FACTOR_MODEL_H_
 
 #include "Physics/QuasiElastic/XSection/LwlynSmithFF.h"
+#include "Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h"
 
 namespace genie {
 
@@ -38,6 +39,14 @@ class LwlynSmithFFNC : public LwlynSmithFF {
   double xiF2V   (const Interaction * interaction) const;
   double FA      (const Interaction * interaction) const;
   double Fp      (const Interaction * interaction) const;
+
+protected:
+
+  // Override LwlynSmithFF::LoadConfig() to also configure the
+  // strange NC form factors model
+  virtual void LoadConfig (void);
+
+  const NCELStrangeFormFactorsModelI* fStrangeNCFFModel;
 };
 
 }       // genie namespace
diff --git a/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.cxx b/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.cxx
new file mode 100644
index 000000000..778458404
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.cxx
@@ -0,0 +1,37 @@
+//____________________________________________________________________________
+/*
+ Copyright (c) 2003-2020, The GENIE Collaboration
+ For the full text of the license visit http://copyright.genie-mc.org
+
+ Steven Gardiner <gardiner \at fnal.gov>
+ Fermi National Accelerator Laboratory
+*/
+//____________________________________________________________________________
+
+#include "Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h"
+
+using namespace genie;
+
+//____________________________________________________________________________
+NCELStrangeFormFactorsModelI::NCELStrangeFormFactorsModelI() : Algorithm()
+{
+
+}
+//____________________________________________________________________________
+NCELStrangeFormFactorsModelI::NCELStrangeFormFactorsModelI(std::string name)
+  : Algorithm(name)
+{
+
+}
+//____________________________________________________________________________
+NCELStrangeFormFactorsModelI::NCELStrangeFormFactorsModelI(std::string name,
+  std::string config) : Algorithm(name, config)
+{
+
+}
+//____________________________________________________________________________
+NCELStrangeFormFactorsModelI::~NCELStrangeFormFactorsModelI()
+{
+
+}
+//____________________________________________________________________________
diff --git a/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h b/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h
new file mode 100644
index 000000000..bd71e2c1a
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/NCELStrangeFormFactorsModelI.h
@@ -0,0 +1,63 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::NCELStrangeFormFactorsModelI
+
+\brief    Pure abstract base class. Defines the NCELStrangeFormFactorsModelI
+          interface to be implemented by any algorithmic class computing
+          strange form factors for neutral current elastic scattering
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  Feb 23, 2020
+
+\cpright  Copyright (c) 2003-2020, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+*/
+//____________________________________________________________________________
+
+#ifndef _NCEL_STRANGE_FORM_FACTORS_MODEL_I_H_
+#define _NCEL_STRANGE_FORM_FACTORS_MODEL_I_H_
+
+#include "Framework/Algorithm/Algorithm.h"
+#include "Framework/Interaction/Interaction.h"
+
+namespace genie {
+
+class NCELStrangeFormFactorsModelI : public Algorithm {
+
+public:
+  virtual ~NCELStrangeFormFactorsModelI();
+
+  //! Compute the strange form factor F1Vs for the input interaction
+  virtual double F1Vs(const Interaction* interaction) const = 0;
+
+  //! Compute the strange form factor F2Vs for the input interaction
+  virtual double F2Vs(const Interaction* interaction) const = 0;
+
+  //! Compute the strange form factor FAs for the input interaction
+  virtual double FAs(const Interaction* interaction) const = 0;
+
+  //! Compute the strange form factor FPs for the input interaction
+  virtual double FPs(const Interaction* interaction) const = 0;
+
+  //! \name Second-class currents
+  //! @{
+  //! Compute the strange form factor F3Vs for the input interaction
+  inline virtual double F3Vs(const Interaction* /*interaction*/)
+    const { return 0.; }
+
+  //! Compute the strange form factor F3As for the input interaction
+  inline virtual double F3As(const Interaction* /*interaction*/)
+    const { return 0.; }
+  //! @}
+
+protected:
+  NCELStrangeFormFactorsModelI();
+  NCELStrangeFormFactorsModelI( std::string name );
+  NCELStrangeFormFactorsModelI( std::string name, std::string config );
+};
+
+} // genie namespace
+#endif // _NCEL_STRANGE_FORM_FACTORS_MODEL_I_H_
diff --git a/src/Physics/QuasiElastic/XSection/NewQELXSec.cxx b/src/Physics/QuasiElastic/XSection/NewQELXSec.cxx
index 491cb7129..6347c7b00 100644
--- a/src/Physics/QuasiElastic/XSection/NewQELXSec.cxx
+++ b/src/Physics/QuasiElastic/XSection/NewQELXSec.cxx
@@ -75,7 +75,7 @@ double NewQELXSec::Integrate(const XSecAlgorithmI* model, const Interaction* in)
   }
 
   utils::gsl::FullQELdXSec* func = new utils::gsl::FullQELdXSec(model,
-    interaction, bind_mode, fMinAngleEM);
+    interaction, bind_mode);
   ROOT::Math::IntegrationMultiDim::Type ig_type =
     utils::gsl::IntegrationNDimTypeFromString( fGSLIntgType );
 
@@ -187,17 +187,12 @@ void NewQELXSec::LoadConfig(void)
   fVertexGenID = AlgId( vertexGenID );
 
   GetParamDef( "NumNucleonThrows", fNumNucleonThrows, 5000 );
-
-  // TODO: This is a parameter that may also be specified in the XML
-  // configuration for QELEventGenerator. Avoid duplication here to ensure
-  // consistency.
-  GetParamDef( "SF-MinAngleEMscattering", fMinAngleEM, 0. ) ;
 }
 
 genie::utils::gsl::FullQELdXSec::FullQELdXSec(const XSecAlgorithmI* xsec_model,
-  const Interaction* interaction, QELEvGen_BindingMode_t binding_mode, double min_angle_EM)
+  const Interaction* interaction, QELEvGen_BindingMode_t binding_mode)
   : fXSecModel( xsec_model ), fInteraction( new Interaction(*interaction) ),
-  fHitNucleonBindingMode( binding_mode ), fMinAngleEM( min_angle_EM )
+  fHitNucleonBindingMode( binding_mode )
 {
   fNuclModel = dynamic_cast<const NuclearModelI*>( fXSecModel->SubAlg("IntegralNuclearModel") );
   assert( fNuclModel );
@@ -220,7 +215,7 @@ const Interaction& genie::utils::gsl::FullQELdXSec::GetInteraction() const
 
 ROOT::Math::IBaseFunctionMultiDim* genie::utils::gsl::FullQELdXSec::Clone(void) const
 {
-  return new FullQELdXSec(fXSecModel, fInteraction, fHitNucleonBindingMode, fMinAngleEM);
+  return new FullQELdXSec(fXSecModel, fInteraction, fHitNucleonBindingMode);
 }
 
 unsigned int genie::utils::gsl::FullQELdXSec::NDim(void) const
@@ -247,7 +242,7 @@ double genie::utils::gsl::FullQELdXSec::DoEval(const double* xin) const
 
   // Compute the full differential cross section
   double xsec = genie::utils::ComputeFullQELPXSec(fInteraction, fNuclModel,
-    fXSecModel, cos_theta0, phi0, dummy_Eb, fHitNucleonBindingMode, fMinAngleEM, true);
+    fXSecModel, cos_theta0, phi0, dummy_Eb, fHitNucleonBindingMode, true);
 
   return xsec;
 }
diff --git a/src/Physics/QuasiElastic/XSection/NewQELXSec.h b/src/Physics/QuasiElastic/XSection/NewQELXSec.h
index 5192d5396..c86637e3b 100644
--- a/src/Physics/QuasiElastic/XSection/NewQELXSec.h
+++ b/src/Physics/QuasiElastic/XSection/NewQELXSec.h
@@ -38,7 +38,7 @@ namespace utils {
     {
      public:
        FullQELdXSec(const XSecAlgorithmI* xsec_model, const Interaction* interaction,
-         QELEvGen_BindingMode_t binding_mode, double min_angle_EM);
+         QELEvGen_BindingMode_t binding_mode);
        virtual ~FullQELdXSec();
 
        // ROOT::Math::IBaseFunctionMultiDim interface
@@ -54,7 +54,6 @@ namespace utils {
        const NuclearModelI* fNuclModel;
        Interaction* fInteraction;
        QELEvGen_BindingMode_t fHitNucleonBindingMode;
-       double fMinAngleEM;
     };
 
   } // gsl   namespace
@@ -89,7 +88,6 @@ class NewQELXSec : public XSecIntegratorI {
   unsigned int fGSLMaxEval;
   AlgId fVertexGenID;
   int fNumNucleonThrows;
-  double fMinAngleEM;
 };
 
 
diff --git a/src/Physics/QuasiElastic/XSection/QELFormFactors.h b/src/Physics/QuasiElastic/XSection/QELFormFactors.h
index cf11f4ed0..2a113c5c0 100644
--- a/src/Physics/QuasiElastic/XSection/QELFormFactors.h
+++ b/src/Physics/QuasiElastic/XSection/QELFormFactors.h
@@ -61,6 +61,12 @@ class QELFormFactors {
   //! Get the computed form factor Fp
   double Fp     (void) const { return fFp;    }
 
+  //! Get the computed form factor F3V
+  double F3V    (void) const { return fF3V;   }
+
+  //! Get the computed form factor F3A
+  double F3A    (void) const { return fF3A;   }
+
   //! Get the attached model
   const QELFormFactorsModelI * Model (void) const {return fModel;}
 
@@ -79,6 +85,8 @@ class QELFormFactors {
   double fxiF2V;
   double fFA;
   double fFp;
+  double fF3V;
+  double fF3A;
 
   const QELFormFactorsModelI * fModel;
 };
diff --git a/src/Physics/QuasiElastic/XSection/QELFormFactorsModelI.h b/src/Physics/QuasiElastic/XSection/QELFormFactorsModelI.h
index a4ba17527..ae6f35ef8 100644
--- a/src/Physics/QuasiElastic/XSection/QELFormFactorsModelI.h
+++ b/src/Physics/QuasiElastic/XSection/QELFormFactorsModelI.h
@@ -42,6 +42,17 @@ class QELFormFactorsModelI : public Algorithm {
   //! Compute the form factor Fp for the input interaction
   virtual double Fp    (const Interaction * interaction) const = 0;
 
+  //! \name Second-class currents
+  //! @{
+  //! Compute the form factor F3V for the input interaction
+  inline virtual double F3V(const Interaction* /*interaction*/)
+    const { return 0.; }
+
+  //! Compute the form factor F3A for the input interaction
+  inline virtual double F3A(const Interaction* /*interaction*/)
+    const { return 0.; }
+  //! @}
+
 protected:
   QELFormFactorsModelI();
   QELFormFactorsModelI(string name);
diff --git a/src/Physics/QuasiElastic/XSection/QELUtils.cxx b/src/Physics/QuasiElastic/XSection/QELUtils.cxx
index 748a00d43..9234669d0 100644
--- a/src/Physics/QuasiElastic/XSection/QELUtils.cxx
+++ b/src/Physics/QuasiElastic/XSection/QELUtils.cxx
@@ -93,8 +93,7 @@ double genie::utils::EnergyDeltaFunctionSolutionQEL(
 double genie::utils::ComputeFullQELPXSec(genie::Interaction* interaction,
   const genie::NuclearModelI* nucl_model, const genie::XSecAlgorithmI* xsec_model,
   double cos_theta_0, double phi_0, double& Eb,
-  genie::QELEvGen_BindingMode_t hitNucleonBindingMode, double min_angle_EM,
-  bool bind_nucleon)
+  genie::QELEvGen_BindingMode_t hitNucleonBindingMode, bool bind_nucleon)
 {
   // If requested, set the initial hit nucleon 4-momentum to be off-shell
   // according to the binding mode specified in the function call
@@ -103,6 +102,12 @@ double genie::utils::ComputeFullQELPXSec(genie::Interaction* interaction,
       hitNucleonBindingMode);
   }
 
+  // A very high-momentum bound nucleon (which is far off the mass shell)
+  // can have a momentum greater than its total energy. This leads to numerical
+  // issues (NaNs) since the invariant mass of the nucleon becomes imaginary.
+  // In such cases, just return zero to avoid trouble.
+  if ( interaction->InitState().Tgt().HitNucP4().M() <= 0. ) return 0.;
+
   // Mass of the outgoing lepton
   double lepMass = interaction->FSPrimLepton()->Mass();
 
@@ -166,25 +171,20 @@ double genie::utils::ComputeFullQELPXSec(genie::Interaction* interaction,
   lepton.Boost(beta);
   outNucleon.Boost(beta);
 
-  // Check if event is at a low angle - if so return 0 and stop wasting time
-  if (180 * lepton.Theta() / genie::constants::kPi < min_angle_EM && interaction->ProcInfo().IsEM()) {
-    return 0;
-  }
-
   TLorentzVector * nuP4 = interaction->InitState().GetProbeP4( genie::kRfLab );
   TLorentzVector qP4 = *nuP4 - lepton;
   delete nuP4;
   double Q2 = -1 * qP4.Mag2();
 
-  interaction->KinePtr()->SetFSLeptonP4( lepton );
-  interaction->KinePtr()->SetHadSystP4( outNucleon );
-  interaction->KinePtr()->SetQ2( Q2 );
-
   // Check the Q2 range. If we're outside of it, don't bother
   // with the rest of the calculation.
   Range1D_t Q2lim = interaction->PhaseSpace().Q2Lim();
   if (Q2 < Q2lim.min || Q2 > Q2lim.max) return 0.;
 
+  interaction->KinePtr()->SetFSLeptonP4( lepton );
+  interaction->KinePtr()->SetHadSystP4( outNucleon );
+  interaction->KinePtr()->SetQ2( Q2 );
+
   // Compute the QE cross section for the current kinematics
   double xsec = xsec_model->XSec(interaction, genie::kPSQELEvGen);
 
@@ -290,12 +290,21 @@ void genie::utils::BindHitNucleon(genie::Interaction& interaction,
     // model, then it implies a certain value for the final
     // nucleus mass
     if ( hitNucleonBindingMode == genie::kUseNuclearModel ) {
-      Eb = nucl_model.RemovalEnergy();
-      // This equation is the definition that we assume
-      // here for the "removal energy" (Eb) returned by the
-      // nuclear model. It matches GENIE's convention for
-      // the Bodek/Ritchie Fermi gas model.
-      Mf = Mi + Eb - mNi;
+      if ( nucl_model.ModelType(*tgt) != kNucmSpectralFunc ) {
+        Eb = nucl_model.RemovalEnergy();
+        // For all nuclear models except SpectralFunc, this equation is the
+        // definition that we assume for the "removal energy" (Eb). It matches
+        // GENIE's convention for the Bodek/Ritchie Fermi gas model.
+        Mf = Mi + Eb - mNi;
+      }
+      else {
+        // The SpectralFunc nuclear model returns a removal energy
+        // which includes the kinetic energy of the final-state nucleus.
+        // We account for this difference here.
+        double E = nucl_model.RemovalEnergy();
+        Mf = std::sqrt( std::max(0., std::pow(Mi + E - mNi, 2) - p3Ni.Mag2()) );
+        Eb = Mf + mNi - Mi;
+      }
     }
     // We can also assume that the final nucleus is in its
     // ground state. In this case, we can just look up its
@@ -336,3 +345,134 @@ void genie::utils::BindHitNucleon(genie::Interaction& interaction,
   p4Ni->SetE( ENi );
 
 }
+
+// Assumes that the probe 4-momentum and struck nucleon PDG code are already
+// set in the input interaction.
+// TODO: adjust to avoid assuming that the probe is traveling along the +z
+// direction
+double genie::utils::ComputeTestQELPXSec(genie::Interaction* interaction,
+  const genie::XSecAlgorithmI* xsec_model, double omega, double ctl,
+  double phiLep, double phiNi, double pNi, double Eremove)
+{
+  // Get the probe 4-momentum
+  TLorentzVector* tempProbeP4 = interaction->InitState().GetProbeP4(
+    genie::kRfLab );
+  TLorentzVector nuP4 = *tempProbeP4;
+  delete tempProbeP4;
+
+  // Prepare the outgoing lepton 4-momentum
+  double ml = interaction->FSPrimLepton()->Mass();
+
+  double Ev = nuP4.E();
+  double El = Ev - omega;
+  double pl = std::sqrt( std::max(0., El*El - ml*ml) );
+  if ( El < ml ) return 0.;
+
+  double stl = std::sqrt( std::max(0., 1. - ctl*ctl) );
+  TLorentzVector lP4( std::cos(phiLep)*stl*pl,
+    std::sin(phiLep)*stl*pl, ctl*pl, El );
+
+  // Get the 4-momentum transfer
+  TLorentzVector qP4 = nuP4 - lP4;
+
+  // Get the cosine between the initial nucleon 3-momentum and the 3-momentum
+  // transfer
+
+  // On-shell mass of initial struck nucleon
+  double mNi = interaction->InitState().Tgt().HitNucMass();
+  // Off-shell total energy of initial struck nucleon
+  double ENi = mNi - Eremove;
+
+  // Look up the (on-shell) mass of the final nucleon
+  double mNf = interaction->RecoilNucleon()->Mass();
+  // Final nucleon total energy
+  double ENf = ENi + omega;
+  if ( ENf < mNf ) return 0.;
+
+  // Final nucleon 3-momentum
+  double pNf = std::sqrt( std::max(0., ENf*ENf - mNf*mNf) );
+
+  // 3-momentum transfer
+  double qMag = qP4.Vect().Mag();
+
+  double pCos = ( pNf*pNf - pNi*pNi - qMag*qMag ) / ( 2.*pNi*qMag );
+  if ( std::abs(pCos) > 1. ) return 0.;
+
+  double pSin = std::sqrt( std::max(0., 1. - pCos*pCos) );
+
+  // Set up the initial struck nucleon 3-momentum in a frame where the
+  // 3-momentum transfer points along +z
+  TVector3 p3Ni( std::cos(phiNi)*pSin*pNi, std::sin(phiNi)*pSin*pNi,
+    pCos*pNi );
+
+  // Find the rotation angle needed to put the 3-momentum transfer along z
+  TVector3 zvec(0.0, 0.0, 1.0);
+  TVector3 q3Vec = qP4.Vect();
+  TVector3 rot = ( q3Vec.Cross(zvec) ).Unit(); // Vector to rotate about
+  // Angle between the z direction and q
+  double angle = zvec.Angle( q3Vec );
+
+  // Handle the edge case where q3Vec is along -z, so the
+  // cross product above vanishes
+  if ( q3Vec.Perp() == 0. && q3Vec.Z() < 0. ) {
+    rot = TVector3(0., 1., 0.);
+    angle = genie::constants::kPi;
+  }
+
+  // We want to rotate z to q3Vec instead of q3Vec to z, so
+  // make the rotation angle negative to account for this.
+  angle *= -1.;
+
+  // Rotate if the rotation vector is not approximately zero
+  if ( rot.Mag() >= genie::controls::kASmallNum ) {
+    p3Ni.Rotate( angle, rot );
+  }
+
+  // Build the initial struck nucleon 4-momentum
+  TLorentzVector p4Ni( p3Ni, ENi );
+
+  // Use it and the 4-momentum transfer to get the final nucleon 4-momentum
+  TLorentzVector p4Nf = p4Ni + qP4;
+
+  // Set the needed 4-momenta in the input interaction
+  interaction->InitState().TgtPtr()->SetHitNucP4( p4Ni );
+  interaction->KinePtr()->SetFSLeptonP4( lP4 );
+  interaction->KinePtr()->SetHadSystP4( p4Nf );
+
+  // A very high-momentum bound nucleon (which is far off the mass shell)
+  // can have a momentum greater than its total energy. This leads to numerical
+  // issues (NaNs) since the invariant mass of the nucleon becomes imaginary.
+  // In such cases, just return zero to avoid trouble.
+  if ( interaction->InitState().Tgt().HitNucP4().M() <= 0. ) return 0.;
+
+  // Mandelstam s for the probe/hit nucleon system
+  double s = std::pow( interaction->InitState().CMEnergy(), 2 );
+
+  // Return a differential cross section of zero if we're below threshold
+  if ( std::sqrt(s) < ml + mNf ) return 0.;
+
+  // Check that Q^2 is within the allowed range
+  double Q2 = -1 * qP4.Mag2();
+
+  // Check the Q2 range. If we're outside of it, don't bother
+  // with the rest of the calculation.
+  Range1D_t Q2lim = interaction->PhaseSpace().Q2Lim();
+  if ( Q2 < Q2lim.min || Q2 > Q2lim.max ) return 0.;
+
+  // Set Q^2 in the input interaction
+  interaction->KinePtr()->SetQ2( Q2 );
+
+  // Compute the QE cross section for the current kinematics
+  double xsec = xsec_model->XSec(interaction, genie::kPSQELEvGen);
+
+  // Adjust some factors for the testing phase space (which differs from
+  // kPSQELEvGen)
+  double delta_sol = EnergyDeltaFunctionSolutionQEL( *interaction );
+
+  double factor = lP4.E() * lP4.P() * p4Nf.E() * p4Ni.P()
+    / ( qMag * delta_sol );
+
+  xsec *= factor;
+
+  return xsec;
+}
diff --git a/src/Physics/QuasiElastic/XSection/QELUtils.h b/src/Physics/QuasiElastic/XSection/QELUtils.h
index 7524ce6a5..bb2844bb7 100644
--- a/src/Physics/QuasiElastic/XSection/QELUtils.h
+++ b/src/Physics/QuasiElastic/XSection/QELUtils.h
@@ -51,13 +51,16 @@ namespace genie {
     double ComputeFullQELPXSec(Interaction* interaction,
       const NuclearModelI* nucl_model, const XSecAlgorithmI* xsec_model,
       double cos_theta_0, double phi_0, double& Eb,
-      QELEvGen_BindingMode_t hitNucleonBindingMode, double min_angle_EM = 0.,
-      bool bind_nucleon = true);
+      QELEvGen_BindingMode_t hitNucleonBindingMode, bool bind_nucleon = true);
 
     double CosTheta0Max(const genie::Interaction& interaction);
 
     void BindHitNucleon(Interaction& interaction, const NuclearModelI& nucl_model,
       double& Eb, QELEvGen_BindingMode_t hitNucleonBindingMode);
+
+    double ComputeTestQELPXSec(Interaction* interaction,
+      const XSecAlgorithmI* xsec_model, double omega, double ctl,
+      double phiLep, double phiNi, double pNi, double Eremove);
   }
 }
 
diff --git a/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.cxx b/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.cxx
new file mode 100644
index 000000000..a8481aad3
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.cxx
@@ -0,0 +1,64 @@
+#include "Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h"
+
+std::complex<double> genie::Rank2LorentzTensorI::Contract(
+  const genie::Rank2LorentzTensorI& other) const
+{
+  std::complex<double> sum(0., 0.);
+  for (int m = 0; m < 4; ++m) {
+    for (int n = 0; n < 4; ++n) {
+      genie::TensorIndex_t mu = static_cast<genie::TensorIndex_t>( m );
+      genie::TensorIndex_t nu = static_cast<genie::TensorIndex_t>( n );
+      sum += this->operator()(mu, nu) * other(mu, nu) * this->Metric(mu, mu)
+        * this->Metric(nu, nu);
+    }
+  }
+  return sum;
+}
+
+double genie::Rank2LorentzTensorI::LeviCivitaProduct(genie::TensorIndex_t mu,
+  genie::TensorIndex_t nu, const TLorentzVector& p1, const TLorentzVector& p2)
+  const
+{
+  if (mu == nu) return 0.;
+
+  // This should really be a constexpr std::array once GENIE upgrades to C++11
+  // TODO: is there a cleaner way to do this?
+  static const genie::TensorIndex_t indices[]
+    = { kTIdx_SpaceX, kTIdx_SpaceY, kTIdx_SpaceZ, kTIdx_Time };
+
+  bool set_alpha = false;
+  bool set_beta = false;
+  genie::TensorIndex_t alpha, beta;
+  for (int k = 0; k < 4; ++k) {
+    genie::TensorIndex_t index = indices[k];
+    if (mu != index && nu != index) {
+      if ( !set_alpha ) {
+        alpha = index;
+        set_alpha = true;
+      }
+      else {
+        beta = index;
+        set_beta = true;
+      }
+    }
+  }
+
+  if ( !(set_alpha && set_beta) ) {
+    // TODO: ERROR!
+  }
+
+  // See http://www.cpluscode.org/p/physics-c.html
+  // TODO: check that this actually works and that epsilon(0,1,2,3) has the
+  // right sign!
+  int i = mu + 1;
+  int j = nu + 1;
+  int k = alpha + 1;
+  int l = beta + 1;
+
+  int levi_civita_sign = (i - j) * (i - k) * (i - l) * (j - k) * (j - l)
+    * (k - l) / 12;
+
+  double result = levi_civita_sign * (p1[alpha]*p2[beta] - p1[beta]*p2[alpha]);
+
+  return result;
+}
diff --git a/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h b/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h
new file mode 100644
index 000000000..6b70c6011
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/Rank2LorentzTensorI.h
@@ -0,0 +1,126 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::Rank2LorentzTensor
+
+\brief    Abstract interface for an object that computes the elements of a rank
+          2 Lorentz tensor \f$A^{\mu\nu}\f$.
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Accelerator Laboratory
+
+\created  January 17, 2019
+
+\cpright  Copyright (c) 2003-2018, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+          or see $GENIE/LICENSE
+*/
+//____________________________________________________________________________
+
+#ifndef RANK_2_LORENTZ_TENSORI_H
+#define RANK_2_LORENTZ_TENSORI_H
+
+#include <complex>
+
+#include "TLorentzVector.h"
+
+namespace genie {
+
+// Order is chosen to match TLorentzVector convention
+typedef enum ELorentzTensorIndices {
+  kTIdx_SpaceX = 0,
+  kTIdx_SpaceY = 1,
+  kTIdx_SpaceZ = 2,
+  kTIdx_Time = 3,
+  kTIdx_NumDimensions = 4
+} TensorIndex_t;
+
+class Rank2LorentzTensorI {
+
+public:
+
+  inline virtual ~Rank2LorentzTensorI() {}
+
+  /// \name Tensor elements
+  /// \brief Functions that return the elements of the tensor.
+  /// @{
+
+  /// Retrieves a tensor element corresponding to the given indices
+  virtual std::complex<double> operator()(TensorIndex_t mu, TensorIndex_t nu)
+    const = 0;
+
+  ///// The tensor element \f$A^{00}\f$
+  //virtual std::complex<double> tt() const = 0;
+
+  ///// The tensor element \f$A^{0x}\f$
+  //virtual std::complex<double> tx() const = 0;
+
+  ///// The tensor element \f$A^{0y}\f$
+  //virtual std::complex<double> ty() const = 0;
+
+  ///// The tensor element \f$A^{0z}\f$
+  //virtual std::complex<double> tz() const = 0;
+
+  ///// The tensor element \f$A^{x0} = (A^{0x})^*\f$
+  //virtual std::complex<double> xt() const = 0;
+
+  ///// The tensor element \f$A^{xx}\f$
+  //virtual std::complex<double> xx() const = 0;
+
+  ///// The tensor element \f$A^{xy}\f$
+  //virtual std::complex<double> xy() const = 0;
+
+  ///// The tensor element \f$A^{xz}\f$
+  //virtual std::complex<double> xz() const = 0;
+
+  ///// The tensor element \f$A^{y0} = (A^{0y})^*\f$
+  //virtual std::complex<double> yt() const = 0;
+
+  ///// The tensor element \f$A^{yx} = (A^{xy})^*\f$
+  //virtual std::complex<double> yx() const = 0;
+
+  ///// The tensor element \f$A^{yy}\f$
+  //virtual std::complex<double> yy() const = 0;
+
+  ///// The tensor element \f$A^{yz}\f$
+  //virtual std::complex<double> yz() const = 0;
+
+  ///// The tensor element \f$A^{z0} = (A^{0z})^*\f$
+  //virtual std::complex<double> zt() const = 0;
+
+  ///// The tensor element \f$A^{zx} = (A^{xz})^*\f$
+  //virtual std::complex<double> zx() const = 0;
+
+  ///// The tensor element \f$A^{zy} = (A^{yz})^*\f$
+  //virtual std::complex<double> zy() const = 0;
+
+  ///// The tensor element \f$A^{zz}\f$
+  //virtual std::complex<double> zz() const = 0;
+
+  /// @}
+
+  /// \name Operations
+  /// @{
+  virtual std::complex<double> Contract(const Rank2LorentzTensorI& other) const;
+  inline std::complex<double> operator*(const Rank2LorentzTensorI& other) const
+  {
+    return this->Contract( other );
+  }
+  /// @}
+
+  // Returns the corresponding element of the metric tensor
+  double Metric(TensorIndex_t mu, TensorIndex_t nu) const {
+    // TODO: deal with invalid enum values
+    if (mu != nu) return 0.;
+    else if (mu == kTIdx_Time) return 1.;
+    else return -1.;
+  }
+
+  // TODO: document this
+  double LeviCivitaProduct(genie::TensorIndex_t mu, genie::TensorIndex_t nu,
+    const TLorentzVector& p1, const TLorentzVector& p2) const;
+
+}; // class Rank2LorentzTensorI
+
+} // genie namespace
+#endif
diff --git a/src/Physics/QuasiElastic/XSection/RosenbluthPXSec.cxx b/src/Physics/QuasiElastic/XSection/RosenbluthPXSec.cxx
index 542a9d643..f23b5e8c1 100644
--- a/src/Physics/QuasiElastic/XSection/RosenbluthPXSec.cxx
+++ b/src/Physics/QuasiElastic/XSection/RosenbluthPXSec.cxx
@@ -100,8 +100,8 @@ double RosenbluthPXSec::XSec(
   double xsec = xsec_mott * (Ge2 + (tau/epsilon)*Gm2) / (1+tau);
 
   // Convert dsigma/dOmega --> dsigma/dQ2
-  // xsec *= (kPi/(Ep*E)); // bug introduced in v3.0.6
-  xsec *= (kPi/(Ep2)); // fixed before v3.2
+  // See GENIE docDB #214
+  xsec *= ( kPi / Ep2 );
 
   // The algorithm computes dxsec/dQ2
   // Check whether variable tranformation is needed
diff --git a/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.cxx b/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.cxx
new file mode 100644
index 000000000..9c8a5df38
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.cxx
@@ -0,0 +1,431 @@
+//____________________________________________________________________________
+/*
+ Copyright (c) 2003-2019, The GENIE Collaboration
+ For the full text of the license visit http://copyright.genie-mc.org
+ or see $GENIE/LICENSE
+
+ Author: Steven Gardiner <gardiner \at fnal.gov>
+         Fermi National Acclerator Laboratory
+
+ For the class documentation see the corresponding header file.
+
+*/
+//____________________________________________________________________________
+
+#include "TMath.h"
+#include "TVector3.h"
+#include "TLorentzVector.h"
+#include "Math/IFunction.h"
+#include "Math/Integrator.h"
+
+#include "Physics/QuasiElastic/XSection/UnifiedQELPXSec.h"
+#include "Physics/XSectionIntegration/XSecIntegratorI.h"
+#include "Physics/QuasiElastic/XSection/QELFormFactors.h"
+#include "Physics/QuasiElastic/XSection/QELFormFactorsModelI.h"
+#include "Physics/QuasiElastic/XSection/QELUtils.h"
+#include "Framework/Conventions/Constants.h"
+#include "Framework/Conventions/RefFrame.h"
+#include "Framework/Conventions/KineVar.h"
+#include "Framework/Conventions/Units.h"
+#include "Framework/Messenger/Messenger.h"
+#include "Framework/ParticleData/PDGCodes.h"
+#include "Framework/ParticleData/PDGLibrary.h"
+#include "Framework/ParticleData/PDGUtils.h"
+#include "Framework/Utils/KineUtils.h"
+#include "Framework/Utils/PrintUtils.h"
+#include "Physics/NuclearState/NuclearModelI.h"
+#include "Physics/NuclearState/NuclearUtils.h"
+
+using namespace genie;
+using namespace genie::constants;
+using namespace genie::controls;
+using namespace genie::utils;
+
+//____________________________________________________________________________
+UnifiedQELPXSec::UnifiedQELPXSec() :
+XSecAlgorithmI("genie::UnifiedQELPXSec")
+{
+
+}
+//____________________________________________________________________________
+UnifiedQELPXSec::UnifiedQELPXSec(string config) :
+XSecAlgorithmI("genie::UnifiedQELPXSec", config)
+{
+
+}
+//____________________________________________________________________________
+UnifiedQELPXSec::~UnifiedQELPXSec()
+{
+
+}
+//____________________________________________________________________________
+double UnifiedQELPXSec::XSec(const Interaction* interaction,
+  KinePhaseSpace_t kps) const
+{
+  if ( !this->ValidProcess(interaction) ) return 0.;
+  if ( !this->ValidKinematics(interaction) ) return 0.;
+
+  if ( kps == kPSQ2fE ) return this->FreeNucXSec( interaction, kps );
+
+  // Get kinematics and init-state parameters
+  const Kinematics&   kinematics = interaction->Kine();
+  const InitialState& init_state = interaction->InitState();
+  const Target& target = init_state.Tgt();
+
+  TLorentzVector* temp_probeP4 = init_state.GetProbeP4( kRfLab );
+  TLorentzVector probeP4 = *temp_probeP4;
+  delete temp_probeP4;
+  double p_probe = probeP4.P();
+
+  const TLorentzVector& p4Ni = target.HitNucP4();
+  double mNi = target.HitNucMass(); // on-shell initial hit nucleon mass
+  double pNi = p4Ni.P();
+  double E_NiOnShell = std::sqrt(pNi*pNi + mNi*mNi);
+  TLorentzVector p4NiOnShell = TLorentzVector(p4Ni.Vect(), E_NiOnShell);
+  double epsilon_B = E_NiOnShell - p4Ni.E();
+
+  const TLorentzVector& lepP4 = kinematics.FSLeptonP4();
+  double E_lep = lepP4.E();
+
+  const TLorentzVector& p4Nf = kinematics.HadSystP4();
+  double E_Nf = p4Nf.E();
+
+  // Start xsec calculation with overall phase space factor and
+  // scaling factor from XML
+  double xsec = fXSecScale / (64.*kPi*kPi * p_probe * E_NiOnShell
+    * E_lep * E_Nf);
+
+  // If we're dealing with a nuclear target, then apply Pauli blocking as
+  // needed
+  if ( target.IsNucleus() && !interaction->TestBit(kIAssumeFreeNucleon) ) {
+    double kF = fPauliBlocker->GetFermiMomentum(target,
+      interaction->RecoilNucleonPdg(), target.HitNucPosition());
+    if ( p4Nf.P() < kF ) return 0.;
+  }
+
+  // Scale cross section by the number of active nucleons
+  int hit_nuc_pdg = target.HitNucPdg();
+  // Number of active nucleons in the target
+  int num_active = pdg::IsProton(hit_nuc_pdg) ? target.Z() : target.N();
+
+  xsec *= num_active;
+
+  // Compute form factors using Q2tilde (the effective Q2 value after
+  // binding energy corrections)
+  TLorentzVector qP4 = probeP4 - lepP4;
+  TLorentzVector qTildeP4 = qP4;
+  qTildeP4.SetE( qP4.E() - epsilon_B );
+
+  double Q2 = -1. * qP4.M2();
+  double Q2tilde = -1. * qTildeP4.M2();
+
+  // Make sure Q2 is physical
+  if ( Q2 <= 0. ) {
+    LOG("UnifiedQELPXSec", pWARN) << "Q2 <= 0, returning xsec = 0";
+    return 0.;
+  }
+
+  // Get the correct couplings and form factors model for the current
+  // interaction
+  double coupling_factor = 1.;
+  const genie::ProcessInfo& proc_info = interaction->ProcInfo();
+  if ( proc_info.IsWeakCC() ) {
+    coupling_factor = kGF2 * fCos8c2 / 2.;
+    fFormFactors.SetModel( fCCFormFactorsModel );
+  }
+  else if ( proc_info.IsWeakNC() ) {
+    coupling_factor = kGF2 / 2.;
+    fFormFactors.SetModel( fNCFormFactorsModel );
+  }
+  else if ( proc_info.IsEM() ) {
+    // Lorentz-Heaviside natural units: e^4 = 16 * kPi^2 * kAem2
+    coupling_factor = 16. * kPi * kPi * kAem2 / ( Q2*Q2 );
+    fFormFactors.SetModel( fEMFormFactorsModel );
+  }
+  else {
+    LOG("UnifiedQELPXSec", pERROR) << "Unrecognized process type encountered"
+      << " in genie::CBFSpecFuncQELPXSec::XSec()";
+    return 0.;
+  }
+
+  // Apply the coupling factor to the differential cross section
+  xsec *= coupling_factor;
+
+  // For a bound hit nucleon, the corrected energy transfer qTilde0 needs to be
+  // positive to enforce energy conservation
+  if ( qTildeP4.E() <= 0. && interaction->InitState().Tgt().IsNucleus()
+    && !interaction->TestBit(kIAssumeFreeNucleon) ) return 0.;
+
+  // Set Q2 to Q2tilde while computing form factors
+  interaction->KinePtr()->SetQ2( Q2tilde );
+
+  // Evaluate the form factors
+  fFormFactors.Calculate( interaction );
+
+  // Now that we've calculated them, store the true Q2 value
+  interaction->KinePtr()->SetQ2( Q2 );
+
+  // Compute the tensor contraction
+  LeptonTensor L_munu( *interaction );
+  FreeNucleonTensor ATilde_munu( *interaction, fFormFactors );
+
+  std::complex<double> contraction = L_munu * ATilde_munu;
+
+  if ( std::abs(contraction.imag()) > kASmallNum ) {
+    LOG("UnifiedQELPXSec", pWARN) << "Tensor contraction has nonvanishing"
+      << " imaginary part!";
+  }
+
+  // Apply the tensor contraction to the cross section
+  xsec *= contraction.real();
+
+  // Multiply by the analytic solution of the energy-conserving delta function
+  // used by the kPSQELEvGen phase space.
+  xsec *= genie::utils::EnergyDeltaFunctionSolutionQEL( *interaction );
+
+  // Check whether variable tranformation is needed
+  if ( kps != kPSQELEvGen ) {
+    // Compute the appropriate Jacobian for transformation to the requested
+    // phase space
+    double J = utils::kinematics::Jacobian(interaction, kPSQELEvGen, kps);
+    xsec *= J;
+  }
+
+  return xsec;
+}
+//____________________________________________________________________________
+double UnifiedQELPXSec::Integral(const Interaction* in) const
+{
+  // Intended for use with genie::NewQELXSec, which is smart
+  // enough to handle free nucleon vs. nuclear targets, different
+  // nuclear models, etc.
+  return fXSecIntegrator->Integrate(this, in);
+}
+//____________________________________________________________________________
+bool UnifiedQELPXSec::ValidProcess(const Interaction* interaction) const
+{
+  if ( interaction->TestBit(kISkipProcessChk) ) return true;
+
+  const InitialState& init_state = interaction->InitState();
+  const ProcessInfo&  proc_info  = interaction->ProcInfo();
+
+  if ( !proc_info.IsQuasiElastic() ) return false;
+
+  if ( proc_info.IsEM() || proc_info.IsWeakNC() ) return true;
+
+  // For weak CC interactions, check that the hit nucleon "works"
+  else if ( proc_info.IsWeakCC() ) {
+    int nucleon_pdg = init_state.Tgt().HitNucPdg();
+    int probe_pdg = init_state.ProbePdg();
+
+    if ( pdg::IsNeutron(nucleon_pdg) && pdg::IsNeutrino(probe_pdg) ) {
+      return true;
+    }
+    else if ( pdg::IsProton(nucleon_pdg) && pdg::IsAntiNeutrino(probe_pdg) ) {
+      return true;
+    }
+    else return false;
+  }
+
+  return false;
+}
+//____________________________________________________________________________
+void UnifiedQELPXSec::Configure(const Registry& config)
+{
+  Algorithm::Configure(config);
+  this->LoadConfig();
+}
+//____________________________________________________________________________
+void UnifiedQELPXSec::Configure(std::string config)
+{
+  Algorithm::Configure(config);
+  this->LoadConfig();
+}
+//____________________________________________________________________________
+void UnifiedQELPXSec::LoadConfig(void)
+{
+  double thc;
+  GetParam( "CabibboAngle", thc ) ;
+  fCos8c2 = TMath::Power(TMath::Cos(thc), 2);
+
+  // cross section scaling factor
+  GetParam( "QEL-CC-XSecScale", fXSecScale ) ;
+
+  // load QEL form factors models
+  fCCFormFactorsModel = dynamic_cast<const QELFormFactorsModelI*>(
+    this->SubAlg("CCFormFactorsAlg") );
+  assert( fCCFormFactorsModel );
+
+  fNCFormFactorsModel = dynamic_cast<const QELFormFactorsModelI*>(
+    this->SubAlg("NCFormFactorsAlg") );
+  assert( fNCFormFactorsModel );
+
+  fEMFormFactorsModel = dynamic_cast<const QELFormFactorsModelI*>(
+    this->SubAlg("EMFormFactorsAlg") );
+  assert( fEMFormFactorsModel );
+
+  // Attach CC model for now. This will be updated later.
+  fFormFactors.SetModel( fCCFormFactorsModel );
+
+  // load xsec integrator
+  fXSecIntegrator = dynamic_cast<const XSecIntegratorI*>(
+    this->SubAlg("XSec-Integrator") );
+  assert(fXSecIntegrator);
+
+  // get nuclear model
+  fNuclModel = dynamic_cast<const NuclearModelI*>(
+    this->SubAlg("IntegralNuclearModel") );
+  assert(fNuclModel);
+
+  // get the algorithm ID for the PauliBlocker
+  RgAlg pauliBlockID;
+  GetParamDef( "PauliBlockerAlg", pauliBlockID,
+    RgAlg("genie::PauliBlocker", "Default") );
+  AlgId pbID = AlgId( pauliBlockID );
+
+  AlgFactory* algf = AlgFactory::Instance();
+  fPauliBlocker = dynamic_cast<const PauliBlocker*>(
+    algf->GetAlgorithm(pbID) );
+  assert( fPauliBlocker );
+}
+//____________________________________________________________________________
+double UnifiedQELPXSec::FreeNucXSec(const Interaction* interaction,
+  KinePhaseSpace_t kps) const
+{
+  // This cross section calculation works in the kPSQ2fE phase space
+  // and is intended for direct tests against other QEL cross section
+  // models using free nucleon targets.
+
+  // Get kinematics and init-state parameters
+  const Kinematics&   kinematics = interaction->Kine();
+  const InitialState& init_state = interaction->InitState();
+  const Target& target = init_state.Tgt();
+
+  // Work in the rest frame of the initial struck nucleon
+  TLorentzVector* temp_probeP4 = init_state.GetProbeP4( kRfHitNucRest );
+  TLorentzVector probeP4 = *temp_probeP4;
+  delete temp_probeP4;
+  double E_probe = probeP4.E();
+  double p_probe = probeP4.P();
+  double m_probe2 = probeP4.M2();
+
+  // Check that we are above threshold for the reaction using Mandelstam s
+  double sqrt_s = init_state.CMEnergy();
+  double ml = interaction->FSPrimLepton()->Mass();
+  double W = interaction->RecoilNucleon()->Mass();
+  if ( sqrt_s < W + ml ) return 0.;
+
+  // Hit nucleon mass (may be off-shell)
+  double M = target.HitNucP4().M();
+  // 4-momentum of initial hit nucleon in its rest frame
+  // TODO: think more about bound nucleons here
+  TLorentzVector p4Ni(0., 0., 0., M);
+
+  // Use Q^2 to compute the full 4-momenta needed for the tensor contraction
+  double Q2 = kinematics.Q2();
+
+  // In the hit nucleon rest frame, we can compute the energy transfer easily
+  // from Q^2
+  double q0 = ( Q2 + W*W - M*M ) / ( 2. * M );
+
+  // Final lepton total energy and momentum
+  double El = E_probe - q0;
+  double pl = std::sqrt( std::max(0., El*El - ml*ml) );
+
+  // Also compute the scattering cosine in the hit nucleon rest frame
+  // using Q^2
+  double cos_theta_l = ( 2.*E_probe*El - Q2 - m_probe2 - ml*ml )
+    / ( 2. * p_probe * pl );
+  double theta_l = std::acos( cos_theta_l );
+
+  // The cross section is invariant with respect to the azimuthal angle
+  // of the outgoing lepton, so just pick zero for simplicity
+  double phi_l = 0.;
+
+  // Build the final lepton 4-momentum and 4-momentum transfer
+  TLorentzVector p4l(0., 0., pl, El);
+  p4l.SetTheta( theta_l );
+  p4l.SetPhi( phi_l );
+
+  TLorentzVector qP4 = probeP4 - p4l;
+
+  // Start xsec calculation with overall phase space factor and
+  // scaling factor from XML
+  double xsec = fXSecScale / ( 64. * kPi * std::pow(M * p_probe, 2) );
+
+  // Get the correct couplings and form factors model for the current
+  // interaction
+  // TODO: reduce code duplication here
+  double coupling_factor = 1.;
+  const genie::ProcessInfo& proc_info = interaction->ProcInfo();
+  if ( proc_info.IsWeakCC() ) {
+    coupling_factor = kGF2 * fCos8c2 / 2.;
+    fFormFactors.SetModel( fCCFormFactorsModel );
+  }
+  else if ( proc_info.IsWeakNC() ) {
+    coupling_factor = kGF2 / 2.;
+    fFormFactors.SetModel( fNCFormFactorsModel );
+  }
+  else if ( proc_info.IsEM() ) {
+    // Lorentz-Heaviside natural units: e^4 = 16 * kPi^2 * kAem2
+    coupling_factor = 16. * kPi * kPi * kAem2 / ( Q2*Q2 );
+    fFormFactors.SetModel( fEMFormFactorsModel );
+  }
+  else {
+    LOG("UnifiedQELPXSec", pERROR) << "Unrecognized process type encountered"
+      << " in genie::CBFSpecFuncQELPXSec::XSec()";
+    return 0.;
+  }
+
+  // Apply the coupling factor to the differential cross section
+  xsec *= coupling_factor;
+
+  // Evaluate the form factors
+  fFormFactors.Calculate( interaction );
+
+  // Compute the tensor contraction
+  InteractionType_t type = interaction->ProcInfo().InteractionTypeId();
+  int hit_nuc_pdg = target.HitNucPdg();
+
+  LeptonTensor L_munu( probeP4, p4l, init_state.ProbePdg(), type );
+
+  FreeNucleonTensor ATilde_munu( p4Ni, qP4, fFormFactors.F1V(),
+    fFormFactors.xiF2V(), fFormFactors.F3V(), fFormFactors.FA(),
+    fFormFactors.Fp(), fFormFactors.F3A(), type, hit_nuc_pdg );
+
+  std::complex<double> contraction = L_munu * ATilde_munu;
+
+  if ( std::abs(contraction.imag()) > kASmallNum ) {
+    LOG("UnifiedQELPXSec", pWARN) << "Tensor contraction has nonvanishing"
+      << " imaginary part!";
+  }
+
+  // Apply the tensor contraction to the cross section
+  xsec *= contraction.real();
+
+  // Check whether variable transformation is needed
+  if ( kps != kPSQ2fE ) {
+    // Compute the appropriate Jacobian for transformation to the requested
+    // phase space
+    double J = utils::kinematics::Jacobian(interaction, kPSQ2fE, kps);
+    xsec *= J;
+  }
+
+  // If requested return the free nucleon xsec even for input nuclear tgt
+  if ( interaction->TestBit(kIAssumeFreeNucleon) ) return xsec;
+
+  // Compute nuclear suppression factor
+  // (R(Q2) is adapted from NeuGEN - see comments therein)
+  double R = nuclear::NuclQELXSecSuppression("Default", 0.5, interaction);
+
+  // Number of scattering centers in the target
+  int NNucl = pdg::IsProton(hit_nuc_pdg) ? target.Z() : target.N();
+
+  LOG("UnifiedQELPXSec", pDEBUG) << "Nuclear suppression factor R(Q2) = "
+    << R << ", NNucl = " << NNucl;
+
+  // Compute nuclear cross section
+  xsec *= ( R * NNucl );
+
+  return xsec;
+}
diff --git a/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.h b/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.h
new file mode 100644
index 000000000..0170e907d
--- /dev/null
+++ b/src/Physics/QuasiElastic/XSection/UnifiedQELPXSec.h
@@ -0,0 +1,78 @@
+//____________________________________________________________________________
+/*!
+
+\class    genie::UnifiedQELPXSec
+
+\brief    Computes quasielastic neutrino-nucleus differential cross sections
+          using a contraction of leptonic and hadronic tensors. Intended for
+          use with a spectral function nuclear model.
+          Is a concrete implementation of the XSecAlgorithmI interface. \n
+
+\author   Steven Gardiner <gardiner \at fnal.gov>
+          Fermi National Acclerator Laboratory
+
+\created  March 25, 2019
+
+\cpright  Copyright (c) 2003-2019, The GENIE Collaboration
+          For the full text of the license visit http://copyright.genie-mc.org
+          or see $GENIE/LICENSE
+*/
+//____________________________________________________________________________
+
+#ifndef _CBF_SPECTRAL_FUNC_CROSS_SECTION_H_
+#define _CBF_SPECTRAL_FUNC_CROSS_SECTION_H_
+
+#include <string>
+#include <complex>
+
+#include "Math/IFunction.h"
+
+#include "Framework/EventGen/XSecAlgorithmI.h"
+#include "Physics/QuasiElastic/XSection/LeptonTensor.h"
+#include "Physics/QuasiElastic/XSection/FreeNucleonTensor.h"
+#include "Physics/NuclearState/NuclearModelI.h"
+#include "Physics/NuclearState/PauliBlocker.h"
+
+namespace genie {
+
+class QELFormFactorsModelI;
+class QELFormFactors;
+class XSecIntegratorI;
+
+class UnifiedQELPXSec : public XSecAlgorithmI {
+
+public:
+
+  UnifiedQELPXSec();
+  UnifiedQELPXSec(std::string config);
+  virtual ~UnifiedQELPXSec();
+
+  // XSecAlgorithmI interface implementation
+  double XSec            (const Interaction* i, KinePhaseSpace_t k) const;
+  double Integral        (const Interaction* i) const;
+  bool ValidProcess      (const Interaction* i) const;
+
+  // Override the Algorithm::Configure methods to load configuration
+  // data to private data members
+  void Configure (const Registry& config);
+  void Configure (std::string param_set);
+
+private:
+  void LoadConfig (void);
+  double FreeNucXSec(const Interaction* interaction, KinePhaseSpace_t kps) const;
+
+  const QELFormFactorsModelI* fCCFormFactorsModel;
+  const QELFormFactorsModelI* fNCFormFactorsModel;
+  const QELFormFactorsModelI* fEMFormFactorsModel;
+  mutable QELFormFactors fFormFactors;
+
+  const NuclearModelI* fNuclModel;
+  const PauliBlocker* fPauliBlocker;
+  const XSecIntegratorI* fXSecIntegrator;
+  double fCos8c2; ///< cos^2(cabibbo angle)
+  double fXSecScale; ///< external xsec scaling factor
+};
+
+} // genie namespace
+
+#endif