Manually revert pf6.xml back to original

Author: rmatsum836

foyer/tests/files/pf6.xml

@@ -2,10 +2,15 @@
  <AtomTypes>
   <Type name="P" class="P" element="P"  mass="30.9738"  def="P" desc="phosphorous"/>
   <Type name="F1" class="F1" element="F"  mass="18.9984"  def="FP([!%F1])([!%F1])([!%F1])([!%F1])F" desc="fluorine type 1"/>
-  <Type name="F2" class="F2" element="F"  mass="18.9984"  def="FP([!%F1;!%F2])([!%F1;!%F2])([%F1])([%F1])F" desc="fluorine type 2" overrides="F1,F4"/>
-  <Type name="F3" class="F3" element="F"  mass="18.9984"  def="FP([%F1,%F4])([%F1])([%F2])([%F2])F" desc="fluorine type 3" overrides="F1,F2,F4"/>
-  <Type name="F4" class="F4" element="F"  mass="18.9984"  def="F" desc="fluorine type 4"/>
+  <Type name="F2" class="F2" element="F"  mass="18.9984"  def="FP([!%F1;!%F2])([!%F1;!%F2])([%F1])([%F1])F" desc="fluorine type 2" overrides="F1"/>
+  <Type name="F3" class="F3" element="F"  mass="18.9984"  def="FP([%F1])([%F1])([%F2])([%F2])F" desc="fluorine type 3" overrides="F1,F2"/>
  </AtomTypes>
+ <NonbondedForce coulomb14scale="1.0" lj14scale="1.0">
+  <Atom type="P" charge="0.442" sigma="0.3740" epsilon="0.962"/>
+  <Atom type="F1" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
+  <Atom type="F2" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
+  <Atom type="F3" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
+ </NonbondedForce>
  <HarmonicBondForce>
   <Bond class1="P" class2="F1" length="0.16" k="3347.2"/>
   <Bond class1="P" class2="F2" length="0.16" k="3347.2"/>
@@ -19,11 +24,4 @@
   <Angle class1="F1" class2="P" class3="F3" angle="1.570796" k="1673.6"/>
   <Angle class1="F2" class2="P" class3="F3" angle="1.570796" k="1673.6"/>
  </HarmonicAngleForce>
- <NonbondedForce coulomb14scale="0.5" lj14scale="0.5">
-  <Atom type="P" charge="0.442" sigma="0.3740" epsilon="0.962"/>
-  <Atom type="F1" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
-  <Atom type="F2" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
-  <Atom type="F3" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
-  <Atom type="F4" charge="-0.207" sigma="0.3118" epsilon="0.298"/>
- </NonbondedForce>
 </ForceField>