/export/starexec/sandbox2/solver/bin/starexec_run_Certifiable /export/starexec/sandbox2/benchmark/theBenchmark.xml /export/starexec/sandbox2/output/output_files


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YES
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            <sharp>
            <name>le</name></sharp>
            <arg>
             <var>x</var>
            </arg>
            <arg>
             <var>y</var>
            </arg>
           </funapp>
          </rhs>
         </rule>
        </rules>
       </dps>
       <realScc>true</realScc>
       <dpProof>
        <redPairUrProc>
         <orderingConstraintProof>
          <redPair>
           <maxPoly>
            <interpret>
             <name>le</name>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <name>s</name>
             <arity>1</arity>
             <sum>
              <variable>1</variable>
              <constant>3</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>le</name></sharp>
             <arity>2</arity>
             <sum>
              <variable>2</variable>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>minus</name>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <name>mod</name>
             <arity>2</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>false</name>
             <arity>0</arity>
             <sum>
              <constant>5</constant>
             </sum>
            </interpret>
            <interpret>
             <name>true</name>
             <arity>0</arity>
             <sum>
              <constant>3</constant>
             </sum>
            </interpret>
            <interpret>
             <name>pred</name>
             <arity>1</arity>
             <sum>
              <variable>1</variable>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>if_mod</name>
             <arity>3</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>0</name>
             <arity>0</arity>
             <sum>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>minus</name></sharp>
             <arity>2</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>mod</name></sharp>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>if_mod</name></sharp>
             <arity>3</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>pred</name></sharp>
             <arity>1</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
           </maxPoly>
          </redPair>
         </orderingConstraintProof>
         <dps>
          <rules>
          </rules>
         </dps>
         <usableRules>
          <rules>
           <rule>
            <lhs>
             <funapp>
              <name>pred</name>
              <arg>
               <funapp>
                <name>s</name>
                <arg>
                 <var>x</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <var>x</var>
            </rhs>
           </rule>
           <rule>
            <lhs>
             <funapp>
              <name>minus</name>
              <arg>
               <var>x</var>
              </arg>
              <arg>
               <funapp>
                <name>0</name>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <var>x</var>
            </rhs>
           </rule>
           <rule>
            <lhs>
             <funapp>
              <name>minus</name>
              <arg>
               <var>x</var>
              </arg>
              <arg>
               <funapp>
                <name>s</name>
                <arg>
                 <var>y</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <funapp>
              <name>pred</name>
              <arg>
               <funapp>
                <name>minus</name>
                <arg>
                 <var>x</var>
                </arg>
                <arg>
                 <var>y</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </rhs>
           </rule>
          </rules>
         </usableRules>
         <dpProof>
          <depGraphProc>
          </depGraphProc>
         </dpProof>
        </redPairUrProc>
       </dpProof>
      </component>
      <component>
       <dps>
        <rules>
         <rule>
          <lhs>
           <funapp>
            <sharp>
            <name>minus</name></sharp>
            <arg>
             <var>x</var>
            </arg>
            <arg>
             <funapp>
              <name>s</name>
              <arg>
               <var>y</var>
              </arg>
             </funapp>
            </arg>
           </funapp>
          </lhs>
          <rhs>
           <funapp>
            <sharp>
            <name>minus</name></sharp>
            <arg>
             <var>x</var>
            </arg>
            <arg>
             <var>y</var>
            </arg>
           </funapp>
          </rhs>
         </rule>
        </rules>
       </dps>
       <realScc>true</realScc>
       <dpProof>
        <redPairUrProc>
         <orderingConstraintProof>
          <redPair>
           <maxPoly>
            <interpret>
             <name>le</name>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <name>s</name>
             <arity>1</arity>
             <sum>
              <variable>1</variable>
              <constant>3</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>le</name></sharp>
             <arity>2</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>minus</name>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <name>mod</name>
             <arity>2</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>false</name>
             <arity>0</arity>
             <sum>
              <constant>5</constant>
             </sum>
            </interpret>
            <interpret>
             <name>true</name>
             <arity>0</arity>
             <sum>
              <constant>3</constant>
             </sum>
            </interpret>
            <interpret>
             <name>pred</name>
             <arity>1</arity>
             <sum>
              <variable>1</variable>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>if_mod</name>
             <arity>3</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <name>0</name>
             <arity>0</arity>
             <sum>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>minus</name></sharp>
             <arity>2</arity>
             <sum>
              <variable>2</variable>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>mod</name></sharp>
             <arity>2</arity>
             <sum>
              <variable>1</variable>
              <constant>1</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>if_mod</name></sharp>
             <arity>3</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
            <interpret>
             <sharp>
             <name>pred</name></sharp>
             <arity>1</arity>
             <sum>
              <constant>0</constant>
             </sum>
            </interpret>
           </maxPoly>
          </redPair>
         </orderingConstraintProof>
         <dps>
          <rules>
          </rules>
         </dps>
         <usableRules>
          <rules>
           <rule>
            <lhs>
             <funapp>
              <name>pred</name>
              <arg>
               <funapp>
                <name>s</name>
                <arg>
                 <var>x</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <var>x</var>
            </rhs>
           </rule>
           <rule>
            <lhs>
             <funapp>
              <name>minus</name>
              <arg>
               <var>x</var>
              </arg>
              <arg>
               <funapp>
                <name>0</name>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <var>x</var>
            </rhs>
           </rule>
           <rule>
            <lhs>
             <funapp>
              <name>minus</name>
              <arg>
               <var>x</var>
              </arg>
              <arg>
               <funapp>
                <name>s</name>
                <arg>
                 <var>y</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </lhs>
            <rhs>
             <funapp>
              <name>pred</name>
              <arg>
               <funapp>
                <name>minus</name>
                <arg>
                 <var>x</var>
                </arg>
                <arg>
                 <var>y</var>
                </arg>
               </funapp>
              </arg>
             </funapp>
            </rhs>
           </rule>
          </rules>
         </usableRules>
         <dpProof>
          <depGraphProc>
          </depGraphProc>
         </dpProof>
        </redPairUrProc>
       </dpProof>
      </component>
      <component>
       <dps>
        <rules>
         <rule>
          <lhs>
           <funapp>
            <sharp>
            <name>minus</name></sharp>
            <arg>
             <var>x</var>
            </arg>
            <arg>
             <funapp>
              <name>s</name>
              <arg>
               <var>y</var>
              </arg>
             </funapp>
            </arg>
           </funapp>
          </lhs>
          <rhs>
           <funapp>
            <sharp>
            <name>pred</name></sharp>
            <arg>
             <funapp>
              <name>minus</name>
              <arg>
               <var>x</var>
              </arg>
              <arg>
               <var>y</var>
              </arg>
             </funapp>
            </arg>
           </funapp>
          </rhs>
         </rule>
        </rules>
       </dps>
       <realScc>false</realScc>
      </component>
     </depGraphProc>
    </dpProof>
   </dpTrans>
  </trsTerminationProof>
 </proof>
 <origin>
  <proofOrigin>
   <tool>
    <name>NaTT</name>
    <version>certifiable-1.6</version>
   </tool>
  </proofOrigin>
 </origin>
</certificationProblem>