
*** Yes
> > 
*** Yes
S = s(anaphora_in => @,
      anaphora_out => [n(class => code(eating_habit => comp),number => singular)|@],
      form => statement,
      parsetree => tree(label => ss,
                        lhs => tree(label => np,
                                    lhs => tree(label => snp,
                                                lhs => tree(label => ssnp,
                                                            lhs => n(class => code(eating_habit => comp),
                                                                     number => singular)))),
                        rhs => tree(label => vp,
                                    lhs => tree(label => svp,
                                                lhs => iv(number => singular,
                                                          subject => code(eating_habit => comp),
                                                          tense => present))))).

--1> 
*** Yes
S = ss(anaphora_in => @,
       anaphora_out => [n(class => code(eating_habit => comp),number => singular)|@],
       form => statement,
       parsetree => tree(label => ss,
                         lhs => tree(label => np,
                                     lhs => tree(label => snp,
                                                 lhs => tree(label => ssnp,
                                                             lhs => n(class => code(eating_habit => comp),
                                                                      number => singular)))),
                         rhs => tree(label => vp,
                                     lhs => tree(label => svp,
                                                 lhs => iv(number => singular,
                                                           subject => code(eating_habit => comp),
                                                           tense => present))))).

--1> 
*** No
> 
*** Yes
S = s(anaphora_in => @,
      anaphora_out => [n(class => food,number => singular),
                       pn(class => human(eating_habit => omnivore),gender => male,number => singular)|@],
      form => statement,
      parsetree => tree(label => ss,
                        lhs => tree(label => np,
                                    lhs => tree(label => snp,
                                                lhs => pn(class => human(eating_habit => omnivore),
                                                          gender => male,
                                                          number => singular))),
                        rhs => tree(label => vp,
                                    lhs => tree(label => svp,
                                                lhs => tv(number => singular,
                                                          object => food,
                                                          subject => human(eating_habit => omnivore),
                                                          tense => present),
                                                rhs => tree(label => np,
                                                            lhs => tree(label => snp,
                                                                        lhs => tree(label => ssnp,
                                                                                    lhs => n(class => food,
                                                                                             number => singular)))))))).

--1> 
*** Yes
S = ss(anaphora_in => @,
       anaphora_out => [n(class => food,number => singular),
                        pn(class => human(eating_habit => omnivore),gender => male,number => singular)|@],
       form => statement,
       parsetree => tree(label => ss,
                         lhs => tree(label => np,
                                     lhs => tree(label => snp,
                                                 lhs => pn(class => human(eating_habit => omnivore),
                                                           gender => male,
                                                           number => singular))),
                         rhs => tree(label => vp,
                                     lhs => tree(label => svp,
                                                 lhs => tv(number => singular,
                                                           object => food,
                                                           subject => human(eating_habit => omnivore),
                                                           tense => present),
                                                 rhs => tree(label => np,
                                                             lhs => tree(label => snp,
                                                                         lhs => tree(label => ssnp,
                                                                                     lhs => n(class => food,
                                                                                              number => singular)))))))).

--1> 
*** No
> > > 
*** No
> > 
*** Yes
S = s(anaphora_in => @,
      anaphora_out => [pn(class => dog(eating_habit => carnivore),number => singular)|@],
      form => statement,
      parsetree => tree(label => ss,
                        lhs => tree(label => np,
                                    lhs => tree(label => snp,
                                                lhs => pn(class => dog(eating_habit => carnivore),
                                                          number => singular))),
                        rhs => tree(label => vp,
                                    lhs => tree(label => svp,
                                                lhs => iv(number => singular,
                                                          subject => dog(eating_habit => carnivore),
                                                          tense => present))))).

--1> 
*** No
> > 
*** No
> > 
