1. Animación CUP DDS con CUP Cadena de entrada: (false and (74 >= 34)) xor 45 < 78 ;

2. (false and (74 >= 34)) xor 45 < 78 ; A

3. ALAL

4. A L L xor J

5. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C

6. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2

7. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J

8. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J J ( L )

9. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J J ( L ) false J

10. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J J ( L ) false J C

11. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J J ( L ) false J C n1 >= n2

12. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J J ( L ) false J C n1 >= n2 J:=vfalse {: Simbolo s=new Simbolo(); s.valor=false; RESULT = s; :}

13. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 L and J false ( L ) J C n1 >= n2 L::=J:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

14. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( L ) J C n1 >= n2 L::=J:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

15. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( L ) J C n1 >= n2

16. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( L ) J C true C::=numero:n1 opmayori numero:n2 {:int v1=Integer.parseInt(n1); int v2=Integer.parseInt(n2); Simbolo s=new Simbolo(); s.valor=(v1 >= v2); RESULT = s; :}

17. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( L ) J true J::=C:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

18. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( L ) true L::=C:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

19. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( true )

20. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J ( true ) J::=apertura_parentesis L:eval cierre_parentesis {: Simbolo s=new Simbolo(); s.valor=(eval.valor); RESULT = s; :}

21. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and J true

22. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and true

23. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false and true L::=L:ev1 opand J:ev2 {: Simbolo s=new Simbolo(); s.valor=(ev1.valor && ev2.valor); RESULT = s; :}

24. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( L ) n1 < n2 false

25. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( false ) n1 < n2

26. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C ( false ) n1 < n2 J::=apertura_parentesis L:eval cierre_parentesis {: Simbolo s=new Simbolo(); s.valor=(eval.valor); RESULT = s; :}

27. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J J C false n1 < n2

28. (false and (74 >= 34)) xor 45 < 78 ; A L L xor J false C n1 < n2 L::=J:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

29. (false and (74 >= 34)) xor 45 < 78 ; A L false xor J C n1 < n2

30. (false and (74 >= 34)) xor 45 < 78 ; A L false xor J C n1 < n2

31. (false and (74 >= 34)) xor 45 < 78 ; A L false xor J C 45 < 78 C::=numero:n1 opmenor numero:n2 {: int v1=Integer.parseInt(n1); int v2=Integer.parseInt(n2); Simbolo s=new Simbolo(); s.valor=(v1 < v2); RESULT = s; :}

32. (false and (74 >= 34)) xor 45 < 78 ; A L false xor J C true

33. (false and (74 >= 34)) xor 45 < 78 ; A L false xor J true J::=C:eval {: Simbolo s=new Simbolo(); s.valor=eval.valor; RESULT = s; :}

34. (false and (74 >= 34)) xor 45 < 78 ; A L false xor true

35. (false and (74 >= 34)) xor 45 < 78 ; A L false xor true L::=L:ev1 opxor J:ev2 {: Simbolo s=new Simbolo(); s.valor=(ev1.valor ^ ev2.valor); RESULT = s; :}

36. (false and (74 >= 34)) xor 45 < 78 ; A L true

37. (false and (74 >= 34)) xor 45 < 78 ; A true A::=L:eval semicolon {: System.out.println("\n\nExpresion logica correcta. Valor final: "+ eval.valor +"\n\n"); :};

38. (false and (74 >= 34)) xor 45 < 78 ; APERTURA_PAR [(]FALSE [false] OPAND [and] APERTURA_PAR [(]NUMERO [74] OPMAYORI [>=] NUMERO [34]CIERRE_PAR [)]CIERRE_PAR [)] OPXOR [xor] NUMERO [45] OPMENOR [<] NUMERO [78] SEMICOLON [;] NUMERO [345] Expresion logica correcta. Valor final: true