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Traductores DDS con CUP

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Traductores DDS con CUP. Animación de funcionamiento. A  L ; A | L L  L and J | L or J | L nand J | L nor | L xor J | L xnor J | J J  ( L ) | true | false | not ( L ) | C C  num == num | num != num | num < num | num > num | num <= num| num >= num.

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Traductores DDS con CUP

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  1. Traductores DDS con CUP Animación de funcionamiento A  L ; A | L L  L and J | L or J | L nand J | L nor | L xor J | L xnor J | J J  ( L ) | true | false | not ( L ) | C C  num == num | num != num | num < num | num > num | num <= num| num >= num

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

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

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

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

  6. (false and (74 >= 34)) xor 45 < 78 ; Reduce L  J A Pila = ( L ; L xor L J J C ( L ) 45 < 78 L J and false J L ( ) J false C 74 >= 34

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

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

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

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

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

  12. (false and (74 >= 34)) xor 45 < 78 ; Reduce C  num >= num A Pila = ( L and ( C ; L xor L J J C ( L ) 45 < 78 L J and false J L ( ) J false C 74 >= 34  true 74 >= 34

  13. (false and (74 >= 34)) xor 45 < 78 ; Reduce J  C A Pila = ( L and ( J ; L xor L J J C ( L ) 45 < 78 L J and false J L ( ) J false true C 74 >= 34

  14. (false and (74 >= 34)) xor 45 < 78 ; Reduce L  J A Pila = ( L and ( L ; L xor L J J C ( L ) 45 < 78 L J and false J L ( ) true J false C 74 >= 34

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

  16. (false and (74 >= 34)) xor 45 < 78 ; Reduce J  ( L ) A Pila = ( L and J ; L xor L J J C ( L ) 45 < 78 L J and false true J L ( ) J false C 74 >= 34

  17. (false and (74 >= 34)) xor 45 < 78 ; Reduce L  L and J A Pila = ( L ; L xor L J J C ( L ) 45 < 78 and L and J  false false true J L ( ) J false C 74 >= 34

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

  19. (false and (74 >= 34)) xor 45 < 78 ; Reduce J  ( L ) A Pila = J ; L xor L J J C false ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

  20. (false and (74 >= 34)) xor 45 < 78 ; Reduce L  J A Pila = L ; L xor L J false J C ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

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

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

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

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

  25. (false and (74 >= 34)) xor 45 < 78 ; Reduce C  num < num A Pila = L xor C ; L xor L J false J C 45 < 78  true ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

  26. (false and (74 >= 34)) xor 45 < 78 ; Reduce J  C A Pila = L xor J ; L xor L J false true J C ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

  27. (false and (74 >= 34)) xor 45 < 78 ; Reduce L  L xor J A Pila = L ; L L xor J  true xor false true J C ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

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

  29. (false and (74 >= 34)) xor 45 < 78 ; Reduce A  L ; A Imprimir valor Pila = A true (Fin del reconocimiento) ; L xor L J J C ( L ) 45 < 78 L J and J L ( ) J false C 74 >= 34

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