APPLY 
       Regular expression
(ALT (CAT (ALT (CAT MINUS (ALT CN (ALT CI APPLY )))(ALT (CAT (ALT MINUS (ALT DIVIDE POWER ))(CAT (ALT CN (ALT CI APPLY ))(ALT CN (ALT CI APPLY ))))(CAT (ALT PLUS TIMES )(ITER (ALT CN (ALT CI APPLY ))))))))
       Finite  Automat 
1 =(TIMES 2 )(PLUS 2 )(POWER 3 )(DIVIDE 3 )(MINUS 4 )(EMPTY F )
2 =(APPLY 2 )(CI 2 )(CN 2 )(EMPTY T )
3 =(APPLY 5 )(CI 5 )(CN 5 )(EMPTY F )
4 =(APPLY 6 )(CI 6 )(CN 6 )(EMPTY F )
5 =(APPLY 7 )(CI 7 )(CN 7 )(EMPTY F )
6 =(APPLY 7 )(CI 7 )(CN 7 )(EMPTY T )
7 =(EMPTY T )
       Min.Automat
1 =(TIMES 2 )(PLUS 2 )(POWER 3 )(DIVIDE 3 )(MINUS 4 )(EMPTY F )
2 =(APPLY 2 )(CI 2 )(CN 2 )(EMPTY T )
3 =(APPLY 5 )(CI 5 )(CN 5 )(EMPTY F )
4 =(APPLY 6 )(CI 6 )(CN 6 )(EMPTY F )
5 =(APPLY 7 )(CI 7 )(CN 7 )(EMPTY F )
6 =(APPLY 7 )(CI 7 )(CN 7 )(EMPTY T )
7 =(EMPTY T )
  
MINUS 
       Regular expression
(ALT (CAT (CAT )))
       Finite  Automat 
1 =(EMPTY T )
       Min.Automat
1 =(EMPTY T )
  
DIVIDE 
       Regular expression
(ALT (CAT (CAT )))
       Finite  Automat 
1 =(EMPTY T )
       Min.Automat
1 =(EMPTY T )
  
POWER 
       Regular expression
(ALT (CAT (CAT )))
       Finite  Automat 
1 =(EMPTY T )
       Min.Automat
1 =(EMPTY T )
  
PLUS 
       Regular expression
(ALT (CAT (CAT )))
       Finite  Automat 
1 =(EMPTY T )
       Min.Automat
1 =(EMPTY T )
  
TIMES 
       Regular expression
(ALT (CAT (CAT )))
       Finite  Automat 
1 =(EMPTY T )
       Min.Automat
1 =(EMPTY T )
  
CN 
       Regular expression
(ALT (CAT PCDATA ))
       Finite  Automat 
1 =(PCDATA 2 )(EMPTY F )
2 =(EMPTY T )
       Min.Automat
1 =(PCDATA 2 )(EMPTY F )
2 =(EMPTY T )
   
CI 
       Regular expression
(ALT (CAT PCDATA ))
       Finite  Automat 
1 =(PCDATA 2 )(EMPTY F )
2 =(EMPTY T )
       Min.Automat
1 =(PCDATA 2 )(EMPTY F )
2 =(EMPTY T )