STATE        STORE                      INPUT
0.  (init)  q_V/V        -                          the toy hit the toy
1.  (exp)   q_N/N        q_V/V                      the toy hit the toy
2.  (exp)   q_the/the    q_N/N q_V/V                the toy hit the toy
3.  (tra)   q_the        q_N/N q_V/V                toy hit the toy
4.  (red)   q_N/toy      q_V/V                      toy hit the toy
5.  (exp)   q_toy/toy    q_N/toy q_V/V              toy hit the toy
6.  (tra)   q_toy        q_N/toy q_V/V              hit the toy
7.  (red)   q_N          q_V/V                      hit the toy
8.  (red)   q_V/V-aN     -                          hit the toy
9.  (exp)   q_V-aN/V-aN  q_V/V-aN                   hit the toy
10. (exp)   q_hit/hit    q_V-aN/V-aN q_V/V-aN       hit the toy
11. (tra)   q_hit        q_V-aN/V-aN q_V/V-aN       the toy
12. (red)   q_V-aN/N     q_V/V-aN                   the toy
13. (exp)   q_N/N        q_V-aN/N q_V/V-aN          the toy
14. (exp)   q_the/the    q_N/N q_V-aN/N q_V/V-aN    the toy
15. (tra)   q_the        q_N/N q_V-aN/N q_V/V-aN    toy
16. (red)   q_N/toy      q_V-aN/N q_V/V-aN          toy
17. (exp)   q_toy/toy    q_N/toy q_V-aN/N q_V/V-aN  toy
18. (tra)   q_toy        q_N/toy q_V-aN/N q_V/V-aN  -
19. (red)   q_N          q_V-aN/N q_V/V-aN          -
20. (red)   q_V/V-aN     q_V-aN/N                   -
21. (red)   q_V          -                          -