Result of Applying Noisy Harmonic Grammar to SixP.txt

1-27-2017, 6:18 p.m.

OTSoft 2.5, release date 1/17/2017

1. Weights Found

10.000       *VpV
10.000       Ident(voice)

2. Matchup to Input Frequencies


   /apapapapapapa/              Input Fr. Gen Fr.  Input #     Gen. #
   apapapapapapa. # of b is 0     0.016   0.378                 37818
   apapapapapaba. # of b is 1     0.016   0.250                 24973
   apapapapabapa. # of b is 1     0.016   0.000                      
   apapapabapapa. # of b is 1     0.016   0.000                      
   apapabapapapa. # of b is 1     0.016   0.000                      
   apabapapapapa. # of b is 1     0.016   0.000                      
   abapapapapapa. # of b is 1     0.016   0.000                      
   apapapapababa. # of b is 2     0.016   0.000                      
   apapapabapaba. # of b is 2     0.016   0.000                      
   apapapababapa. # of b is 2     0.016   0.000                      
   apapabapapaba. # of b is 2     0.016   0.000                      
   apapabapabapa. # of b is 2     0.016   0.000                      
   apapababapapa. # of b is 2     0.016   0.000                      
   apabapapapaba. # of b is 2     0.016   0.000                      
   apabapapabapa. # of b is 2     0.016   0.000                      
   apabapabapapa. # of b is 2     0.016   0.000                      
   apababapapapa. # of b is 2     0.016   0.000                      
   abapapapapaba. # of b is 2     0.016   0.000                      
   abapapapabapa. # of b is 2     0.016   0.000                      
   abapapabapapa. # of b is 2     0.016   0.000                      
   abapabapapapa. # of b is 2     0.016   0.000                      
   ababapapapapa. # of b is 2     0.016   0.000                      
   apapapabababa. # of b is 3     0.016   0.000                      
   apapabapababa. # of b is 3     0.016   0.000                      
   apapababapaba. # of b is 3     0.016   0.000                      
   apapabababapa. # of b is 3     0.016   0.000                      
   apabapapababa. # of b is 3     0.016   0.000                      
   apabapabapaba. # of b is 3     0.016   0.000                      
   apabapababapa. # of b is 3     0.016   0.000                      
   apababapapaba. # of b is 3     0.016   0.000                      
   apababapabapa. # of b is 3     0.016   0.000                      
   apabababapapa. # of b is 3     0.016   0.000                      
   abapapapababa. # of b is 3     0.016   0.000                      
   abapapabapaba. # of b is 3     0.016   0.000                      
   abapapababapa. # of b is 3     0.016   0.000                      
   abapabapapaba. # of b is 3     0.016   0.000                      
   abapabapabapa. # of b is 3     0.016   0.000                      
   abapababapapa. # of b is 3     0.016   0.000                      
   ababapapapaba. # of b is 3     0.016   0.000                      
   ababapapabapa. # of b is 3     0.016   0.000                      
   ababapabapapa. # of b is 3     0.016   0.000                      
   abababapapapa. # of b is 3     0.016   0.000                      
   apapababababa. # of b is 4     0.016   0.000                      
   apabapabababa. # of b is 4     0.016   0.000                      
   apababapababa. # of b is 4     0.016   0.000                      
   apabababapaba. # of b is 4     0.016   0.000                      
   apababababapa. # of b is 4     0.016   0.000                      
   abapapabababa. # of b is 4     0.016   0.000                      
   abapabapababa. # of b is 4     0.016   0.000                      
   abapababapaba. # of b is 4     0.016   0.000                      
   abapabababapa. # of b is 4     0.016   0.000                      
   ababapapababa. # of b is 4     0.016   0.000                      
   ababapabapaba. # of b is 4     0.016   0.000                      
   ababapababapa. # of b is 4     0.016   0.000                      
   abababapapaba. # of b is 4     0.016   0.000                      
   abababapabapa. # of b is 4     0.016   0.000                      
   ababababapapa. # of b is 4     0.016   0.000                      
   apabababababa. # of b is 5     0.016   0.000                      
   abapababababa. # of b is 5     0.016   0.000                      
   ababapabababa. # of b is 5     0.016   0.000                      
   abababapababa. # of b is 5     0.016   0.000                      
   ababababapaba. # of b is 5     0.016   0.000                      
   abababababapa. # of b is 5     0.016   0.000                      
   ababababababa. # of b is 6     0.016   0.372                 37209

4. Testing the Grammar:  Details

The grammar was tested for 100000 cycles.

Average error per candidate:  0.513 percent

Learning time:  0.000 minutes



5. Parameter Values Used


   Noise was set at 1.

   Negative weights were not permitted.
   The number of times that a negative weight was reverted during learning and testing was 0 out of 12800000 chances.

   The number of ties between winner and rival was 1523353 out of 6400000 chances.  Tie is within 0.00001.

   Noise was applied to constraints, hence the same for all candidates.

   Noise was applied after weights multiplied by violations.

   Initial Weights (final weights shown in parentheses)

10.000       10.000   10.000(10.000)   *VpV
10.000       10.000   10.000(10.000)   Ident(voice)

   Schedule for GLA Parameters

      Stage   Trials   PlastMark  PlastFaith 
     1        0          0.100      0.100      
     2        0          0.022      0.022      
     3        0          0.005      0.005      
     4        0          0.001      0.001      

      There were a total of 0 learning trials.
