@schlawg said in #100:
> The user can know when the right phrase is heard but the code cannot. The recognizer is frequently wrong.
>
> Possible improvements to colored arrow disambiguation are being considered but the fact remains we can't tell most of a, b, c, d, e, g apart with 100% or even 70% certainty. This is due to processing limitations as well as the wide range of accents, background noise, and mic qualities.
>
> The phonetic alphabet is the best solution for users, but it takes a bit of getting used to. We'll continue looking for ways to improve the letter files but I wouldn't expect miracles.
Thats not correct, I am assuming the output of the voice recognition is the text next to the listening button, I could see the voice recognition text displaying "e four" but not playing the move. Which is quite odd.
> The user can know when the right phrase is heard but the code cannot. The recognizer is frequently wrong.
>
> Possible improvements to colored arrow disambiguation are being considered but the fact remains we can't tell most of a, b, c, d, e, g apart with 100% or even 70% certainty. This is due to processing limitations as well as the wide range of accents, background noise, and mic qualities.
>
> The phonetic alphabet is the best solution for users, but it takes a bit of getting used to. We'll continue looking for ways to improve the letter files but I wouldn't expect miracles.
Thats not correct, I am assuming the output of the voice recognition is the text next to the listening button, I could see the voice recognition text displaying "e four" but not playing the move. Which is quite odd.