[orca-list] better fluent reading function suggestion, eventhough it will be complex to implement

["Mgr. Janusz Chmiel" <chmiel phil muni cz>]

Dear core developers of ORca,

   I would like to ask You, if similar algorithms like in Windows SAPI4 or 
SAPI5 functions is also implemented in Espeak gnome driver oor in The Espeak 
synthesizer. Which algorithm? That developer could find, which word is being 
read from The buffer of Espeak synthesizer. The name of this SAPI4 method is
ittsbufnotifysink


This method in SAPI4 synthesizers can give developer The index number of 
word, which has been pronounced by The synthesizer. So Orca could use 
similar algorithm so internal pointers in Gedit if is it possible could be 
placed according to Word, which espeak pronounced at The moment, when user 
cancelled fluent reading. Now Orca is supporting reading by word or by The 
sentence. Next choice, which I Am suggesting could have name fluent reading.
This function could be supported only in The edit areas of Gedit or other 
applications, which object model supports algorithms to set The cursor 
position not only by moving cursor keys or by moving mouse, but also by 
developer, which could specifi The column and line. Fluent reading choice 
and it's related algorithms had to watch, The cursor position in The 
background while user is moving with The cursor. This could be done by using 
variables, which is Orca using while supporting CTRL+left or right arrow 
keys or other cursor keys. So fluent reading algorithm could watch those 
variables. The issue is, if Espeak Gnome driver or Espeak synthesizer in The 
Linux variant is supporting function, which could return The word position 
from The buffer which is being pronounced by Espeak.

Thank You for Your analisys and programmers thinking about my suggestion. I 
will provide You algorithm not written in Python, but i will describe You, 
how to eliminate carriage returns or other characters, which could cause 
breaks and pauses while using this new choice of fluent reading function.