Oh the audio book resource for everyone idea is fantastic.
Most of those I know personally who use tts tools for reading on devices like Kindles do not experience sight issues. after all the audio book industry has been a multi-billion one for decades. One reason why those used to speech synthesis dislike tools l such as Kindles though is because the speech quality is poor and the pronunciation abilities reprehensible.
That does tend to lower  the Barr  of a quality nature though.
Granted I have not used the android item you reference, but I believe Felix has software goals in mind that are not coded for the Android operating system.
Kare



On Mon, 16 Mar 2020, Andrew Robins wrote:

Thanks FreeDOS community for such a heartening, community-minded response to 
Felix's situation. It's amazing, well done team and I hope that one or multiple 
satisfactory solutions can be worked out for sight-impaired users. Imagine if 
the Aladdin's Cave of archived IF (interactive fiction) software for DOS could 
be turned into an interactive audiobook resource for *everyone* on the sighted 
spectrum, with the efforts of those mentioned in this thread.
Felix, until a useful outcome is reached for you and others in the FreeDOS environment, 
can I also suggest to you the efforts of Tim Cadogan-Cowper on "Fabularium", an 
open-source IF reader and organization application tool for Android 4.1+ .
Best,

------------------------------------------------------------------
Web: http://scholar.google.com/citations?user=EMQxfgYAAAAJ
          http://uq.academia.edu/AndrewRobins
          https://www.researchgate.net/profile/Andrew_Robins2/

On Mon, Mar 16, 2020, at 8:20 AM, Karen Lewellen wrote:
Again, ignore Eric, he has no first hand experiencing coding screen
readers to do anything  let alone using them..
One can resolve some of these issues by  using the actual drivers provided
by the actual programs themselves.
My understanding  from Joseph, is that he has coded the b&S which stands
for braille and speak,  to function using tinytype and asap screen readers
as a out of the box install  for Freedos.  In fact he got permission on
list.

Karen, who  is using a dectalk, right now.



On Sun, 15 Mar 2020, Eric Auer wrote:


Hi Mateusz,

Hello Karen, indeed the screen-reading protocols seem to be not as easy
as I imagined they would be. Eric hinted off-list that they may work on
a phonem-by-phonem base rather than being able to process "normal"
written phrases. Also it seems each screen reader uses its own protocol.

PROVOX claims to support things called ACCENT, AUDAPTER, BNS, BRLMATE,
DECTALK, DTLT, DTPC, LITETALK, PORTTALK, PSS. Of course none of these
names mean anything to me.

A quick look at the rather exotic Assembly dialect sources of PROVOX
tells me that there is no obvious text to phoneme translation algorithm
but just tables on how to pronounce special chars or to spell out things
char by char when the user requests that. There are tables for a large
number of special chars which seem to vary across hardware speech synth
brands but PROVOX seems to expect that the speech synth indeed has local
CPU power and firmware to convert English text to speech inself, so the
PROVOX code does not do that. This also means you can expect troubles
with non-English text unless the synth firmware is multilingual.

I predict the data protocol to the external speech synths to be reduced
charset, plain English, with plenty of escape or setup sequences and in
some cases one or two bits used for flags in each transmitted character.

DECtalk is a real classic, the wikipedia page about it has some links:

https://en.wikipedia.org/wiki/DECtalk

My off-list description, by the way, was based on experiences with a
phoneme chip for embedded computing. I was indeed unaware that speech
synth hardware for PC has built-in computing power to speak plain text.

There is also a quite small DOS TSR which can speak text on the internal
PC speaker: The TSR contains phoneme recordings and has to be used with
a separate command line tool to convert English text to phoneme speaking
calls to the TSR. As PWM sound output was heavy work for ancient PC, the
TSR is very bad in adjusting to modern CPU which are a lot faster. This
is only interesting for the nostalgically inclined audience I would say.

Regards, Eric



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