On Wed, 21 Oct 2020, Dave Mielke wrote:
> [quoted lines by Lars Bjørndal on 2020/10/21 at 21:23 +0200]
>
> >I'm working on a project where I need to be able to quickly distinguish
> >between normal letters and braille patterns in the range 0x2800-0x28FF on
> >the braille display, with BRLTTY in
[quoted lines by Lars Bjørndal on 2020/10/21 at 21:23 +0200]
>I'm working on a project where I need to be able to quickly distinguish
>between normal letters and braille patterns in the range 0x2800-0x28FF on
>the braille display, with BRLTTY in the console. On
>my system, 0x2801 is displayed as
Hi, list!
I'm working on a project where I need to be able to quickly distinguish
between normal letters and braille patterns in the range 0x2800-0x28FF on
the braille display, with BRLTTY in the console. On
my system, 0x2801 is displayed as dot 1, like a normal a. It's ok if it's
displayed as a
Hello everyone,
I'm Using the UEB Grade 2 liblouis table in Orca. A while ago i made a pleasant
discovery.
I can give the brltty keystroke on my Braille display for 8-dot computer
Braille and I get it in Orca. When I give the keystroke for 6-dot Braille Orca
goes back to UEB.
John
On Wed,
21.10.2020 13:06, Dave Mielke пишет:
[quoted lines by Alexander Epaneshnikov on 2020/10/21 at 02:22 +0300]
i compiled brltty with liblouis support. but when i switching tables in orca
nothing changes.
Yes, that's correct. Orca does its own text-to-braille translation so what it
gives brltty
[quoted lines by Alexander Epaneshnikov on 2020/10/21 at 02:22 +0300]
>i compiled brltty with liblouis support. but when i switching tables in orca
>nothing changes.
Yes, that's correct. Orca does its own text-to-braille translation so what it
gives brltty is already braille - not text.
>1. how
