@soundwarrior20
Good morning! What are you thinking?
A couple years back I helped someone that was having trouble with their code. The code ran a haptic glove that pulsed out letters in braille or Morse code.
I'm here for helping make more things accessible.
@privvcy
This was designed for a device with multiple buzzers, so no.
Possible, sure.
@soundwarrior20
@kg6hxm @soundwarrior20 Yes, readymade screen reader converts text to audio, so this will convert text to linear buzz, dots, dashes and spaces.
Actually, Braille is not linear, so needs a special purpose haptic display device. That's a different design and construction exercise, and, a quick online search will show it is both prohibitively expensive and prone to breakdown.
R&D needed to identify whether a small multiple buzzer 'plate', with Bluetooth, still quite cheap, can be reliably sensed by touch.
@kg6hxm @soundwarrior20 Seems to me that for linear haptic code, the smartphone is enough.
But yes, to do Braille, multiple buzzers are needed, in a particular array (not randomly held in the fingers, like a glove. Though I may not have understood the design being proposed).
@soundwarrior20
What Operating System are you planning on working with? Windows? Linux with espeakup-ng?
Not an audio developer, but fluent in C++.
@soundwarrior20 I know a musician with C++ experience who has on occasion made his own audio processing tools.
He's not on Mastodon but I forwarded the link to him. Maybe he can help you or knows somebody who can.
It would be worth getting in touch with the Music Hackspace:
They have worked on accessibility projects before, for Disability Arts groups in London, and have experience in working remotely on international collaborations. :D
They have contacts with a wide range of people, so may know someone with the skills that you need. :D
โฌ๏ธ
I know I have a lot of tech/musician followers, anyone able to help out @soundwarrior20 ? Sounds like an interesting project!