... >https://manual.audacityteam.org/man/tutorial_recording_computer_playback_on_windows.html[end quoted excerpt]
...
Windows WASAPI loopback recording
Tip This is the recommended method of recording audio playing on the >computer on Windows with Audacity.
On Windows, you can choose the Windows WASAPI Audio Host and then the >(loopback) input in the Recording Device box. Choose the loopback input
for the computer playback device you will be listening to (for example, >"Speakers (loopback)". The loopback input records computer playback even
if your sound device lacks its own stereo mix or similar input.
WASAPI loopback has a big advantage over stereo mix or similar inputs >provided by the audio interface. The capture is entirely digital (rather
than converting to analog for playback, then back to digital when Audacity >receives it).
Advice Windows WASAPI host only records loopback when there is an active
signal present. When there is no active signal, recording pauses and will >restart once an active signal resumes.
For Windows users, the easiest way to record text-to-speech is using the popular freeware Audacity (https://audacityteam.org) with Windows screen reader Narrator (C:\Windows\System32\Narrator.exe) using wasapi loopback (this also works using any other text-to-speech / screen-reader program):
(using Tor Browser 13.5.1)
https://duckduckgo.com/?q=audacity+wasapi+loopback
...[end quoted excerpt]
https://manual.audacityteam.org/man/tutorial_recording_computer_playback_on_windows.html
...
Windows WASAPI loopback recording
Tip This is the recommended method of recording audio playing on the
computer on Windows with Audacity.
On Windows, you can choose the Windows WASAPI Audio Host and then the
(loopback) input in the Recording Device box. Choose the loopback input
for the computer playback device you will be listening to (for example,
"Speakers (loopback)". The loopback input records computer playback even
if your sound device lacks its own stereo mix or similar input.
WASAPI loopback has a big advantage over stereo mix or similar inputs
provided by the audio interface. The capture is entirely digital (rather
than converting to analog for playback, then back to digital when Audacity >> receives it).
Advice Windows WASAPI host only records loopback when there is an active
signal present. When there is no active signal, recording pauses and will
restart once an active signal resumes.
Even though one participant in the thread above, made
us a script that does the conversion faster than real time.
It's done at computer speed, rather than streamed at speaker speed.
It made a 53MB .wav file in less than one second, from five hundred input sentences.
Which is pretty good.
On Fri, 7/26/2024 1:46 PM, D wrote:
For Windows users, the easiest way to record text-to-speech is using the
popular freeware Audacity (https://audacityteam.org) with Windows screen
reader Narrator (C:\Windows\System32\Narrator.exe) using wasapi loopback
(this also works using any other text-to-speech / screen-reader program):
(using Tor Browser 13.5.1)
https://duckduckgo.com/?q=audacity+wasapi+loopback
...[end quoted excerpt]
https://manual.audacityteam.org/man/tutorial_recording_computer_playback_on_windows.html
...
Windows WASAPI loopback recording
Tip This is the recommended method of recording audio playing on the
computer on Windows with Audacity.
On Windows, you can choose the Windows WASAPI Audio Host and then the
(loopback) input in the Recording Device box. Choose the loopback input
for the computer playback device you will be listening to (for example,
"Speakers (loopback)". The loopback input records computer playback even >>> if your sound device lacks its own stereo mix or similar input.
WASAPI loopback has a big advantage over stereo mix or similar inputs
provided by the audio interface. The capture is entirely digital (rather >>> than converting to analog for playback, then back to digital when Audacity >>> receives it).
Advice Windows WASAPI host only records loopback when there is an active
signal present. When there is no active signal, recording pauses and will >>> restart once an active signal resumes.
Even though one participant in the thread above, made
us a script that does the conversion faster than real time.
It's done at computer speed, rather than streamed at speaker speed.
It made a 53MB .wav file in less than one second, from five hundred input sentences.
Which is pretty good.
Paul
i'm a retired hobbyist simply looking for the easiest ways to do
what otherwise might be more complicated than a few mouse clicks,
but whatever works, works . . . Audacity sure makes audio easier
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