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ti...@google.com
ib...@google.com
If that's not the case and I change the microphone source, it would affect the sound quality as well.
Edit: Probably on the Mac program `Audio MIDI Setup` the sound source format is changed to a lower bitrate
ma...@gmail.com
I've tried the Audio MIDI Setup program, but it doesn't show any changes for my headphones that are bluetooth connected with a USB dongle.
ib...@google.com
Hi, as the emulator continuously uses the microphone, Bluetooth headset quality will be degraded due to there being not enough bluetooth bandwidth to have both hi quality output and input. We can consider having a dynamic switch for this, but adding this will take some time.
ma...@gmail.com
I don't think that is what is happening. For me, when the emulator launches, it changes the macOS input device from the internal speaker to my headphones which switches the bt profile to a2dp.
As a temporary workaround, I set hw.audioInput=no in my avd config.ini and it seemed to help.
ma...@gmail.com
+1 with "not enough bluetooth bandwidth" not being the issue. Connecting the headphones after the emulator has started up has no issues.
ib...@google.com
ib...@google.com
ib...@google.com
ap...@google.com
ap...@google.com
ap...@google.com
Which is almost a year old, guys!
ap...@google.com
As a temporary workaround,
ap...@google.com
config.ini do the fix, thanks!
source: #5 comment
- Device manager -> virtual device dropdown menu -> Show on Disk
- open config.ini and add this line: hw.audioInput=no
ib...@google.com
na...@google.com
config.ini changes don't seem to work for me - tried on various emulators with API level 31+. Both freshly installed emulators and existing ones.
Description
Version used: 1.3.6
Devices/Android versions reproduced on: ALL
Steps to reproduce:
1. Create ExifInterface for an image file
2. Set time exposure attribute to value 0.000625 which corresponds to time exposure value of 1/1600
3. Save attributes to image file
Actual outcome:
- When reading exposure time value from that file the value is 0.0006, so it is truncated. This results in exposure time changed from 1/1600 to 1/1666.
Expected outcome:
- The exposure time value should be 0.000625 which corresponds to the expected exposure time value of 1/1600.
Reproducibility:
It seems to occur on all devices and all image files/formats. Likely the problem is that the double value is converted to rational value which has limited precision.