I feel the tests I've done have very much been the blind leaving the
blind. :o
Just in case there is an obvious solution - these notes might be
useful:
>From what I can see, the spotty output is PCM.
Inguz expects the input to be wav.
So the task is to convert the spotty pcm output to wave. I tried the
following sox command:
Code:
--------------------
| [sox] -q -r 44100 -e signed-integer -b 16 -L -c 2 -t raw - -t wav |
--------------------
and then, just in case "ignore-length" might make a difference:
Code:
--------------------
| [sox] -q -r 44100 -e signed-integer -b 16 -L -c 2 --ignore-length -t raw
- -t wav |
--------------------
The sox parameters are based on those used in the spt-flc section of the
Spotty custom-convert.conf file.
As a test I created a 44.1k, 16bit, 2 channel, little-endian raw file
(using Sound Forge) and the following command line correctly converted
it to wav:
Code:
--------------------
sox -q -r 44100 -e signed-integer -b 16 -L -c 2 F:\test.raw F:\test.wav
--------------------
The difference between this and what I tried in the Inguz Spotty command
is:
Code:
--------------------
F:\test.raw F:\test.wav
--------------------
vs
Code:
--------------------
-t raw - -t wav
--------------------
Any thoughts?
Touch, Meridian G92, Meridian G55, PMC OB1i speakers, HP Proliant
Microserver/Ubuntu, PC/Windows 7, iPad 4, iPeng, Squeezepad.
------------------------------------------------------------------------
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