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== Pakkevejledning == Her beskrives hvordan man kommer fra kildekoden til en pakke der kan bruges i installationsvejledningen. 1. Følg først installationsvejledningen på en maskine der kan bygge programmet. 2. Kør {{{tar -cf xcorrSound.tar xcorrSound}}} 3. Nu kan tjærebolden distribueres. |
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1. Checkout XcorrSound{{{ svn co https://merkur.statsbiblioteket.dk/svn/scape-xcorrsound/tags/version-XXX}}} 1. Go to the 'xcorrSound/fftw' folder. |
1. Export XcorrSound{{{ svn export https://merkur.statsbiblioteket.dk/svn/scape-xcorrsound/tags/xcorrSound_v1.01}}} 1. Go to the 'xcorrSound/fftw-3-2-2' folder. |
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./configure | ./configure --prefix=''<fftw>'' |
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3) go to the 'xcorrSound' folder. 4) Run{{{ |
where fftw is the path to where xcorrSound_v1.01 was checked out. fx {{{/home/larm/jsn/xcorrSound_v1.01}}} 1. go to the 'xcorrSound' folder. 1. Run{{{ |
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5) test that it works:{{{ | 1. Test that it works: (should print out how to use this tool){{{ |
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(should print out how to use this tool) |
XcorrSound
XcorrSound er et program til at finde overlap mellem to forskellige wave filer.
Pakkevejledning
Her beskrives hvordan man kommer fra kildekoden til en pakke der kan bruges i installationsvejledningen.
- Følg først installationsvejledningen på en maskine der kan bygge programmet.
Kør tar -cf xcorrSound.tar xcorrSound
- Nu kan tjærebolden distribueres.
Installationsvejledning
Beskrivelse af hvordan man bygger og installerer programmet på en given maskine.
Export XcorrSound
svn export https://merkur.statsbiblioteket.dk/svn/scape-xcorrsound/tags/xcorrSound_v1.01
- Go to the 'xcorrSound/fftw-3-2-2' folder.
Run the following
./configure --prefix=''<fftw>'' make make install
where fftw is the path to where xcorrSound_v1.01 was checked out. fx /home/larm/jsn/xcorrSound_v1.01
- go to the 'xcorrSound' folder.
Run
make xcorrSound
Test that it works: (should print out how to use this tool)
./xcorrSound
Anvendelse
Syntax:
xcorrSound <<EOF ANALYSIS_FILE_1.wav ANALYSIS_FILE_2.wav EOF
Output example:
----------------------- wav header start ----------------------- ChunkID: RIFF$ËnWAVE ChunkSize: 57600036 Format: WAVE ----------------------- wav header end ----------------------- ----------------------- wav subchunk start ----------------------- Subchunk1ID: fmt Subchunk1Size: 16 AudioFormat: 1 NumChannels: 2 SampleRate: 48000 ByteRate: 192000 BlockAlign: 4 BitsPerSample: 16 Subchunk2ID: data Subchunk2Size: 57600000 ----------------------- wav subchunk end ----------------------- ----------------------- wav header start ----------------------- ChunkID: RIFF$ËnWAVE ChunkSize: 57600036 Format: WAVE ----------------------- wav header end ----------------------- ----------------------- wav subchunk start ----------------------- Subchunk1ID: fmt Subchunk1Size: 16 AudioFormat: 1 NumChannels: 2 SampleRate: 48000 ByteRate: 192000 BlockAlign: 4 BitsPerSample: 16 Subchunk2ID: data Subchunk2Size: 57600000 ----------------------- wav subchunk end ----------------------- The best match was below the threshold of 0.2 Best at sample number: 11520000 Best at second: 240 Value of match was: 0.132016