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View Code? Open in Web Editor NEWCorpus-based Processing for SuperCollider
Home Page: www.kitefishlabs.com
License: GNU General Public License v3.0
Corpus-based Processing for SuperCollider
Home Page: www.kitefishlabs.com
License: GNU General Public License v3.0
JSON file should not have to track outbus, inbus, etc. These should be silently added to params lists.
They don't seem to reflect the actual API... e. g.
~crps.analyzeSoundFile(~testpath);
analyzeSoundFile has two non-optional arguments, which just lead to failed calls...
Is there some other help available somewhere which is more correct?
Document setup of KDTree and simple similarity table.
Make sure that the various array-style access methods are implemented here.
When running
~mycorpus.analyzeSoundFile(sfID: ~latest_index.sfID);
I get various errors of the type
*** ERROR: SynthDef xxxAnalyzerNRT not found
(xxx changes for different analysis SynthDefs :-) ).
Apparently those SynthDefs used to be defined in CorpusDB.sc up until commit 8254a5d (Nov 2012) but have been removed afterwards. I couldn't find them anywhere in the repository either.
Just like "corpus" data can be provided as a 2D array, one should be able to access sound file data as one big array. (or possibly two arrays, one for SamplerNodes and one for EfxNodes).
Include examples of:
There should be an example of something fairly straight-forward that can demonstrate use of cbpsc without a GUI.
Should be accessing sfile metadata for both SamplerNodes and EfxNodes via this pattern:
CORPUSNAME.sftree.trackbackType(sfid) and
CORPUSNAME.sftree.trackbackMetadata(sfid) ...
sync with CorpusDB
Use CORPUSNAME.sftree.trackbacks instead of CORPUSNAME.sfmap
(sfid -> [filepath, dur, transp, sampling UGen name] or
sfid -> [[synthdefs], [param-lists]]
Instead of CORPUSNAME.sfgmap, use CORPUSNAME.sftree.trackbacks
Mirror CorpusDB...
Now: unitID, parentID (new), sfID, relID (reordered), procID (new), tag (reordered), onset, dur, transp (reordered)
This will allow for doing set operations on corpus units based on parent/child relationships, transpositions, tags, process IDs, etc.
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