by Murphy, Shelley and Ternström - November 2015
re-visited by Alex McLean
This repository is copied from http://www-users.york.ac.uk/~dtm3/vocaltract.html for the ease of installation.
Because signing macOS binaries/libraries is a rather tedious task we can not provide them for you, therefore you need to build this by yourself.
For this you will need cmake and a source code copy of SuperCollider locally available.
After this create a build folder
mkdir build
cd buildand configure the build properly
cmake -DSC_PATH=<path_to_supercollider_source_code> ..and build it via
cmake --build . --config Release --target installAfter this copy the folder KLVocalTract which can be found in build/install/src/klvocaltract/ to your extension directory which can be found by running Platform.userExtensionDir.openOS in SuperCollider.
The source code for the (optional) GUI is located in src/apex_gui and can be copied as well into the directory stated above. After this open DAFx15.scd and follow its content.
| file | description |
|---|---|
| README.md | This file. |
| DAFx15.sc | A SuperCollider Script for testing and running APEX-SC and KLVocalTract including how to generate the examples used in the DAFx Paper |
| data | APEX data - the line to run APEX-SC in DAFx15.sc needs to point to this folder. |
| DAFx15_MurphyEtAl_FinalUpdated.pdf | The DAFx15 paper on which this work is based - updated from that available at http://www.ntnu.edu/web/dafx15/ to fix a few typos. |
| src | Source code to build the UGens. |
| src/apex_gui | Source code for the optional GUI - be aware: the GUI contains classes with very general names that are likely to clash with other extension libraries. |
The authors are indebted to Björn Lindblom and Christine Ericsdotter, both at Stockholm University, and to Johan Sundberg at KTH, for generously sharing their expertise and data, painstakingly acquired for the original APEX Windows 3.1 implementation, which was written by Johan Stark. The groundwork for the SuperCollider implementation of APEX was done in 2011 in the M.Sc. thesis of author Jani. The extended version presented here was developed in 2014- 2015 by authors Murphy and Ternström. We are grateful also to Gerhard Eckel and Ludvig Elblaus for advice and assistance with SuperCollider. The work was supported in part by the Swedish Research Council (VR), contract D-2013-0378.
GPL-2.0