Difference between revisions of "MUSIC320C Project"
From CCRMA Wiki
(→Proposal) |
|||
| Line 44: | Line 44: | ||
=== Anticipated Difficulties === | === Anticipated Difficulties === | ||
The major anticipated difficulty with this project will be learning about acoustic modeling and creating a model of some organ pipes. Their implementation in Faust might also not be that straightforward. | The major anticipated difficulty with this project will be learning about acoustic modeling and creating a model of some organ pipes. Their implementation in Faust might also not be that straightforward. | ||
| + | |||
| + | === Progress Updates === | ||
| + | Progress updates go here: | ||
| + | == Week 4 == | ||
Revision as of 17:49, 22 April 2021
Proposal
The goal of my project is to create a synthesizer in Faust by combining an acoustic model of a simple pipe organ and circuit models of some wavefolders, such as the Buchla 259 Wavefolder. The learning goals of my project are to learn acoustic modeling and implement non-linear models in Faust.
Schedule
| Week # | Goal | Deliverables |
| 3 | Continue exploring physical modeling and pipe organ acoustics | |
| 4 | Begin first implementation of acoustic model in Faust | |
| 5 | Demonstrate prototype acoustic model and maybe some GUI | Progress Demo |
| 6 | Start looking at wavefolders and other non-linearities and begin implementation in Faust. Continue to improve organ model | |
| 7 | Continue working on implementation and begin improving GUI | |
| 8 | Continue improving project, if there is time add complexity to organ model | |
| 9 | Final revisions and write-up | |
| 10 | Presentation | Final Project Presentation |
Anticipated Difficulties
The major anticipated difficulty with this project will be learning about acoustic modeling and creating a model of some organ pipes. Their implementation in Faust might also not be that straightforward.
Progress Updates
Progress updates go here:
