Overview » History » Version 2
Version 1 (Jonathan Sheaffer, 2013-06-22 07:34 PM) → Version 2/3 (Jonathan Sheaffer, 2013-06-22 07:39 PM)
h1. Overview
The Source Modelling Toolbox is a collection of Matlab functions for designing FDTD source excitation signals and source functions. It is associated with the following paper:
*J. Sheaffer, M. van Walstijn, and B. M. Fazenda. "Physical and numerical constraints in source modelling for finite difference simulation of room acoustics." Submitted.*
In the meanwhile, if you find the tools on this page useful, please consider citing our published work:
*J. Sheaffer, M. van Walstijn, and B. M. Fazenda. "A physically-constrained source model for FDTD acoustic simulation." Proc. of the 15th Int. Conference on Digital Audio Effects (DAFx-12). 2012.*
+Complete PCS Model:+
function pcsDesign: design a PCS based on a pulsating sphere mechanical filter, and a MF pulse shaping filter.
+Individual Pulse-Shaping Filters (Excitation Signals):+
function designBH: design a Blackman-Harris pulse.
function designGaussian: design a Gaussian pulse.
function designMaxflat: design a MF lowpass pulse.
function designRicker: design a Ricker wavelet.
function designSineGaussian: design a sine-modulated Gaussian pulse.
+Individual Mechanical Filters:+
function designMechSphere: transfer function for a small pulsating sphere.
+Download Instructions+
Download the toolbox [https://code.soundsoftware.ac.uk/projects/smt/files]. here: Source Modelling Toolbox
Extract ZIP file to a folder in MATLAB's path.
Use "help" for self-contained documentation.
The Source Modelling Toolbox is a collection of Matlab functions for designing FDTD source excitation signals and source functions. It is associated with the following paper:
*J. Sheaffer, M. van Walstijn, and B. M. Fazenda. "Physical and numerical constraints in source modelling for finite difference simulation of room acoustics." Submitted.*
In the meanwhile, if you find the tools on this page useful, please consider citing our published work:
*J. Sheaffer, M. van Walstijn, and B. M. Fazenda. "A physically-constrained source model for FDTD acoustic simulation." Proc. of the 15th Int. Conference on Digital Audio Effects (DAFx-12). 2012.*
+Complete PCS Model:+
function pcsDesign: design a PCS based on a pulsating sphere mechanical filter, and a MF pulse shaping filter.
+Individual Pulse-Shaping Filters (Excitation Signals):+
function designBH: design a Blackman-Harris pulse.
function designGaussian: design a Gaussian pulse.
function designMaxflat: design a MF lowpass pulse.
function designRicker: design a Ricker wavelet.
function designSineGaussian: design a sine-modulated Gaussian pulse.
+Individual Mechanical Filters:+
function designMechSphere: transfer function for a small pulsating sphere.
+Download Instructions+
Download the toolbox [https://code.soundsoftware.ac.uk/projects/smt/files]. here: Source Modelling Toolbox
Extract ZIP file to a folder in MATLAB's path.
Use "help" for self-contained documentation.