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DISCLAIMER
You
use these codes at your own risk-- no warranty is given or implied, and
no support is available. Comments about the files may be sent
to s o f t w a r e at
k u m o n w e b . c o m
.
SOFTWARE INDEX
LATEX STYLE FILES FOR JASA
I have several style files which I have found useful for preparing
manuscripts
for J. Acoust. Soc. Am.
(JASA) using LaTeX.
Note: These files are not endorsed by the
Acoustical Society of America
and by downloading them you accept all risk for use.
If you find these files useful, please contact the author at the email
address listed above (spaces removed).
Please include your TeX distribution (teTeX, MikTeX, OzTeX, etc.),
platform (Linux, Windows XP, Macintosh, etc.), and whether you would
like to be contacted regarding updates to these files.
- BibTeX bibliographic style files.
These files read in citations from a BibTeX bibliographic database
and write out the results in the proper format for JASA.
The file jasasty.bst should used for generating
references in textual footnote style [superscripted numbers
for footnotes and citations together]. The file jasasty-ay.bst
should be used for generating references in
alphabetical bibliographic style [(Author,Year) citations
with numbered footnotes in a separate section]. These files should be
placed in the same directory as other .bst files.
[NEW! Added alphabetical list style file, 06 December 2004]
- Preprint style file for LaTeX 2e.
This file can be used to output in a preprint format
suitable for submission to JASA. See the example file for usage.
For more sophisticated features like galley-style output,
automated figure list generation, and citations in the
alphabetical bibliographic style, see the REVTeX for
JASA package below.
[Updated file to Version 3.5, 06 December 2004;
see comments in JASA2e.sty for changes.]
- Style files for REVTeX 4.0.
Unfortunately, documents generated using REVTeX alone do
not conform to JASA standards for submission. By using these
"REVTeX for JASA" style files, you can retain the advantages of REVTeX
while also (mostly) maintaining compliance with JASA. For example, "REVTeX
for JASA" can produce both preprint and galley style output from the
same source document. The former is useful for submitting to the
journal, while the latter is useful for roughly seeing how the article
will look in the journal.
To use "REVTeX for JASA," REVTeX 4.0 and all its requisite files
need to be installed on your
system. The class file and REVTeX file listed below should be put
in the same directory as revtex4.cls and aps.rtx.
The .bib and .eps files should be placed in the
same directory as the .tex file. See the example files
for usage.
Note that the BibTeX style files are not required,
but may be useful for automatically generating bibliographies
via the \bibliography and
\bibliographystyle commands in the example files.
Warning: LaTeX files that use "REVTeX for JASA" should not be
uploaded directly during electronic submission via Peer X-press.
Only upload Postscript or PDF versions (without the figures included).
Peer X-press does not use revtex4asa.cls or asa.rtx,
and thus cannot process "REVTeX for JASA" files.
[Updated all files to Version 1.4, 06 December 2004; see
CHANGELOG]
Several example files are provided. The first example shows the
default use of the textual footnote bibliographic style
(superscript numbers). This example requires the use of the
endnotes package for proper functioning.
The PDF files show the resulting
output with figures suppressed in the main document
(as required for electronic submission; generated with the
nofigs option), with figures included
(as previously required), and in galley mode. All three
PDF files are generated from the same LaTeX file.
[The BibTeX style file jasasty.bib
can be used to generate the bibliographic entries for this style.]
"REVTeX for JASA" also now supports the use of the alphabetical
bibliographic style (Author, Year) via the the
authoryear option. The PDF files show the resulting
output with figures suppressed in the main document
(as required for electronic submission; generated with
nofigs option), with figures included
(as previously required), and in galley-like mode. All three
PDF files are generated from the same LaTeX file.
[The BibTeX style file jasasty-ay.bib
can be used to generate the bibliographic entries for this style.]
These are some auxiliary files for use with the example files.
LATEX POSTER STYLE FILE (WITH SLIDES OPTION)
I have developed a LaTeX 2e class file which allows
you to produce poster and then
output the results in either on full-sized paper or in sections
on letter-sized paper. The latter may be useful for making overhead
slides for a presentation based on the poster or for having a
for a backup ``mosaic'' style poster in case the big poster
is damaged or lost. The class file is based on the a0poster.cls.
The LaTeX file is assumed to use the
textpos package to layout the
text and figures into text boxes. See the example files for usage.
Note that this approach is based upon an amalgamation of LaTeX style
files for making posters. See these sites for alternatives and further
inspiration:
LATEX STYLE FILE: 2002 IEEE ULTRASONICS SYMPOSIUM PROCEEDINGS
I have developed a "plug-in" style file which allows you
to produce output appropriate for the
2002 IEEE Ultrasonics Symposium Proceedings. This package requires the
IEEEtran_v15 LaTeX 2e class file to work correctly.
Note: This style file is not endorsed by
the IEEE or the
IEEE Ultrasonics,
Ferroelectrics, and Frequency Control Society, and by
downloading it you accept all risk for its use.
See the example file for usage.
BURGERS EQUATION SOLVER
Several versions of codes used to solve the Burgers equation are given
below. I have tested the MATLAB and C++ versions below and believe
that they give correct results. A FORTRAN version is also included,
although I have not tested it myself. In any case, you should review
the codes thoroughly, and verify them for yourself. See the article "Computational
Methods" by Jerry H. Ginsberg and Mark F. Hamilton in Nonlinear Acoustics
[Mark F. Hamilton and David T. Blackstock, eds. (Academic Press, New York,
1998)] for information about how the codes are constructed. Source
code may be dowloaded for:
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FORTRAN
This code uses a 2nd order, fixed step size, Runge-Kutta routine to
perform the numerical integration. This code is untested and may
contain errors.
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MATLAB
This code uses a 2nd order, fixed step size, Runge-Kutta routine to
perform the numerical integration.
| burgers.m |
main integration routine |
| F.m |
Burgers equation routine |
| PconvP.m |
convolving routine |
| abstv.m |
thermoviscous absorption routine |
| absrel.m |
relaxation dispersion routine |
| absbl.m |
boundary layer dispersion routine |
| ptime.m |
time waveform reconstruction routine |
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C++
This code uses a 4th order, fixed step size, Runge-Kutta routine to
perform the numerical integration. It uses the graphics library PGPLOT
to plot the spectrum in real-time as it evolves. I have compiled
it using gcc 2.7.2.2, make 3.75, pgplot 5.2 under Linux 2.0.30 but it should
work on other platforms and version as well. The first code RKintBtest
performs the numerical integration and then writes the spectra out to files.
The second code CalcMainB reconstructs the time waveforms from
the spectra. Not for the faint of heart!
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