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<p>Based on the progress made in the last 24 hours, here is the
change we are making to the NMR project part 2.</p>
<p>This will be an EXTRA CREDIT only exercise worth 50 points (the
class point total drops to 850).</p>
<p>Your code should apply your DFT filter (filter type option 3 in
nmr.in file) and Adaptive Quadrature (option 2 in nmr.in file).
There is no need to specify the method of recovering the y array
from the Fourier domain. The preferred method is to use the
inverse matrix as described in the project description - but feel
free to use the direct linear algebra approach too. Don't worry
about attempting the Jacobe iterative approach.</p>
<p>I will be running you codes on spectra up to 8192 samples in
length -- so please make sure that your programs can handle
this. To receive any extra credit your code has to be checked in
to anvil no later than noon on Dec. 10th with a commit tag named
"EC" and an issue raised for me to grade it.</p>
<p><br>
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<div class="moz-signature">-- <br>
<b>Andrew J. Pounds, Ph.D.</b><br>
<i>Professor of Chemistry and Computer Science</i><br>
<i>Director of the Computational Science Program</i><br>
<i>Mercer University, Macon, GA, 31207 (478) 301-5627 </i></div>
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