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use some nbref's
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peeterjoot committed Feb 18, 2015
1 parent a61818a commit e6f5812
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Showing 5 changed files with 12 additions and 12 deletions.
2 changes: 1 addition & 1 deletion notes/METADATA
Expand Up @@ -808,7 +808,7 @@ These Julia notebooks, can be found in
\\href{https://github.com/peeterjoot/julia}{https://github.com/peeterjoot/julia}.
These notebooks are text files. The julia program, available freely at \\href{www.julialang.org}{www.julialang.org}, is required to execute them.
These notebooks are text files. The julia program, available freely at \\href{www.julialang.org}{www.julialang.org}, is required to execute them. Some Julia code can also be evaluated with Matlab.
" ;

my $out = "
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4 changes: 0 additions & 4 deletions notes/ece1229/TODO
Expand Up @@ -21,7 +21,3 @@ could allow:

- figure out where to put a biographical blurb (for this and other collections). bio.txt has what I put on the google books biography tab for gabook.pdf (and others).

- do indexing for problem sets.

- convert julia href reference to nbref. probably have to add julia macros like the matlab and mathematica ones.

4 changes: 4 additions & 0 deletions notes/ece1229/TODO.done
@@ -1,3 +1,7 @@
- convert julia href reference to nbref. probably have to add julia macros like the matlab and mathematica ones. (nope)

- do indexing for problem sets.

- phasorMaxwellsWithElectricAndMagneticCharges.tex : tags:

Maxwell's equations, Maxwell's equation, Geometric Algebra, duality, electic source, magnetic source, phasor, geometric product, pseudoscalar, four vector, four gradient, curl, divergence, wedge product, Lorentz gauge, Helmholtz equation
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8 changes: 4 additions & 4 deletions notes/ece1229/advancedantennaProblemSet2Problem5.tex
Expand Up @@ -206,11 +206,11 @@
The total power received is just 2.1 \si{pW}, assuming no polarization losses (we know the polarization at the mobile, but not for the base station.)
\index{vertical dipole!polarization}

For this problem set, I've attempted to avoid calculator errors by scripting the numerical calculations:
For this problem set, I've attempted to avoid calculator errors by scripting the numerical calculations in \nbref{ps2p5.jl}.

\href{https://github.com/peeterjoot/julia/blob/master/ece1229/ps2p5.jl}{https://github.com/peeterjoot/julia/blob/master/ece1229/ps2p5.jl}

\href{http://julialang.org/}{Julia} or Matlab can be used to evaluate it.
%\href{https://github.com/peeterjoot/julia/blob/master/ece1229/ps2p5.jl}{https://github.com/peeterjoot/julia/blob/master/ece1229/ps2p5.jl}
%
%\href{http://julialang.org/}{Julia} or Matlab can be used to evaluate it.
\index{Julia}
\index{Matlab}
}
6 changes: 3 additions & 3 deletions notes/ece1229/chapter4Notes.tex
Expand Up @@ -43,9 +43,9 @@ \section{Plots of infinitesimal dipole radial dependence.}

In \S 4.2 of \citep{balanis2005antenna} are some discussions of the \( kr < 1 \), \( kr = 1 \), and \( kr > 1 \) radial dependence of the fields and power of a solution to an infinitesimal dipole system. Here are some plots of those \( k r \) dependence, along with the \( k r = 1 \) contour as a reference. All the \( \theta \) dependence and any scaling is left out.

The CDF notebook visualizeDipoleFields.cdf is available to interactively plot these, rotate the plots and change the ranges of what is plotted.

FIXME: nbref.
The CDF notebook
\nbref{visualizeDipoleFields.cdf}
is available to interactively plot these, rotate the plots and change the ranges of what is plotted.

A plot of the real and imaginary parts of \( H_\phi = \frac{j k}{r} e^{-j k r} \lr{ 1-\frac{j}{k r} } \) can be found in
\cref{fig:infinitesimalDipoleHphiReal:infinitesimalDipoleHphiRealFig3}
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