Create your 2D, multiple axes plot, and then convert it to a LaTeX .tex file. Then, include the .tex file in your thesis or paper using pstricks. The code uses the data contained in the figure window, so as long as you can create your 2D plot, it should be converted to a .tex file (I haven't tried it with stem plots, semilog, etc).
Also, if you have adjusted the axis so that parts of the lines are outside of the plot area, the code should be able to handle that.
You can use standard LaTeX commands (i.e., $\pi$, \acs{WDM}) in your titles and annotations. The code automatically adds the \\ for use with fprintf.
The arguments include being able to adjust the weight (thickness) of the ticks and lines, and a comment line (useful for tracing where the data came from if your figures are ending up in a common directory). Also, you can set the size of the plot rectangle.
If you want to make some small adjustments, the output .tex file can be opened in jPicEdt.
Then, create the .dvi file, convert the .dvi to .ps (run dvips), and then create your pdf (run ps2pdf).
Oddly, my version of MATLAB does a poor job of placing the x10^9 type of annotations (see the screen shot). So, I corrected for this in the LaTeX output.
Please let me know what you think!
Cheers, David. |
