readme fix

README.md

@@ -1,26 +1,27 @@
 ## Overview of mpb-plotting 
 
-Plot photonic dispersion curves with mode shapes (a frontend to MIT Photonic bands)
+Plot photonic dispersion curves with mode shapes (a frontend to MIT Photonic bands, http://ab-initio.mit.edu/wiki/index.php/MIT_Photonic_Bands)
 
 A set of Scheme/Python scripts that computes and plots the band structure of a 2-D photonic crystal and,
 most importantly, draws also the modes corresponding to the band edges.
 
 The `batch.sh' script feeds `compute_dispersion_and_modes.ctl' to the MPB program to get the numerical data. 
 Then it runs `plot_dispersion_and_modes.py' to plot all results (see this file for explanation). This procedure 
 can be repeated in a cycle in batch.sh, mapping how the electromagnetic behaviour of the structure changes with 
-some of its parameters.
+some of its parameters. The scripts can be fully customized and automated to fit your research.
 
 Written in 2013-15 by Filip Dominec, [email protected]
 
 ## Example 
-A typical output of the script follows. This one shows six dispersion curves, and all corresponding modes, for a periodic dielectric slab with a permittivity of 2 and 30% filling fraction.
+A typical output of the script follows. This one shows six dispersion curves, and all corresponding modes, for 
+a periodic dielectric slab with a permittivity of 2 and 30% filling fraction. 
 
-The electric field shapes at the Gamma, X, and M-points are added at the sides, and clearly connected with the
+The electric field shapes at the Gamma, X, and M-points are added at the sides, and clearly connected by red arrows with the
 respective points in the dispersion curves. Red-white-blue color scheme shows the perpendicular amplitude of the
-electric field. Green lines depict the nodal planes, where the amplitude of E is always zero (for a monochromatic wave).
+electric field. Green lines depict the nodal planes, where the amplitude of the electric field is always zero (for a monochromatic wave).
 The black lines outline the dielectric structure.
 
-For more physical background, see the excellent book *Photonic Crystals: Molding the Flow of Light*  (freely available from http://ab-initio.mit.edu/book/)
+For a more physical background, see the excellent book *Photonic Crystals: Molding the Flow of Light*  (freely available from http://ab-initio.mit.edu/book/)
 
 ![1-D dielectric slab dispersion curves and corresponding modes](./example_1D_dielectric_slabs/EBars_eps100_R=10000_eps=2.png)