Helmholtz-decomposition-code.md

@@ -29,9 +29,9 @@ Note that in our specific case, we assume the component $`\omega_0(t)`$ to be ze
 # Usage
 
 The cast line consists of few specific entries. After the executable name, call the `.wtxt` file that needs to be analyzed, together with a number indicating the spin component you wish to inspect:
-* 0 is for spin a (up)
-* 1 is for spin b (down)
-* 2 is for spin a+b 
+* 0 is for spin "a" (up)
+* 1 is for spin "b" (down)
+* 2 is for spin "a"+"b"
 
 Here is an example of how it should look like:
 ```bash
@@ -99,9 +99,9 @@ Presently the code supports only 3D data. However, you can apply it to 2D as wel
 # WRITING `test2.wtxt`
 # DONE.
 ```
-The resizing tool operates on all the variables listed in the `.wtxt` file, but the Helmholtz decomposition tool only needs **density, current and delta**. If your dataset is spin-symmetric, using only the a component will be enough. The new `.wtxt` file will link to the resized files for each quantity.
+The resizing tool operates on all the variables listed in the `.wtxt` file, but the Helmholtz decomposition tool only needs **density, current and delta**. If your dataset is spin-symmetric, using only the "a" component will be enough. The new `.wtxt` file will link to the resized files for each quantity.
 
-The result of the resizing will be a dataset with cylindrical symmetry: some effects of a fully-3D simulation will not show up (as, in the case of vortices, Kelvin waves or vortex rings).
+The result of the resizing will be a dataset with cylindrical symmetry: some effects of a fully-3D simulation **will not show up** (as, in the case of vortices, Kelvin waves or vortex rings).
 
 # Developers
 * Andrea Barresi, Warsaw University of Technology