Merge pull request #48 from JohanSchott/small_update_of_README

small update of README.md

README.md

@@ -47,11 +47,11 @@ make check
 ```
 
 - To perform a simulation, first create a directory somewhere on your computer.
-Then execute one of the example scripts in the `scripts` folder. E.g. type:
+Move to that directory and then execute one of the example scripts in the `scripts` folder. E.g. type:
 ```bash
 path/to/folder/impurityModel/scripts/run_Ni_NiO_Xbath.sh
 ```
-This will create start a simulation with 10 bath states and one MPI rank.
+This will start a simulation with 10 bath states and one MPI rank.
 To have e.g. 20 bath states instead of 10, instead type:
 ```bash
 path/to/folder/impurityModel/scripts/run_Ni_NiO_Xbath.sh 20
@@ -74,8 +74,8 @@ The non-interacting Hamiltonians read from file by the scripts `run_Ni_NiO_Xbath
 - The bash-scripts in the `scripts`-folder act as templates and can easily be modified. For example, to set the temperature to 10 Kelvin in `get_spectra.py`, add `--T 10` as input when calling the python-script.
 
 #### Output files
-Input parameters used are saved and stored in `.npz` format.
-Spectra are saved to the file `spectra.h5`.
+The input parameters to the simulation are saved in `.npz` format.
+Calculated spectra are saved to the file `spectra.h5`.
 Some small size spectra are also stored in `.dat` and `.bin` format, for easy and fast plotting with e.g. gnuplot.
 For plotting all generated spectra (using matplotlib), type:
 ```bash