📝 typos, initial pip and setuptools instructions

docs/source/Installation/Solcore_on_Windows.md

@@ -22,7 +22,8 @@ the WSL does not support graphical applications, but it is possible to use Pytho
 environment running in Windows (such as VSCode), including plotting capabilities. Step-by-step instructions for
 setting up the WSL and accessing it from VSCode are given [here](https://code.visualstudio.com/docs/remote/wsl-tutorial).
 Note that to be able to see plots generated during code execution you can right-click on the Python file you want to execute
-in VSCode and select 'Run Current File in Python Interactive window'. This has been tested on the Ubuntu20.04 version of the
+in VSCode and select 'Run Current File in Python Interactive window'. This has been tested on 64-bit Windows 10 using
+the Ubuntu20.04 version of the
 WSL (using [WSL 2](https://docs.microsoft.com/en-us/windows/wsl/install#upgrade-version-from-wsl-1-to-wsl-2)); both S4
 and the PDD install and run without issues.
 
@@ -80,7 +81,7 @@ Checking if everything works
     sudo python3 setup.py test
     ```
 
-This might result in an error saying that quantum mechanics failed because 5\ :sup:`th` decimal place of result doesn’t match. 
+This might result in an error saying that quantum mechanics failed because the 5th decimal place of result doesn’t match. 
 You can simply ignore this error. If everything is working correctly, should be able to `import solcore.solar_cell_solver` 
 without getting warnings about the RCWA solver or PDD.
 

docs/source/Installation/installation.rst

@@ -43,7 +43,7 @@ This will download Solcore form the Pypi repository and install the package with
 
 **NOTE**: Pip passes the --install-option to all the dependencies of the package and therefore the installation will fail since those dependencies do not have the option "--with_pdd". That is the reason why, for now, Solcore needs to be installed twice: the first one to install Solcore normally with all the dependencies and the second one re-installs Solcore with PDD support. 
 
-And that's all!! Solcore should be available to be used as with any Python package::
+And that's all! Solcore should be available to be used as with any Python package::
 
     >>> import solcore
 
@@ -81,7 +81,7 @@ or::
 
     pip install -e ".[dev]" --install-option="--with_pdd"
     
-Solcore uses *pre-commit* to do a few things before commiting the changes (for example, clearing the output of Jupyter Notebooks). The *pre-commit* package is installed automatically with the above commands, but each user needs to be initialise it before it can work. This can be done with::
+Solcore uses *pre-commit* to do a few things before committing the changes (for example, clearing the output of Jupyter Notebooks). The *pre-commit* package is installed automatically with the above commands, but each user needs to be initialise it before it can work. This can be done with::
 
     pre-commit install
    
@@ -90,7 +90,7 @@ Check the `pre-commit webpage <https://pre-commit.com/#3-install-the-git-hook-sc
 Getting started
 ^^^^^^^^^^^^^^^
 
-After installing Solcore (or even without installing it), there are a few things you might want to do in order to personalise it and start using it. These are general instructions that, hopefully, should work in most *NIX systems. Check specific instructions for:
+After installing Solcore (or even without installing it), there are a few things you might want to do in order to personalise it and start using it. These are general instructions that, hopefully, should work in most \*NIX systems. Check specific instructions for:
 
 - :doc:`Windows 10 <Solcore_on_Windows>`
 - :doc:`Mac OS X <Solcore_on_MacOSX>`
@@ -104,9 +104,9 @@ After installing Solcore (or even without installing it), there are a few things
 	
 You can find all the functionality of the :code:`config` object in `The config_tools`_.
 
-2. **Check Solcore examples:** This is the fastest way of getting started. These examples include all the scripts used in the main Solcore paper in the `Journal of Computational Electronics (2018) <https://doi.org/10.1007/s10825-018-1171-3>`_ and a few others to explore other functionality. We hope to increase the number and usefulness of these examples over time. You can try directly the examples using `MyBinder.org <https://mybinder.org/v2/gh/qpv-research-group/solcore5/deployment>`_.
+2. **Check Solcore examples:** This is the fastest way of getting started. These examples include all the scripts used in the main Solcore paper in the `Journal of Computational Electronics (2018) <https://doi.org/10.1007/s10825-018-1171-3>`_ and a few others to explore other functionality. We hope to increase the number and usefulness of these examples over time. You can try the examples directly using `MyBinder.org <https://mybinder.org/v2/gh/qpv-research-group/solcore5/deployment>`_.
 
-3. **Set the location of a SPICE executable and the SMARTS folder:** You will need to do this eventually in order to use those tools::
+3. **Set the location of a SPICE executable and the SMARTS folder:** You will need to do this if you want to use those tools::
 
 .. code:: python