Make README.md slightly more bearable to read

README.md

@@ -2,10 +2,12 @@
 [![Build Status](https://travis-ci.com/RexGalilae/vasp-tools.svg?branch=master)](https://travis-ci.com/RexGalilae/vasp-tools) [![Documentation Status](https://readthedocs.org/projects/vasp-tools/badge/?version=latest)](https://vasp-tools.readthedocs.io/en/latest/?badge=latest) [![Requirements Status](https://pyup.io/repos/github/RexGalilae/vasp-tools/shield.svg?t=1563870347975)](https://pyup.io/account/repos/github/RexGalilae/vasp-tools/) [![Python 3](https://pyup.io/repos/github/RexGalilae/vasp-tools/python-3-shield.svg)](https://pyup.io/repos/github/RexGalilae/vasp-tools/)
 
 
-VASP Tools is a set of modules and scripts that automate routine tasks involving VASP files using  a very intuitive CLI. The `/scripts` directory contains the scripts that implement the `/vasp` module to perform routine tasks on VASP files. This project is still a WIP and new scripts/modules will be added regularly over the next few weeks.
+VASP Tools is a set of modules and scripts that automate routine tasks involving VASP files using  a very intuitive CLI. The `/scripts` directory contains the scripts that implement the `/vasp` module to perform said tasks on VASP files. This project is still a WIP and new scripts/modules will be added regularly over the next few weeks.
+
+**Update:** Most development on this project has been closed as I've moved on to other things. However, feel free to contact me if you want something new out of this module or want to contribute to expand it even further!
 
 ## Requirements
-As of now, this package is only supported on `Python>=3.5`. Since support for `Python 2.7` is set to be pulled by 2020, updates in the near future extending support to `Python<=3.0` seems unlikely.
+As of now, this package is only supported on `Python>=3.5`. Since support for `Python 2.7` is set to be pulled by 2020, updates in the near future extending support to `Python<=3.0` seem unlikely.
 
 The following libraries are required to run all the scripts and modules.
  - [numpy](https://pypi.org/project/numpy/)
@@ -15,12 +17,12 @@ The following libraries are required to run all the scripts and modules.
  - [jsonschema](https://pypi.org/project/jsonschema/)
  - [tabulate](https://pypi.org/project/tabulate/)
 
-For a full list of requirements, read requirements.txt. If not already present within the environment, they'll be installed as dependencies during setup.
+For a full list of requirements, read requirements.txt. If not already present within the environment, they'll be installed as dependencies during setup automatically.
 
 ## Installation
 The installation process is quite simple, just ensure you have a working version of `Python>=3.5` installed.
 
-**Note:** Since the package installs all its dependencies accurate to the exact versions used while developing it, it's highly recommended that you install it in a separate environment. 
+**Note:** Since the package installs all its dependencies accurate to their exact versions, it's highly recommended that you install it in a separate environment. 
 
 ### To create a new environment 
 #### 1. Using Anaconda
@@ -66,26 +68,26 @@ Once you have a copy of the source, you can install it with:
 python setup.py install
 ```
 
-Any required libraries that aren't installed in the current environment will be automatically installed.
-This will also automatically install the scripts and add them to `$PATH` for easy access.
+Any required libraries that aren't installed in the current environment will be installed automatically.
+This will also install the scripts and add them to `$PATH` for easy access.
 
 ### Issues with Installation
 If nothing works, navigate to the package directory and activate the pre-packaged environment `python_env` by running,
 ```
 source python_env/bin/activate
 ```
 ## Compatibility
-The package, so far, was only tested within a Linux environment and isn't officially compatible with Windows yet. The scripts can be compiled into executables using [PyInstaller](https://pypi.org/project/PyInstaller/)+Python3.x to work independently of python on any other system running an identical OS. Hence, using VMs/Containers is suggested, though not tested as of yet.
+The package, so far, was only tested within a Linux environment (Ubuntu and RedHat OS) and isn't officially compatible with Windows yet. The scripts can be compiled into executables using [PyInstaller](https://pypi.org/project/PyInstaller/)+Python3.x to work independently of python on any other system running an identical OS. Hence, using VMs/Containers is suggested, though not tested as of yet.
 
 ## Usage
-The code present in `/vasp` can be imported in the form of standard modules. However, the primary purpose of this project was the creation of scripts (present in `/scripts`) to automate daily tasks faced by the Computational Chemist/Material Scientist. With this in mind, the scripts were designed to be extremely modular and user-friendly by implementing a [`dplyr`](https://style.tidyverse.org/pipes.html)-esque piping paradigm. For example, the process of:
+The code present in `/vasp` can be imported in the form of standard modules for development. However, the primary purpose of this project was the creation of scripts (present in `/scripts`) to automate daily tasks faced by the Computational Chemist/Material Scientist. With this in mind, the scripts were designed to be extremely modular and user-friendly by implementing a [`dplyr`](https://style.tidyverse.org/pipes.html)-esque piping paradigm. For example, the process of:
 
  1. Importing a molecule from a `POSCAR` file.
  2. Rotating it into a certain configuration (90 degrees wrt the x-axis)
  3. Positioning it at a specified point above a crystal taken from another `POSCAR` file
- 4. Fixing atomic positions within the crystal below a certain cutoff height
- 5. Converting the coordinates to `Direct` from `Cartesian` or vice versa
- 6. Save to a new `POSCAR` file.
+ 4. Setting atoms within the crystal below a certain cutoff height to be fixed during simulation
+ 5. Converting the coordinate system to `Direct` from `Cartesian` or vice versa
+ 6. Saving the result to a new `POSCAR` file.
 
 can be implemented in a single line like so.