Updated quickstart with working defaults

Author: Michael Folkerts

README.md

@@ -3,8 +3,8 @@
 
 A passion project to help accelerate breakthroughs in medical physics research by bringing the power of Python into the Varian API ecosystem.
 
-## Quickstart
-To simpify the install process and to provide users with accelerated (pre-compiled) numerical libraries, Anaconda's python distribution and repos are recommended. As of this commit, pythonnet's pypi build only officailly supports python 3.6, therefore, we will provide a conda environment file to standardize a working environment for pyesapi until further notice. The following documents the quickest path to a "live" jupyter notebook:
+## Quickstart (updated August 8th 2020)
+To simpify the install process and to provide users with accelerated (pre-compiled) numerical libraries, Anaconda's python distribution and repos are recommended. The following documents the quickest path to a "live" jupyter notebook:
 
 * Access your Eclipse 15.5 (or later) TBOX desktop
 * Install [Anaconda3](https://www.anaconda.com/products/individual)
@@ -13,11 +13,7 @@ To simpify the install process and to provide users with accelerated (pre-compil
 * Optionally install google chrome or chromium browser (for better Jupyter Notebook experience) and set it as your default browser
 * Launch "Anaconda Prompt" by searching in Windows menu
 * In the prompt, execute the command:
-  * `curl -O https://raw.githubusercontent.com/VarianAPIs/PyESAPI/master/condaenv36.yml`
-  * This command downloads the anaconda base environment definition file for use with pyesapi (used for all examples)
-* In the prompt, execute the command `conda env create -f condaenv36.yml`
-  * This command actually creates the anaconda environment
-* In the prompt, execute the command `conda activate pyesapi36`
+  * `pip install https://api.github.com/repos/VarianAPIs/PyESAPI/tarball`
 * Then execute the command `jupyter notebook`
 * Create a new notebook and see below for examples (be sure not to select "root" kernel).