Clean up and add GPUtil

README.md

@@ -9,7 +9,7 @@ between your GPUs, then will send that speed to your Arduino.
 1. Connect the Arduino to the fan according to this diagram:
 
 ![PWM connected to pin 9, TACH not connected](Images/arduino-fan-diagram.png)
-2. Connect the Arduino to your PC via USB, then find the port it's on and **set the port variable**. 
+2. **Connect the Arduino to your PC via USB, then find its port and set the port variable** 
    1. Instructions for finding the port are in the Python code.
 3. Revel in your success!
    1. If you plan to use this constantly, make sure to create a service that starts the Python code on boot.
@@ -27,10 +27,6 @@ Pictures will be added later once my setup is complete. Don't expect it to happe
 ### Notes and Limitations:
  - This currently **only supports NVIDIA GPUs**
  - This currently **only supports normal PWM**, not delta PWM
- - **You will need to set the port of your arduino manually** (in the Python code as the `port` variable)
-   - There are instructions on how to find the port in the code
- - Your **fan may use a different color scheme** for its wire, or have a black color scheme. Be sure to 
-Google a diagram first.
  - You may need to change some variables in the Arduino code depending on your fan's specifications.
    - Try looking up a datasheet
  - This was designed for an Arduino Uno, and should work on one. I don't know about running it on anything else, though.
@@ -41,3 +37,4 @@ Google a diagram first.
 - Python-Arduino communications library - [pySerialTransfer](https://github.com/PowerBroker2/pySerialTransfer)
 - Arduino PWM fan control - [25 kHz 4 Pin PWM Fan Control with Arduino Uno](https://create.arduino.cc/projecthub/tylerpeppy/25-khz-4-pin-pwm-fan-control-with-arduino-uno-3005a1)
   - This is the basis of my arduino-fan diagram
+- See NVIDIA GPU temperatures - [GPUtil](https://pypi.org/project/GPUtil/)