Merge remote-tracking branch 'origin/master'

README.md

@@ -3,9 +3,23 @@
 <p align="center"><img height="200" src="logo.svg"/></p>
 
 # JISA - "LabVIEW? Never heard of her."
-`JISA` is a library that I created, here in the Cavendish Laboratory, because I really (really really really) do not like LabVIEW. If you're ever in the mood to be forcibly bored into an early grave, ask me why.
 
-In essence then, the purpose of `JISA` is to act as an alternative (and standardised) means of creating experimental control systems. It comprises, largely, of three sections:
+<p align="center"><img width="100%" src="info.svg"/></p>
+
+`JISA` is a library that I created, here in the Cavendish Laboratory, because I really (really really really) do not like LabVIEW. If you're ever in the mood to be forcibly bored into an early grave, ask me why. You can read all about it, as well as how to use it, on the [JISA Wiki](https://github.com/OE-FET/JISA/wiki).
+
+In essence then, the purpose of `JISA` is to act as an alternative (and standardised) means of creating experimental control systems. Written in Java, it can be used in a variety of different languages, but works particularly well in:
+
+- Java
+- Kotlin (Used in examples below)
+- Python (See [PyJISA](https://github.com/OE-FET/PyJISA))
+
+It comprises, largely, of three sections:
+
+1. [Standardised Instrument Control](#1-standardised-instrument-control)
+2. [Data Handling](#2-data-handling)
+3. [GUI Building Blocks](#3-gui-building-blocks)
+
 ### 1. Standardised Instrument Control
 
 `JISA` implements standard interfaces for each "type" of instrument, meaning that instruments are easily interchangeable. For instance:
@@ -258,7 +272,7 @@ Otherwise, take a look at GraalPy [here](https://www.graalvm.org/python/).
 
 ```python
 # Import and start PyJISA
-import pyjisa; pyjisa.load()
+import pyjisa.autoload
 
 # Import JISA classes as if they're Python classes
 from jisa.devices.smu import K2450