- Functional: Every statement is a kind of math equation. This style lends itself well to use in parallel processing activities. Academics and data scientists tend to use this coding style regularly. However, nothing stops you from using it even if you don't fall into one of these groups.
- Imperative: Computations occur as changes to program state. This style is most used for manipulating data structures. Scientists of all sorts rely on this programming style because it demonstrates processes so clearly.
- Object-oriented: This is the style commonly used with other languages to simplify the coding environment by using objects to model the real world. Python doesn't fully implement this coding style because it doesn't support features like data hiding, but you can still use this approach to a significant degree. This is the style that most developers use, but other groups can use it when creating more complicated applications.
- Procedural: Most people begin learning a language by using procedural code, where tasks proceed a step at a time. This style is most used for iteration, sequencing, selection, and modularization. It's the simplest form of coding you can use. Nonprogrammers love this style because it's the least complicated way to achieve smaller, experimental tasks.
