Book Image

Learning Python Application Development

By : Ninad Sathaye
Book Image

Learning Python Application Development

By: Ninad Sathaye

Overview of this book

Python is one of the most widely used dynamic programming languages, supported by a rich set of libraries and frameworks that enable rapid development. But fast paced development often comes with its own baggage that could bring down the quality, performance, and extensibility of an application. This book will show you ways to handle such problems and write better Python applications. From the basics of simple command-line applications, develop your skills all the way to designing efficient and advanced Python apps. Guided by a light-hearted fantasy learning theme, overcome the real-world problems of complex Python development with practical solutions. Beginning with a focus on robustness, packaging, and releasing application code, you’ll move on to focus on improving application lifetime by making code extensible, reusable, and readable. Get to grips with Python refactoring, design patterns and best practices. Techniques to identify the bottlenecks and improve performance are covered in a series of chapters devoted to performance, before closing with a look at developing Python GUIs.
Table of Contents (18 chapters)
Learning Python Application Development
Credits
Disclaimers
About the Author
About the Reviewer
www.PacktPub.com
Preface
Index

Scenario – The Gold Hunt


You recently introduced a new scenario in the game—to meet the expenses of his army, Sir Foo is out on a mission to collect gold from a recently acquired territory. The scenario starts with Sir Foo arriving at a place full of gold coins, jewelry, and so on. There are a couple of problems though. Firstly, the gold is scattered all over the field. Secondly, Sir Foo doesn't have time to collect all the gold on the field.

What you see behind Sir Foo is an imaginary gold field. Sir Foo will enter from the left side and travel across the field. He will only collect the coins lying along his path and ignore all the remaining gold scattered across the field.

Let's represent this gold field as a circle with a radius of nearly 10 miles (diameter of 20 miles), and center located at coordinates x = 0 and y = 0, as shown in the following screenshot:

Observe the following screenshot. The dotted line (the diameter of the field) shows the path that Sir Foo traverses on his...