7. Writing a Flappy Bird Clone | Kivy Blueprints

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Kivy Blueprints

By : Vasilkov

3.7 (10)

Kivy Blueprints

3.7 (10)

By: Vasilkov

Overview of this book

This book is intended for programmers who are comfortable with the Python language and who want to build desktop and mobile applications with rich GUI in Python with minimal hassle. Knowledge of Kivy is not strictly required—every aspect of the framework is described when it's first used.

Preface

Preface

Write once, run anywhere

What this book covers

Setting up the working environment

Hello, Kivy

Who this book is for

Conventions

Reader feedback

Customer support

Free Chapter

1. Building a Clock App

1. Building a Clock App

The starting point

Modern UI

Making the clock tick

Layout basics

Styling buttons

Counting time

Stopwatch controls

Summary

2. Building a Paint App

2. Building a Paint App

Setting the stage

Fine-tuning the looks

Drawing touches

Clearing the screen

Connecting the dots

The color palette

Setting the line thickness

Summary

3. Sound Recorder for Android

3. Sound Recorder for Android

Writing platform-dependent code

Metro UI

Testing on Android

Using the native API

Summary

4. Kivy Networking

4. Kivy Networking

Writing the chat server

Screen manager

Bringing the app online

Enhancements and eye candy

Summary

5. Making a Remote Desktop App

5. Making a Remote Desktop App

The server

JavaScript client

Kivy Remote Desktop app

Summary

6. Making the 2048 Game

6. Making the 2048 Game

About the game

Creating the 2048 board

Making tiles

Implementing the game logic

Where to go from here

Summary

7. Writing a Flappy Bird Clone

7. Writing a Flappy Bird Clone

Project overview

Creating an animated background

Making pipes

Introducing Kivy Bird

Collision detection

Producing sound effects

Summary

8. Introducing Shaders

8. Introducing Shaders

Unscientific introduction to OpenGL

Using custom shaders in Kivy

Making the Starfield app

Summary

9. Making a Shoot-Em-Up Game

9. Making a Shoot-Em-Up Game

Limitations of the project

Texture atlases at a glance

Designing a reusable particle system

Writing the game

Finishing touches

Summary

A. The Python Ecosystem

A. The Python Ecosystem

Index

Index

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Creating an animated background

We are going to use the following images to create the background for our game:

Images for the background

Note that all of these can be seamlessly tiled horizontally—this isn't a strict requirement, but a desirable property nonetheless, as the background looks nicer this way.

As mentioned in the description, the background is always in motion, disconnected from the rest of the game. This effect can be achieved in at least two ways:

Using the straightforward approach, we can just move a huge textured polygon (or any number of polygons) in the background. Creating seamless looping animation in this case may require a bit of work.
A more efficient way to achieve the same visual effect is to create a number of static polygons (one per layer) that span the whole viewport, and then animate just texture coordinates. With a tileable texture, this approach produces seamless and visually pleasing results, and amounts to less work overall—there is no need to reposition objects...

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