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Learning LibGDX Game Development- Second Edition

You're reading from   Learning LibGDX Game Development- Second Edition Wield the power of the LibGDX framework to create a cross-platform game

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Product type Paperback
Published in Jan 2015
Publisher Packt
ISBN-13 9781783554775
Length 478 pages
Edition 1st Edition
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Authors (2):
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Suryakumar B Nair Suryakumar B Nair
Author Profile Icon Suryakumar B Nair
Suryakumar B Nair
Andreas Oehlke Andreas Oehlke
Author Profile Icon Andreas Oehlke
Andreas Oehlke
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Table of Contents (16) Chapters Close

Preface 1. Introduction to LibGDX and Project Setup FREE CHAPTER 2. Cross-platform Development – Build Once, Deploy Anywhere 3. Configuring the Game 4. Gathering Resources 5. Making a Scene 6. Adding the Actors 7. Menus and Options 8. Special Effects 9. Screen Transitions 10. Managing the Music and Sound Effects 11. Advanced Programming Techniques 12. Animations 13. Basic 3D Programming 14. Bullet Physics Index

Working with shaders in LibGDX

Let's now turn our attention to the topic of shaders. This is a feature that is available in OpenGL (ES) 2.0 and above as it makes use of the so-called Programmable Pipeline. Shaders are usually small programs, which allow us to take over control of certain stages in the rendering process to define the way a scene should be rendered by the graphics processor. In consequence, shaders are an important building block in today's computer graphics and are also an extremely powerful tool to create all sorts of (special) effects that would be very hard to realize otherwise. For the sake of simplicity, we will only discuss vertex and fragment shaders here.

Note

Fragment shaders are also called pixel shaders. Unfortunately, this is a bit misleading as this type of shader actually operates on fragments instead of pixels.

Consider the following list of reasons as to why shaders are generally useful and highly recommended to be in the toolkit of every (graphics...

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