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SFML Game Development

You're reading from   SFML Game Development If you've got a firm grasp of C++ with a secret hankering to create a great game, this book is for you. Every practical aspect of programming an interactive game world is here ‚Äì the only real limit is your imagination.

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Product type Paperback
Published in Jun 2013
Publisher Packt
ISBN-13 9781849696845
Length 296 pages
Edition 1st Edition
Languages
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Authors (4):
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Artur Moreira Artur Moreira
Author Profile Icon Artur Moreira
Artur Moreira
Jan Haller Jan Haller
Author Profile Icon Jan Haller
Jan Haller
 SFML SFML
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SFML
Henrik Valter Vogelius Henrik Valter Vogelius
Author Profile Icon Henrik Valter Vogelius
Henrik Valter Vogelius
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Toc

Table of Contents (18) Chapters Close

SFML Game Development
Credits
Foreword
About the Authors
About the Reviewers
www.PacktPub.com
Preface
1. Making a Game Tick 2. Keeping Track of Your Textures – Resource Management FREE CHAPTER 3. Forge of the Gods – Shaping Our World 4. Command and Control – Input Handling 5. Diverting the Game Flow – State Stack 6. Waiting and Maintenance Area – Menus 7. Warfare Unleashed – Implementing Gameplay 8. Every Pixel Counts – Adding Visual Effects 9. Cranking Up the Bass – Music and Sound Effects 10. Company Atop the Clouds – Co-op Multiplayer Index

Post effects and shaders


You know those big budget games with dedicated graphics programmers on them? One of the techniques they use is something called post rendering or post effects. It's an effect that is applied after the scene has already been rendered. Using that data, we perform whatever visual effect we want on it. One way to create effects is using shaders, which we will delve into later.

The first thing to cover is how to perform a post effect, how it works, and then we will actually create an effect called bloom using shaders.

Fullscreen post effects

Well, the effect has to be applied to the whole screen, otherwise it is pretty useless. That is why we define a specific PostEffect class in order to make this a bit easier.

class PostEffect
{
    public:
        virtual            ~PostEffect();
        virtual void       apply(const sf::RenderTexture& input,sf::RenderTarget& output) = 0;

        static bool        isSupported();

    protected:
        static void       ...
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