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El. knyga: AdvancED Game Design with Flash

4.00/5 (22 ratings by Goodreads)

Rex van der Spuy

Formatas: PDF+DRM
Išleidimo metai: 28-Dec-2010
Leidėjas: APress
Kalba: eng
ISBN-13: 9781430227403

Kitos knygos pagal šią temą:

Level design: games programming

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Formatas: PDF+DRM
Išleidimo metai: 28-Dec-2010
Leidėjas: APress
Kalba: eng
ISBN-13: 9781430227403

Kitos knygos pagal šią temą:

Level design: games programming

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Creating games in Flash is a never-ending journey of exploration, learning, and most of all, fun. Once youve mastered the basics, a new world is opened up to you, enabling you to take your existing skills to the next level and discover new skills that will in turn open new doors. This book is a direct continuation of Foundation Game Design with Flash, and is a complete point-by-point roundup of the most important skills a Flash game designer needs to know. Youll increase your ActionScript knowledge and your game design skills while creating some excellent example games. Youll learn advanced collision detection skills; professional AI and pathfinding; and how to load and save game data, create destructible environments, and build and switch game levels.

Each chapter highlights a new advanced technique illustrated by practical examples. Examples of games are given in a variety of genres, all of which take an object-oriented programming approach. Advanced game design topics are covered, including vector-based collision reaction, pathfinding, billiard ball physics, and modeling game data.

About the Author

xiii

About the Technical Reviewer

xiv

About the Cover Image Designer

Acknowledgments

Introduction

xvii

Chapter 1 Modeling Game Data

(66)

Verlet integration

(1)

The problem with Euler integration

(19)

Understanding Verlet integration

(1)

Using Verlet integration

(8)

Using the main application class

(5)

Onward to Planet X!

(4)

Introducing the Model-View-Controller Pattern

(27)

Understanding MVC

(2)

MVC in action

(5)

MVC your way

(2)

An MVC player and map view example

(12)

Verlet + MVC + physics = fun!

(5)

A crash course in the drawing API

(15)

Drawing lines

(1)

Drawing squares

(2)

Drawing circles

(1)

Adding filters

(1)

Gradient fills

(3)

Complex shapes

(7)

Introducing interfaces

(2)

Summary

(1)

Chapter 2 Vectors: Ghosts in the Machine

(94)

What are vectors?

(12)

Vector characteristics

(4)

Calculating the angle

(2)

Vector normals

(3)

Normalizing vectors

(2)

Using and viewing vectors

(14)

Creating the vector model

(7)

Creating the vector view

(1)

Let's see what those vectors look like!

(7)

Adding and subtracting vectors

(11)

Scaling vectors

(4)

Gravity in action

100

(5)

Real gravity

105

(1)

Projecting vectors

105

(10)

Are the vectors pointing in the same direction?

107

(3)

Projection in action

110

(3)

Using vector projection for environmental boundaries

113

(2)

Intersection

115

(6)

Finding the intersection point

116

(2)

Intersection in action

118

(3)

Collision and bounce

121

(30)

Collision on one side of the line

121

(8)

Resolving the collision

129

(6)

Bounce

135

(3)

Momentum

138

(1)

Solid objects

139

(2)

Collision on both sides of the line

141

(5)

Bounce, friction, and gravity

146

(5)

A crash course in embedding assets

151

(4)

Embedding fonts

151

(1)

Embedding images

152

(3)

Important vector formulas

155

(5)

Summary

160

(1)

Chapter 3 Collisions Between Circles

161

(62)

Abstract classes

162

(14)

Understanding abstract and concrete classes

162

(4)

Creating and implementing abstract classes

166

(10)

Keyboard and mouse control

176

(5)

Collision-handling basics

181

(30)

Collisions between moving and stationary circles

181

(6)

Collision between a circle and a line

187

(15)

Collision between moving circles

202

(9)

Multiple-object collision

211

(4)

Fast-moving circles

215

(6)

Summary

221

(2)

Chapter 4 Collisions Between Polygons

223

(82)

The separating axis theorem

224

(13)

Understanding SAT

224

(1)

Using SAT

225

(12)

Rectangle collisions

237

(7)

Rectangle collision handling in action

238

(4)

Bounce and friction

242

(2)

Triangle collisions

244

(18)

SAT with triangles---the wrong way

246

(1)

SAT with triangles---the right way

247

(3)

Triangle collision handling in action

250

(11)

Triangle collision wrap-up

261

(1)

Oriented bounding box collisions

262

(5)

Polygon and circle collisions

267

(16)

Circle and square collisions

268

(8)

Circle and triangle collisions

276

(6)

Left-facing triangles

282

(1)

Case studies

283

(18)

Case study 1 Polygon environment

283

(3)

Case study 2 Block Game

286

(15)

Multilevel games

301

(2)

Summary

303

(2)

Chapter 5 Pixel-Perfect Collision and Destructible Environments

305

(62)

Vector vs. bitmap graphics

306

(2)

Using bitmaps

308

(1)

Bitmap collisions

309

(11)

Checking for a collision

310

(4)

The problems with bitmap collision

314

(1)

Finding the collision boundary

315

(5)

Bitmap collision-detection strategies

320

(24)

Convex shapes

321

(7)

Surfaces

328

(2)

Concave shapes

330

(14)

Adding objects to scrolling environments

344

(7)

Using two-dimensional arrays

345

(4)

Creating and adding the objects

349

(1)

Scrolling the objects

350

(1)

Building a rotating gun turret

351

(6)

Drawing and rotating the cannon

352

(3)

Firing bullets

355

(1)

Moving and removing bullets

356

(1)

Destroying things!

357

(8)

Bitmap collision using points

359

(1)

Erasing the bitmap

360

(2)

Jagged rocks

362

(3)

Summary

365

(2)

Chapter 6 Explosions, Blitting, and Optimization

367

(78)

A simple particle explosion

368

(10)

Using timer events for animation

369

(2)

Creating the Explosion class

371

(7)

A more realistic explosion

378

(18)

Taking a snapshot

379

(5)

Slicing and dicing

384

(12)

Starburst explosions

396

(5)

Fast particle explosions

401

(28)

Introducing bit-block transfer

401

(3)

Basic blitting

404

(12)

How fast is fast?

416

(5)

To blit or not to blit?

421

(3)

Blit explosions

424

(5)

Lookup tables

429

(5)

An Explosion Controller

434

(4)

Smoke trails

438

(6)

The Perlin noise effect

438

(4)

Smoke trail optimization

442

(2)

Summary

444

(1)

Chapter 7 Make It Fun! Sound, Music, and Al

445

(58)

Put fun first

446

(1)

Sound effects and music

447

(16)

Adding sound effects

448

(3)

Playing music

451

(9)

Using sound and music in a game

460

(2)

Finding sound effects and music

462

(1)

Buttons

463

(4)

Creating simple buttons

463

(1)

Making custom buttons

464

(3)

Enemy Al: Line of sight

467

(10)

Chasing the player

476

(1)

Case study: Escape!

477

(24)

Structure: your best friend and worst enemy

479

(5)

Managing game screens

484

(5)

Multiple views of the game data

489

(2)

New enemy Al techniques

491

(7)

Managing game states

498

(2)

Now make your own game!

500

(1)

Summary

501

(2)

Chapter 8 Tile-Based Game Design

503

(120)

Tile-based game advantages

504

(1)

Building the game world

505

(23)

Making tiles

505

(3)

Making a map

508

(2)

Describing the map with a two-dimensional array

510

(2)

Creating the tile model

512

(3)

Putting the map in the game

515

(6)

Blitting tiles

521

(3)

Reviewing the Map application class

524

(4)

Adding a game character

528

(10)

Layering maps

529

(3)

Making the game character move

532

(5)

Blitting a moving character in a tile-based world

537

(1)

Platform collision

538

(17)

Understanding spatial grid collision

540

(2)

Finding the corners

542

(4)

Applying a spatial grid to platform collision

546

(8)

Working with round tiles

554

(1)

Adding more interaction

555

(30)

Adding soft platforms

555

(3)

Adding elevators

558

(4)

Collecting objects

562

(4)

Wind them up and let them loose!

566

(4)

Squashing enemies

570

(3)

Blit animations

573

(6)

Switching levels

579

(6)

Blit scrolling

585

(5)

Adding a camera

587

(1)

Establishing game world coordinates

588

(2)

Using sprites in a tile-based world

590

(9)

Blitting the tile into a sprite

592

(3)

Creating the car's control system

595

(3)

Stuck in the grass

598

(1)

Storing extra game data in arrays

599

(6)

Creating the Al car

603

(1)

Controlling the Al car

604

(1)

Collision maps

605

(15)

Understanding dynamic spatial grids

606

(1)

Updating a dynamic grid

607

(4)

Creating a collision map

611

(9)

Other broad-phase collision strategies

620

(1)

Summary

621

(2)

Chapter 9 Pathfinding

623

(68)

Moving through a maze

624

(31)

Centering game objects

625

(1)

Moving and changing direction

626

(7)

Random movement in a maze

633

(9)

Chasing

642

(5)

Tile-based line of sight

647

(8)

Finding the shortest path

655

(34)

Understanding A

656

(11)

A in code

667

(9)

Using the AStar class

676

(4)

Understanding heuristics

680

(4)

Rounding corners

684

(1)

Walking the path

685

(3)

Extending and customizing A

688

(1)

Summary

689

(2)

Chapter 10 XML and External Data

691

(58)

Local shared objects

692

(12)

Creating and loading shared objects

692

(1)

Using shared objects

693

(5)

Limitations of local shared objects

698

(1)

Loading and saving files to a specific location

699

(5)

Understanding XML

704

(6)

The building blocks of XML

704

(2)

XML hierarchy

706

(3)

XML and ActionScript

709

(1)

Creating XML objects

710

(9)

Reading elements, text nodes, and attributes

711

(8)

Changing XML data

719

(5)

Adding new elements and attributes

719

(2)

Building XML documents from existing variables

721

(1)

Removing nodes from XML documents

722

(2)

Loading game levels from XML data

724

(17)

Creating a game level map

725

(1)

Loading and interpreting the XML map data

726

(4)

Creating multiple game levels with XML

730

(11)

Loading XML files at runtime

741

(4)

Using URLLoader to load files

741

(1)

Runtime loading security issues

742

(3)

Are we there yet?

745

(4)

3D games

745

(1)

2D physics

745

(1)

Online multiplayer games

746

(1)

El. knyga: AdvancED Game Design with Flash

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