Learning Java with Games

1 Java programming and game development: a project HelloWorld <div><p>2 Basics of Java programming: a project PrintXmasCard</p><p>3 Java operators: a game GuessInt in text<br></p><p>4 UML and its usage: a game WheelFortune in text<br></p><p>5 GUI programming with graphical drawing: a project PaintXmasCard<br></p><p>6 Software components and event handling: projects CalculatorApp and ImageSlider<br></p>7 Event driven: a game Anagram in text<br><p></p><p>8 Event driven with an update-paint chain: a game Blackjack<br></p><p>9 Key control: a game Sudoku<br></p><p>10 Mouse control: a game Agnes&nbsp;<br></p><p>11 Animation programming: a digital clock and an analog clock<br></p><p>12 Merge visualization, event-driven, and animation: a game WheelVideo</p><p>13 Animated sprites and collisions: a game Pong<br></p><p>14 Multiple screens: an extension of the game Pong<br></p><p>15 A three-layer software structure for games: a game PongStruTwo</p><p>16 Usage of the framework: projects SymBall and Tornado<br></p><p>17 Image sprite and UML state machine: a game Breakout<br></p><p>18 Sound effect and composite class: enriching the game Breakout<br></p><p>19 Dynamically changed sprite’s structure: a game Worm<br></p><p>20 Chess-like game: a game Othello<br></p><p>21 An introduction of artificial intelligence: extensions of the game Othello<br></p><p>22 Visualizing array sorting algorithms<br></p><p></p><p>23 Animating conversions between binary and decimal</p><p>24 Animating binary arithmetic computations<br></p><p>Appendix A: References</p><p> </p><p>Appendix B: The three-layer software structure for games</p></div>