Curriculum Design and Instruction To Teach
Game Programming: Cross-Platform Game
Programming With the Allegro Game Library:
Getting Input From The Player:
Game programming, is a subset of game
development, is the programming of
computer, console or arcade games.
Though often engaged in by professional
game programmers, many novices may program
games as a hobby. Most software engineering
students program games as exercises for
learning a programming language or operating
system:
Allegro is a free software/open source software
library for video game development, with functions
for basic 2D graphics, image manipulation, text
output, audio output, midi music, input and timers,
as well as additional routines for things like
fixed-point and floating-point matrix arithmetic,
unicode strings, file system access, file
manipulation, data files, and
(limited, software-only) 3D graphics.
As of version 4.0, programs that use the
library work on DOS, Microsoft Windows,
BeOS, Mac OS X, and various Unix-like
systems with (or without) X Window System,
abstracting their application programming
interfaces (APIs) into one portable interface.
The library is written in the C programming
language and designed to be used with C or C++.
It comes with extensive documentation and many
examples.
Author: Charles Hayes:
Special Features Include:
Phases For Conducting A Needs Assessment:
Curriculum Design Supplement:
Curriculum Design Plan:
Lesson Plans:
Test:
Instructional Goals:
Instructional Objectives:
Instructional Activities:
Instructional Evaluation Techniques:
Standard Vocabulary:
A Limited Glimpse:
Topics Include:
* Cross-Platform Game Programming With
The Allegro Game Library:
@ Getting Input From The Player:
A. Introduction:
B. Handling Keyboard Input:
1. The Keyboard Handler:
2. Detecting Key Presses:
3. The Stargate Program:
4. Buffered Keyboard Input:
5. Simulating Key Presses:
C. Handling Mouse Input:
1. The Mouse Handler:
2. Reading the Mouse Position:
3. Detecting Mouse Buttons:
4. Showing and Hiding the Mouse Pointer:
5. The Strategic Defense Game:
6. Setting the Mouse Position:
7. Limiting Mouse Movement and Speed:
8. Relative Mouse Motion:
9. Using a Mouse Wheel:
D. Handling Joystick Input:
1. The Joystick Handler:
2. Detecting Controller Stick Movement:
3. Detecting Controller Buttons:
4. Testing the Joystick Routines:
F. Summary:
* STATE OF THE ART CURRICULUM DESIGN:
* NEW:
* BIBLIOGRAPHICAL REFERENCES & INDEX:
* ASCII TABLE:
* NUMBERING SYSTEMS: BINARY, DECIMAL, AND
HEXADECIMAL:
* RECOMMENDED BOOKS AND WEBSITES
* DIAGRAMS:
* ILLUSTRATIONS:
* PHOTOS:
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