Introduction to Programming

Chapter 1: Foundations5

• SectionSlides
• 1.1 Software LifecycleSelf-pacedOpen
• 1.2 Variables and Data TypesSelf-pacedOpen
• 1.3 Documentation and Coding ConventionsSelf-pacedOpen
• 1.4 Programming Paradigms and LanguagesSelf-pacedOpen
• 1.5 Program Design Tools and EnvironmentsSelf-pacedOpen

Chapter 2: Control Flow5

• SectionSlides
• 2.1 ConditionalsSelf-pacedPreloadOpen
• 2.2 Algorithms and Loops—
• 2.3 The switch Statement—
• 2.4 Loop Control and Nested Loops—
• 2.5 Handling Errors with try/catch—

Chapter 3: Functions and Data8

• SectionSlides
• 3.1 Functions: Definition and Calls—
• 3.2 Parameters and Return Values—
• 3.3 Arrays—
• 3.4 Function Expressions and Arrow Functions—
• 3.5 Objects and Properties—
• 3.6 Functions: Pass by Value/Reference—
• 3.7 Array Methods—
• 3.8 Saving and Loading Data—

Chapter 4: Synthesis Project - Print Shop1

• SectionSlides
• 4.1 Print Shop — Q1 Synthesis—

Chapter 5: moSHion Foundations4

• SectionSlides
• 5.1 Hello Sprite and Movement—
• 5.2 Physics Feel—
• 5.3 Classes and Instances—
• 5.4 Writing Your Own Classes—

Chapter 6: Game Mechanics9

• SectionSlides
• 6.1 Groups—
• 6.2 Overlaps and Collisions—
• 6.3 Physics Applications—
• 6.4 Animated Sprites and Camera—
• 6.5 Save and Load—
• 6.6 Game State Machines—
• 6.7 Advanced Input—
• 6.8 Joints—
• 6.9 Timing and Async—

Chapter 7: Synthesis Project - Arcade Cabinet1

• SectionSlides
• 7.1 Arcade Cabinet — Q2 Synthesis—

Chapter 8: JSCAD Foundations5

• SectionSlides
• 8.1 Libraries and JSCAD Introduction—
• 8.2 2D Shapes and Transforms—
• 8.3 Boolean Operations in 2D—
• 8.4 Parameters and getParameterDefinitions—
• 8.5 Arrays in JSCAD / Loops—

Chapter 9: 3D Modeling4

• SectionSlides
• 9.1 First Extrusion: 2D to 3D—
• 9.2 3D Primitives and Transforms—
• 9.3 Error Handling and Debugging—
• 9.4 Testing Principles—