[18]: Shaders

[17b]: Platforming Mechanics

[17a]: Collisions

[16]: Data Storage Formats

[15]: Timers + Animation

[14]: GUIs and Events

[13b]: Cellular Automata

[12b]: Physical Simulation

[12a]: Simulation and Particle Systems

[11]: Materials + Textures

[10b]: Lighting

[10a]: 3D Shapes

[09]: Interpolation and NLM

[08a]: More Shapes

[05]: All About Text

[08b]: Transforms

[07b]: Scene Hierarchies

[07a]: Components and Inheritance

[06]: Object Oriented Programming

[04b]: Interactivity

[03]: Images

[02b]: Color

[02a]: Attributes and Modes

PhD Proposal

[01b]: Introduction to Graphics

[01a]: Course Introduction

Procedural Generation

14: Simulation and Particle Systems

1: Intro + Shapes

1 HR: Filesystem Consistency (ann.)

This is the text-heavy version of the 1HR filesystem consistency lecture. Fragment-free and with extra text to explain imagery.

1HR Filesystem Fundamentals (ann.)

This is the text-heavy version of the 1HR filesystem fundamentals lecture. Fragment-free and with extra text to explain imagery.

1HR: I/O and Storage Devices (ann.)

This is the text-heavy version of the 1HR I/O and storage devices lecture. Fragment-free and with extra text to explain imagery.

RPE Talk

Reading Large Codebases

Filesystem Detective

In-Class: Filesystem Consistency

In-Class: Filesystem Fundamentals

In-Class: I/O and Stable Storage

1 HR: Filesystem Consistency

1HR Filesystem Fundamentals

1HR: I/O and Storage Devices

Lecture 18: Filesystem Consistency

Lecture 17: Filesystem Fundamentals

Elements of the C++ Standard Library

CS105C: Lecture 11

Why does UB exist?

CS105C: Lecture 10

Zero-cost abstractions

CS105C: Lecture 9

Perfect Forwarding and Smart Pointers

CS105C: Lecture 8

Lvalues, Rvalues, and Move semantics

CS105C: Lecture 6

Templates

CS105C: Lecture 7

Iterators, Algorithm, and Lambdas