26:38

Friction Physics - Let's Make a Physics Engine [24]

35:49

Rotational Physics - Let's Make a Physics Engine [23]

13:47

Broad Phase & Narrow Phase - Let's Make a Physics Engine [22]

23:18

Code Supplemental #2 - Let's Make a Physics Engine [21b]

24:47

Code Supplemental #1 - Let's Make a Physics Engine [21a]

18:35

Rotational Inertia - Let's Make a Physics Engine [21]

24:17

Contact Points (Polygon/Polygon)- Let's Make a Physics Engine [20]

13:20

Contact Points (Circle/Polygon) - Let's Make a Physics Engine [19]

07:16

AABB Performance Optimization - Let's Make a Physics Engine [18]

09:36

Real-Time Performance Measurement - Let's Make a Physics Engine [17]

14:21

Contact Points (Circle/Circle) - Let's Make a Physics Engine [16]

08:41

Point Line-Segment Distance

09:48

Collision Manifold - Let's Make a Physics Engine [15]

27:12

OpenTK part 08 - The Shader Program

37:45

OpenTK part 07 - Framework Organization - VertexBuffer, IndexBuffer, VertexArray Classes

20:57

Basic OpenTK part 06 - Creating a Custom Vertex Type

15:22

Basic OpenTK part 5 - GLSL Uniforms and Screen Space Transform

12:47

Basic OpenTK part 4 - Index Buffers

14:55

Basic OpenTK part 3 - Vertex Colors

15:36

How to create a MonoGame Project without the MonoGame templates.

30:09

Basic OpenTK part 2 - First Triangle

12:08

Basic OpenTK part 1 - Window Creation

09:08

How to Find Polygon Area and Vertex Winding Order

16:35

Increasing Precision - Let's Make a Physics Engine [14]

12:40

The Axis-Aligned Bounding Box - Let's Make a Physics Engine [13]

21:18

Gravity and Stacking - Let's Make a Physics Engine [12]

11:23

Immovable (static) Rigid Bodies - Let's Make a Physics Engine [11]

07:22

Code and Math Corrections - Let's Make a Physics Engine [10]

20:34

Realistic Collision Response - Let's Make a Physics Engine [09]

18:51

The Physics World - Let's Make a Physics Engine [08]

15:06

Circle Polygon Collisions Using Separating Axis Theorem - Let's Make a Physics Engine [07]

14:11

Polygon Collision Resolution - Let's Make a Physics Engine [06]

22:02

Separating Axis Theorem (SAT) - Let's Make a Physics Engine [05]

18:35

Boxes and 2D Transformations - Let's Make a Physics Engine [04]

26:41

Circle Collisions! and Resolution! - Let's Make a Physics Engine [03]

29:49

Rigid Bodies Class - Let's Make a Physics Engine [02]

23:51

Vector Math For a Physics Programming - Let's Make a Physics Engine [01]

23:04

Intro and Vectors for Physics Programming - Let's Make a Physics Engine [00]

37:34

Polygon Triangulation [2] - Ear Clipping Implementation in Code

14:10

Polygon Triangulation [1] - Overview of Ear Clipping

10:37

Collision Resolution Using Impulses - Flat Asteroids [09]

10:58

Mass, Density, and Restitution - Flat Asteroids [08]

10:26

Circle Collision Response 1 - Flat Asteroids [07]

09:23

Nested For Loop Optimization - Flat Asteroids [06]

13:24

Circle Collision Detection - Flat Asteroids [05]

17:49

Polygon Area and Collision Circles - Flat Asteroids [04]

17:09

SoundEffects and Ship Rocket Polygon - Flat Asteroids [03]

14:40

Asteroid Entities - Flat Asteroids [02]

18:17

Entity Creation and Player Movement - Flat Asteroids [01]

18:27

Window setup and Ship Polygon Creation - Flat Asteroids [00]

08:31

Shape Drawing part 5 (Filled Polygons) - MonoGame 2D [#16]

10:35

Shape Drawing part 4 (Filled Circles) - MonoGame 2D [#15]

30:12

2D Transformations - MonoGame 2D [#14]

14:41

Going Full Screen And Circle Math Optimization - MonoGame2D [#13]

15:18

Shape Drawing part 3 (Circles and Polygons) - MonoGame 2D [#12]

09:25

Zoomable Camera (part 2) - MonoGame 2D [#11]

20:50

Zoomable Camera (part 1) - MonoGame 2D [#10]

13:27

Basic Mouse Singleton - MonoGame 2D [#09]

14:18

Optimized Line Drawing - MonoGame 2D [#08]

13:22

Shape Drawing part 2 (Line Segments) - MonoGame 2D [#07]