This is Unity #gamedev, an infinite runner project, day 5. STILL trying to get used to livestreaming.. Repository: Any questions/comments? Join us on discord: Check out my fighting game (C++ project):

This is Unity #gamedev, an infinite runner project, day 4. STILL trying to get used to livestreaming.. Repository: Any questions/comments? Join us on discord: Check out my fighting game (C++ project):

Only goal is to have less screwups than last time. Infinite runner project continues. This is Unity #gamedev. Repository: Any questions/comments? Join us on discord: Check out my fighting game (C++ project):

Trying to get some work done. It turns out live coding ain't easy. Repository: Any questions/comments? Join us on discord: Check out my fighting game (C++ project): Twitch: Social twitter: facebook: hive:

More brain farts. Gotta get over my anxiety issues. Live coding, infinite runner project goes on. Repository: Any questions/comments? Join us on discord: Check out my fighting game (C++ project): Twitch:

Yesterday I was extremely nervous and had a brain fart during livestream. Hopefully today will be better. Unity infinite runner project continues. Repository: Any questions/comments? Join us on discord:

This is a livestream test. Maybe instead of spending time editing videos, I might just stream everyday and make the entire process public. For testing I'll do a Unity infinite runner and go from there.

Fighting game input buffer can be tricky. As with any gamedev project, I've encountered some unexpected issues. In this devlog I talk about the basic Hadouken and the to-do list. Repository: Devlog playlist:

For now I only have the basics, things like boxcollider editor, collisions, horizontal movement, character animations, etc. (Lemme know if you want me to talk more in details regarding the inner workings)

The underlying concepts behind 2D camera moving, zooming, and parallaxing. The little details can give you interesting results, so don't be afraid to play around with the code, vector math, worldspace

In this video, I scratch the surface on fixed timesteps, and there’s other topics that I didn’t mention simply because there’s too many things to talk about. If there’s something that you’d like me to

I'm not exactly sure what to call this.. just testing lots and lots of boxes falling, playing around with the olcPixelGameEngine, maintaining 1000+ fps.. call it blood rain maybe? C++ is blazing fast..

Using the DrawPartialWarpedDecal function you can now animate your C++ 2D game. I'll have examples of fixed timesteps later in this playlist. Tutorial Playlist: Repository: olcPixelGameEngine 2.0: Any

With keyboard/mouse input and a renderer, you can start building your C++ 2D game right now. Tutorial Playlist: Repository: olcPixelGameEngine: Vector Videos: Any questions/comments? Join us on discord:

Emissive material + bloom (post processing effect). Unity has gone through many updates since my last video on this topic, so here's a new one with the latest version. Lighting is a tricky subject, so

In this video we talk about vector multiplied by scalar. There's other forms of vector multiplication, and we'll get to them later in the playlist. You can't make a video game without understanding vector

some new app based on voice chat rooms, only available on ios atm. seems like a lot of people are talking about the app all the sudden. some big names have joined, like elon and suckerberg. justin sun

In this video I talk about the geometric concept in adding and subtracting vectors. You cannot build your video game without understanding vectors. Next I'll talk about multiplications. FYI, I used Unity

olcPixelGameEngine is my favorite 2D game engine. Find out more here: OneLoneCoder: CPUs vs GPUs As Fast As Possible: Tutorial Playlist: Repository: Any questions/comments? Join us on discord: Code: (0:00)

Do not confuse writing recursions directly into your code vs the concept of recursions. In this video I use one simple definition to iterate over every combination from multiple arrays (permutation with