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This is really really helpful, I am going to buy your course as well 😊

How can this transfer to, say, 3 dimensions, instead of 2D, for cases of working with a 3D OpenGL/C++ engine?

drghtfbyxc

You're a good teacher

This thing is perfect for Shaders and Compute shaders

Hallelujah! Lots of fun doing it!

damn i have to drop this comment praising how valuable this is. Amazing, truly amazing that you take your time to explain this

feel like theres a filter

Great video! One way of explaining perspective correct texture mapping that was particularly effective for me is as follows: Consider two quads of the same screen-space shape. For a given set of 2D coordinates, you could have either a small object up close, or a very large object far away, mapping to the same exact screen-space position. The close up object will have fine details visible, and the details of the far away object will be harder, or impossible to see, but a 2D rasterizer will have no way to differentiate between these two objects. This is because of depth. Vertexes are affected by depth, the further away they are from the camera, the closer in 2D coordinates they will become, and of course the same must apply to the details of the object (texels). Texels that are further away must be shrunk according to depth.

First, we do not need matrices to calculate Xp and Yp. Matrices will not do much if you do not understand how to manipulate the 3d vertices without them :) Aspect ratio is not needed at all, because you do not change the aspect ratio of displayed objects. In real life cameras eye and lense does not care about aspect ratios - the fov angle is always the same. zfar is not needed at all. People stop complicating easy things.

Looks awesome. Also implemented some stuff of it. But one thing i don't understand is why acceleration is multiplied twice with dt. When i calculate the velocity then it is the velocity between two frames. This is why velocity is divided by dt to get the velocity for one second. But as we are frame dependent we multiply again by dt. So in the end the division and multiplication of dt cancels and we just can add the velocity as it already is the velocity for one frame step. Same goes for acceleration. I would just add (acceleration * dt) to get the acceleration for one frame. But in Verlet it has to be (acceleration * dt * dt). Why?

Great lessons, thank you! About your end question: pseudo racing game (Top Gear, Outrun, Chase HQ, etc).

I love u omg. Best lecture abput homogenous coordinates

Amazing video! Thanks for sharing all that detailed knowledge with us! Gracias, Gustavo!

pretty sure aspect ratio is w/h. or am i mistaken?

What about BGFX as a rendering library? Would it be efficient? Nice video btw❤

Dude......... Thank you!!!!

Could someone please go over spacerace diode sprite… I’ve looked everywhere on the net and there is nothing about it… I don’t see how diodes could render an image without memory… it would def be associated with the clock timing on which part of the space ship to draw, correct?

Very cool clip! Maybe one day a clip with PS2?:)

thanks man!

I need to type "list" to show the source code, otherwise it shows the asm

I have a question, verlet only need acceleration to update position. but in most case, we must provide velocity not acceleration, so in this case how can we update position by velocity

Thank you. Very clear explanation.❤

What a beautiful concept

mano não esperava achar um br kkkkkkkkkkkkkk

Hello Gustavo, how are you? Are you Brazilian? I sent you an email

why is main() returning FALSE?

Cara voce eh uma lenda pra quem quer/ja trabalha com graphics e eh brasileiro

Man, I really want something like this to exist for the Sega Saturn. I realize that would be a ton of work for probably not much payoff, but there is just _nothing_ online aside from 30yr old documentation and the dug-up SDK library from Sega. It would be so nice to find an _actual_ explanation of how to put all the pieces together, _especially_ as a kind of rival/companion course to the PS1 one.

I watched the part of your course where you went over that fixed point notation just few days ago. I immediately thought that if we assume the 1.0 being equal to 1 meter, 4096 parts means ~0.24mm fractional precision. No way that was the reason for the jitter. Great in-detail explanation!

you have easily become one of my favorite programming content creators. Super informative, creative, and entertaining. Thank you for what you do.

\{ "version": "2.0.0", "tasks": [ { "label": "Run Lua", "type": "shell", "command": "lua54", "args": [ "${file}" ], "group": { "kind":"build", "isDefault": true } } ] } -- Also work for lua54

An amazing explanation. Congrats bro :)

I have always preferred 2D graphics over 3D but when I think of 3D games I *love* they are all PS1/Saturn era (Dreamcast also). Something about the "papercraft" look of things seems so stylish to me! One question, I see you have quite a few courses on retro consoles. If I have programming experience but know nothing of game development which course would you recommend I start with. Thanks!

Love these deep dive videos. Could you perhaps make a series about coding a PS1 game? Also, what languages are needed to learn to become a game dev, etc? 😎🙌

That's a great great video Gustavo !! 🎉🎉🎉🎉👌👌 - Learnt so much in just 1h

truly the best sdl explanation i have seen clear and concise thx very much!

T-junctions also cause gaps in modern floating point hardware. It's less noticeable but they're there. The reason we rarely see them is because devs rely much more on 3D tools rather than raw polygon manipulation, and tools have become more advanced so T junctions are not easy to do by accident and they clearly appear as a gap in the mesh.

Awesome video! If you could do the same for the nintenfo 64 it would be awesome x 2! I always wanted someone who make a n64 programming tutorial, but there is none easily understandable to find.

I rarely subscribe to a channel after watching just one video. That was amazing

I remember that some PS1 games had no warping textures, but I guess they just used some clever trick to fool you they were not warped :)

How to Make PS2 Graphics or dreamcast? was fun!!

Can you make a video about replicating the textures from Sega's old AM2 games like Virtua Fighter 2?

"I dont vstr how long this vidoe takes this is super fun" <3

Esse cara é diferenciado! Awesome video dude!

Gustavo, thank you for another great video. I have learned so much from all your courses. Thank you for all that you do

aaah, good old PS1 coding memories… the PS1 was definitively the most exciting platform in my game dev career - cheers for bringing those memories back, great video! I hope many, many (aspiring and even already in the job) game coders take your course, since PS1 programming was and is so special and unique - it was one of the last platforms you can really push to extremes by using (sometimes weird) optimization techniques and tricks you do not find elsewhere, and helps to improve your general programming skills big time

Thanks for the really good video! This is a minor complaint, but I wish you had a better camera and green screen - everything else is perfect, though. 🥳