Відео

good serie, and creating 100 items array made my day :)

hello i added a new 3d car, but it wont show, why is that process.env.PUBLIC_URL + "models/toyota_supra/scene.gltf" i already added here

thank bro

You can render the scene in a render texture and then feed it to the buffer prop. I used the meshTransmissionMaterial and ran into issue until I did that.

Learned so much about graphics just by watching this 3 part series beleive or not. Had to analyse each line and go research about it :D I finally understood everything but this one bit: ``` const angle = Math.acos(dirCos) - Math.PI * 0.5; ``` I don't get why you subtract `Math.PI * 0.5` from it. Can you explain why please? In my head doing `-Math.acos(dirCos) shoule be enough, but that doesn't work :(

Amazing ❤ very good explanation

Amazing content. It will be awesome if you can share some tutorials on particles stuff with react three fiber

Hey it is possible to do the same thing you did in this series but using regular ThreeJS and Angular?

Hello, can we get the .blend file of the env pls pls

the best the besth!!!! wow

Thanks for this!

Interesting tutorial. I have a little problem. For some reasons when i tried normal.encoding =LinearEncoding i got an error saying three.js has no exported member LinearEncoding,

It was super interesting and fun to learn r3f with this project .. thanks man!

Hi Sir!. I want to make plane fly around the earth like you. I setup with r3f but the plane is not moving. Can you give me some advise? Thanks!!!

Amazing

All right, nice. And now confess to viewers what is that web vital score. LCP metric, please

REALLY REALLY GRATEFUL FOR IT!!!!!! THIS CHANNEL IS UNDERRATEDDD AS HELLLLL!!!

Hey! I'm following this tutorial with threlte. I'm wondering if there's a threlte-way to use mergeBufferGeometry, because right now I'm just doing this inside the script tag, so can't take full advantage of svelte's features. Any insight would be helpful!

I never thought to render the scene as an environment map, I would have used screen space reflection postprocessing. I'm going to remake this in r3f since I don't know svelte, which I should at least try out before I try to do any work in it. Thanks for the lesson, you should create a course for threlte users for sure.

im having trouble understanding what everything means man..where could i start with a beginner course ? do i have to learn three.js first ? I could blindly follow along but dont feel comfortable since i dont know what alot of this stuff means

my brain overheat

How do I make this responsive? does the ship resize on mobile?

I‘m late, normal.encoding = LinearEncoding is declared.I couldn't find solution

thank you so much !

I don't get it how the car looks so good, do you import any textures to the code? every single time I import a model, looks like shit

What a wonderful 3 part series, thank you for sharing and would love to see more threlte content. personally, i have always avoided three.js and react fibre as i have always found it difficult to wrap my head around then both but threlte made it much easier.

This is so damm cool stuff.

This guy all of sudden dropped masterpiece as always

Hey man, just wanna say that I really appreciate the work you do!

I enjoy your videos, they are always great. I think it would be cool if you took your Spaceship, the plane rings physics and your old procedurally generated maps to make a space game.

this look epic

thank you, this is an amazing & super helpful tutorial series <3 <3 <3

Hi+ Thanks a lot for the video! I have a question! What are you using to write/draw over vscode? Thanks!

Amazing!, another excellent project, I think this one can be the initial state to enter a WebApp and the traditional content can be placed coming from the side.

Thank you so much for the threlte lecture I wanted.

Great!, let's continue the with the class

Thanks a lot Domenico! This is a nice christmas gift :) If Threlte ever gets to the level of R3F i'm never using React again, lol.

This scene look amazing, I joined the Animating a Spacehip crew waiting for the next part!.

I recently started watching your channel and enjoyed all your videos. I thought you wouldn’t post anymore threejs video as your last one was a while ago. I got so excited when I saw you posted this video and you motivated me in learning threejs once again!

This is so cool. Expecting part 2 :)

let's go cool

LETSGOOOOO

WOAHH THAT'S SO COOL!!! Been putting of learning svelte for a while, time to start! Looking forward to it!!

The blender model you created was gorgeous. Can you make a separate video on how to fully create it?

I used a different car model, and it seems like the tires don't rotate around the right axis. I tried playing with the axes a bit, but it seems like it's completely skewed compared to the rest of the vehicle model. Do you have any tips for debugging it? Great tutorial btw :)

Thanks for sharing! I have finished the walk thru, and is now trying to add some extra features to this game on my own. One thing I am hoping to implement is the collision between the landscape and the plane. Could you shed some lights on how to achieve this feature?

Great

I will love to learn brender too

brah...you just melted my brain

Great video - thank you! A change I used at about 2:59 was to check for after-noon 24-hour-based hours, like 20 for 8 p.m., and to add the fraction of minutes so the hour hand advances proportionally past the hour marker, so: var hour = date.getHours(); if(hour > 12) hour -= 12; var minute = date.getMinutes(); hour += Number(minute/60); var hourAngle = hour / 12 * Math.PI * 2; The minute calc can then be reused a few lines later to position the minute hand. Also, at about 4:00, my radius was much smaller, so multiplying the sin, cos result by half the hand length worked: var hourLine = customLine(0.02, 0.075, 0.007, "", "black"); hourLine.rotation.z = -hourAngle; hourLine.position.set(Math.sin(hourAngle)*.0375, Math.cos(hourAngle)*.0375, 0); Or, you could multiply by half the radius to have the hour hand float midway between the center and edge as in the original. Using half the length of each hand as the multiplier centers them all at the clock center. You could also stick with the original 2 radius (where the 1/2 radius multiplier would be 1 and can be omitted) and scale the result down or up as needed.