Great start! :D Thanks matey!

If I want to be famous, It'd be because I want to tell the world about this life saving series.

Thank you for the tutorial! I'd known I had to do something like this for a minute, but I wasn't sure how to put it down. This explains it well!

lots of years later and that is still really relevant! great video.

You're a genius!

thanks a million. I was solving a leetcode question on weighted probabilty. Your video helped a ton

Still referring to this playlist in 2024

found this gem 1 year ago and started learning this week I'm glad the internet took me here <3 thankyou for making this legendary content as I see from channel it was uploaded 10 years ago can we see some more videos please or maybe do you mentor? I'd like to be your student :3 haha

WHEN ARE YOU GOING TO ADD A VIDEO ON ANGULAR CONSTRAINT LIKE THE LEGS ON THE EXAMPLE AT THE START OF THIS ONE

I never thought that last part still existed in YT 10 years ago... Lol history repeats itself?

Hi I'm not sure if you'll reply but would you mind explaining where point.angle and base angle come from? What are they?

Great explanation ! Instant 👍 Like!!

Guys who watch this channel today - where do you use stuff that you learn about on this channel?

Here's code for a bouncing balls in colors: window.onload = function() { var canvas = document.getElementById("canvas"), context = canvas.getContext("2d"), width = canvas.width = window.innerWidth, height = canvas.height = window.innerHeight, particles = [], colors = [], numParticles = 100,// + Math.floor(Math.random() * 30), p = particle.create(width / 2, height / 8, 8, -Math.PI , 0.5); //Math.random() * Math.PI * 2 p.radius = 40; p.bounce = -0.95; //particle will lose 10% of its velocity on a given axis on each collision for (var i = 0; i < numParticles; i++) { //create(x,y,speed,direction,gravity) /*start at bottom of screen; speed btn 5-13 (0-1*8+5); straight up + plus or minus (0-1*whole - half: range of -0.1 to 0.1) ; some gravity*/ var p = particle.create(width/2, height / 2, Math.random() * 8 + 10, -Math.PI / 2 + (Math.random() * 1.5 - .75), Math.random() * .2 + .3); p.radius = Math.random() * 15 + 5; particles.push(p); var randomColor = Math.floor(Math.random()*16777215).toString(16); colors.push(randomColor); } update(); function update() { context.clearRect(0,0,width, height); for (var i = 0; i<particles.length; i++) { p = particles[i]; p.update(); context.fillStyle = "#"+ colors[i]; context.beginPath(); context.arc(p.position.getX(), p.position.getY(), p.radius, 0, Math.PI * 2, false); context.fill(); //bounce off edges - lose energy each collision depending on p.bounce amount if (p.position.getX() + p.radius > width) { p.position.setX(width - p.radius); p.velocity.setX(p.velocity.getX() * p.bounce); } if (p.position.getX() - p.radius < 0) { p.position.setX(p.radius); p.velocity.setX(p.velocity.getX() * p.bounce); } if (p.position.getY() + p.radius > height){ p.position.setY(height - p.radius); p.velocity.setY(p.velocity.getY() * p.bounce); } if (p.position.getY() - p.radius < 0){ p.position.setY(p.radius); p.velocity.setY(p.velocity.getY() * p.bounce); } } requestAnimationFrame(update); } }

im working with a different language but this helped me so much ^^ you explained everything very well while keeping my attention, even with my adhd lol

this course is almost as old as me lol

This was so good thanks, but I was wondering, what if I want the percentage to be exact, like the demon should appear exactly 10 times out of 100?

I'll be forever grateful for this channel. I hope you're fine

Wow coming back to this after all these years, i dont know why you suddenly dissapeared but i hope everything is okay, thank you for your amazing content!

Very clear easier to understand now I understand how weighted random works and was trying to figure it out thank you still getting my head around the for loop you softcoded it to subtract the chance value

I love you bro🥲

Thats all particle js is built on

Thanks Keith! Still using 10 years later!

so helpful, thank you so much!!

Thank you for this, been reading about BezierCurve all day and stumbled upon this jewel.

Very very useful video, thank you for providing

So good presentation!!! Thanks!

Hi sir, I want to take classes on this Math from you directly. How to contact you!

Tank you got taking the time to do this video! Really good

I got used to using constructor functions , then putting methods on the prototype , then using 'class' , then adding static methods to return new instances from different parameters & now I've got this - aaaaaaaaaaaaaaaaaaaaaahhhhhhhhhhhh ! Thankfully they are not that much different from each other ! This series is excellent. Thanks .

The point seems to never actually stop, hmm

thank you.

This channel is oustanding! Really great to learn the basic math for generative art

This guy is doing dev God's work

Cooool!!!

“they(numbers) aren’t sacred” absolutely

I can't count how many times I've gone through this series, but every few years, I'll go through it again, since it is such a great primer.

2:23 doesn't really apply when you live in Germany (or Austria and Switzerland for that matter)🤷🏼‍♀️

truly a verlet integration moment

Excellent demonstration.

Heh, when I saw "Euler Method" I was like, "Wait, like Euler Integration?" Turns out, yep. ;) I only knew that term (besides Euler angles from elsewhere) from a Gaffer on Games article; I was linked to it on the Unity forum after having trouble with using SUVAT equations in Unity (following along in a Sebastian Lague physics video series), and I got about halfway through the article before giving up. :P Out of my league for now unfortunately.

Great stuff, hope you make new videos

I understood, that the error of the sticks-adjustment propagates through the rectangle. Would it help (in addition to what you propose as a solution), to update points and sticks in a random order?

That "Say may name!"-part spoke out of my heart. 🙂

WOW I was looking for a such a course for years

잘봤습니당.

This is indeed wicked pissah, thanks a lot Keith.

Ropes, pinning... where is this physics simulation going??? O.o

how do you get the ball to stop bouncing? because in theory its energy should become less every bounce but will never actually come to a true stop.

gamasutra redirects and goes to a dead link... tried to search for the page, couldn't find it... :-(