Raycasting Algorithms Part 1

[@amirhossein_rezaei]

Very underrated video.
Hope to see more content from you

[@adampassaretti9149]

Bro come on this video is fire, don't make us wait forever

[@grandpajerry764]

Coming into programming and a CS career this has helped so much. I salute you and your contribution 🫡

[@FallingDreamFlowingSand]

Great video, hope to see more!

[@mukulsehgal2190]

its cool thumbs up

[@santiagoalvarez3051]

And he never made part 2… 😔

[@darkreaper4990]

thanks for saving me any further search, santiago lol

[@llamaelitista]

🥲

[@lucasnogueira3232]

Loved the video, hope to see more :)

[@watchoutbelow]

Great break down of the method.

[@leyao929]

very impressive and easy to understand, I would like to know do we still have part 2?

[@AK56fire]

The animation is cool..

[@zvisger]

The algorithm is the coolest

[@Logicatube]

Manim

[@loszhor]

Thank you for the information.

[@ari-man]

The beginning made me think I was watching Evangelion for a second

[@r20de20]

So cool! Just one question... where's the 2nd part??

[@gsestream]

try DDA with camera plane-rays. or just intersect objects (triangles/spheres) in the 2d vertical plane-ray traverse order.

[@alirezaakhavi9943]

really wonderful video! thank you for sharing keep up the great work! subbed :)

[@rajaryan7167]

Please continue the series

[@firdiansyahramadhan7541]

please continue :)

[@mounirhabbas7969]

Why did you stop posting, you are the best

[@MauritsWilke]

Please make a part 2!

[@forever3115]

I don't understand how I can find cross point of my point and ray.
If I already know all the coordinates, then how I can use it?

[@bananamanog5596]

Good question lol. This is a great video but it just shows Ray-Start and Sphere_center as undefined points and idek if they contain x,y or what it contains T-T

[@colorpalet]

Please do make a part 2.

[@623-x7b]

I don't understand how r is equal the magnitude of x since x starts at s shouldn't it have a larger magnitude?

[@shubhamsingh-n3b]

x is the point of collision between ray and the circle's circumference. x lies on the circumference if there is a collision between ray and the circle.

[@normanequator7185]

Is there a part 2 ?

[@DeekshithD-r6p]

Waiting for Part 2

[@kargaroc386]

the technobabble is high in this one

[@MrLump]

But how do you detect collisions?

[@shubhamsingh-n3b]

if the term (b²-c) > 0, then there is a collision, i think

[@qvgac3500]

Thanks!

[@hstrinzel]

Doesn't this have to be in 3DIMENSIONAL space? Would the formulas be different?

[@Cayngo202]

Ive unlocked internal knowledge

[@soumyodiptanath2917]

This is some 3b1b level content... Where's the rest of it 😢

[@bananamanog5596]

We need another video that explains this video just dumbed down for people like me LOL

[@megauti]

You should post more.

[@mcgwow1276]

Anyone still waiting for part 2 in 2024?

[@47lokeshkumar74]

Plz put more video bro

[@haddeadgoogle7158]

wait for part2😘

[@romangeneral23]

Part 2?????
And he was never seen again!!

[@patrickstival6179]

Damn I feel stupid. Couldn't understand a thing

[@blackbullet71]

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