Hello Sir how are you? I am a regular viewer of your RUclips channel. I came here to say that- "Your channel always leaves me excited for the next upload!" Good Luck
@@SuboptimalEng Well, I want to give you some suggestions, if you follow or fulfill the suggestions, it is possible to increase the views and increase the subscription on the RUclips channel
Very cool. The thing i liked most about the 3b1b simulation was how you could see the waves propagating out whenever the charge moved. Is this included here?
Thanks, and good question! Short answer is no, I did not implement that here. Wave propagation is difficult to do in fragment shaders because it requires keeping track of the previous state of each vector. I think it can be done, but not with my current knowledge.
It’s true that the arrows don’t match the same direction as the ones in 3b1b’s video, but that’s because he used a particle with positive charge. A particle with negative charge would have arrows pointing towards it.
this is a super cool video and Im very glad it popped up on my home page
Hi Jameskii :D
😳 🙇♂️ ❤️
Hello Sir how are you? I am a regular viewer of your RUclips channel. I came here to say that- "Your channel always leaves me excited for the next upload!" Good Luck
Thank you! I'm just a nerd sharing my passion for computer graphics. You could do it too 😎
@@SuboptimalEng Well, I want to give you some suggestions, if you follow or fulfill the suggestions, it is possible to increase the views and increase the subscription on the RUclips channel
Very cool. The thing i liked most about the 3b1b simulation was how you could see the waves propagating out whenever the charge moved. Is this included here?
Thanks, and good question! Short answer is no, I did not implement that here.
Wave propagation is difficult to do in fragment shaders because it requires keeping track of the previous state of each vector. I think it can be done, but not with my current knowledge.
Thank you!
wow
cool
that electron is red
engagement farming maybe
Just making sure you were paying attention 🤫
Actually, arrows are wrong way
It’s true that the arrows don’t match the same direction as the ones in 3b1b’s video, but that’s because he used a particle with positive charge. A particle with negative charge would have arrows pointing towards it.
@ Yes, but ball is green at end
The arrows are just pointing at the ball, don't call it an electric field.
Keep playing around with shaders though!
🫡
Wait, you made the pizza game for GMTK’s game jam? Pretty cool!
@@SuboptimalEng Thanks man!
I wasn't expecting to be recognized in the wild. It was definitely a fun project :D