⚡Interactive Tesla Coil Simulator⚡
Watch the coil generate realistic lightning bolts in real time. Click near the coil to make lightning arc towards the cursor!
Features
Adjust the characteristics of the lightning with the menu on the side.
- Intensity: Controls the strength of each bolt.
- Frequency: Controls how many bolts are generated every second.
- Linearity: Controls how straight the bolts are.
- Conductivity: Controls how far each bolt travels.
- Branching tendency: Controls how likely each bolt is to branch off.
Arc to cursor
Click on the screen close to the tesla coil to make sparks jump to your cursor. The greater the intensity, the further the arc jumps, and the thicker it is.
Note: Maximize the GUI window for the best experience.
Troubleshooting
- Some of you have reported that the app isn't loading. This issue happens occasionally. Try refreshing and waiting a while, or come back later and it should be fine.
- The lightning usually runs smoothly at medium intensity. At certain times, it might be laggy. It might have to do with traffic or the server.
- If you experience any issues with the code, feel free to tell me about it!
Have fun!
Let me know what you think, and share some cool pictures of your custom tesla coil in the comments below!
Edit: Thanks for the support everyone. You guys are awesome 🔥😍
The graphics are absolutely awesome, nice job!
This was really fun to play around with!
Yeah really coool. This absolutely deserves 10 CRORE forks
@PixiGem we usually learn international system first then we go to indian system because they are more similar
@PixiGem they can put what ever they please, they should not have to do what you suggest just because most people would not understand it.
my hair is standing on end now nice simulaton
That is really cool I wish I had more experience with python so I could help.
its not cool its very very very very awesome i cant tall about its keep it up
what difference between intensity and conductivity? You did explain it but It seems the same to me. Otherwise, really fun to experiment with!
@JSDRAGONCODER Thanks! Intensity controls the thickness of each bolt, which also allows more branches to form from each individual bolt. Conductivity increases the length of each bolt while decreasing branching interval but maintains the thickness. This makes the lightning seem to travel further.
@ChaseLean Thanks!
Really kewl! Where'd you learn the math for this?, it's so complex!
@RayhanADev Thanks! I'm just started a math uni course, so it's fun to apply the concepts. Most of them involve finding angles to make the lightning go where I want.
@ChaseLean that's amazing, I hope you enjoy it! And again this is awesome :D.
If you pull the cursor to right in the middle of the coil (where the lightning starts simulating from), I get a zero division error.
@CodingElf66 You're right. Thanks for notifying, I fixed it.
Wow!
coooooooooooooooooolllll
This is really good!
Awesome! If you maxout intensity, frequency, conductivity, and branching tendency than decrease linearity you get a lag machine
@FlaminHotValdez Hahaha nice observation. At first it was even worse, and I had to restrict the maximum of each feature to a reasonable amount.
Really cool!
cool
Really nice job creating the graphics!
This is quite impressive, especially with python!! Great job!
Thank you for helping people get the information they need. Great stuff as usual. https://www.indigocard.org/
Taking a lot of time to load
cool
Very very nice man keep up the work!
This is good
very well done
COOL
its a bit off with the lighting
good one
Its very nice bro
I was the 26th upvote. You're very welcome for getting on trending :)
hey why are you upvoting this