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I would love if you could explain more about how you integrated the rigid body physics with the sand simulation. Do you run a step of the physics, then manually move every relevant pixel by how much that pixel moved in the rigid body? What if the simulation made it fall, such as if there were sand in a rigid body, would it fall but continue to rotate whenever the main body rotates?

this looks awesome

Any updates?

No death, no like

Super cool

Super cool

Are you still working on this

This wand is fire bro so as your hardware

can i look into the source code?

Pretty weak compared to some wands iv seen and made myself TBH.

Where is die

That run got ended by a propane tank... admit it.

Great Wand bro! I once had always cast fireball. Just added Chainsaw. But died shortly after.

And then there is 26 capacity wand using imaginary spells non existent even in code made by glitching hamis with poly mage that schoots spark bolt spawning 900 notes and every of them deal 1m damage every tick

Ok now put omega black hole

Hey, is your unity clipmap implementation available anywhere? That's some next level stuff!

sillywands like this are great until you come up against the Alchemist

That's fantastic game idea and design!!! Well, what do you think about idea with randomaly generated enemies that use certain templates for ex. Beetle+ skeleton design making skeleton with bug like head, random color pallete and powers? Then enemies would spawn deep underground and player could use surrounding materials to damage it? Or store them in wand or some kind of bottles to use them? The enemies also can create a lot of elemental projectiles, vomit with lava, shoot gas etc... Would be cool imo to just find some random foes underground...

are u gonna make a tutorial or upload the code?

will you ever make a buoyancy script tutorial for this

thanks so much for talking about the rasterization for entity rotation. ive been trying some bitmap rotation algo but its all a bit difficult lol

Based on your little boxes around "active" pixels, it appears that you're only processing the pixels that have an opportunity to change their state in some way? Basically anything touching air or a pixel it can interact with?

I realize that this video is over 2 years old, but for future watchers, if you get a wand like this... ...just wait until one among thousands of the projectiles you fire hits the Master of Exchange, swaps you with his location where you get hit by a random passing projectile, which causes you to drop into a pool of lava or acid.

I had a wand yesterday with Larpa Upwards and at the Holy Mountain, I got it upgraded so it also had Larpa Downwards, then I added abunch of Chainsaws and Bouncing Bolt.. Hold the trigger for a few seconds, then release it and the entire map turned into The Matrix with green colors and some massive lag 😂

who is she

In Noita there is no such thing as being "too strong"

I love that the Holy Mountain looks mostly unblemished, then you go back to the main area and it’s just COVERED in scorch marks.

Butifull

The solution I have initially tested for rigid bodies is called "three shear rotation" it's an old technique but preserves all pixel information. Haven't tested the performance but it might be promising for an engine like this. It's not how Noita does it (need to implement that and eventually compare performance). If you'd like some code, I'm willing to share.

Not strong enough unless it kills you in 1 frame.

Great work! I'm working on a similar concept but I'm struggling with heat. Any paper or equations you followed?

This is aweseom!!!

Looks great, as far as I understand, in terms of temperature, you have a more advanced simulation? It's just that I didn't really observe the presence of temperature in Noita, but there is clearly one here. How do you like the idea of making a chemical puzzle with magic, where there will be an emphasis on solving puzzles, and not on killing everything in a row and riddles that sober people will not always be able to answer.

So cool! The video where the Noita dev talks about how the game works is one of my favorite game dev videos- it's fun to see your take on how to do a "falling sand" game as well.

Why isn't your mana going down?

Idk what to say, but this is really cool so here’s a comment so the algorithm likes the video

Now, i really hate backseat devving, but my hope is that the playable character's moveset is much more meelee-based than in Noita. I wonder what it would feel like to cut through barricades by swinging a physicl axe instead of just pointing and clicking at it. I can practically already hear the Whap-Clunk sounds.

:O cant wait to see more development on this! also the temperature system is really cool!

good work looks great, did you use a formula to implement the particle physics that happens after the bomb explosion where pixels travel in a arc?

Huh, is this made in unreal? It looks really nice I was going to ask if it was inspired by Noita but you beat me to it in the first 30 seconds lol

Just do a mod for Noita no?

Without pressure simulation, like in The Powder Toy, fire and explosions look kinda ugly. You really should look into adding it.

Man this project is amazing ;) I hope you keep the grind you're awesome :D

this is awesome, i hope more people see this

Here before this vid goes viral!

THIS IS AMAZING!!! keep it up!!!!!

I guess you could make a game out of this. The target could be, to reach a certain point on the map with limited resources. And you would have to puzzle your way to the solution. E g. Make a hole somewhere to let sand fall trough it, let wood burn, cause an explosion or other things to clear a path to your target. I guess you would have to create the word by hand to achieve this since a generated world would lead to random difficulty (up to impossible).

Epic, I like the idea behind an infinite pixel simulation game. Also, those are some pretty cool textures. Have a nice day!

you're making me nostalgic with the sand game :D Love the project and wish you the best for the future!

One improvement you could make is simplifying the collision meshes for the terrain. Instead of exact, boxy lines, approximate the overall shape. You can find an example of this in videos about the Falling Everything engine.