Your animations are absolutely beautiful! Do you have your own tool to create these, or are these all game scenes?

Thiss video is so awesome and well made. Thanks for this amazing experience

What’s the game at 0:13

THE SEQUEL TO ASTEROIDS!?!?!

using zig, noice

I love the little visualizations you use, is there any chance they will be playable at some point?

i love the sines sines sines sines

loved it!

zig build run 😌

Amazing!

cool animations really liked how cute they look

Immediate subscribe, this video is so well made.

today's victory for me was drawing some text from an array on a box in the gui layer

Haha. Nice to see wibble wobble featured here. One of my favorite games. If it wasn't for some cheater I would still be holding the world record.

I for The record was thoroughly enterdained throughout the whole video

Cool game

Very nice video! I think if you make others the algorithm will serve them. I like the technical side and the visualizations

wait is this picotron?

Very well explained. This is a great example of using a single mechanic (crunchy deformable wobbly planet) that's novel and technically non-trivial but not impossible to implement to make an original game!

Flexing with the rare Game Programming gems copy huh. I got number 8, such a great read they are. Gotta expand my collection some day...

hmm i will subsrcribe.... hope u post more ;0

Good video, subscribed!

sick video thank you

What if everyone jumped on the surface of the planet at the exact same time

very well made, visuals are awesome!

very nice!

You can measure the roundnesses of the planet by taking the Fast Fourier Transform of the distance from the center and comparing how much contribution of the 0 frec copares to the w frecs

Just curious, what did you program this in? And using what languages?

Plz mister where did you get that Wobbly font?

Your animations are juiced to the neck!!!

The crazy thing is that I was on that exact Wikipedia page trying to figure out how to make a perlin noise implementation in desmos and I was wondering why the page was so bad and literally wondered why that line had no citations

LMAO now I know why the perlin noise is quite hard to follow (also this is very well edited)

I love pear lean noise

Amazing vid!! Why not use physics for the slamming dynamics tho? It could even send shockwaves around the planet.. more juice!!

This was an amazing video! I'd love to see you do more breakdowns of these kinds of effects 😊

Really really really good video!

Some feedback after grinding a bit for some wrs: I would love to be able to precharge for the final sendoff in a level, or at least for the charging to restart upon reaching the checkpoint. Currently quite a few good runs have been ruined by me starting just a little too early and then not being able to correct for that. Secondly, a question: Is the seed for the random noise shaping the planets the same on every run of the same level? I would prefer if that was the case, because expecially for levels with few stars (especially the last one of the demo), some very few very precise jumps seem optimal, and I feel like these sometimes depend very finely on the exact shape of the planet. If this is randomized on every run, this would make going for records feel a lot less rewarding for me at least. In general I prefer the playstyle of very few, rather early and long jumps, rather than multiple gracing jumps with their requirement for quick reaction times, or quick jumps with longer chargeup by adding extra rotations around planets. I would love if at least for some levels, the optimal playing style would be to complete them in a single jump while collecting all stars in one nice and complicated orbit rather than just being as precise as possible with many small jumps or to go for very straight and fast jumps that don't utilize the unique orbital mechanics of the game. Had a lot of fun with the demo, looking forwards to the full release!

The crundra is frumunda down unda.

Banger

vlambeer reference!

amazing video

Brilliant explanations, stunning visuals and humor. This is great!

It should be noted that perlin noise and most other noise algorithms are not random. This is because each value is dependent upon its neighbors.

Love this, so cool!

One word: Fourier analysis (ok 2 words) but I got that vibe from this video, you can create any (continuous I think?) function (wavy line) by adding many sin waves with different frequencies and amplitudes and I feel like you did something very similar here. Awesome!

this hits like a gamedev Uri Tuchman video. very cool

blessed by the algorithm incoming 🔔🔔

I love this, like that other people said, we must feed the algorithm

the quality is not what i expected. bravo

The "light mode" version of the game looks much more alive. maybe you should use more color