Please make more, this is extremely interesting. Im a novest low level python enthusiast who loves artificial intelligence. I like to observe it, not use it.
Good video but i recommend to tone the sound effect down abit and make your voice abit louder because the sound effect are way to loud compared to the voice just make sure your voice and sound effects are on the same page in terms of loudness
Was curious if something like autocatalytic behavior (but not simulating "chemistry" per se) can be modeled in a program, especially if it arises just from the how the environment was configured? Interesting and noob-friendly tutorial!
I'm not sure that is possible in particle life, unless I also start limiting the interactions to certain angles by giving the particles polarity, then maybe certain configurations can cause low energy chain reactions. I think the main issue however is that there is unlimited energy in the system, so there is "energy barrier" to break through for there to be catalytic like behaviour, since its highly likely all particles are already in the highest energy state. There are other artificial life systems such as FlowLenia where changes in phase can happen spontaneously. This could be seen as autocatalytic.
I've been looking into this for a bit and did a bunch of lower framerate stuff in JS. The next thing I want to explore is forgetting about have too many particles, and instead focus on realism. Get some information from molecular biology, and model real structures using differing masses and attraction/repulsion values. I love this. I love cv2 also, so moving my code to Py tomorrow. Thx
To stop particles going off the screen on mine, I just set their velocity to *= -1 on the axis in question to flip it...a la collision detection bounce. I use the standard gravity function, like you do but without the delta time. As soon as they appear they conform to a matrix of attraction or repulsion values, including to themselves. A B C A 0.7 0.4 -0.1 B 0.1 -0.8 -0.7 C 0.6 -0.2 0.1 This is my current matrix I'm playing with. 3 particle groups obviously, 1500 in each set, though like I said my next step is to try and make some real monsters ;0)
That also works, it really just depends what effect you want, a toroidal world is effectivley an infinite world without barriers. If you want more realistic interactions, consider making the interaction forces equal and opposite (forces matirx mirrored about the y = -x diagonal ) and making the particles polar, so they have negative and positive ends at diffrent angles.
Hey man love this video can you tell me how to learn this level of programming. Last month i started learning programing and this video sparks mh intrest in field i have almost no clue about what is it, why ks it used, and how its build all it understood was programming and maths were used. I found it really amazing and wanna learn this
Thank you! I suggest first looking into basic coding courses that teach you things like what is syntax, for loops, logic, etc. Then try some very simple programs. This level of programming isnt really advanced so you could get there in a few months of practice.
@@Artilife1 ok I will fs rn I am doing cs50 to get basic understanding of programming in general. Next I am planning to do some math(calculus, linear algebra, probability) courses online, I hope these things make me ready to do these kinds of program's
I welcome all and any suggestions for my videos!
thanks for this informative video, but in your next videos if you lower the volume of sound effects it will be much better
Thanks for the advice , I'll make sure things arent too loud !
Great video! I'm subscribed and excited to see your future content.
Thank you ! Currently working on the code for the next video :)
The thumbnail for the vid is hilarious
Hahahaha thank you, I worked hard on it!
Praise the algorithm. Great video, thank you.
Praise the almighty numbers !
This was really informative! Loved the video. 👍
Thanks you for your support, I see you comment a lot. It really is apreciated!
Please make more, this is extremely interesting. Im a novest low level python enthusiast who loves artificial intelligence. I like to observe it, not use it.
I certainly will make more !
can you share github
Done!
Nice! More vids like these pls
Will be making more !
Good video but i recommend to tone the sound effect down abit and make your voice abit louder
because the sound effect are way to loud compared to the voice
just make sure your voice and sound effects are on the same page in terms of loudness
@@sacredcat3222 Thanks for the tip, no idea how this slipped past me since I listened to the whole video before finalizing it.
Was curious if something like autocatalytic behavior (but not simulating "chemistry" per se) can be modeled in a program, especially if it arises just from the how the environment was configured? Interesting and noob-friendly tutorial!
I'm not sure that is possible in particle life, unless I also start limiting the interactions to certain angles by giving the particles polarity, then maybe certain configurations can cause low energy chain reactions. I think the main issue however is that there is unlimited energy in the system, so there is "energy barrier" to break through for there to be catalytic like behaviour, since its highly likely all particles are already in the highest energy state.
There are other artificial life systems such as FlowLenia where changes in phase can happen spontaneously. This could be seen as autocatalytic.
I've been looking into this for a bit and did a bunch of lower framerate stuff in JS. The next thing I want to explore is forgetting about have too many particles, and instead focus on realism. Get some information from molecular biology, and model real structures using differing masses and attraction/repulsion values.
I love this. I love cv2 also, so moving my code to Py tomorrow.
Thx
To stop particles going off the screen on mine, I just set their velocity to *= -1 on the axis in question to flip it...a la collision detection bounce. I use the standard gravity function, like you do but without the delta time. As soon as they appear they conform to a matrix of attraction or repulsion values, including to themselves.
A B C
A 0.7 0.4 -0.1
B 0.1 -0.8 -0.7
C 0.6 -0.2 0.1
This is my current matrix I'm playing with. 3 particle groups obviously, 1500 in each set, though like I said my next step is to try and make some real monsters ;0)
That also works, it really just depends what effect you want, a toroidal world is effectivley an infinite world without barriers. If you want more realistic interactions, consider making the interaction forces equal and opposite (forces matirx mirrored about the y = -x diagonal ) and making the particles polar, so they have negative and positive ends at diffrent angles.
Great explain video, easy to follow !
Thank you !
Hey man love this video can you tell me how to learn this level of programming. Last month i started learning programing and this video sparks mh intrest in field i have almost no clue about what is it, why ks it used, and how its build all it understood was programming and maths were used.
I found it really amazing and wanna learn this
Thank you! I suggest first looking into basic coding courses that teach you things like what is syntax, for loops, logic, etc. Then try some very simple programs. This level of programming isnt really advanced so you could get there in a few months of practice.
@@Artilife1 ok I will fs rn I am doing cs50 to get basic understanding of programming in general. Next I am planning to do some math(calculus, linear algebra, probability) courses online, I hope these things make me ready to do these kinds of program's
great vid
omg this duck is so loud
Sorry, next vid the sound effects won't be so loud
some parts of the video were loud af
Yes I need to fix that for the next video!
1:21 begginers
Yea sorry, English isn't my first language, but you are right !
i think its a pretty good mistake this aims to be educational and quite funny so in type of this videos that spelling mistake dont really matter much
I'm a fan of Wrinkle the duck! ( @seDUCKtive )
It is truly a great duck 🦆