@@borchietheoofgod7045 When i made this comment 2 years ago, i assumed it had 2 main bulbs, rather than a main bulb and a main cardioid. I have reply notifications on
Awesome stuff bro, such beautiful fractality! No wonder quantum mechanics is so effective of a theory, mathematically and geometrically nature is quantized and fractalized!.
I can identify some of the fractals. 1st is the “airship” which is from the 1st video 2nd is idk 3rd is general quadratic plus burning ship 4th is i have no idea. Same with 5th and 6th. 7th is z = z3 (n+2) + c apparently The 8th one is something to do with mandelbrot offset. And the final one is called the “beryl”
That third one is the only one of the fractals in this video that was implemented in Kalles Fraktaler (as you're probably most aware by now). Thanks for the formulas!
Actually, it's just zooming in on the final frame without making any further calculations. Those aren't "cubes," they're just pixels that have already been rendered.
@@bensfractals43 I think I can implement some of them in Kalles Fraktaler. Formula 3 is already in Kalles Fraktaler as Abs General Quadratic Plus, with a = 1.
I put in the formula at 2:35 "z^2 y + c" but it is black circle, with lines around it when I zoom beside! using FractView By Searles on my Samsung galaxy s7. I put in the formula "x^2 + c" and "y^2 + c" but is inside out! same when put in "z^3 y + c" help
here are the instructions: 1. try z = z^2+1i + abs+1+c 2. if this formula does not work, try z=z2+2-1i + conj^2 + c 3.if formula 2 does not work try z=z2+i+abs+2z+abs+c 4. if both formulas do not work, try z=z+n+1^2-2i abs 2i^c+c
When I look at these I try (fruitlessly) to imagine what the heck was the formula for that fractal?! What's the similar shape? What's the rule? This one seems random.
: re z^2 + (2i * re z - im z) * cabs im z + c : conj rabs(re z^2 + 2i * re z * iabs im z - im z * abs im z + c) : conj cabs(re z^2 + 2i * re z * cabs im z - im z * cabs im z + c) : Perforated Mandelbrot, r = 0.98
Airship
Pitcher fractal
Mountain fractal
Mandelbar added piece
Pointed celtic
Mustang fractal
Gliched fractal
Closed mandelbrot
0:00 prepship
0:53 prep fin
1:43 langxi fractal
2:35 fracbrot
3:28 lotus fractal
4:20 bunigad
5:13 _____brot
6:05 oldbrot
6:56 product-infibrot
6:56 This fractal is called the “Beryl”. I found it on XaoS.
Cool you also have xaos
ok oof god
Formula?
i also have XaoS
Love fractal cityscape at 1:43 ! Great work.
Bruh that’s squarebrot
@Gunter That's the Abs General Quadratic Plus, and this was implemented in Kalles Fraktaler.
@Scratch cat diamond is move out you copy my profile
@@chrisrodriguezm13A video said that's the fractal mountain
@@Franz0717 no
These inspire the same feelings of simultaneous dread and hypnosis that Jackson Pollock paintings make me feel.
watching this will actually distort your normal vision lmao
Nah
When you forgot one parentesis on your ecuation
*equation
2
2:36 this thing decided to say NO I AINT GONNA HAVE A MAIN CARDIOID
It does have a main cardioid, it’s just hard to see the elephant valley.
@@borchietheoofgod7045 When i made this comment 2 years ago, i assumed it had 2 main bulbs, rather than a main bulb and a main cardioid.
I have reply notifications on
Absolutely heartless!
Second set looks like cell mitosis. Third looks like an infinite hardrive
Wow very cool!! I really didn't expect the Sierpinski Gasket stuff (at 5:27) - really love it! Great work :)
Zanzlanz its you!!!
the guy who created mineblocks!
Looks to me like a distorted sirpenski triangle
Thanks! 😁
@@PianoNBS same
Airfireship 1:48 Tornado 1:58 or picther 2:14
5:14
so ya tellin me this 'brot has a minibrot that is a mandel multi brot fusion with serspinski triangles in it!?
Into the minibrot: z^3(n=2).
Yes.
@@winshertoy627yes
z^3 / (z * 6 + 1) + c
This song will forever remind me of the scene in Fantasia where the baby pegasuses are learning to fly.
P
Sounds like it.
I wrote a movie with the same characters called A Tale Of Two Unicorns. Which is a similar classical song I wrote.
5:14 MandelBrot Set
Unnormal
No it’s threebrot.
7:18 I am going to make a perler bead project similar to this because i need to see it on my wall every day
I swear when I clicked on this I thought the video had a circuit for the picture
Nah. It’s just the fractal generation. It depends on the formula.
Some of these forms feels so uncanny. I cannot be sure about exact reason
Our brain is a real mistery, isn't it?
@@gus96_ i agree
I feel their pain.
z^3+c(n=2y+c)
I really like the one at 2:35! So beautiful!
To Be Continued
Ohio
Mono What?
5:13 the burning Mandelbrot set
Awesome stuff bro, such beautiful fractality! No wonder quantum mechanics is so effective of a theory, mathematically and geometrically nature is quantized and fractalized!.
3:07 that white part coming up looks so cool
I like Fractals
Sand
this is amazing
6:56 is the Beryl.
I can identify some of the fractals.
1st is the “airship” which is from the 1st video
2nd is idk
3rd is general quadratic plus burning ship
4th is i have no idea. Same with 5th and 6th.
7th is z = z3 (n+2) + c apparently
The 8th one is something to do with mandelbrot offset.
And the final one is called the “beryl”
Hi
I found the formulas which are hidden in my old hard disk, they are now available !
That third one is the only one of the fractals in this video that was implemented in Kalles Fraktaler (as you're probably most aware by now). Thanks for the formulas!
So do not add 2, 4, 5 and 6.
so unbelievable beautiful
Beyond infinitely detailed
so cubed at 5:10
the final frame is a cubed mandelbrot at 6:00
Actually, it's just zooming in on the final frame without making any further calculations. Those aren't "cubes," they're just pixels that have already been rendered.
LukeDude759 its still the cubed mandel, the normal one is the squared, aka 2nd power one. The one you saw was the 3rd power one, or cubed one
Under the Spikrensi
6:00
*Ultra Fractal Formulas*
1:
init:
z=0
c=pixel
i=sqrt(-1)
loop:
z=real(z)^2+2*i*z*abs(imag(z))+i*imag(z)^2+c
2:
init:
z=0
c=pixel
i=sqrt(-1)
loop:
z=real(z)^2-2*i*abs(z)*imag(z)+imag(z)^2+c
3:
init:
z=0
c = pixel
i = sqrt(-1)
loop:
z = (real(z)^2 + imag(z)^2) + i* (2 * abs(real(z) *imag(z)))+c
4:
init:
z=0
c=pixel
loop:
y=1+(0.8+0.58i)*(-z)
z=(z)^2/(y)+c
5: the interesting zone is a double precision glitch
init:
x=0
y=0
cx=real(pixel)
cy=imag(pixel)
i=sqrt(-1)
loop:
sqx=x^2
sqy=y^2
y=2*i*x*y+i*cy
x=i*abs(sqx+sqy-cx)
6:
init:
x=0
y=0
cx=real(pixel)
cy=imag(pixel)
i=sqrt(-1)
loop:
y=2*abs(i*x)*abs(i*y)+cy
x=abs(sqx+sqy)+cx
sqx=abs(i*x*x)
sqy=i*y*y
7:
init:
z=0
c=pixel
loop:
y=1-5.95*(-z)
z=z^3/y+c
8:
init:
z=0
c=pixel
i=1.5
loop:
if i
Thanks!
Also, don’t forget to pin this.
@@bensfractals43 I think I can implement some of them in Kalles Fraktaler. Formula 3 is already in Kalles Fraktaler as Abs General Quadratic Plus, with a = 1.
I put in the formula at 2:35 "z^2 y + c" but it is black circle, with lines around it when I zoom beside! using FractView By Searles on my Samsung galaxy s7. I put in the formula "x^2 + c" and "y^2 + c" but is inside out! same when put in "z^3 y + c" help
Icy Yager h
@GreyCloud g
here are the instructions:
1. try z = z^2+1i + abs+1+c
2. if this formula does not work, try z=z2+2-1i + conj^2 + c
3.if formula 2 does not work try z=z2+i+abs+2z+abs+c
4. if both formulas do not work, try z=z+n+1^2-2i abs 2i^c+c
inside- out? try 1/c
I just realised, it’s actually just a inverse transformation on the mandelbrot set’s Z plane.
Unsymmetrical maybe, who decides the 'mis-shapen' bit???
When I look at these I try (fruitlessly) to imagine what the heck was the formula for that fractal?! What's the similar shape? What's the rule? This one seems random.
6:07 fuckland
5:22 that has parts of a 3rd power mandelbrot????
Formulas?
I like the square ones more than the rounded ones.
1:03 looks like mandelbrot heart
I think it's Genie Lamp
5:13 not mandel brot set LMAO
5:13
I Really Want To Know What Formula That Is.
z^3+c(n=2y+c)
like z = z3 (n+2) + c
How is that possible?!?!?!
God drank a whole crate of Jagermeister before doing this math.
Fractal zooms should end *before* things become grainy and under-rendered.
Very unsatisfying ;P
hey there was my house?
lol right?
That’s a very weird name.
5:13 wait,is that my mandelbrot?
and what are the parameters that you used?
: re z^2 + (2i * re z - im z) * cabs im z + c
: conj rabs(re z^2 + 2i * re z * iabs im z - im z * abs im z + c)
: conj cabs(re z^2 + 2i * re z * cabs im z - im z * cabs im z + c)
: Perforated Mandelbrot, r = 0.98
I already know those fractals
Weird! Does not give a good meditation like the fully functioning ones. Still compelling view.
6:04 Art paint
it looks so cubed at 5:17 it is almost perpendicular
Can you give me the formulas of the following fractals? 0:00 0:53 1:43 2:35 3:28 4:19 5:13 6:05 6:55
0:00 burning ship fractal?
And 5:13 Mandelbrot zoom fractal?
5:31 serpinski moment
2:37 similar to a lambda fractal
Wow such a cool song lol (I HEARD THIS SONG ON ONE OF MY GAMES ON MY TABLET!!!!!!!!!!!!!!!!!!!!!) 😄🤩
Lovely
Thats not a mandelbrot,
THAT IS A BURNING SHIP
No, its a misshapen mandelbrot
That’s the thing. The burning ship is a variant of the mandelbrot.
Ai will use mandlebrot set to redesign the grid and to create new ai
Airship
Tornado fractal asymmetrical fractals part 2
Mountain fractal symmetrical fractals
Monobar added parts
5:16 a normal Mandelbrit nothing can possibly go wr-
Spaceship
Pitcher
Langxi
Not nova
A bit distorted celtic davisbrot mandelbar
IDK
Totally normal mandelbrot
Distorted mandelbrot
Beryl
3:34 Abstract art!
Fascinating
2:36
Im really curious of the formula of this
More fractals plz
Find some more mandelbrot sets plz more plz more fractals please!
@@tanyabarreiro4709good news then, check out his uploads.
in some parallel universes this isnt misshapen
cool :D
Im sure these are like z.x^2+z.y^2+x,-2abs(z.x)z.y+y desmos fractals
2:35 kid mandelbrot
Fractal is so cool
0:07 i see a burning ship fractal but a minibrot!
almost a perpendicular burning ship
Yes I know
5:12 whaaa? :o
THAT THING IS MORE SUS THAN THE LAST ONE
The one starting at 1:43 is awesome (:
Well, they all are ^^
@@leas5365 squarebrot fractal i think
Mountain
formula for 2:37?
Sorry, I'm not remember the formulas of this video
What a shame, it would have been great potential for further exploration. Do you still have the formula files, unless if they have been deleted?
@@fractaluniverse6793 it must be some inverse(or inverse related) transformation across z.
@@alexandrevachon541 he posted the formulas!
@@bensfractals43 I've been waiting a long time for this... thanks for letting me know!
For some reason, I thought vaporwave was gonna play
Looks like a Computer Chip
what the hell happened ?
6:05 huh?
evil eye
mandelbrot
1:02
Genie Lamp Minibrot
fractal name is it i find some fractal could your name is 0:52
What is that 1:03
i thought the thumbnail was the inside of a pc
have a beautiful trip & sweet dreams
My favorite is 5:13 (not a normal mandelbrot, but looks cubed & almost)
3:28 i will call it a fightership fractal
New Formula
5:55 fidget spinner
Oh your here
what is this mandelbrot at the start?
reply me anytime
Celt C Cash me
5:38 sierpenskymandelbrotedition
d
Who's miss Hapen?
It’s a word. Not an actual person.
Gotemm
joe mama
no pls i dont want to read it miss-happen
3:22 is that a normal mandelbrot?
unnamed 0000 yes
Ya. Well... That's The Main Reason.
5:21 Mandelbrot mutation
1:43 BISMUTH IS HERE
what is thia mandelbrot at 0:52?
reply me anytime
Celt C ok
Celt C Here's to the future.
Celt C firtmandelbrotbotset
Trefbrot?
Mandelbrot Mutiation 5:21
The Numbers ;]
me when all my robux are gone
5:13 Me: Thats Just A Normal Mandelbrot Set! How Is It Misshapen? A Few
Seconds Later……
Ohhhhhhhhhhh
maar geinig zeg!
klasky
0:00 it looks like the burning ship lol
no it looks like phoenix
@@XxDevGlitcherxX right