Full Musical Version: youtu.be/WM3b_1SiXX0
#Nilgeometry
Posts by Non-Euclidean Dreamer
Crocheted purple Caterpillar with gray antennae and brown eyes and mouth, hand for scale.
Crocheted by my 10 year old for my 4 year old.
#crochet #siblings
Carving out a Hex-Maze
#codeart
I then multiply the horizontal and vertical component to get the variation area .
The reciprocal of that multiplied by mass and and a constant g is what I use as force value.
4/
For horizontal variation we get a common rotation around the z-axis. So I calculate the absolute value of the horizontal component of gamma and divide that by cos(theta) (because for a rotation by a certain chord length s we have angle~s/cos(theta) )
3/
Gauss's law implies the force is reciprocally proportional to the infinitesimal area you get from varying the direction of the geodesic while leaving the distance constant.
For the vertical component of this area I calculate |dgamma/dtheta|.
2/
My handwritten calculations(explained in main text)
Let's talk about the math of Nilgeometric Gravity!
Gravitational Forces point along Geodesics. In Nilgeometry these are helixes. (gamma at the top of my notes)
But how strong should the force be?
1/
No, my kid just solved them corner to corner.! ๐
Gravitational Balls disappearing in the distance...
#Nilgeometry
Let me show you my Algorithm at work!
#creativecoding #maze
Gravitational Balls disappearing in the distance...
#Nilgeometry
youtu.be/KP9zQ0fMX_c
#creativecoding #evolution
Maze carved from triangular grid colored with rosy gradients
Maze carved from a finer triangular grid colored with rosy-yellow gradients
Maze carved from very fine triangular grid colored with rosy-yellow gradients
Maximal Distance Coloring in Trig-Maze
In Euclidean Spave a big mass Tages the shape of a sphere, because Spheres are surfaces of constant gravitational potential.
But in NIL-Space Equipotential Surfaces (left) and Spheres (right, equidistant to center) are not the same...
But is that how my masses should look like?
#mathsky
Coloring the Distance- Trigonal Edition
#maze #triangular
In Euclidean Spave a big mass Tages the shape of a sphere, because Spheres are surfaces of constant gravitational potential.
But in NIL-Space Equipotential Surfaces (left) and Spheres (right, equidistant to center) are not the same...
But is that how my masses should look like?
#mathsky
youtu.be/fMEfCAb_POA
#evolution #creativecoding
Maze generated on a trianglegrid
A bigger maze from a finer grid.
Obvious next step?
Happy #tilingtuesday to all who celebrate!
#triangular #maze
Gravity Simulation in Nilgeometry. The camera moves as one of the masses.
#mathsky
Gravity Simulation in Nilgeometry. The camera moves as one of the masses.
#mathsky
what if I put the camera on one of the bodies, then let the Nilgeometric n-body problem run? ๐ค
#mathsky
what if I put the camera on one of the bodies, then let the Nilgeometric n-body problem run? ๐ค
#mathsky
Shifting through the Hexagon Maze...
Full Musical Version: youtu.be/nkEDnBQr4aI
#creativecoding #maze
Full Nilgeometric Gravity Video: youtu.be/c7pRi-SMFsk
Initially there are 1000 masses affecting each other. If they collide they merge into a bigger mass.
The huge object covering the screen is not that big but close to conjugate to the camera, where things look as if they're right in your face.
In Nilgeometry perspective matters.
n-Body Problem viewed in z-direction
#mathsky
Self-rendered maze printed out with paths crayoned in with different colors.
Self-rendered hexagonal maze printed out with paths crayoned in with different colors.
Collab with my 5yo. ๐
#maze #parenting
In Nilgeometry perspective matters.
n-Body Problem viewed in z-direction
#mathsky
Nilgeometric n-Body Problem
#creativecoding #mathsky