#numbertheory

Generation of four sequences decomposed into weight × level + jump (log(weight), log(level), log(jump)) - three.js animation:

1: The natural numbers (A000027) https://decompwlj.com/3DgraphGen/Natural_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 5

decompwlj.comDecomposition into weight × level + jump - 3D graphs - 2D graphs - First 500 terms - Rémi EismannDecomposition into weight × level + jump with 3D graphs (WebGL three.js), 2D graphs and first 500 terms. This decomposition is an extension of the fundamental theorem of arithmetic and a new way to see the numbers. 1000 sequences decomposed (natural numbers, prime numbers, triangular numbers, composites...). Rémi Eismann

Now this animation is available for the 1000 sequences decomposed on my website.
Accessible from the 3Dgraph, 2Dgraph500terms and 2dgraphs pages https://decompwlj.com
A little more work on axis sizing and controls.

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 5

4: The palindromes in base 10 (A002113) https://decompwlj.com/3DgraphGen/Palindromes.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 5

3: The triangular numbers (A000217) https://decompwlj.com/3DgraphGen/Triangular_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 5

2: The prime numbers (A000040) https://decompwlj.com/3DgraphGen/Prime_numbers.html

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 5

Generation of four sequences decomposed into weight × level + jump (log(weight), log(level), log(jump)) - three.js animation:

1: The natural numbers (A000027) https://decompwlj.com/3DgraphGen/Natural_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 4

Now this animation is available for the 1000 sequences decomposed on my website.
Accessible from the 3Dgraph, 2Dgraph500terms and 2dgraphs pages https://decompwlj.com/
A little more work on axis sizing and controls.

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 4

4: The palindromes in base 10 (A002113) https://decompwlj.com/3DgraphGen/Palindromes.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 4

3: The triangular numbers (A000217) https://decompwlj.com/3DgraphGen/Triangular_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 4

2: The prime numbers (A000040) https://decompwlj.com/3DgraphGen/Prime_numbers.html

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 4

Generation of four sequences decomposed into weight × level + jump (log(weight), log(level), log(jump)) - three.js animation:

1: The natural numbers (A000027) https://decompwlj.com/3DgraphGen/Natural_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 2

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 2

4: The palindromes in base 10 (A002113) https://decompwlj.com/3DgraphGen/Palindromes.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 2

3: The triangular numbers (A000217) https://decompwlj.com/3DgraphGen/Triangular_numbers.html

Continued thread

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 2

2: The prime numbers (A000040) https://decompwlj.com/3DgraphGen/Prime_numbers.html

**Rémi Eismann** @decompwlj@mathstodon.xyz · Jul 2

Generation of four sequences decomposed into weight × level + jump (log(weight), log(level), log(jump)) - three.js animation:

1: The natural numbers (A000027) https://decompwlj.com/3DgraphGen/Natural_numbers.html