This task gave two different calculators in various AIs:

• https://octave-fractal-math.lovable.app/
• https://laegna-math-frequenc-45ey.bolt.host/

In the source code implemented, the task is extended for alternative octavian calculator for Laegna-inspired mathematical voyage through special aspects of famous math theories about the essentials of math, constructing a specific superset of tools to enable understanding this aspect of laegna in classic math:

• https://laegna-octave-lab-frontend.vercel.app/

The following calculator for math described in LogExpGaussianFourier.md:

• https://fzp9h5ycrt34.devv.app/

Frequency Calculator

This repository is a task for frequential calculator for Laegna Math:

• Do the correct frequency calculations to analyze Laegna conceptions with classic math.

Floating point base-4 system is used to emulate octaves.

Z, X, Y mark basic infinite octaves:

• Z is differential axis, fourier compound in base-4 system differential level 1 in infinity, growing through logarithm when X is linear.
• X is linear axis, zeroeth integral or differential, growing linearly.
• Y is integral axis, where single part of whole-octave growth in X seems like decomposition of fourier, numbers on this axe are exponential, accelerated and grow to infinity.

From differential 1, differential/integral 0, integral 1, there come 3 basic frequencies:

• Each, in base-4 fractal, is divided into four (I, O, A, E) parts.

Axes can be composed and decomposed (each axe even reflects on the same number from different aspect, or is fourier-decomposed into separate dimensional factor so that each axe changes single frequency), curves are shown.

This is useful in many calculations, such as infinity math.

• Z is associated with Yin.
• X with Dao.
• Y with Yang.