Vortex-369

Core vortex simulation for rodin math and price processing.

Installation

To get started with Vortex-369, clone the repository to your local machine:

git clone https://github.com/NeaByteLab/Vortex-369.git
cd Vortex-369

This project uses Deno. Ensure you have Deno installed on your system.

Usage

You can use the Vortex class to calculate pivot levels based on high and low price ranges.

import { Vortex } from './src/index.ts'

const priceHigh = 1.085
const priceLow = 1.08

// Calculate vortex intersection results
const results = Vortex.calculate(priceHigh, priceLow)

// Print results to console in a formatted table
Vortex.printResults(results, priceHigh, priceLow)

API Reference

Vortex.calculate(priceHigh, priceLow)

Calculates intersections and pivot levels based on the provided price range using Rodin coil mathematics.

Parameters:

• priceHigh: number - The highest price level of the session/range.
• priceLow: number - The lowest price level of the session/range.

Returns: IntersectionResult[] - An array of unique intersection results sorted by price value.

Vortex.printResults(results, priceHigh, priceLow)

Prints the intersection results in a formatted table to the console, including the digital root of each price level.

Parameters:

• results: IntersectionResult[] - The array of results obtained from calculate().
• priceHigh: number - High price reference for the header.
• priceLow: number - Low price reference for the header.

Data Structures

export interface IntersectionResult {
  priceValue: number // The calculated intersection price level
  timeValue: number // The calculated time coordinate (minutes)
  originSource: string // Description of the intersecting lines
}

Features

• Rodin Coil Angles: Uses specific 0°, 40°, 80°, 120°, 160° angles for geometric projection.
• Doubling Circuit & Flux Pattern: Implements doubling (1-2-4-8-7-5) and flux (3-6-9) sequences.
• Digital Root Calculation: Automatically calculates the digital root for price levels.
• Recursive Stacking: Supports multi-level stacking for expanded projections.

License

This project is licensed under the MIT license. See the LICENSE file for more info.