Pyramid Portals Calculator 

How to Understand the Hyperspace Calculator

Overview of the Hyperspace Calculator:

The Hyperspace Calculator is designed to help users explore various Hyperspace Layers (HS), connect ancient geometric principles, gemstones, and seasons to potential hyperspace travel points, and understand how different geographical locations, coordinates, and energy flows (like leylines) might interact with these concepts. The calculator uses clock points (CPL, CPR) to convert time layers into geographical coordinates and energy nodes, connecting locations and cosmic influences.

Key Concepts:

1. HS Layers (Hyperspace Layers): Each HS Layer represents a different “energy level” or time structure, based on extended hours, starting from HS12 (12 hours) and extending all the way to HS360 (360 hours). These layers are derived from clock-based calculations where the left clock point (CPL) and right clock point (CPR) generate coordinates that help identify significant geographical points.

2. 3-6-9 Pattern: The calculator is built around a recurring pattern of the numbers 3, 6, and 9. These numbers are seen as foundational to universal harmony and are reflected in the calculator’s hyperspace layers, helping to identify potential energy nodes or dimensional gateways at these points.

3. Clock Point to Coordinates: For each HS layer, the calculator converts CPL (Clock Point Left) and CPR (Clock Point Right) into geographical coordinates. These coordinates are then used to display possible energy nodes or leyline intersections around the globe.

4. Gemstones and Seasons: The calculator also integrates seasonal energies (e.g., Winter, Spring, Summer, Autumn) and assigns a corresponding gemstone to each season. The gemstones have specific metaphysical properties believed to resonate with the earth’s energy fields and potentially influence hyperspace travel.

How to Use the Calculator:

1. Selecting a Hyperspace Layer:

The main interaction point is the dropdown menu where you can select different HS Layers. Each layer represents a step deeper into the concept of hyperspace, where time and space begin to fold.

Example: Selecting HS12 represents the first level (or layer), whereas HS360 represents the deepest layer of this system.

2. Understanding the Rounded HS Layer:

When you select an HS Layer (e.g., HS24), the calculator rounds it to its nearest 3-6-9 value. This means that HS24 would round to the nearest 6, as 24 is part of the 3-6-9 pattern.

This rounding mechanism helps us align with the ancient universal harmony principles, showing us how each HS Layer falls into the fundamental 3-6-9 pattern.

3. Generating Coordinates (CPL and CPR):

After selecting a layer, the calculator generates geographical latitude and longitude coordinates based on CPL (Clock Point Left) and CPR (Clock Point Right) for the given HS Layer. These coordinates map to potential energy nodes, sacred locations, or intersections of ley lines.

Example: For HS36, the coordinates could include key geographical points like ancient monuments, ley lines, or important natural sites.

4. Displaying Countries:

Once you generate the coordinates, the calculator lists the countries closest to those coordinates, helping you identify where the possible energy points might be in the real world.

Example: For HS60, the countries listed might include locations such as the United Kingdom, Egypt, or Mexico—significant points believed to be connected by ancient civilisations.

5. Integrating Gemstones and Seasons:

The calculator ties the HS layers to seasons and gemstones:

Winter (Opal): Connected to transformation and rebirth, opal brings multi-colour energy.

■ Spring (Ruby): Connected to action, courage, and vitality.

■ Summer (Jade): Connected to wisdom, healing, and prosperity.

■ Autumn (Amethyst): Connected to balance, peace, and spiritual clarity.

■ As you interact with the calculator, these seasonal changes will influence the colour and speed of rotation in the fractal display (if the fractal option is included). The energy of the gemstones adds another layer of meaning, resonating with cosmic energies that could potentially connect to hyperspace.

Step-by-Step Example: 

Let’s walk through a specific use case:

1. Select HS Layer: Choose HS36 from the dropdown.

2. Rounding and Display: The calculator rounds HS36 to 9, because 36 corresponds to the harmonic 3-6-9 pattern.

3. Coordinates: The calculator generates a set of CPL and CPR coordinates for HS36, converting them to latitude and longitude.

4. Display Countries: The calculator then lists the countries that correspond to these coordinates (e.g., Egypt, Australia, United States).

5. Select Season and Gemstone: Based on the current season, let’s choose Autumn. The associated gemstone, Amethyst, represents spiritual clarity. This gemstone’s metaphysical energy connects with the current HS Layer, potentially influencing energy flow.

6. Visualisation: (If the visualisation is enabled) You would see a 3D fractal or geometric visualisation rotating, showing how energy might flow through these coordinates in connection to the selected layer (attached separately below).

How to Understand the HS3, HS6, and HS9 Calculator

The HS3, HS6, and HS9 calculator is designed to help users navigate the complex world of hyperspace layers based on the mathematical principles of 3, 6, and 9. This guide will provide an overview of the calculator’s purpose, how it works, and how to interpret its output.

1. Understanding Hyperspace Layers

• Hyperspace Layers: The calculator encompasses different layers, such as HS12, HS24, HS36, and so forth. Each layer corresponds to specific clock points (CPL, CPR) and can be visualised as coordinates on a map.

• 3-6-9 Patterns: The calculator simplifies these layers into three main categories:

  • HS3: Represents layers that round to 3 (e.g., HS12, HS48, HS60).

  • HS6: Represents layers that round to 6 (e.g., HS24, HS96, HS204).

  • HS9: Represents layers that round to 9 (e.g., HS36, HS72, HS180).

2. Using the Calculator

• Select Hyperspace Layer: Choose from the dropdown menu which hyperspace layer you wish to explore. Each option corresponds to different coordinates and countries.

• Calculate Spiral: Click the "Calculate Spiral" button to generate the coordinates and associated countries for the selected hyperspace layer.

3. Interpreting the Output

• Hyperspace Coordinates: After calculation, the output displays the coordinates derived from the selected hyperspace layer. Each coordinate represents a specific location determined by clock points (CPs):

  • The format is (latitude and longitude), where latitude and longitude indicate the geographical position based on the respective CPL and CPR.

• Countries: The output also lists countries associated with the selected hyperspace layer. This provides context on the geographical relevance of the coordinates.

4. Example Output

If you select HS60 also pyramid portal 6, you may see coordinates like:

Hyperspace Coordinates for HS60 (6):

(30.00°N, 30.00°E)

(30.00°N, 30.00°W)

...

Countries:

Egypt, Sudan, Iran

• This indicates the geographical coordinates derived from clock points and a list of countries related to this layer.

5. Practical Applications

• Research: Use the calculator for geographical studies and data analysis related to specific regions.

• Educational Purposes: Educators can use this tool to teach geometry and geography concepts, integrating hyperspace's unique principles.

• Personal Exploration: Individuals can explore various regions of the world using the coordinates generated, fostering a sense of global awareness.

6. Additional Notes

• Mathematical Principles: The calculator is based on principles of timekeeping, geometry, and theoretical physics, emphasising the importance of understanding spatial relationships.

• Limitations: While the calculator provides valuable insights, the data generated is primarily theoretical and should be used as a starting point for further exploration rather than definitive geographical information.

Conclusion 

The HS3, HS6, and HS9 calculators serve as innovative tools for exploring the fascinating interplay between geometry and geography. By understanding how to navigate its features and interpret its outputs, users can unlock new perspectives on spatial relationships and global awareness.