Advanced HyperSpace(HS) Calculator

Please click here for the 'introductory level'

The Time Skipping Calculator is a tool designed to estimate the energy required for time skipping, incorporating various environmental, individual, and contextual factors. Here’s a breakdown of how to use it and interpret the results:

1. Inputs:

• Starting and Destination Coordinates: Enter the latitude and longitude of your starting and destination points. This helps calculate the travel distance.

• Altitude: Specify the altitude above sea level in meters, feet, or kilometers. Altitude can affect energy levels due to changes in air pressure and density.

• Storm Intensity: Choose the severity of storm conditions (None, Light, Moderate, Severe) to see how they impact energy requirements.

• Wind Speed: Input the wind speed in km/h. Higher wind speeds may increase energy consumption.

• Natural Hazards: Select the potential impact of natural hazards (None, Low, Medium, High) on your energy calculations.

• Gemstone Energy: Choose a gemstone from the list to include its energy contribution to your total. Each gemstone has a unique energy value.

• Ley Line Energy: Select energy contributions from ley lines, which are thought to carry natural energies.

• Time Duration: Input the total time of travel in hours, minutes, and seconds. This will be factored into the energy calculations.

• Traveler’s Weight: Enter the weight of the traveler and any equipment in kilograms or pounds. Heavier loads consume more energy.

• Seasonal Variance: Choose the current season (Spring, Summer, Fall, Winter) to factor in seasonal effects on energy calculations.

• Efficiency Factor: The traveler's energy efficiency can significantly affect overall calculations, so you can input this as well.

• Visibility and Turbulence: These inputs allow you to factor in external conditions that may impact energy consumption during the travel (e.g., precipitation (cloud cover), winds both hazardous and non dangerous.

2. Calculation:

• After entering the required data, click on the "Calculate Energy" button.

• The calculator will use the input values to compute the total energy needed for the time skip, considering all factors provided.

3. Understanding the Results:

• Total Energy Output: The calculator will display the total energy calculated in Joules.

• Bar Chart Visualization: A bar chart will show the contribution of each factor to the total energy. Each bar represents a different variable's impact, allowing you to quickly see which factors have the most significant influence on your energy needs.

  • For example, if the "Traveler's Weight" bar is the tallest, it indicates that carrying more weight has a substantial effect on energy consumption.

  • If "Storm Intensity" has a significant bar, it means that environmental conditions should be considered when planning your time skip.

4. Practical Application:

• Use the results to plan your time skips effectively. For instance, if you notice that storm conditions significantly increase energy requirements, you may choose to skip during calmer weather.

• Consider the weights of both yourself and your equipment; lighter loads will require less energy, making your skips more efficient.

This calculator is a fun and experimental tool that combines various factors to give an estimation of energy requirements for time skipping. Always consider the limitations of the model and apply personal intuition and experience when using it.

Users need to refresh the page for new entries. 

To understand the concept behind this calculator I recommend getting a copy of Project Clock Codes: Releasing Messiah's Matrix.