Spaces:
Running
Running
| import streamlit as st | |
| # Add a header | |
| st.header("Ghost Dance - A continued prophecy") | |
| # Add text underneath the link | |
| st.write("This is the patent that the math is based on.") | |
| # Add a link | |
| st.markdown("https://patents.google.com/patent/US20060014125A1/en") | |
| st.markdown("### Basics from the patent") | |
| st.write("The calculation is based on your weight that is calculated by the average persons water content at 67%. Because the atoms making up water sit near the `Planck boundary`, we are able to move that mass outside of the boundary.") | |
| st.write("""* Purpose of the training system is to increase human energy substantially | |
| * Result of training will enable capabilities such as: | |
| * Walking through walls | |
| * Body levitation | |
| * Instantaneous healing of infections | |
| * Full-body teleportation to another location | |
| * Remote viewing at vast distances in terms of light-years | |
| * Looking into hyperspace co-dimensions | |
| * Invention based on the relationship between water molecule and boundary between space and hyperspace | |
| * Mass of water molecule = energy of water molecule at Planck boundary | |
| * Body composed of 67% water and sits on the boundary | |
| * Additional increase in energy would move body out of dimension into "hyperspace" | |
| * Human beings are hyperspace energy beings living in physical bodies | |
| * Additional energy required to move body out of dimension comes from increasing energy of hyperspace being | |
| * One source of this energy comes from walking cross-handed at proper velocity to generate a large hyperspace energy vortex | |
| * This increased hyperspace energy enables person to walk around out of dimension through solid wooden doors | |
| * Door and person are in two slightly different dimensions at the same moment | |
| * Person appears to be walking through door""") | |
| # Create a sidebar with a slider to choose between pounds and kilograms | |
| unit = st.sidebar.selectbox("Choose a unit of weight", ["pounds", "kilograms"]) | |
| # Create a text input field for the user to enter their weight | |
| st.markdown("### Enter your weight below") | |
| weight = st.number_input("Weight:", value=1) | |
| # Convert the weight to the selected unit | |
| if unit == "pounds": | |
| weight_in_kg = weight * 0.453592 | |
| else: | |
| weight_in_kg = weight | |
| # Calculate the length using the formula L=(M/W)*T | |
| length_in_meters = (50.909563606 / weight_in_kg) * 1 | |
| # Convert the length to feet and display the result | |
| length_in_feet = length_in_meters * 3.28084 | |
| st.write(f"Meters per second to step: {length_in_meters}") | |
| st.write(f"Feet per second to step: {length_in_feet}") | |
| st.markdown(""" | |
| ### Use a metronome to improve your accuracy. | |
| """) | |
| st.video("https://www.youtube.com/watch?v=ymJIXzvDvj4&t=79s") |