Planetary Time Intervals

The Planetary Time Intervals Indicator is a market time analysis tool that allows traders to analyze and forecast planetary degree time measurements on the chart. This indicator tracks consistent planetary degree intervals to the current bar and accurately project those intervals up to 500 bars on any timeframe.

It supports both geocentric and heliocentric planetary positions, including the Moon, making it applicable for long-term and intraday analysis.

How It Works:
Once the indicator is loaded, the user selects a significant high or low "datetime and price" as the starting point for calculations. There are three available methods for determining a planetary time interval, allowing for flexibility in market timing analysis:

1. Degree-Interval-Based Plotting (Default Method)
Input a fixed planetary interval (e.g., 30, 45, 9.78), and the indicator will:

Plot vertical background color changes at each elapse in planetary degrees of the selected planetary interval.

Project these intervals into the future with vertical lines and labels.

2. 360 Conversion Units (Alternative Time Measurement #1 – Bypasses Standard Degree-Based Plotting)

This method finds price-time equivalence through 360-base reduction, meaning it subtracts 360 increments from the price of a selected high or low until the result is under 360.
The final number serves as the working planetary degree measurement interval, and projections are plotted using this value.

The indicator will:
Plot vertical background color changes at each occurrence of this planetary interval.
Project these intervals into the future with vertical lines and labels.


Example Calculation:
If the selected high or low is already under 360:

Suppose the market high is 280 → The indicator uses 280 as the working planetary degree measurement interval.
Future projections are plotted using 280° increments.

If the selected high or low is above 360:

Suppose Bitcoin’s high at $64,899, and 360 Conversion Units are enabled. The script will:
Subtract multiples of 360 from 64,899:
64,899 - 360 = 64,539
64,539 - 360 = 64,179
Continue this process until the value is less than 360

The final result would be 99, meaning the working planetary degree measurement interval is 99°.

The indicator then plots these 99° intervals as planetary time projections as shown in the image below. This image also shows the math label option to show or hide as user info.




3. 100-Unit Time Measurement (Alternative Time Measurement #2

This method establishes a relationship between price and time by taking one-tenth (1/10) of a selected high or low and using that as the planetary measurement interval.

The indicator will:
Plot vertical background color changes at each occurrence of this planetary interval.
Project these intervals into the future with vertical lines and labels.

Example Calculation:
If the selected market high is 1,000, the resulting planetary interval would be 100.
The script plots projections at 100° intervals for future timing analysis.

Additional Features:
✔ Selectable Math Label Option – Users can enable an option to view the calculations behind both alternative methods to help determine if scaling is needed.
✔ Customizable Scaling for High or Low Prices – Adjustable scaling inputs allow the indicator to work with prices that are too high or too low, ensuring compatibility across different markets.


How to Use:
Load the indicator onto your chart anytime.
Select a significant high or low datetime & price as the base measurement.

Choose one of three measurement methods:
Standard Degree-Interval Plotting → Plots at fixed user input planetary intervals.

360 Conversion Units → Finds price-time equivalence through 360-based reductions.

100-Unit Time Measurement → Finds price-time equivalence by 1/10 units.

(Optional) Enable the math display option to see the calculation process.
(Optional) Adjust scaling to accommodate market prices that are significantly high or low.

Observe the projected planetary time intervals, which are plotted on the chart with background color changes, vertical lines, and labeled planetary time projections. Perfect for backtesting.


Inspired by the works of Michael Jenkins and George Bayer, and powered by AstroLib, developed by BarefootJoey