Anchors to a swing pivot and projects the future moments the Moon returns to a related angle. A full circuit takes about 27.3 days, so a complete cycle fits inside a month rather than a decade.
Every other body in this family is solved as a two-body orbit. The Moon cannot be — the Sun perturbs the lunar orbit hard enough that a simple orbital solve is wrong by whole degrees, with the evection term alone running to 1.27°. So the Moon gets a truncated ELP2000 series carrying the largest periodic terms explicitly, agreeing with the standard published reference to within 0.004°. That accuracy is why it is a separate instrument rather than another entry in a dropdown. It is also the fastest body in the set, which makes it the one you can actually evaluate: a complete cycle resolves inside a month instead of a decade. Read it as a map of when the market is more likely to turn or accelerate, not a signal on its own.
Timeframe: Intraday to daily — anchor on a fine timeframe, read anywhere.
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A real lunar ephemeris: Truncated ELP2000 with the largest periodic terms carried explicitly — agrees with the standard reference to 0.004°.
Fast enough to evaluate: A full circuit in ~27.3 days, so you see the method work over weeks rather than waiting years for a slow body.
Price = Time squaring: Gann-normalized price folded into degrees on the same wheel as the time projections.
Correct on gapped markets: Learns the symbol’s real trading calendar, so targets landing over a weekend or overnight are handled rather than piled onto the next open.
Full alert set: Anniversaries, price-degrees, absolute and harmonic-absolute conjunctions, recurrence — or a single catch-all.
Step 1: Locate the pivot on a fine timeframe — the Moon moves ~13.2° a day, so an anchor an hour out seeds every projection from half a degree of error.
Step 2: Set the anchor — auto to explore, Manual to lock the exact bar for a fixed, non-repainting study.
Step 3: Raise the Micro-Harmonic Division until the line density suits the chart.
Step 4: Read the two ladders — n×D time anniversaries and n×P price-degrees — plus the recurrence markers.
Step 5: Turn on stacked-timing windows to find where several families agree, and start there.
Step 6: Move to whatever timeframe suits the trade. The projected times are absolute and do not move.