The State-Based Timing Algorithm
Last updated 5/21/2026
Act 7 gave us a judgment. Act 8 asks when the judgment becomes visible.
The method is not “add strength and count forward.” Timing is about resolution. Something in the chart is waiting. The task is to identify what kind of waiting it is and what calendar event releases it.
Void, bound, clashed, strong-and-quiet, moving, waiting frame, or transformation delay.
Each state has a matching calendar action: fill, clash, combine, value, complete, or exit.
Choose hour, day, month, or year scale based on the question and the chart's urgency.
Why this works
A line does not verify merely because it is strong. A strong line may be quiet and need a trigger. A moving line may be fast unless it transforms into a delay. A void line may be weak now but become usable on the day that fills it.
So the first timing question is not “how strong is the line?” It is “what state is the line in?”
Strength still matters, but it is not the timing engine. Strength tells us whether a line can act well. State tells us what event it is waiting for.
Wait for the calendar to fill the missing branch.
Wait for the branch that breaks the binding combination.
Wait for combination or support to stabilize the clash.
Wait for the calendar to strike the line into action.
Wait for the line to land on a value, combine, or relevant arrival day.
Wait for the transformed branch or frame condition to resolve.
The timing output
The output should not be a single overconfident date. A useful timing result names the best candidate and the uncertainty around it.
The highest-confidence branch event from the state rule.
A lower-confidence date if another recognized method also applies.
The next month or broader window if the near date passes without resolution.
High when the state and release event are clean. Lower when methods conflict.
The clean record is: primary date, secondary date, fallback checkpoint, timing scale, and confidence. That keeps timing from sounding more exact than the chart supports.
Trap
The common mistake is hunting for one master formula. That is not how this system thinks. There are several kinds of waiting, so there are several kinds of release.
The discipline is:
- Name the target line.
- Name the target’s current state.
- Apply the state rule before looking for decorative timing clues.
- Choose the timing scale from the question and the line state.
- Return a dated prediction with confidence, not just a branch name.
Timing becomes unreliable when those steps are reversed. A beautiful frame completion date does not outrank a void target. A moving line does not land quickly if its transformed branch is void, broken, or bound.
Source basis: the timing synthesis and the classical state-resolution rules. The method treats timing as state resolution, not arithmetic scoring.