Cypher pattern
A five-point shape where C goes beyond A, and D lands at 78.6% of the move from X to C.
What it shows
The Cypher was described by Darren Oglesbee. Its C point sits beyond A, between 127.2% and 141.4% of XA, and D comes back to 78.6% of the X to C move.
The difference from other harmonics is C being beyond A.
How we find it
The same code that draws it on your chart follows these steps, with the same result every time.
- Find five alternating swing points X, A, B, C, D.
- B must be 38.2% to 61.8% of XA.
- C must be 127.2% to 141.4% of XA, measured from X (above A).
- D must be 78.6% of XC (±5%).
Starting values: Ratio tolerance ±5%; C 127.2% to 141.4% of XA; D 78.6% of XC. These are proposed and will be tuned on real price data before launch.
How to read it
- C is higher than A.
- D comes back below B in this drawing.
- Dashed lines show the ratio triangles.
Status labels you may see
| Label | What it means |
|---|---|
| Pattern forming | Points X through C match, D has not been reached. |
| Pattern complete | D matches the ratio rule. |
| Invalidated | Price closed beyond X. |
What cancels it
A close beyond point X.
What traders check next
- Whether C really exceeds A.
- What happened at D.
- Whether other levels agree with D.
Limits
- Definitions vary across sources.
- Tolerance lets many shapes qualify.
- Rarely tested in research.
Try it in forecastviz
- Open any ticker and choose Fibonacci and harmonic patterns → Cypher pattern in the left menu.
- Switch between 6M, 1Y, 3Y to see how the picture changes.
- Compare with Gartley pattern and Bat pattern on the same chart.
Questions
Why is C beyond A?
It is part of the rule that sets the Cypher apart.
Is there a downward version?
Yes, the mirror image.
Related trends
Further reading
- Boroden, Fibonacci Trading
- Carney, Harmonic Trading
- Murphy, Technical Analysis of the Financial Markets
Educational only. Not financial advice, and not a price forecast. Charts are drawn by code from past price data, which may be delayed.