ZenAlgo - Zen
Zen is a multi-layer directional model built around four core lines, pressure, and confidence. It helps separate permission to trade from timing to execute, so an attractive directional bias is not mistaken for an immediate entry.
How to read it
Start with the four core lines:
- ZEN is the main composite state.
- GRAVITY describes the force pulling the state.
- ANCHOR provides a slower reference.
- ORBIT shows the surrounding directional cycle.
Read their position around zero and the ±1 to ±5 levels. Greater distance from zero means a more unusual state, but also a potentially more extended one. Then inspect Long Confidence, Short Confidence, and signal pressure to see whether the directional idea has enough support.
Lines, labels, and states
| Visual | Meaning |
|---|---|
| ZEN / GRAVITY / ANCHOR / ORBIT | Core directional and cyclical model |
| Delta positive / negative plots | Directional pressure split by sign |
| 0 and ±1...±5 levels | Neutral baseline and strength/extreme references |
| Long / Short Confidence | Current support for each direction |
| Long / Short label | Directional setup is present |
| Score label | Setup includes its current score |
| Opening C / F | Opening condition from the corresponding model tier |
| Wait Confirm / Retest / Timing | Direction is interesting, but execution should wait |
The distinction between Allowed and Execute is important. Allowed means the directional filter permits the trade; Execute means the timing condition has also arrived.
Alerts
Zen exposes 17 alert conditions:
| Group | Alerts |
|---|---|
| Execution | Execute Long, Execute Short |
| Permission | Long Allowed, Short Allowed |
| Waiting states | Wait Confirm, Wait Retest, Wait Timing |
| Level bursts | Bull Level Burst, Bear Level Burst |
| Labels and scores | Long Label, Short Label, Long Score Label, Short Score Label |
| Opening states | Opening Long C, Opening Short C, Opening Long F, Opening Short F |
Use Allowed alerts for watchlist preparation and Execute alerts for timing. Waiting-state alerts explain why a directional idea is not yet executable and can prevent premature entries.