If no low‑AGE entries appear, the trading day is essentially over.
{image}
Currency strength tools can be useful, but I think they work best as a filter rather than a standalone entry signal. For manual trading, I prefer using strength and weakness together with market structure, key levels and risk management. If the tool shows too much information, it can easily create noise instead of clarity. The most useful version would be simple: show which currency is gaining strength, which one is losing strength, and keep the signal readable across timeframes.
- which currency is pushing
- which currency is weakening
- with what intensity
- and whether BASE and QUOTE are coherent or in conflict
It reduces noise: 4 values (B+, B–, Q+, Q–) are far more readable than a stack of overlapping indicators.
What a FORCE value technically is
A FORCE value is a pair a/b, where:
- a = number of major pairs pushing in the dominant direction
- b = number of pairs pushing in the opposite direction
Since each currency has 7 major pairs, the following always holds:
a+b=7
This mathematical constraint produces exactly 8 possible combinations.
The 8 FORCE combinations and their meaning
- 7/0 — Absolute dominance All 7 major pairs push in the same direction. No conflict.
- 6/1 — Very strong Six pairs aligned, one in counter‑trend.
- 5/2 — Strong Clear dominance, with two pairs against.
- 4/3 — Slightly strong Minimal majority. Valid direction but not clean.
- 3/4 — Slightly weak The dominant direction is the opposite one. Unstable configuration.
- 2/5 — Weak Strong prevalence of the opposite direction.
- 1/6 — Very weak Almost all pairs push against.
- 0/7 — Crushed No pairs in favor, all against. Maximum weakness.
Operational interpretation in MRP
The FORCE series describes the quality of currency pressure, not an entry trigger.
- 7/0 – 6/1 → dominance signals
- 5/2 – 4/3 → valid but less clean signals
- 3/4 – 2/5 – 1/6 – 0/7 → bearish signals (or bullish if BASE/QUOTE are inverted)
Why FORCE works well as a filter (and not as a trigger)
- It avoids false moves: if price breaks UP but QUOTE is stronger than BASE, it is almost always a false breakout.
- It confirms structure: when D–W–M are aligned and FORCE agrees, the signal becomes statistically more reliable.
In MRP, FORCE is used to classify:
- FAKE → movement against structure
- PLAY → coherent and strong movement
- NEUTRAL → to be ignored
This approach has shown 75–80% accuracy when used as a filter.
Conclusion
FORCE works exactly as you described: it is not a signal — it is a filter that tells you when you should NOT enter. And when combined with structure (DWM), key levels, and risk management, it becomes an extremely powerful tool.
In this phase of development, a new concept is being introduced in the use of FORCE: in addition to the GLOBAL reading, which measures the strength of the eight majors as a whole, it is now possible to read the LOCAL value as well, meaning the strength related to the individual symbol.
The combination of these two views — Global FORCE and Local FORCE — makes it possible to distinguish:
- the structural strength of the currency (global view)
- the specific strength of the pair (local view)
and to immediately understand whether the two pieces of information are coherent or in conflict.
- #1,112
- Jun 24, 2026 4:42pm Jun 24, 2026 4:42pm
- Joined Jul 2011 | Status: Gold Again | 10,660 Posts
{quote} {image} It looks like a good entry.
An update?
MAY THE TREND BE WITH YOU
- #1,113
- Jun 25, 2026 11:31am Jun 25, 2026 11:31am
Concept Each currency (AUD, GBP, CHF, CAD, EUR, NZD, JPY, USD) has its own local strength values, calculated from its 7 child pairs — for example, AUD from AUDUSD, AUDJPY, AUDCHF, etc. Those local values are then merged into a global matrix, where every currency is compared against all others.
How the process works- Local phase → Each symbol computes its internal “FORCE” values from its own cross pairs. Example: AUD local strength is derived from AUDUSD, AUDJPY, AUDCHF, AUDCAD, AUDNZD, AUDGBP.
- Global normalization → All local matrices are combined and scaled to a 0–100 range. This produces the global matrix you see at the top of the screen.
- Global interpretation → The renderer calculates the average strength per currency across all crosses, then ranks them. That’s why you see AUD ≈ 100, GBP ≈ 72, CHF ≈ 67, etc.
- Relative performance panel → The bottom chart (“RENDIMENTO RELATIVO [da MATRIX]”) converts those global strengths into relative returns versus USD — effectively showing how each currency performs globally, not just locally.
Why this matters
- Local data tell you how a currency behaves within its own ecosystem.
- Global formation tells you how that same currency behaves in the entire market context.
- The transition from local → global lets you detect distortions (e.g., a currency that looks strong locally but weak globally).
Example from your image
- AUD +99.3 → globally dominant, strong across all crosses.
- GBP +71.4, CHF +66.4 → strong but less universal.
- USD +0.0 → baseline, globally weakest.
So the chart below the matrix is the global synthesis of all your local currency computations.
Advantages of having three sessions- Logical separation: each window has a specific task.
- Independent refresh: you can update one view without blocking the others.
- Immediate comparison: you can check whether the global strength (matrix) matches the behavior of the pair (currency analysis).
- Cleaner debugging: if one function crashes, it doesn’t stop the whole system.
- #1,118
- Edited 11:29am Jun 30, 10:22am (7 hr ago) | Edited 11:29am
Hi PlSoft I’m eagerly looking forward to the new update. I’ve been following this project for a very long time. I wish you continued success, and I hope your great work continues. Best of luck!
A Next‑Generation Market Reaction Engine
Overview
The Modern Reaction Protocol (MRP) is a fully automated market‑reaction engine designed to identify, classify, and validate directional price movements with exceptional precision. It operates by separating market structure into two independent layers:
- FREEZE — the structural snapshot of the breakout
- LIVE — the real‑time confirmation layer
This separation ensures that signals are never contaminated by live data and that every decision is based on clean, stable breakout information.
Core Principles
1. Structural Integrity (FREEZE Layer)
The FREEZE layer captures the exact moment a breakout occurs. It includes:
- Break direction (BROKE_HIGH / BROKE_LOW)
- FIBO_FZ (structural Fibonacci level)
- PRICE_FZ
- BAL_FZ
- FORCE_FZ
- DWM_FZ
These values remain immutable, guaranteeing that the system never mixes live data with structural data.
2. Real‑Time Validation (LIVE Layer)
The LIVE layer tracks the most recent market conditions:
- PRICE_LV
- BAL_LV
- FORCE_LV
- FIBO_LV
- DWM_LV
The LIVE layer determines whether the breakout is:
- Confirmed
- Rejected
- Neutral
- Reversed
Signal Engine (MRPsign)
MRP generates one of the following signals:
- +PLAY+ — strong directional confirmation
- -PLAY+ / -play- — moderate directional confirmation
- FAKE — structural incoherence
- WAIT — neutral breakout
- KING — FAKE + LIVE reversal (highest‑value signal)
Each signal is computed exclusively from FREEZE data, then validated by LIVE.
New User Interface
The new MRP interface has been redesigned to make navigation faster, cleaner, and more intuitive. Menu transitions are now fluid, with immediate access to:
- FREEZE analysis
- LIVE validation
- LATO‑LATO comparison
- Signal dashboards
- Daily summaries
- Multi‑day cumulative performance
This streamlined layout reduces cognitive load and allows operators to switch between modules seamlessly, improving both speed and clarity during market monitoring.
This level of precision confirms the stability and reliability of the MRP engine.
Why MRP Works
1. Clean separation of FREEZE and LIVE
No contamination. No mixed logic. FREEZE is structural. LIVE is reactive.
2. FORCE_DIR patch
Directional force is now correctly interpreted even when block scores match, eliminating false FAKE signals.
3. KING logic restored
Reversals are detected exactly as in the original MRP model.
4. Multi‑layer coherence
MRP evaluates:
- FIBO direction
- BAL direction
- FORCE direction
- CSI alignment
- DWM context
- LIVE confirmation
This produces a robust, multi‑dimensional signal.
Conclusion
The Modern Reaction Protocol is now a fully operational, high‑precision market‑reaction engine capable of:
- Identifying structural breakouts
- Validating real‑time market behavior
- Delivering clean, reliable signals
- Maintaining perfect accuracy across activated cycles
- Providing a new, fluid interface that simplifies navigation and enhances operational efficiency
MRP is not just a breakout detector — it is a complete market‑reaction framework, engineered for stability, clarity, and operational excellence.
“I’ve never observed such high accuracy rates since developing the model. We’ll see how it performs over the next few days.”
See you next time.
- #1,119
- Last Post: Edited 4:40pm Jun 30, 4:29pm (1 hr 27 min ago) | Edited 4:40pm
I recalculated everything again. This is the final version (second step).
Final Summary (Second Step)
42 YES → good operational signals
13 NO → bad operational signals
67 – → non‑operational (FAKE / WAIT / BOX)
55 total valid signals
76.36% YES → very high operational quality
23.64% NO → limited divergences
54.9% neutral → market often sideways
Conclusion The MRP system, using the corrected rule:
PLAY && KING = operational signal
shows a very high operational quality:
76% good signals across all analyzed days.
And above all:
Final Summary (Second Step)42 YES → good operational signals
13 NO → bad operational signals
67 – → non‑operational (FAKE / WAIT / BOX)
55 total valid signals
76.36% YES → very high operational quality
23.64% NO → limited divergences
54.9% neutral → market often sideways
Conclusion The MRP system, using the corrected rule:PLAY && KING = operational signal
shows a very high operational quality:
76% good signals across all analyzed days.
And above all:
- days 22, 23, 24, 26, 29 are excellent
- days 25 and 30 are weak
