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docs(indicators): Refactored to use RSI_Engine

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Toh4iem9
2026-01-12 11:58:04 +01:00
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Indicators/MyIndicators/StochRSI_Fast_Pro.md
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@@ -30,7 +30,7 @@ Our MQL5 implementation follows a modern, component-based, object-oriented desig
* **Component-Based Design (Composition):** * **Component-Based Design (Composition):**
The StochRSI calculator (`StochRSI_Fast_Calculator.mqh`) is a powerful orchestrator that reuses two of our core engines: The StochRSI calculator (`StochRSI_Fast_Calculator.mqh`) is a powerful orchestrator that reuses two of our core engines:
1. **RSI Engine:** It delegates the RSI calculation to the robust `RSI_Pro_Calculator.mqh`. 1. **RSI Engine:** It delegates the RSI calculation to the shared `RSI_Engine.mqh`. This ensures that the underlying RSI values are identical to those of the standard RSI indicator.
2. **MA Engine:** It delegates the %D signal line smoothing to the universal `MovingAverage_Engine.mqh`. 2. **MA Engine:** It delegates the %D signal line smoothing to the universal `MovingAverage_Engine.mqh`.
This ensures mathematical consistency across the entire suite and eliminates code duplication. This ensures mathematical consistency across the entire suite and eliminates code duplication.
@@ -41,10 +41,10 @@ Our MQL5 implementation follows a modern, component-based, object-oriented desig
Unlike basic implementations that recalculate the entire history on every tick, this indicator employs an intelligent incremental algorithm. Unlike basic implementations that recalculate the entire history on every tick, this indicator employs an intelligent incremental algorithm.
* **State Tracking:** It utilizes `prev_calculated` to process only new bars. * **State Tracking:** It utilizes `prev_calculated` to process only new bars.
* **Persistent Buffers:** Internal buffers persist their state between ticks. * **Persistent Buffers:** Internal buffers persist their state between ticks.
* **Robust Offset Handling:** The engine correctly handles the initialization periods of the chained calculations (RSI -> StochRSI -> %D), ensuring that each step starts only when valid data is available. This prevents artifacts and "INF" errors at the beginning of the chart. * **Robust Offset Handling:** The engine correctly handles the initialization periods of the chained calculations (RSI -> StochRSI -> %D), ensuring that each step starts only when valid data is available.
* **Object-Oriented Logic:** * **Object-Oriented Logic:**
* The Heikin Ashi version (`CStochRSI_Fast_Calculator_HA`) is achieved simply by instructing the main calculator to instantiate the Heikin Ashi version of the RSI module. * The Heikin Ashi version (`CStochRSI_Fast_Calculator_HA`) is achieved simply by instructing the main calculator to instantiate the Heikin Ashi version of the RSI Engine (`CRSIEngine_HA`).
## 4. Parameters ## 4. Parameters