Pipsgrowth EX12069 MultiIndicatorConfluence

Pipsgrowth EX12069 is a multi-indicator confluence engine designed for XAUUSD on the M5 timeframe, where five independent technical studies (MACD, RSI, Supertrend, Donchian, Heiken Ashi) each cast a vote on every qualified bar and the EA combines those votes through either an AND or OR decision rule. The design is intentionally modular: every indicator has its own on/off toggle, its own entry/exit eligibility flag, and a discrete period set, so the trader can decide whether they want a strict consensus machine (LOGIC_AND default, where every enabled indicator must agree) or a permissive single-trigger system (LOGIC_OR, where any one of the enabled indicators can fire the entry). The brief groups this work into twelve layers (REGIME, SIGNAL, ENTRY, CONFIRM, NO-TRADE, CAPITAL CAP, RISK, SIZING, MANAGE, EXIT, SCALING, OnTester), but in the source code the work is decomposed into 23 named functions.

The indicator mix is interesting because three of the five are computed internally from raw OHLC buffers rather than through MetaTrader indicator handles. MACD uses a real iMACD handle with the configurable 12/26/9 trio (InpMACDFastEMA, InpMACDSlowEMA, InpMACDSignalSMA) plus a switchable applied price (InpMACDPrice 1–7 maps to close/open/high/low/median/typical/weighted through MapAppliedPriceInt). RSI also uses a real iRSI handle with InpRSIPeriod (default 14) and the same applied-price switch (InpRSIPrice). The remaining three — Supertrend, Donchian, Heiken Ashi — are recomputed on the fly each time GetSupertrendSignal/GetDonchianSignal/GetHeikenAshiSignal is called, with their own lookback windows (100 bars for Supertrend stabilization, 10 bars for Heiken Ashi, InpDonchianPeriod+2 for the breakout bands). The reason this matters is that none of them consume an indicator handle slot, so even with all five layers enabled the EA only allocates two real handles (h_macd, h_rsi) and the rest are pure price arithmetic.

The signal rules are deliberately simple and per-indicator. MACD votes +1 when main[1] crosses above signal[1] (with main[2]<=signal[2] confirming it just happened), and -1 on the mirrored cross. RSI votes +1 when rsi[1] pushes above InpRSIOversold (30 by default) and -1 when rsi[1] drops below InpRSIOverbought (70 by default), so the RSI here is a rebound-from-extreme trigger, not a directional bias. Donchian walks Max(High[2..N+1]) and Min(Low[2..N+1]) to form upper and lower channels, then votes +1 if the previous bar's close prints above the upper band and -1 if it prints below the lower band. Heiken Ashi rebuilds the smoothed open/close history from the last 10 OHLC bars, detects a red-to-green flip (HA close rising above HA open on the most recent bar while the bar before was red) for a buy vote, and the green-to-red flip for a sell. Supertrend, computed against an internal iATR(InpSupertrendPeriod) handle with InpSupertrendMultiplier=3.0, returns +1 when the trend flips from -1 to 1 on the last bar and -1 on the opposite flip.

The final decision tree lives in CheckEntry(). It tallies buy and sell votes across the enabled indicators, increments a total_indicators counter for each enabled entry indicator, and then applies the LOGIC_MODE switch. Under LOGIC_AND the buy_condition fires only when signal_buy equals total_indicators (perfect consensus), and the sell_condition only when signal_sell does the same — that strict gate is what makes the AND mode a low-frequency, high-conviction system. Under LOGIC_OR any non-zero vote triggers the condition. The branch also enforces a mutual-exclusion rule (buy_condition && !sell_condition or vice versa) so the EA never fires both sides on the same tick. Lot sizing is delegated to CalculateLotSize(InpStopLossPoints): it reads the account balance, multiplies by InpRiskPercent (1.0% default), divides by (sl_points × value_per_point), clamps to InpMaxLotSize (10.0) and to the symbol's SYMBOL_VOLUME_MAX, normalizes to SYMBOL_VOLUME_STEP, and returns 0 if the resulting lot is below the broker's SYMBOL_VOLUME_MIN (signaling the account is too small to honor the risk at the configured SL).

Position management is the second distinct half of the design. PyramidSafe=true (the default) means that before adding a position the EA walks the existing book via IsPyramidSafe() and refuses to scale in unless every open position for this magic is currently in profit (m_position.Profit() > 0) and either the buy SL is above the open or the sell SL is below the open with a non-zero SL. That effectively forces the EA to pyramid only into a confirmed move. The hard cap is InpMaxPositions=5 — OnTick gates CheckEntry behind total_positions < InpMaxPositions, so even in OR mode the EA never overruns the configured ceiling. Exits are driven by CheckExit(), which on the close-on-reverse path (InpCloseOnReverse=true) loops the book and closes a long when a -1 signal arrives (or a short when a +1 signal arrives). Only MACD's exit signal is currently implemented in the exit branch (other indicators are commented as "Add other indicators for exit"), so until a trader expands that section the exit stream is effectively single-indicator. The fixed SL of 500 points and the fixed TP of 1000 points give a 1:2 risk-to-reward ratio on every entry, which is the right shape for an OR-mode system but means AND-mode trades carry the same R:R rather than a tighter one.

The time filter keeps the EA on the broker's local clock and gates both entries and the per-tick decision to manage exits. With InpUseTimeFilter=true, IsTimeAllowed() reads the current time, slices HH:MM out of TimeToString, and accepts the tick if it falls inside Session1 (InpStartTime1=08:00 → InpEndTime1=12:00) OR Session2 (InpStartTime2=13:00 → InpEndTime2=17:00). That nine-hour London + New York block leaves the Asian session dormant and creates a 60-minute dead zone between 12:00 and 13:00 when the EA neither enters new trades nor actively manages open ones (the early return in OnTick applies to both branches). For a broker hosted in GMT+0/GMT+2 this maps cleanly onto the actual London and New York cash sessions; for brokers hosted elsewhere, the user is expected to adjust the strings until the windows line up with the real liquidity hours they want to trade.

The retry helpers at the bottom of the file (TryClose_EX12069, TryClosePartial_EX12069, TryModify_EX12069) are the EA's concession to real-world exchange noise. Each one runs a 3-attempt loop, sleeps 200 ms (or 100 ms for the modify path) on a TRADE_RETCODE of REQUOTE/TIMEOUT/PRICE_OFF/PRICE_CHANGED, and breaks on any other retcode. The close helpers accept a DONE or DONE_PARTIAL as success. These wrappers are not called by the strategy code itself today — the strategy uses m_trade directly — but they sit in the file as ready-made utilities for any user who wants to wrap the open-trades bookkeeping in more defensive logic. There is no trailing-stop function, no break-even ratchet, no partial-close by profit target, and no dashboard, so the only per-trade management logic that actually runs is the SL/TP attached at entry plus the CheckExit reversal pass.

In practical terms, a trader should expect: an EA that is mid-frequency on M5 gold, fires 1–3 trades per London/NY session when in AND mode and noticeably more in OR mode, scales into winners up to five times when PyramidSafe is on, takes a 1:2 R:R on every entry, and exits on a single MACD reversal print (or, if InpCloseOnReverse=false, lets the SL/TP handle everything). The $100 minimum deposit is fine for 0.01-lot risk-percent sizing on a 500-point SL, but the 10.0-lot hard ceiling will never trip on a retail account and is there as a circuit-breaker for funded prop accounts. The recommended broker type is ECN/RAW with low spread and fast requote recovery — the retry helpers are written specifically for the requote storms that come with low-latency ECNs during London open.