Extracted algorithm research record
Minty Scalper
Automated gold trading system combining four breakout strategies with hourly trend filtering.
Source & extraction context
Evidence label: backtest_shown (source claim, not independent verification). Recorded completeness: 80.0/100. Neither is a performance result.
Names identify source records. Inclusion is not an endorsement or a claim of authorship, ownership or reuse permission. Check the source license before reusing any implementation.
Extraction warnings
No automated warnings are recorded in this snapshot. This does not establish that the extraction or system is sound.
Recorded market & execution profile
- Recorded markets
- XAUUSD
- Recorded timeframes
- H1, M5
- Recorded sessions
- Not specified
- Recorded regime
- trending
Recorded indicators & parameters
| Indicator | Parameters | Applied to |
|---|---|---|
| EMA | {"period": 50} | close |
| EMA | {"period": 200} | close |
| EMA | {"period": 20} | close |
| EMA | {"period": 50} | close |
Extracted strategy rules
Recorded long-entry rules
- EMA50 above EMA200 on H1
- EMA20 and EMA50 on M5 agree with H1 direction
Recorded short-entry rules
- EMA50 below EMA200 on H1
- EMA20 and EMA50 on M5 agree with H1 direction
Recorded exit rules
- 16 hours or before the weekend
- Trailing stop after 1 × ATR in profit and follows price at 1.5 × ATR
Recorded filters
- estimated spread, slippage and commission exceed 5% of the planned stop distance
- Stop loss
- 2 × ATR(14) on H1
- Take profit
- 4 × ATR(14) on H1
- Position sizing
- approximately 2% of the selected drawdown limit, decreasing progressively after half the limit
Questions about this record
What entry rules are recorded for Minty Scalper?
Long: EMA50 above EMA200 on H1 EMA20 and EMA50 on M5 agree with H1 direction Short: EMA50 below EMA200 on H1 EMA20 and EMA50 on M5 agree with H1 direction These are unverified extracted rules.
Which markets and timeframes are recorded?
Markets: XAUUSD. Timeframes: H1, M5. These are source-recorded labels, not verified execution behavior.