bean

18 févr.

Bean's Multi-Instrument Pattern Scanner.

This indicator scans H1 timeframe for specific technical patterns. Here's how each pattern is detected:

PATTERN DETECTION CRITERIA:

1. Hammer
- Body Size: ≤ 30% of total candle length
- Lower Wick: > 50% of total candle length
- Upper Wick: < 20% of total candle length
- Formula:
* bodySize = |close - open|
* upperWick = high - max(open, close)
* lowerWick = min(open, close) - low
* totalLength = high - low

2. Shooting Star
- Body Size: ≤ 30% of total candle length
- Upper Wick: > 50% of total candle length
- Lower Wick: < 20% of total candle length
- Uses same measurements as Hammer but inverted

3. Outside/Inside (OI)
Checks three consecutive bars:
- Outside Bar: Bar2 high ≥ Bar3 high AND Bar2 low ≤ Bar3 low
- Inside Bar: Bar1 high ≤ Bar2 high AND Bar1 low ≥ Bar2 low
Pattern confirms when both conditions are met

4. Bullish/Bearish Umbrella
Checks two consecutive bars:
Bullish:
- Current bar's high ≤ previous bar's high
- Current body high ≤ previous bar's high
- Current body low ≥ previous body high

Bearish:
- Current bar's low ≥ previous bar's low
- Current body low ≥ previous bar's low
- Current body high ≤ previous body low

5. Three Bar Triangle (3BT)
Checks three consecutive bars:
- Current bar's high ≤ max(previous two highs)
- Current bar's low ≥ min(previous two lows)
- Indicates price compression

DISPLAY AND ALERTS:
- Patterns are displayed in real-time in the table
- Multiple patterns can be detected simultaneously
- Pattern detection resets each new H1 candle

CONFIGURATION:
- Each row can be independently configured
- Patterns are checked on H1 timeframe close
- Alert frequency: Once per H1 bar close

Note: All measurements use standard OHLC values from only completed H1 candles.

19 févr.

Notes de version

Bean's Multi-Instrument Pattern Scanner.

This indicator scans H1 timeframe for specific technical patterns. Here's how each pattern is detected:

PATTERN DETECTION CRITERIA:

1. Hammer
- Body Size: ≤ 30% of total candle length
- Lower Wick: > 50% of total candle length
- Upper Wick: < 20% of total candle length
- Formula:
* bodySize = |close - open|
* upperWick = high - max(open, close)
* lowerWick = min(open, close) - low
* totalLength = high - low

2. Shooting Star
- Body Size: ≤ 30% of total candle length
- Upper Wick: > 50% of total candle length
- Lower Wick: < 20% of total candle length
- Uses same measurements as Hammer but inverted

3. Outside/Inside (OI)
Checks three consecutive bars:
- Outside Bar: Bar2 high ≥ Bar3 high AND Bar2 low ≤ Bar3 low
- Inside Bar: Bar1 high ≤ Bar2 high AND Bar1 low ≥ Bar2 low
Pattern confirms when both conditions are met

4. Bullish/Bearish Umbrella
Checks two consecutive bars:
Bullish:
- Current bar's high ≤ previous bar's high
- Current body high ≤ previous bar's high
- Current body low ≥ previous body high

Bearish:
- Current bar's low ≥ previous bar's low
- Current body low ≥ previous bar's low
- Current body high ≤ previous body low

5. Three Bar Triangle (3BT)
Checks three consecutive bars:
- Current bar's high ≤ max(previous two highs)
- Current bar's low ≥ min(previous two lows)
- Indicates price compression

DISPLAY AND ALERTS:
- Patterns are displayed in real-time in the table
- Multiple patterns can be detected simultaneously
- Pattern detection resets each new H1 candle

CONFIGURATION:
- Each row can be independently configured
- Patterns are checked on H1 timeframe close
- Alert frequency: Once per H1 bar close

Note: All measurements use standard OHLC values from only completed H1 candles.

19 févr.

Notes de version

More tickers

19 févr.

Notes de version

btcusd and ethusd tickers

20 févr.

Notes de version

Patched alerts capability.

20 févr.

Notes de version

Patched alerts.

28 mars

Notes de version

- Forex feed is FXCM hard-coded now
- Added timeframe selection

29 mars

Notes de version

- Reduced no. of playbooks in selection.

17 avr.

Notes de version

Now you can add any umbrella as an alert

17 avr.

Notes de version

Now changing the umbrella formula slightly:

prev_high <= prev2_high and prev_body_high <= prev2_high and prev_body_low >= ((prev2_body_high + prev2_body_low)/2)