1. Walk the candles in order.
2. Count a streak: +1 when this close is above the previous close, back to 0 otherwise.
3. The pattern completes on the candle where the streak first reaches N.
4. Report the move from the close before the run to the close that completed it.
5. Progress: how long the current streak is against N, and whether the last close is still rising.

n = 5

Consecutive rising closes (N) — The owner's momentum-run example uses 20.

Test this pattern on IGIL

1. Walk the candles in order.
2. Count a streak: +1 when this close is below the previous close, back to 0 otherwise.
3. The pattern completes on the candle where the streak first reaches N.
4. Report the move from the close before the run to the close that completed it.
5. Progress: the current streak against N.

n = 5

Consecutive falling closes (N)

Test this pattern on IGIL

1. Find swing highs and lows with the zigzag: a pivot is confirmed once price has moved swing_pct against it.
2. Take every window of 2×swings+1 consecutive confirmed pivots.
3. Require each swing high in the window above the previous swing high, and each swing low above the previous swing low.
4. The pattern completes on the candle where the last pivot in the window was confirmed.
5. The last swing low is reported as the level the structure stands on.

swings = 2

Higher highs / higher lows required

swing_pct = 0.75

Minimum swing size, % — Smaller on intraday candles.

Test this pattern on IGIL

1. Find swing highs and lows with the zigzag (pivot confirmed after a swing_pct move against it).
2. Take every window of 2×swings+1 consecutive confirmed pivots.
3. Require each swing high below the previous swing high, and each swing low below the previous swing low.
4. The pattern completes on the candle where the last pivot was confirmed.
5. The last swing high is reported as the level the structure hangs from.

swings = 2

Lower highs / lower lows required

swing_pct = 0.75

Minimum swing size, %

Test this pattern on IGIL

1. For each session, take the candles inside the first `minutes` minutes from 09:15.
2. Opening range = highest high and lowest low of those candles.
3. From the first candle after the range, the pattern completes on the first close above the range high (up) or below the range low (down).
4. One hit per session, whichever side breaks first.

minutes = 15

Opening range length, minutes

Test this pattern on IGIL

1. Within each session, track the highest high and lowest low so far, and the candle that set each.
2. The pattern completes on a close above that high (up) or below that low (down), provided the level had stood for at least `settle` candles.
3. The `settle` wait is what separates a break from an ordinary continuation to a fresh high.
4. The level then moves to the new extreme and the search continues, so a session can give more than one hit.

settle = 6

Candles the level must have stood for

Test this pattern on IGIL

1. For each session after the first on file, take the previous session's highest high and lowest low.
2. The pattern completes on the first close above the previous high (up), and separately on the first close below the previous low (down).
3. At most one hit per side per session.

Test this pattern on IGIL

1. At the first candle of each session, compare its open with the last close of the previous session.
2. Gap % = open / previous close − 1.
3. The pattern completes when |gap %| ≥ pct; direction is the gap's sign.
4. On daily candles this is simply open vs the previous day's close.

pct = 1

Minimum gap, %

Test this pattern on IGIL

1. For each candle, take the close M candles earlier.
2. Move % = close now / close then − 1.
3. The pattern completes when |move %| ≥ pct; direction is the sign.
4. Consecutive candles that all qualify in the same direction count once, at the first of them.

pct = 1

Minimum move, %

candles = 3

Within this many candles (M)

Test this pattern on IGIL

1. Take the level you entered.
2. The pattern completes on a candle whose close is at or above the level while the previous close was below it (up), or at or below it while the previous close was above (down).
3. Nothing is reported until a level is set.

level = 0

Your level, ₹ — Required — leave at 0 and this pattern reports nothing.

Test this pattern on IGIL

1. Take three consecutive candles: mother, inside, break.
2. Inside: its high ≤ mother high and its low ≥ mother low.
3. The pattern completes when the third candle closes above the mother high (up) or below the mother low (down).

Test this pattern on IGIL

1. Compute SMA(fast) and SMA(slow) of the closes.
2. The pattern completes on a candle where fast was ≤ slow on the previous candle and is > slow now (up), or ≥ before and < now (down).
3. fast must be smaller than slow, else nothing is reported.

fast = 9

Fast average, candles

slow = 21

Slow average, candles

Test this pattern on IGIL

1. Compute the session VWAP: cumulative Σ(typical price × volume) / Σ volume, typical price = (high + low + close) / 3, reset at each session's first candle.
2. The pattern completes on a candle whose close is above VWAP while the previous close was at or below it (up), or the reverse (down).
3. Candles without volume from the feed are skipped.

Test this pattern on IGIL

1. Average the volume of the previous M candles (those that reported one).
2. The pattern completes when this candle's volume ≥ times × that average.
3. Direction is the candle's own: up if it closed above its open, down if below, neutral if flat.

times = 3

Multiple of the average

candles = 20

Average over this many candles (M)

Test this pattern on IGIL

1. Compute RSI(n) from the closes (Wilder smoothing).
2. The pattern completes when RSI moves from below `high` to at or above it (overbought → down), or from above `low` to at or below it (oversold → up).
3. Only the crossing candle is a hit, not every candle spent inside the zone.

n = 14

RSI length

high = 70

Overbought above

low = 30

Oversold below

Test this pattern on IGIL

1. Compute Bollinger bands: SMA(n) ± k × standard deviation of the last n closes; bandwidth = (upper − lower) / middle.
2. Squeeze: the smallest bandwidth in the last 6 candles is within 5% of the smallest over the last `squeeze` candles.
3. The pattern completes on a candle that closes above the upper band having been at or below it the candle before (up), or the mirror below the lower band (down), while squeezed.

n = 20

Band length

k = 2

Standard deviations

squeeze = 60

Tightest in this many candles

Test this pattern on IGIL

1. Fit a least-squares line through the last N closes (x = candle index).
2. Slope % = slope / mean close × 100, per candle. R² = share of the variance the line explains (1 = a ruler, 0 = chop).
3. Length = candles since the window's low (for a rising line) or high (falling). Magnitude = % from that extreme to the last close.
4. Continuing = the last close is on the slope's side of the fitted line, or the last three closes all moved with the slope.
5. The pattern completes when |slope %| ≥ min_slope_pct and R² ≥ min_r2; consecutive qualifying candles count once, at the first.
6. Progress always reports the current slope, R², length, magnitude and whether it is continuing.

n = 20

Candles in the fit (N)

min_slope_pct = 0.08

Minimum slope, % per candle

min_r2 = 0.8

Minimum R²

Test this pattern on IGIL

1. Find swings with the zigzag at swing_pct.
2. Take six consecutive confirmed pivots L-H-L-H-L-H (up) or H-L-H-L-H-L (down).
3. Rule 1: wave 2 does not retrace past the start of wave 1.
4. Rule 2: wave 3 is not the shortest of waves 1, 3 and 5.
5. Rule 3: wave 4 does not enter the price territory of wave 1.
6. Each wave must make progress: 3 beyond 1, 5 beyond 3.
7. The pattern completes when the sixth pivot is confirmed. Progress reports 'wave 5 under way' when the first five pivots hold and the live swing is the fifth wave.

swing_pct = 0.75

Minimum swing size, %

Test this pattern on IGIL

1. Take two consecutive candles.
2. First closes below its open; second closes above its open.
3. Second's open ≤ first's close and second's close ≥ first's open (its body covers the first's body).
4. Context: the net move over the `context` candles before the pair is negative (set 0 to skip).

context = 5

Decline measured over this many candles before

Test this pattern on IGIL

1. Take two consecutive candles.
2. First closes above its open; second closes below its open.
3. Second's open ≥ first's close and second's close ≤ first's open.
4. Context: the net move over the `context` candles before the pair is positive (set 0 to skip).

context = 5

Rise measured over this many candles before

Test this pattern on IGIL

1. Take three consecutive candles.
2. First: a down candle with a body at least the average body of the ten candles before it.
3. Second: a body no bigger than small_pct of the first's body.
4. Third: an up candle closing above the midpoint of the first candle's body.

small_pct = 30

Middle candle body, % of the first's

Test this pattern on IGIL

1. Take three consecutive candles.
2. First: an up candle with a body at least the average body of the ten candles before it.
3. Second: a body no bigger than small_pct of the first's body.
4. Third: a down candle closing below the midpoint of the first candle's body.

small_pct = 30

Middle candle body, % of the first's

Test this pattern on IGIL

1. Take three consecutive candles, all closing above their opens.
2. Each close above the previous close.
3. Each open inside the previous candle's body.
4. Each upper wick no more than wick_pct of its body.

wick_pct = 30

Maximum upper wick, % of body

Test this pattern on IGIL

1. Take three consecutive candles, all closing below their opens.
2. Each close below the previous close.
3. Each open inside the previous candle's body.
4. Each lower wick no more than wick_pct of its body.

wick_pct = 30

Maximum lower wick, % of body

Test this pattern on IGIL

1. Body = |close − open|; range = high − low.
2. The pattern completes when range > 0 and body ≤ body_pct of the range.

body_pct = 10

Body no more than this % of the range

Test this pattern on IGIL

1. Lower wick ≥ wick_times × body.
2. Upper wick ≤ other_wick_pct of the range.
3. Context: the net move over the `context` candles before is negative (set 0 to skip).
4. The wick's low is reported as the level rejected.

wick_times = 2

Lower wick at least this many × body

other_wick_pct = 15

Upper wick at most this % of range

context = 5

Decline measured over this many candles before

Test this pattern on IGIL

1. Upper wick ≥ wick_times × body.
2. Lower wick ≤ other_wick_pct of the range.
3. Context: the net move over the `context` candles before is positive (set 0 to skip).
4. The wick's high is reported as the level rejected.

wick_times = 2

Upper wick at least this many × body

other_wick_pct = 15

Lower wick at most this % of range

context = 5

Rise measured over this many candles before

Test this pattern on IGIL

1. Body = |close − open|; range = high − low.
2. The pattern completes when range > 0 and body ≥ body_pct of the range.
3. Direction is the candle's colour.

body_pct = 90

Body at least this % of the range

Test this pattern on IGIL