EZstockscreener

Name	Query Format	Example
Simple moving average	SMA(input_col, period=14)	`[SMA(close, 14) > 10]`
Exponential moving average	EMA(input_col, period=14)	`[EMA(close, 14) > SMA(low, 100)]`
Wilder's moving average	RMA(input_col, period=14)	`[RMA(low, 14)*2 < close]`
Weighted moving average	WMA(input_col, period=14)	`[WMA(close, 14) > 10]`
Moving average divergence	MAD(input_col, period=14)	`[MAD(close, 14) < 25]`
Standard deviation	STD(input_col, period=14)	`[STD(close, 14) > 50]`
Moving average convergence divergence - slow line	MACD_LINE(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')	`[MACD_LINE(close, 12, 26, 9) > MACD_SIGNAL(close, 12, 26, 9)]`
Moving average convergence divergence - fast line	MACD_SIGNAL(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')	`[MACD_LINE(close, 12, 26, 9) < MACD_SIGNAL(close, 12, 26, 9)]`
Moving average convergence divergence - histogram	MACD_HIST(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')	`[MACD_HIST(close, 12, 26, 9) > 0]`
Absolute price oscillator	APO(fast_period=12, slow_period=26, ma_type='sma')	`[APO(12, 26) > 0]`
Absolute volume oscillator	AVO(fast_period=12, slow_period=26, ma_type='sma')	`[AVO(12, 26) < 0]`
Acceleration bands - upper	ABANDS_UPPER(period = 12, ma_type='sma')	`[high > ABANDS_UPPER()]`
Acceleration bands - middle	ABANDS_MIDDLE(period = 12, ma_type='sma')	`[close > ABANDS_MIDDLE()]`
Acceleration bands - lower	ABANDS_LOWER(period = 12, ma_type='sma')	`[low < ABANDS_LOWER()]`
Aroon band - upper	AROON_UPPER(period=14)	`[close < AROON_UPPER()]`
Aroon band - middle	AROON_MIDDLE(period=14)	`[close > AROON_MIDDLE()]`
Arron band - lower	AROON_LOWER(period=14)	`[low < AROON_LOWER()]`
Average True range	ATR(period=14, ma_type='sma')	`[ATR(10) > 5]`
Bollinger bands - upper	BOLLBANDS_UPPER(period=14, sd_levels = 2, input_col=close, ma_type='sma')	`[high > BOLLBANDS_UPPER()]`
Bollinger bands - middle	BOLLBANDS_MIDDLE(period=14, sd_levels = 2, input_col=close, ma_type='sma')	`[close < BOLLBANDS_MIDDLE(period=28)]`
Bollinger bands - lower	BOLLBANDS_LOWER(period=14, sd_levels = 2, input_col=close, ma_type='sma')	`[low < BOLLBANDS_LOWER(sd_levels = 3)]`
Bollinger width	BOLLWIDTH(period=14, sd_levels = 2, input_col=close, ma_type='sma')	`[BOLLWIDTH() > 1]`
Bollinger oscillator	BOLLOSC(period=14, sd_levels = 2, input_col=close, ma_type='sma')	`CROSSED(input_col=BOLLOSC(14), input_col1=BOLLOSC(24), 'above')`
Center of gravity	COG_LINE(period=14, input_col=close)	`[COG_LINE() > 0]`
Center of gravity signal	COG_SIGNAL(period=14, input_col=close)	`[COG_SIGNAL() > 0]`
Chaikin money flow	CHAMF(period=14)	`[CHAMF(period=18) > 0.05]`
Chaikin volatility	CHAVOL(period=10, lag_period=10, ma_type='sma')	`[CHAVOL() < 20]`
Chaikin oscillator	CHAOSC(period=10, ma_type='ema')	`[CHAOSC(ma_type='sma') > 100]`
Chande momentum oscillator	CMO(period=10, input_col=close)	`[CMO(15) > 25]`
Chandelier exit	CHANEXIT(period=22, atr_multiplier=3, direction='long')	`[low < CHANEXIT('short')]`
Gap (%)	GAP(input_col=open, input_col2=close)	`[GAP() > 0.10]`
Commodity channel index	CCI(period=14)	`[CCI(28) < -100]`
Relative strength index	RSI(period=14, input_col=close, ma_type='rma')	`[RSI() > 15]`
Rate of change	ROC(period=14, input_col=close)	`ROC(28, low) > 56`
Connor's relative strength index	CRSI(rsi_period=3, updown_period=2, roc_period=100, input_col=close)	`[CRSI()<25]`
DeMarker indicator	DEMARKER(period=14)	`[DEMARKER() > 0.7]`
Detrended price oscillator	DPO(period=14, input_col=close, ma_type='sma')	`[DPO(28) < DPO(14)]`
Average directional movement index	ADX(period=14, ma_type='rma')	`[ADX() > 40]`
Directional movement - plus	DI_PLUS(period=14, ma_type='rma')	`[TREND(DI_PLUS()-DI_MINUS(), increasing, 5]`
Directional movement - minus	DI_MINUS(period=14, ma_type='rma')	`[DI_MINUS() < 50]`
Donchian channels - upper	DONC_UPPER(period=14, lag_period=1)	`[high > DONC_UPPER(14)]`
Donchian channels - middle	DONC_MIDDLE(period=14, lag_period=1)	`[close < DONC_MIDDLE(28)]`
Donchian channels - lower	DONC_LOWER(period=14, lag_period=1)	`[low < DONC_LOWER(28)]`
Ease of movement	EOM(period=14)	`[EOM() > 4]`
True strength index	TSI(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')	`[TSI() > 20]`
True strength index signal	TSI_SIGNAL(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')	`[TSI() > TSI_SIGNAL()]`
Ergodic oscillator	EO(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')	`[EO(input_col=volume) > 10000]`
Ehler Fisher transform	EHLERT(period=14)	`[EHLERT() > 0]`
Force index	FORCE_INDEX(period = 14)	`[TREND(FORCE_INDEX(10), increasing, 3]`
Historical volatility	HISTORICAL_VOLATILITY(period=100, timeframe='year')	`[HISTORICAL_VOLATILITY() > 20]`
Relative volatility index	RVI(period=14, std_period=10, ma_type='sma')	`[RVI(28) < 10]`
Relative momentum index	RMI(period=14, lookback_period=1, input_col=close, ma_type='rma')	`[RMI() > 100]`
Inertia of stock	INERTIA(period=14, std_period=10, linreg_period=10)	`[CROSSED(input_col=INERTIA(period=10, std_period=5, linreg_period=14), input_col2=50)]`
Intraday intensity oscillator	IIO(period=14)	`[TREND(IIO(14), decreasing, 5)]`
Intraday momentum index	IMI(period=14, ma_type='rma')	`[CROSSED(input_col=IMI(14), input_col2=IMI(28))]`
Keltner channels upper band	KELTNER_UPPER(input_col=close, period=20, atr_period=10, sd_levels = 2)	`[TOUCHING(KELTNER_UPPER())]`
Keltner channels middle band	KELTNER_MIDDLE(input_col=close, period=20, atr_period=10, sd_levels = 2)	`[close > KELTNER_MIDDLE]`
Keltner channels lower band	KELTNER_LOWER(input_col=close, period=20, atr_period=10, sd_levels = 2)	`[low < KELTNER_LOWER(sd_levels = 3)]`
Know sure thing line	KST_LINE(period=14, signal_period=9)	`[CROSSED(input_col=KST_LINE(), input_col2=KST_SIGNAL())]`
Know sure thing signal	KST_SIGNAL(period=14, signal_period=9)	`[CROSSED(input_col=KST_LINE(), input_col2=KST_SIGNAL())]`
Mass index	MASS_INDEX(period=25, ema_period=9)	`[TREND(MASS_INDEX(), decreasing, 6)]`
Momentum of stock	MOMENTUM(input_col=close, period = 14)	`[TREND(MASS_INDEX(), increasing, 6)]`
Prcentage price oscillator	PPO(input_col = close, fast_period=14, slow_period=28, ma_type='sma')	`[PPO() > 50]`
Prcentage volume oscillator	PVO(input_col = volume, fast_period=14, slow_period=28, ma_type='sma')	`[PVO() < 35]`
Positive volume index	PVI(period=14)	`[TREND(PVI(), increasing, 4)]`
QStick trend	QSTICK(period=14, ma_type='ema')	`[QSTICK() > 0]`
Stochastics %K	STOCH_K(k_period=14,d_period=4,smooth_period=3)	`[STOCH_K() < 20]`
Stochastics %D	STOCH_D(k_period=14,d_period=4,smooth_period=3)	`[STOCH_D() > 70]`
Stochastic RSI %K	STOCHRSI_K(period=14,rsi_period=14,k_period=14,d_period=4)	`[STOCHRSI_K() < 20]`
Stochastic RSI %D	STOCHRSI_D(period=14,rsi_period=14,k_period=14,d_period=4)	`[STOCHRSI_D() > 70]`
Ultimate oscillator	ULTIMATE_OSC(fast_period=7,medium_period=14,slow_period=28)	`[TREND(ULTIMATE_OSC(), increasing, 5)]`
T3 moving average	T3(input_col=close, period=14, ma_type='ema', damping_coeff=0.7)	`[CROSSED(input_col=T3(14), input_col2=T3(28))]`
Williams R%	WILLR((period=14)	`[WILLR() < -50]`
TRIX Line	TRIX_LINE(input_col=close, period = 9, signal_period=3)	`[CROSSED(input_col=trix_line(), input_col2=trix_signal())]`
TRIX Signal	TRIX_SIGNAL(input_col=close, period = 9, signal_period=3)	`[CROSSED(input_col=trix_line(), input_col2=trix_signal())]`
Check for crossing/intersection of 2 timeseries data (Note: it is necessary to mention the parameter name for input_col and input_col2 to avoid confusions)	CROSSED(input_col, input_col2, days_ago=0, direction='above')	`[CROSSED(input_col=SMA(10), input_col2=SMA(200))]`
Linear regression	LINREG_UPPER(input_col=close, period=14, shift_period=0, sd_levels=1)	`[LINREG_UPPER(close, 20)>20]`
Linear regression	LINREG_MIDDLE(input_col=close, period=14, shift_period=0, sd_levels=1)	`[LINREG_MIDDLE(close, 20)>50]`
Linear regression	LINREG_LOWER(input_col=close, period=14, shift_period=0)	`[LINREG_LOWER(close, 20)>10]`
Slope	SLOPE(input_col=close, period = 14, shift_period=0)	`[SLOPE(close, 20) < 0]`
Compare slope of timeseries data with a constant	SLOPE_COMPARE(input_col=close, compare_const=1.0, period = 14, shift_period=0, direction='above')	`[SLOPE_COMPARE(input_col=SMA(20), compare_const=1.0)]`
Check if one timeseries data approaches a constant	APPROACHING(input_col, compare_const, direction='above', period = 14, inclination_slope = 2, threshold_percentage = 10)	`[APPROACHING(input_col=close, compare_const=20, 'below')]`
Check occurrence of a signal	WITHIN_LAST(input_col, condition_compare='any', days_ago=1)	`[WITHIN_LAST(CROSSED(input_col=SMA(10), input_col2=SMA(200)), 'any', days_ago=7)]`
Count no. of days since a signal occurred	DAYS_SINCE(input_col, days_ago=7, total_period=14)	`[DAYS_SINCE(CROSSED(input_col=close, input_col2=SMA(200),'below'))]`
Check for change in quantity of timeseries data	CHANGE(input_col=close, direction='gained', direction_compare = 'greater than', change_by = 10, change_type = 'points', period = 14)	`[CHANGE(close, change_by = 15, change_type = points)]`
Check for trend in timeseries data	TREND(input_col=close, direction='increasing', period=14)	`[TREND(ATR(14), decreasing, 10)]`
Check if one timeseries data is near another	NEAR(input_col, compare_col = close, threshold = 5, difference_wrt='compare_col')	`[NEAR(input_col=close, compare_col=SMA(200))]`
Check if one of many occurences of a condition happened within a specified period	COUNT_OCCURRENCE(input_col = close, num_occurrence=1, type_occurrence='greater', period=14)	`[COUNT_OCCURRENCE(input_col=close<open, num_occurrence=4, period=7)]`
Check if current price bar is touching another timeseries data	TOUCHING(input_col)	`[TOUCHING(BOLLBANDS_UPPER())]`
Value of an input column n days ago	DAYS_AGO(input_col, period=1)	`[close > DAYS_AGO(close, 5)]`
Returns the greatest of the 2 input values	C_MAX(input_col, input_col2)	`[C_MAX(close, open)]`
Returns the lowest of the 2 input values	C_MIN(input_col, input_col2)	`[close > C_MAX(close, open)]`
Returns the greatest value of the input series within the given period	F_MAX(input_col, period=1, skip_period=0)	`[close > F_MAX(close, 10, 2)]`
Returns the greatest value of the input series within the given period	F_MIN(input_col, period=1, skip_period=0)	`[close> F_MAX(low, 10, 2)]`
Returns the absolute value of the input series	F_ABS(input_col)	`[close> F_ABS(open-close)]`
Returns the value of the input series divided by the second.	F_DIV(input_col, input_col2)	`[close/100 > F_DIV(open, close)]`
Returns the TenkanSen Ichimoku	ICHM_TS(period=9)	`[ICHM_TS(9)]`
Returns the KijunSen (Base Line) Ichimoku	ICHM_KS(period=26)	`[ICHM_KS(period)]`
Returns the Chiku Span (Lagging Span) Ichimoku	ICHM_CS(period=26)	`[ICHM_CS(26)]`
Returns the Senkou A (Leading Span A) Ichimoku	ICHM_SA(ts_period=9, ks_period=26, shift_period=26)	`[ICHM_SA(9 ,26)]`
Returns the Senkou B (Leading Span B) Ichimoku	ICHM_SB(period=52, shift_period=26)	`[ICHM_SB()]`

Simple moving average

SMA(input_col, period=14)

[SMA(close, 14) > 10]

Exponential moving average

EMA(input_col, period=14)

[EMA(close, 14) > SMA(low, 100)]

Wilder's moving average

RMA(input_col, period=14)

[RMA(low, 14)*2 < close]

Weighted moving average

WMA(input_col, period=14)

[WMA(close, 14) > 10]

Moving average divergence

MAD(input_col, period=14)

[MAD(close, 14) < 25]

Standard deviation

STD(input_col, period=14)

[STD(close, 14) > 50]

Moving average convergence divergence - slow line

MACD_LINE(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')

[MACD_LINE(close, 12, 26, 9) > MACD_SIGNAL(close, 12, 26, 9)]

Moving average convergence divergence - fast line

MACD_SIGNAL(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')

[MACD_LINE(close, 12, 26, 9) < MACD_SIGNAL(close, 12, 26, 9)]

Moving average convergence divergence - histogram

MACD_HIST(input_col, fast_period=12, slow_period=26, signal_period=9, ma_type='ema')

[MACD_HIST(close, 12, 26, 9) > 0]

Absolute price oscillator

APO(fast_period=12, slow_period=26, ma_type='sma')

[APO(12, 26) > 0]

Absolute volume oscillator

AVO(fast_period=12, slow_period=26, ma_type='sma')

[AVO(12, 26) < 0]

Acceleration bands - upper

ABANDS_UPPER(period = 12, ma_type='sma')

[high > ABANDS_UPPER()]

Acceleration bands - middle

ABANDS_MIDDLE(period = 12, ma_type='sma')

[close > ABANDS_MIDDLE()]

Acceleration bands - lower

ABANDS_LOWER(period = 12, ma_type='sma')

[low < ABANDS_LOWER()]

Aroon band - upper

AROON_UPPER(period=14)

[close < AROON_UPPER()]

Aroon band - middle

AROON_MIDDLE(period=14)

[close > AROON_MIDDLE()]

Arron band - lower

AROON_LOWER(period=14)

[low < AROON_LOWER()]

Average True range

ATR(period=14, ma_type='sma')

[ATR(10) > 5]

Bollinger bands - upper

BOLLBANDS_UPPER(period=14, sd_levels = 2, input_col=close, ma_type='sma')

[high > BOLLBANDS_UPPER()]

Bollinger bands - middle

BOLLBANDS_MIDDLE(period=14, sd_levels = 2, input_col=close, ma_type='sma')

[close < BOLLBANDS_MIDDLE(period=28)]

Bollinger bands - lower

BOLLBANDS_LOWER(period=14, sd_levels = 2, input_col=close, ma_type='sma')

[low < BOLLBANDS_LOWER(sd_levels = 3)]

Bollinger width

BOLLWIDTH(period=14, sd_levels = 2, input_col=close, ma_type='sma')

[BOLLWIDTH() > 1]

Bollinger oscillator

BOLLOSC(period=14, sd_levels = 2, input_col=close, ma_type='sma')

CROSSED(input_col=BOLLOSC(14), input_col1=BOLLOSC(24), 'above')

Center of gravity

COG_LINE(period=14, input_col=close)

[COG_LINE() > 0]

Center of gravity signal

COG_SIGNAL(period=14, input_col=close)

[COG_SIGNAL() > 0]

Chaikin money flow

CHAMF(period=14)

[CHAMF(period=18) > 0.05]

Chaikin volatility

CHAVOL(period=10, lag_period=10, ma_type='sma')

[CHAVOL() < 20]

Chaikin oscillator

CHAOSC(period=10, ma_type='ema')

[CHAOSC(ma_type='sma') > 100]

Chande momentum oscillator

CMO(period=10, input_col=close)

[CMO(15) > 25]

Chandelier exit

CHANEXIT(period=22, atr_multiplier=3, direction='long')

[low < CHANEXIT('short')]

Gap (%)

GAP(input_col=open, input_col2=close)

[GAP() > 0.10]

Commodity channel index

CCI(period=14)

[CCI(28) < -100]

Relative strength index

RSI(period=14, input_col=close, ma_type='rma')

[RSI() > 15]

Rate of change

ROC(period=14, input_col=close)

ROC(28, low) > 56

Connor's relative strength index

CRSI(rsi_period=3, updown_period=2, roc_period=100, input_col=close)

[CRSI()<25]

DeMarker indicator

DEMARKER(period=14)

[DEMARKER() > 0.7]

Detrended price oscillator

DPO(period=14, input_col=close, ma_type='sma')

[DPO(28) < DPO(14)]

Average directional movement index

ADX(period=14, ma_type='rma')

[ADX() > 40]

Directional movement - plus

DI_PLUS(period=14, ma_type='rma')

[TREND(DI_PLUS()-DI_MINUS(), increasing, 5]

Directional movement - minus

DI_MINUS(period=14, ma_type='rma')

[DI_MINUS() < 50]

Donchian channels - upper

DONC_UPPER(period=14, lag_period=1)

[high > DONC_UPPER(14)]

Donchian channels - middle

DONC_MIDDLE(period=14, lag_period=1)

[close < DONC_MIDDLE(28)]

Donchian channels - lower

DONC_LOWER(period=14, lag_period=1)

[low < DONC_LOWER(28)]

Ease of movement

EOM(period=14)

[EOM() > 4]

True strength index

TSI(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')

[TSI() > 20]

True strength index signal

TSI_SIGNAL(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')

[TSI() > TSI_SIGNAL()]

Ergodic oscillator

EO(fast_period=14, slow_period=25, signal_period=8, input_col=close, ma_type='ema')

[EO(input_col=volume) > 10000]

Ehler Fisher transform

EHLERT(period=14)

[EHLERT() > 0]

Force index

FORCE_INDEX(period = 14)

[TREND(FORCE_INDEX(10), increasing, 3]

Historical volatility

HISTORICAL_VOLATILITY(period=100, timeframe='year')

[HISTORICAL_VOLATILITY() > 20]

Relative volatility index

RVI(period=14, std_period=10, ma_type='sma')

[RVI(28) < 10]

Relative momentum index

RMI(period=14, lookback_period=1, input_col=close, ma_type='rma')

[RMI() > 100]

Inertia of stock

INERTIA(period=14, std_period=10, linreg_period=10)

[CROSSED(input_col=INERTIA(period=10, std_period=5, linreg_period=14), input_col2=50)]

Intraday intensity oscillator

IIO(period=14)

[TREND(IIO(14), decreasing, 5)]

Intraday momentum index

IMI(period=14, ma_type='rma')

[CROSSED(input_col=IMI(14), input_col2=IMI(28))]

Keltner channels upper band

KELTNER_UPPER(input_col=close, period=20, atr_period=10, sd_levels = 2)

[TOUCHING(KELTNER_UPPER())]

Keltner channels middle band

KELTNER_MIDDLE(input_col=close, period=20, atr_period=10, sd_levels = 2)

[close > KELTNER_MIDDLE]

Keltner channels lower band

KELTNER_LOWER(input_col=close, period=20, atr_period=10, sd_levels = 2)

[low < KELTNER_LOWER(sd_levels = 3)]

Know sure thing line

KST_LINE(period=14, signal_period=9)

[CROSSED(input_col=KST_LINE(), input_col2=KST_SIGNAL())]

Know sure thing signal

KST_SIGNAL(period=14, signal_period=9)

[CROSSED(input_col=KST_LINE(), input_col2=KST_SIGNAL())]

Mass index

MASS_INDEX(period=25, ema_period=9)

[TREND(MASS_INDEX(), decreasing, 6)]

Momentum of stock

MOMENTUM(input_col=close, period = 14)

[TREND(MASS_INDEX(), increasing, 6)]

Prcentage price oscillator

PPO(input_col = close, fast_period=14, slow_period=28, ma_type='sma')

[PPO() > 50]

Prcentage volume oscillator

PVO(input_col = volume, fast_period=14, slow_period=28, ma_type='sma')

[PVO() < 35]

Positive volume index

PVI(period=14)

[TREND(PVI(), increasing, 4)]

QStick trend

QSTICK(period=14, ma_type='ema')

[QSTICK() > 0]

Stochastics %K

STOCH_K(k_period=14,d_period=4,smooth_period=3)

[STOCH_K() < 20]

Stochastics %D

STOCH_D(k_period=14,d_period=4,smooth_period=3)

[STOCH_D() > 70]

Stochastic RSI %K

STOCHRSI_K(period=14,rsi_period=14,k_period=14,d_period=4)

[STOCHRSI_K() < 20]

Stochastic RSI %D

STOCHRSI_D(period=14,rsi_period=14,k_period=14,d_period=4)

[STOCHRSI_D() > 70]

Ultimate oscillator

ULTIMATE_OSC(fast_period=7,medium_period=14,slow_period=28)

[TREND(ULTIMATE_OSC(), increasing, 5)]

T3 moving average

T3(input_col=close, period=14, ma_type='ema', damping_coeff=0.7)

[CROSSED(input_col=T3(14), input_col2=T3(28))]

Williams R%

WILLR((period=14)

[WILLR() < -50]

TRIX Line

TRIX_LINE(input_col=close, period = 9, signal_period=3)

[CROSSED(input_col=trix_line(), input_col2=trix_signal())]

TRIX Signal

TRIX_SIGNAL(input_col=close, period = 9, signal_period=3)

[CROSSED(input_col=trix_line(), input_col2=trix_signal())]

Check for crossing/intersection of 2 timeseries data (Note: it is necessary to mention the parameter name for input_col and input_col2 to avoid confusions)

CROSSED(input_col, input_col2, days_ago=0, direction='above')

[CROSSED(input_col=SMA(10), input_col2=SMA(200))]

Linear regression

LINREG_UPPER(input_col=close, period=14, shift_period=0, sd_levels=1)

[LINREG_UPPER(close, 20)>20]

Linear regression

LINREG_MIDDLE(input_col=close, period=14, shift_period=0, sd_levels=1)

[LINREG_MIDDLE(close, 20)>50]

Linear regression

LINREG_LOWER(input_col=close, period=14, shift_period=0)

[LINREG_LOWER(close, 20)>10]

Slope

SLOPE(input_col=close, period = 14, shift_period=0)

[SLOPE(close, 20) < 0]

Compare slope of timeseries data with a constant

SLOPE_COMPARE(input_col=close, compare_const=1.0, period = 14, shift_period=0, direction='above')

[SLOPE_COMPARE(input_col=SMA(20), compare_const=1.0)]

Check if one timeseries data approaches a constant

APPROACHING(input_col, compare_const, direction='above', period = 14, inclination_slope = 2, threshold_percentage = 10)

[APPROACHING(input_col=close, compare_const=20, 'below')]

Check occurrence of a signal

WITHIN_LAST(input_col, condition_compare='any', days_ago=1)

[WITHIN_LAST(CROSSED(input_col=SMA(10), input_col2=SMA(200)), 'any', days_ago=7)]

Count no. of days since a signal occurred

DAYS_SINCE(input_col, days_ago=7, total_period=14)

[DAYS_SINCE(CROSSED(input_col=close, input_col2=SMA(200),'below'))]

Check for change in quantity of timeseries data

CHANGE(input_col=close, direction='gained', direction_compare = 'greater than', change_by = 10, change_type = 'points', period = 14)

[CHANGE(close, change_by = 15, change_type = points)]

Check for trend in timeseries data

TREND(input_col=close, direction='increasing', period=14)

[TREND(ATR(14), decreasing, 10)]

Check if one timeseries data is near another

NEAR(input_col, compare_col = close, threshold = 5, difference_wrt='compare_col')

[NEAR(input_col=close, compare_col=SMA(200))]

Check if one of many occurences of a condition happened within a specified period

COUNT_OCCURRENCE(input_col = close, num_occurrence=1, type_occurrence='greater', period=14)

[COUNT_OCCURRENCE(input_col=close<open, num_occurrence=4, period=7)]

Check if current price bar is touching another timeseries data

TOUCHING(input_col)

[TOUCHING(BOLLBANDS_UPPER())]

Value of an input column n days ago

DAYS_AGO(input_col, period=1)

[close > DAYS_AGO(close, 5)]

Returns the greatest of the 2 input values

C_MAX(input_col, input_col2)

[C_MAX(close, open)]

Returns the lowest of the 2 input values

C_MIN(input_col, input_col2)

[close > C_MAX(close, open)]

Returns the greatest value of the input series within the given period

F_MAX(input_col, period=1, skip_period=0)

[close > F_MAX(close, 10, 2)]

Returns the greatest value of the input series within the given period

F_MIN(input_col, period=1, skip_period=0)

[close> F_MAX(low, 10, 2)]

Returns the absolute value of the input series

F_ABS(input_col)

[close> F_ABS(open-close)]

Returns the value of the input series divided by the second.

F_DIV(input_col, input_col2)

[close/100 > F_DIV(open, close)]

Returns the TenkanSen Ichimoku

ICHM_TS(period=9)

[ICHM_TS(9)]

Returns the KijunSen (Base Line) Ichimoku

ICHM_KS(period=26)

[ICHM_KS(period)]

Returns the Chiku Span (Lagging Span) Ichimoku

ICHM_CS(period=26)

[ICHM_CS(26)]

Returns the Senkou A (Leading Span A) Ichimoku

ICHM_SA(ts_period=9, ks_period=26, shift_period=26)

[ICHM_SA(9 ,26)]

Returns the Senkou B (Leading Span B) Ichimoku

ICHM_SB(period=52, shift_period=26)

[ICHM_SB()]

Technical Indicators