Indicator Formula Template Table

Indicator
 Component Template Where
Acceleration Bands
 Upper AVG(Hz + 4 * w * Hz * (Hz - Lz) / (Hz + Lz), x)
 x=Period, w=Width, z=Offset
Lower AVG(Lz - 4 * w * Lz * (Hz - Lz) / (Hz + Lz), x)
Aroon
 Down AROONDOWNx.z
 x=Period, z = Offset
Up AROONUPx.z
Oscillator AROONUPx.z - AROONDOWNx.z
Average Directional Index
 ADX ADXd.s.z
 d=DI_Period, s=Smooth, z=Offset, r=ADXR_Period+Offset
ADXR (ADXd.s.z + ADXd.s.r) / 2
Average True Range
 ATRx.z
 x=Period, z=Offset
Balance of Power
 BOPy.z
 y=SMA, z=Offset
Bollinger Bands
 Bottom BBBOT(d, x, z)
 x=Period, d=StdDev, z=Offset, Simple
Top BBTOP(d, x, z)
Center tAVGCx.z
 x=Period, d=StdDev, z=Offset, t=AverageType
Bollinger Bands %B
 (Cz - tAVGCx.z) / 2 / d / STDDEVx.z + .5
Bollinger Bandwidth
 2 * d * STDDEVx.z / tAVGCx.z
Chaikin Money Flow
 AVG((2 * Cz - Lz - Hz) / (Hz - Lz - (Hz = Lz)) * Vz, x) / (AVGVx.z - (AVGVx.z = 0))
 x=Period, z=Offset
Chaikin Oscillator
 ((q - 1) * XAVG(Vz * (2 * Cz - Hz - Lz) / (Hz - Lz), q) - (p - 1) * XAVG(Vz * (2 * Cz - Hz - Lz) / (Hz - Lz), p)) / 2
 p=ShortPeriod, q=LongPeriod, z=Offset
Chande Momentum Oscillator
 100 * (C - Cx) / SUM(ABS(C - C1), x)
 x=Period
Close
 Cz
 z=Offset
Commodity Channel Index
 CCIx.z
 x=Period, z=Offset
Coppock Curve
 100 * FAVG(C / Cp + C / Cq - 2, w)
 p=ShortROC_Period, q=LongROC_Period, w=WMA Period
Derivative Oscillator
 XAVG(XAVG(WRSIr.z, a), b) - AVG(XAVG(XAVG(WRSIr.z, a), b), c)
 r=RSI_Period, a=AVG1Period, b=AVG2Period, c=AVG3Period, z=Offset
Detrended Price Oscillator
 C - AVGCx.y
 x=Period, y=ceiling(x/2)+1
Directional Movement
 -DI DIMINUSd.z
 d=Period, z=Offset, y=z+1
+DI DIPLUSd.z
Dollar Volume
 Cz * Vz
 z=Offset
Donchian Channels
 Bottom MINLx.z
 x=Period, z=Offset
Top MAXHx.z
Center (MAXHx.z + MINLx.z) / 2
Double Exponential Moving Average
 2 * XAVG(w, x) - XAVG(XAVG(w, x), x)
 w=Formula, x=Period 
Double Smoothed Stochastic Bressert
 100 * XAVG((XAVG(STOCp.1.z, k) - MIN(XAVG(STOCp.1.z, k), p)) / (MAX(XAVG(STOCp.1.z, k), p) - MIN(XAVG(STOCp.1.z, k), p)), k)
 p=Period, k=%K, z=Offset
Ease of Movement
 50000000 * AVG((H - L) * (H - H1 + L - L1) / (V + (V = 0)), x)
 x=Period
Elder Ray Power
 Bear Lz - XAVGCx.z
 x=Period, z=Offset
Bull Hz - XAVGCx.z
Elder Force Index
 Raw  XAVG((C - C1) * V, x)
 x=Smoothing, m=MA_Period
Trigger tAVG(XAVG((C - C1) * V, x), m)
Elliot Wave Oscillator
 AVGC5 - AVGC35
Envelope Channels
 Bottom (1 - w / 100) * tAVGCx.z
 x=Period, w=Width(%), t=AverageType, z=Offset
Top (1 + w / 100) * tAVGCx.z
Center tAVGCx.z
Width w / 50 * tAVGCx.z
Exponential Moving Average
 XAVG(w, x)
 w=Formula, x=Period
Fast Stochastic
 %K STOCk.1.z
 k=%K, d=%D, z=Offset
%D STOCk.d.z
Fisher Transform
 2 * XAVG(ARCTANH(2 * XAVG(((Hz + Lz) / 2 - MINLx.z) / (MAXHx.z - MINLx.z) - .5, 5)), 3)
 x=Period, z=Offset
Front Weighted Moving Average
 FAVG(w, x)
 w=Formula, x=Period
Full Stochastic
 %K STOCp.k.z
 p=Period, k=%K, d=%D, z=Offset
%D AVG(STOCp.k.z, d}
Heiken-Ashi
 Open XAVG(O1 + H1 + L1 + C1, 3) / 4
High GREATEST(H, XAVG(O1 + H1 + L1 + C1, 3) / 4)
Low LEAST(L, XAVG(O1 + H1 + L1 + C1, 3) / 4)
Close (O + H + L + C) / 4
High
 Hz
 z=Offset
Historical Volatility
 1600 * ABS((SUM(LOG(C / C1) ^ 2, x) - LOG(C / Cx) ^ 2 / x) / x) ^ .5
 x=Period
Historical Volatility Ratio
 SQR(ABS((SUM(LOG(C / C1) ^ 2, n) - LOG(C / Cn) ^ 2 / n) / n)) / SQR(ABS((SUM(LOG(C / C1) ^ 2, d) - LOG(C / Cd) ^ 2 / d) / d))
 n=NumeratorPeriod, d=DenominatorPeriod
Hull Moving Average
 HAVG(w, x)
 w=Formula, x=Period
Kaufman Efficiency Ratio
 2 * RSIx.y.z - 100
 x=Period, y=SMA, z=Offset
Keltner Channels
 Upper tAVG((Hz + Lz + Cz) / 3 + w * ATR1.z, x)
 x=Period, w=ATR_Multiplier, z=Offset, t=AverageType
Lower tAVG((Hz + Lz + Cz) / 3 - w * ATR1.z, x)
Center tAVG(Hz + Lz + Cz, x) / 3
Width 2 * w * tAVG(ATR1.z, x)
Linear Regression
 Moving / Right End 3 * FAVG(w, x) - 2 * AVG(w, x)
 w=Formula, x=Period
Slope 6 * (FAVG(w, x) - AVG(w, x)) / (x - 1)
Left End 4 * AVG(w, x) - 3 * FAVG(w, x)
Low Lz
 z=Offset
Mass Index
 SUM(XAVG(Hz - Lz, 9) / XAVG(XAVG(Hz - Lz, 9), 9), x)
 x=Period, z=Offset
Momentum
 100 * C / Cx
 x=Period
Money Flow Index
 100 * SUM(IIF(H + L + C > H1 + L1 + C1, (H + L + C) * V, 0), x) / SUM((H + L + C) * V, x)
 x=Period
MoneyStream
 MSy.z
 y=SMA, z=Offset
Moving Average
 tAVG(w, x)
 w=Formula, x=Period, t=AverageType
Moving Average Convergence Divergence (MACD)
 Raw MACDs.l.z
 s=Short, l=Long, x=Trigger, z=Offset
Trigger XAVG(MACDs.l.z, x)
Histogram MACDs.l.z - XAVG(MACDs.l.z, x)
Moving Volume Weighted Average Price
 AVG((Oz + Hz + Lz + Cz) * Vz, x) / 4 / AVGVx.z
 x=Period, z=Offset
On Balance Volume
 OBVy.z
 y=SMA, z=Offset
Open Oz
 z=Offset
Percent Volume Oscillator (PVO)
 Raw 100 * (tAVGVp.z / tAVGVq.z - 1)
 p=Short, q=Long, s=Signal, z=Offset, t=AverageType
Trigger 100 * (tAVG(tAVGVp.z / tAVGVq.z, s) - 1)
Histogram 100 * (tAVGVp.z / tAVGVq.z - XAVG(tAVGVp.z / tAVGVq.z, s))
Pivot Points
 R4 (7 * H1 - 5 * L1 + C1) / 3
 Only matches chart in daily and longer time frames.
R3 (5 * H1 - 4 * L1 + 2 * C1) / 3
R2 (4 * H1 - 2 * L1 + C1) / 3
R1 (2 * H1 - L1 + 2 * C1) / 3
PP (H1 + L1 + C1) / 3
S1 (2 * L1 - H1 + 2 * C1) / 3
S2 (4 * L1 - 2 * H1 + C1) / 3
S3
 (5 * L1 - 4 * H1 + 2 * C1) / 3
S4 (7 * L1 - 5 * H1 + C1) / 3
Price  Open Oz
 z=Offset
High Hz
Low Lz
Close / Current Cz
Price Percent Oscillator (PPO)
 Raw 100 * (tAVG(w, s) / tAVG(w, l) - 1)
 w=Formula, s=ShortPeriod, l=LongPeriod, x=Trigger, t=AverageType
Trigger 100 * tAVG(tAVG(w, s) / tAVG(w, l) - 1), x)
Histogram 100 * (tAVG(w, s) / tAVG(w, l) - tAVG(tAVG(w, s) / tAVG(w, l), x))
Percent Volume Oscillator (PVO)
 Raw 100 * (XAVGVp.z / XAVGVq.z - 1)
 p=ShortPeriod, q=LongPeriod, s=SignalPeriod, z=Offset
Trigger 100 * (XAVG(XAVGVp.z / XAVGVq.z, s) - 1)
Histogram 100 * (XAVGVp.z / XAVGVq.z - XAVG(XAVGVp.z / XAVGVq.z, s))
Price Zone Oscillator
 100 * XAVG(IIF(Cz <= Cy, -Cz, Cz), p) / XAVGCp
 p=Period, z=Offset
R-Squared (R^2)
 ((x + 1) / 2 * (FAVG(w, x) - AVG(w, x)) / SQR((x ^ 2 - 1) * (AVG((w ) ^ 2, x) - AVG(w, x) ^ 2) / 12)) ^ 2
 w=Formula, x=Period
Rate of Change
 C - Cp
 p=Period
Rate of Change Percent
 100 * (C / Cx - 1)
 x=Period
Relative Strength Index (Plain RSI - not Wilder's)
 RSIx.y.z
 x=Period, y=SMA, z=Offset
Simple Moving Average
 AVG(w, x)
 w=Formula, x=Period
Slow Stochastic
 %K STOCk.3.z
 k=%K, d=%D, z=Offset
%D AVG(STOCk.3.z, d)
SMI Ergodic
 Indicator XAVG(XAVG(C - C1, p), q) / XAVG(XAVG(ABS(C - C1), p), q)
 p=ShortPeriod, q=LongPeriod, r=SignalPeriod
Trigger XAVG(XAVG(XAVG(C - C1, p), q) / XAVG(XAVG(ABS(C - C1), p), q), r)
Oscillator XAVG(XAVG(C - C1, p), q) / XAVG(XAVG(ABS(C - C1), p), q) - XAVG(XAVG(XAVG(C - C1, p), q) / XAVG(XAVG(ABS(C - C1), p), q), r)
Standard Deviation (of Closing Prices)
 STDDEVx.z
 x=Period, z=Offset
Standard Deviation
 SQR(ABS(SUM((w) ^ 2, x)- x * AVG(w, x) ^ 2) / x)
 w=Formua, x=Period
Stochastic
 STOCx.y.z
 x=Period, y=SMA, z=Offset
Stochastic Momentum Index (SMI)
 Indicator 200 * XAVG(XAVG(Cz - (MAXHp.z + MINLp.z) / 2, a), b) / XAVG(XAVG(MAXHp.z - MINLp.z, a), b)
 p=Period, a=Smoothed, b=DoubleSmoothed, c=Signal, z=Offset
Trigger 200 * XAVG(XAVG(XAVG(Cz - (MAXHd.z + MINLd.z) / 2, a), b) / XAVG(XAVG(MAXHd.z - MINLd.z, a), b), c)
Stochastics RSI %K 100 * AVG((WRSIr.z - MIN(WRSIr.z, s)) / (MAX(WRSIr.z, s) - MIN(WRSIr.z, s)), k)
 r=RS_ Period, s=Stochastics_Period, k=%K, d=%D
%D 100 * AVG((AVG(WRSIr.z - MIN(WRSIr.z, s)) / (MAX(WRSIr.z, s) - MIN(WRSIr.z, s)), k), d)
Sum - Adds together the value of w over the most recent x bars.
 SUM(w, x)
 w=Numeric, x=Period
Tilson T3 Moving Average
 -(f ^ 3) * XAVG(XAVG(XAVG(XAVG(XAVG(XAVGCx, x), x), x), x), x) + 3 * ((f ^ 2) + (f ^ 3)) * XAVG(XAVG(XAVG(XAVG(XAVGCx, x), x), x), x) - (6 * (f ^ 2) + 3 * (f + (f ^ 3))) * XAVG(XAVG(XAVG(XAVGCx, x), x), x) + (1 + 3 * f + (f ^ 3) + 3 * (f ^ 2)) * XAVG(XAVG(XAVGCx, x), x)
 f=Volume_Factor, x=Period
Time Segmented Volume (TSV)
 TSVx.z
 x=Period, z=Offset
Time Series Forecast
 AVG(w, x) + ((x - 1) / 2 + y) * 6 * (FAVG(w, x) - AVG(w, x)) / (x - 1)
 w=Formula, x=Period, y=ForecastBars
Triple Exponential Moving Average (TEMA)
 3 * XAVG(w, x) -  3 * XAVG(XAVG(w, x), x) + XAVG(XAVG(XAVG(w, x), x), x)
 w=Formula, x=Period
Triple Exponential Moving Average (TRIX)
 100 * (XAVG(XAVG(XAVGCx, x), x) / XAVG(XAVG(XAVGCx.1, x), x) - 1)
 w=Formula, x=Period
True Strength Index
 XAVG(XAVG(C - C1, s), l) / XAVG(XAVG(ABS(C - C1), s), l)
 s=ShortPeriod, l=Long Period
Ultimate Oscillator
 100 * (4 * SUM(C - LEAST(L, C1), p) / SUM(ATR, p) + 2 * SUM(C - LEAST(L, C1), q) / SUM(ATR, q) + SUM(C - LEAST(L, C1), r) / SUM(ATR, r)) / 7
 p=ShortPeriod, q=MediumPeriod, r=LongPeriod
Volume Vz
 z=Offset
Volume Rate of Change
 V - Vp
 p=Period
Volume Rate of Change Percent
 100 * (V / Vx - 1)
 x=Period
Volume Weighted Moving Average
 tAVG((w) * V, x) / tAVGVx
 w=Formula, x=Period, t=AverageType
Volume Zone Oscillator
 100 * XAVG(IIF(Cz <= Cy, -Vz, Vz), p) / XAVGVp.z
 p=Period, z=Offset, y=z+1
Vortex Indicator
 +VI AVG(ABS(H - L1), p) / XAVG(ATR, q)
 p=Period, q=(p*2)-1
-VI AVG(ABS(L - H1), p) / XAVG(ATR, q)
Wilder's Relative Strength Index
 WRSIx.z
 x=Period, z=Offset
Williams Alligator
 Jaw - Blue AVG(H8 + L8, 13) / 2
Teeth - Red AVG(H5 + L5, 8) / 2
Lips - Green AVG(H3 + L3, 5) / 2
Williams Acceleration/Deceleration
 (AVG(H + L, 5) - AVG(H + L, 34) - AVG(AVG(H + L, 5) - AVG(H + L, 34), 5)) / 2
Williams Awesome Oscillator
 (AVG(H + L, 5) - AVG(H + L, 34)) / 2
Williams Percent Range (%R)
 STOCx.y.z - 100
 x=Period, y=SMA, z=Offset
Worden Stochastic
 WSTOCx.y.z
 x=Period, y=SMA, z=Offset