Average True Range (uses simple moving average for smoothing) ATR(x, z) x=Period,z=Offset Average True Range (uses simple moving average for smoothing) ATRx.z x=Period,z=Offset Simple Moving Average AVG(w, x) w=Numeric,x=Period
Custom PCF Formula Function Version MS(y, z) y=SMA, z=Offset Indicator Version MSy.z Where y is the period of an optional simple moving average which can be applied to the raw MoneyStream. Where z is the offset. An offset of 1 returns the value from the previous bar instead of ...
42 Open large code editor window 14:43 Add a function from EasyScan library 19:44 Plot standard dev of regression slope 20:36 Bring in any formula as a function 22:13 Use built-in indicators in formulas 23:46 Why use # sign for const, para and funct 26:29 Can I also write PCF's...
Wherexis the Period which must be an integer. Whereyis an optional simple moving average applied to the raw stochastic which must be an integer. Wherezis the offset. An offset of 1 returns the value from 1 bar ago instead of the current value. Technical Indicators64...
An 38 period exponential TSV is created by taking an 18 period exponential moving average of the raw TSV. XAVG(TSV, 38) If you wanted the value for three bars ago you would set the optional simple moving average parameter to 1 and the offset parameter to 3. ...
Custom PCF Formula Of Closing Prices tAVG(C * V, x) / tAVGVx t=MovingAverageType, w=Formula, x=Period Generalized tAVG((w) * V, x) / tAVGVx Where t is the type of moving average. Leave blank for simple, use X for exponential, F for front weighted or H for Hull. Where...
Custom PCF Formula Simple FunctionVersion Top BBTOP(d, x, z) x=Period, d=StdDev, z=Offset Bottom BBBOT(d, x, z) Center AVG(Cz, x) Width 2 * d * STDDEV(x, z) Simple IndicatorVersion Top BBTOPd.x.z Bottom BBBOTd.x.z Center AVGCx.z Width 2 * d * STDDEVx.z ...