Reply To: Pring’s Trend Deviation Script

[Trevor R]

Hi Louis,

See if this code results in what you are looking for:

//Calculate Moving Averages MA1 = MA(BARS=21, STYLE=Exponential, CALC=Close); MA2 = MA(BARS=63, CALC=Close, STYLE=Exponential); //Calculate Output Plots //Plot1 = (MA1 / MA2); Plot1 = (MA1 / MA2) - 1; Plot2 = MA(Plot1, BARS=9, CALC=Close, STYLE=Exponential); //Plot3 = (Plot1 - Plot2); Plot3 = ((MA1 / MA2 ) - 1) - (MA(Plot1, BARS=9, CALC=Close, STYLE=Exponential)); //Define Output Plots Plot1.Linestyle = Solid; Plot1.Color = Black; Plot1.LineWidth = 2; Plot2.Linestyle = Dash; Plot2.Color = Red; Plot3.Plotstyle = Histogram; Plot3.Color = Gray;

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//Calculate Moving Averages MA1 = MA(BARS=21, STYLE=Exponential, CALC=Close); MA2 = MA(BARS=63, CALC=Close, STYLE=Exponential); //Calculate Output Plots //Plot1 = (MA1 / MA2); Plot1 = (MA1 / MA2) - 1; Plot2 = MA(Plot1, BARS=9, CALC=Close, STYLE=Exponential); //Plot3 = (Plot1 - Plot2); Plot3 = ((MA1 / MA2 ) - 1) - (MA(Plot1, BARS=9, CALC=Close, STYLE=Exponential)); //Define Output Plots Plot1.Linestyle = Solid; Plot1.Color = Black; Plot1.LineWidth = 2; Plot2.Linestyle = Dash; Plot2.Color = Red; Plot3.Plotstyle = Histogram; Plot3.Color = Gray;

This is what is gives me:

Cheers

Trevor