Travelfrog

It is the Hurst CMA (centered moving average) that I would like to replicate as static, but I guess that is difficult to do. If you have a Simple MA50, then when the candle closes, the MA stays at the figure created on that particular candle. With the Hurst CMA50, I believe that it can repaint the candle figure over the last 50 candles which allows the Hurst CMA to be more trend orientated. If you have a simple MA cross above the CMA, then after a few bars, the CMA can go back below the simple MA.

I have been using the formula for the Hurst Channel in ProRealTime. The problem that I have is that when an entry signal is generated using the CMA, I have noticed that the CMA can actually still move after the candle close and then void an entry signal. Is there any other way to replicate the Hurst CMA so that it becomes fixed(static) on a candle close?

I have been using the formula for the Hurst Channel in ProRealTime. The problem that I have is that when an entry signal is generated using the CMA, I have noticed that the CMA can actually still move after the candle close and then void an entry signal. Is there any other way to replicate the Hurst CMA so that it becomes fixed(static) on a candle close?

Hi, I would like to add my own pivot points in ProRealTime. At the moment, they just display on every day. I would like to display them to the right of the current candle only and possibly labelled R1, S1 on the chart etc. Any pointers as to how I can code this in ProRealTime? Below is the basic code for classic pivot points. How would I modify the code to display the pivots on next day only? //Classic Pivot Points The formula used in the calculation of Classic Pivot Points are: PP = (HIGH + LOW + CLOSE) / 3 R4 = PP + RANGE*3 R3 = PP + RANGE*2 RR2 = PP + RANGE R1 = (2 * PP) - LOW S1 = (2 * PP) - HIGH S2 = PP - RANGE S3 = PP - RANGE*2 S4 = PP - RANGE*3 RETURN R4,R3,RR2,R1,PP,S1,S2,S3,S4