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Worden Discussion Forum
Perfect Bruce ,
Ok good, now is there a pcf that u can write where the volume colour is based on open and close of price bars ?
so current price or close is greater then open then it gives volume bar as green and current price close is less then open then volume bar is red ?
Bruce how are the volume bars histograms calculated ?
I mean what gives green colour to volume bar and what gives red colour to volume bars ??
Awesome perfect Bruce
Just a correction second formula should be < instead of > but i got it
cheers and thanks
have good weekend
how to modify and write the bollinger bandwith 2,20 in this format as below
IIF((AVGC20) > (AVGC20.1), (AVGC20), 1 / 0)
IIF((AVGC20) < (AVGC20.1), (AVGC20), 1 / 0)
and in this link post what does "d" stand for in the formula
Bruce that was easy :) thank you that works
Bruce from your response of 05 September 2018 12:35:05
I can't think of a reason you couldn' plot the dots on the Lagging Span (Chikou Span). It is pretty much just going to be the following for the fractal highs.
IIF(MAXC2 < C2 AND C2 > MAXC2.3, C2, 0)
IIF(MAXC2 < C2 AND C2 > MAXC2.3, C2, 0)
And the following for the fractal lows.
IIF(MINC2 > C2 AND C2 < MINC2.3, C2, 0)
IIF(MINC2 > C2 AND C2 < MINC2.3, C2, 0)
You are just going to have a 1-period moving average of both Custom PCF Indicators offset by -28 bars to get the fractal dots into the correct positions.
So my question is that below formula you did for me which produces accurate results for current price crossing up the most recent fractal high , so can you please modify the formula to get same info for CHIKOU ,where current chikou CROSSING UP MOST RECENT FRACTAL CHIKOU CLOSE PLOTTED ON CHIKOU EXAMPLE : "HD" ON 130 MIN CHART WHERE CHIKOU CROSSES UP THE MOST RECENT FRACTAL CHIKOU CLOSE
C > IIF(MAXH2 < H2 AND H2 > MAXH2.3, C, IIF(MAXH2.1 < H3 AND H3 > MAXH2.4, H3, IIF(MAXH2.2 < H4 AND H4 > MAXH2.5, IIF(C1 < H4, H4, C), IIF(MAXH2.3 < H5 AND H5 > MAXH2.6, IIF(MAXC2.1 < H5, H5, C), IIF(MAXH2.4 < H6 AND H6 > MAXH2.7, IIF(MAXC3.1 < H6, H6, C), IIF(MAXH2.5 < H7 AND H7 > MAXH2.8, IIF(MAXC4.1 < H7, H7, C), IIF(MAXH2.6 < H8 AND H8 > MAXH2.9, IIF(MAXC5.1 < H8, H8, C), IIF(MAXH2.7 < H9 AND H9 > MAXH2.10, IIF(MAXC6.1 < H9, H9, C), IIF(MAXH2.8 < H10 AND H10 > MAXH2.11, IIF(MAXC7.1 < H10, H10, C), IIF(MAXH2.9 < H11 AND H11 > MAXH2.12, IIF(MAXC8.1 < H11, H11, C), IIF(MAXH2.10 < H12 AND H12 > MAXH2.13, IIF(MAXC9.1 < H12, H12, C), IIF(MAXH2.11 < H13 AND H13 > MAXH2.14, IIF(MAXC10.1 < H13, H13, C), IIF(MAXH2.12 < H14 AND H14 > MAXH2.15, IIF(MAXC11.1 < H14, H14, C), IIF(MAXH2.13 < H15 AND H15 > MAXH2.16, IIF(MAXC12.1 < H15, H15, C), IIF(MAXH2.14 < H16 AND H16 > MAXH2.17, IIF(MAXC13.1 < H16, H16, C), IIF(MAXH2.15 < H17 AND H17 > MAXH2.18, IIF(MAXC14.1 < H17, H17, C), IIF(MAXH2.16 < H18 AND H18 > MAXH2.19, IIF(MAXC15.1 < H18, H18, C), IIF(MAXH2.17 < H19 AND H19 > MAXH2.20, IIF(MAXC16.1 < H19, H19, C), IIF(MAXH2.18 < H20 AND H20 > MAXH2.21, IIF(MAXC17.1 < H20, H20, C), IIF(MAXH2.19 < H21 AND H21 > MAXH2.22, IIF(MAXC18.1 < H21, H21, C), IIF(MAXH2.20 < H22 AND H22 > MAXH2.23, IIF(MAXC19.1 < H22, H22, C), IIF(MAXH2.21 < H23 AND H23 > MAXH2.24, IIF(MAXC20.1 < H23, H23, C), IIF(MAXH2.22 < H24 AND H24 > MAXH2.25, IIF(MAXC21.1 < H24, H24, C), IIF(MAXH2.23 < H25 AND H25 > MAXH2.26, IIF(MAXC22.1 < H25, H25, C), IIF(MAXH2.24 < H26 AND H26 > MAXH2.27, IIF(MAXC23.1 < H26, H26, C), IIF(MAXH2.25 < H27 AND H27 > MAXH2.28, IIF(MAXC24.1 < H27, H27, C), IIF(MAXH2.26 < H28 AND H28 > MAXH2.29, IIF(MAXC25.1 < H28, H28, C), IIF(MAXH2.27 < H29 AND H29 > MAXH2.30, IIF(MAXC26.1 < H29, H29, C), IIF(MAXH2.28 < H30 AND H30 > MAXH2.31, IIF(MAXC27.1 < H30, H30, C), IIF(MAXH2.29 < H31 AND H31 > MAXH2.32, IIF(MAXC28.1 < H31, H31, C), IIF(MAXH2.30 < H32 AND H32 > MAXH2.33, IIF(MAXC29.1 < H32, H32, C), IIF(MAXH2.31 < H33 AND H33 > MAXH2.34, IIF(MAXC30.1 < H33, H33, C), IIF(MAXH2.32 < H34 AND H34 > MAXH2.35, IIF(MAXC31.1 < H34, H34, C), IIF(MAXH2.33 < H35 AND H35 > MAXH2.36, IIF(MAXC32.1 < H35, H35, C), IIF(MAXH2.34 < H36 AND H36 > MAXH2.37, IIF(MAXC33.1 < H36, H36, C), IIF(MAXH2.35 < H37 AND H37 > MAXH2.38, IIF(MAXC34.1 < H37, H37, C), IIF(MAXH2.36 < H38 AND H38 > MAXH2.39, IIF(MAXC35.1 < H38, H38, C), IIF(MAXH2.37 < H39 AND H39 > MAXH2.40, IIF(MAXC36.1 < H39, H39, C), IIF(MAXH2.38 < H40 AND H40 > MAXH2.41, IIF(MAXC37.1 < H40, H40, C), IIF(MAXH2.39 < H41 AND H41 > MAXH2.42, IIF(MAXC38.1 < H41, H41, C), IIF(MAXH2.40 < H42 AND H42 > MAXH2.43, IIF(MAXC39.1 < H42, H42, C), IIF(MAXH2.41 < H43 AND H43 > MAXH2.44, IIF(MAXC40.1 < H43, H43, C), IIF(MAXH2.42 < H44 AND H44 > MAXH2.45, IIF(MAXC41.1 < H44, H44, C), IIF(MAXH2.43 < H45 AND H45 > MAXH2.46, IIF(MAXC42.1 < H45, H45, C), IIF(MAXH2.44 < H46 AND H46 > MAXH2.47, IIF(MAXC43.1 < H46, H46, C), IIF(MAXH2.45 < H47 AND H47 > MAXH2.48, IIF(MAXC44.1 < H47, H47, C), IIF(MAXH2.46 < H48 AND H48 > MAXH2.49, IIF(MAXC45.1 < H48, H48, C), IIF(MAXH2.47 < H49 AND H49 > MAXH2.50, IIF(MAXC46.1 < H49, H49, C), IIF(MAXH2.48 < H50 AND H50 > MAXH2.51, IIF(MAXC47.1 < H50, H50, C), IIF(MAXH2.49 < H51 AND H51 > MAXH2.52, IIF(MAXC48.1 < H51, H51, C), IIF(MAXH2.50 < H52 AND H52 > MAXH2.53, IIF(MAXC49.1 < H52, H52, C), IIF(MAXH2.51 < H53 AND H53 > MAXH2.54, IIF(MAXC50.1 < H53, H53, C), IIF(MAXH2.52 < H54 AND H54 > MAXH2.55, IIF(MAXC51.1 < H54, H54, C), IIF(MAXH2.53 < H55 AND H55 > MAXH2.56, IIF(MAXC52.1 < H55, H55, C), IIF(MAXH2.54 < H56 AND H56 > MAXH2.57, IIF(MAXC53.1 < H56, H56, C), IIF(MAXH2.55 < H57 AND H57 > MAXH2.58, IIF(MAXC54.1 < H57, H57, C), IIF(MAXH2.56 < H58 AND H58 > MAXH2.59, IIF(MAXC55.1 < H58, H58, C), IIF(MAXH2.57 < H59 AND H59 > MAXH2.60, IIF(MAXC56.1 < H59, H59, C), IIF(MAXH2.58 < H60 AND H60 > MAXH2.61, IIF(MAXC57.1 < H60, H60, C), IIF(MAXH2.59 < H61 AND H61 > MAXH2.62, IIF(MAXC58.1 < H61, H61, C), IIF(MAXH2.60 < H62 AND H62 > MAXH2.63, IIF(MAXC59.1 < H62, H62, C), IIF(MAXH2.61 < H63 AND H63 > MAXH2.64, IIF(MAXC60.1 < H63, H63, C), IIF(MAXH2.62 < H64 AND H64 > MAXH2.65, IIF(MAXC61.1 < H64, H64, C), IIF(MAXH2.63 < H65 AND H65 > MAXH2.66, IIF(MAXC62.1 < H65, H65, C), IIF(MAXH2.64 < H66 AND H66 > MAXH2.67, IIF(MAXC63.1 < H66, H66, C), IIF(MAXH2.65 < H67 AND H67 > MAXH2.68, IIF(MAXC64.1 < H67, H67, C), IIF(MAXH2.66 < H68 AND H68 > MAXH2.69, IIF(MAXC65.1 < H68, H68, C), IIF(MAXH2.67 < H69 AND H69 > MAXH2.70, IIF(MAXC66.1 < H69, H69, C), IIF(MAXH2.68 < H70 AND H70 > MAXH2.71, IIF(MAXC67.1 < H70, H70, C), IIF(MAXH2.69 < H71 AND H71 > MAXH2.72, IIF(MAXC68.1 < H71, H71, C), IIF(MAXH2.70 < H72 AND H72 > MAXH2.73, IIF(MAXC69.1 < H72, H72, C), IIF(MAXH2.71 < H73 AND H73 > MAXH2.74, IIF(MAXC70.1 < H73, H73, C), IIF(MAXH2.72 < H74 AND H74 > MAXH2.75, IIF(MAXC71.1 < H74, H74, C), IIF(MAXH2.73 < H75 AND H75 > MAXH2.76, IIF(MAXC72.1 < H75, H75, C), IIF(MAXH2.74 < H76 AND H76 > MAXH2.77, IIF(MAXC73.1 < H76, H76, C), IIF(MAXH2.75 < H77 AND H77 > MAXH2.78, IIF(MAXC74.1 < H77, H77, C), IIF(MAXH2.76 < H78 AND H78 > MAXH2.79, IIF(MAXC75.1 < H78, H78, C), IIF(MAXH2.77 < H79 AND H79 > MAXH2.80, IIF(MAXC76.1 < H79, H79, C), IIF(MAXH2.78 < H80 AND H80 > MAXH2.81, IIF(MAXC77.1 < H80, H80, C), IIF(MAXH2.79 < H81 AND H81 > MAXH2.82, IIF(MAXC78.1 < H81, H81, C), IIF(MAXH2.80 < H82 AND H82 > MAXH2.83, IIF(MAXC79.1 < H82, H82, C), IIF(MAXH2.81 < H83 AND H83 > MAXH2.84, IIF(MAXC80.1 < H83, H83, C), IIF(MAXH2.82 < H84 AND H84 > MAXH2.85, IIF(MAXC81.1 < H84, H84, C), IIF(MAXH2.83 < H85 AND H85 > MAXH2.86, IIF(MAXC82.1 < H85, H85, C), IIF(MAXH2.84 < H86 AND H86 > MAXH2.87, IIF(MAXC83.1 < H86, H86, C), IIF(MAXH2.85 < H87 AND H87 > MAXH2.88, IIF(MAXC84.1 < H87, H87, C), IIF(MAXH2.86 < H88 AND H88 > MAXH2.89, IIF(MAXC85.1 < H88, H88, C), IIF(MAXH2.87 < H89 AND H89 > MAXH2.90, IIF(MAXC86.1 < H89, H89, C), IIF(MAXH2.88 < H90 AND H90 > MAXH2.91, IIF(MAXC87.1 < H90, H90, C), IIF(MAXH2.89 < H91 AND H91 > MAXH2.92, IIF(MAXC88.1 < H91, H91, C), IIF(MAXH2.90 < H92 AND H92 > MAXH2.93, IIF(MAXC89.1 < H92, H92, C), IIF(MAXH2.91 < H93 AND H93 > MAXH2.94, IIF(MAXC90.1 < H93, H93, C), IIF(MAXH2.92 < H94 AND H94 > MAXH2.95, IIF(MAXC91.1 < H94, H94, C), IIF(MAXH2.93 < H95 AND H95 > MAXH2.96, IIF(MAXC92.1 < H95, H95, C), IIF(MAXH2.94 < H96 AND H96 > MAXH2.97, IIF(MAXC93.1 < H96, H96, C), IIF(MAXH2.95 < H97 AND H97 > MAXH2.98, IIF(MAXC94.1 < H97, H97, C), IIF(MAXH2.96 < H98 AND H98 > MAXH2.99, IIF(MAXC95.1 < H98, H98, C), IIF(MAXH2.97 < H99 AND H99 > MAXH2.100, IIF(MAXC96.1 < H99, H99, C), IIF(MAXH2.98 < H100 AND H100 > MAXH2.101, IIF(MAXC97.1 < H100, H100, C), IIF(MAXH2.99 < H101 AND H101 > MAXH2.102, IIF(MAXC98.1 < H101, H101, C), C))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))
and this is for the fractal low that you did and i need same for chikou close today below the chikou fractal close of past EXAMPLE : AMZN ON 130 MIN CHART CURRENT CHIKOU CLOSE BELOW MOST RECENT FRACTAL CHIKOU CLOSE OF PAST
Ok that works Perfect...
Sorry Bruce i can see what u mean ,, but by default when i click on the labels that u made Above , within below and i click add plot here , then i click custom pcf indicator so by default it plots past the black histogram
I even tried clicking price and then clicking add plot here but by default it plots past the Black histogram label
so how to fix that
Thank you Bruce the Fractal part works perfect...
but the formula for painted bar how do i make it only appear overaly the candle body because presently its plotting histogram from bottom of screen when i scale it with price so what to change or add ?