This indicator uses candlestick configurations to output multiple results.
It calculates according to the body and wicks of the candle their meaning, e.g. a small bullish body with a large high wick indicates an effort of the salesman on the candle in the yard, etc…
All the configurations are given on the “Trend Action” histogram.
With the results, the indicator makes a mean calculation based on the hull method and a standard deviation to give the cloud.
the cloud is composed of two lines, UP which translates the buying power of the last 9/26/52 period and DW which translates the selling power of the same period, the cloud then gives the dominant meaning
In the cloud, a line named force and calculate on UP + DW / 2, in this way, the line becomes green when the opponent becomes dominant and red when the take is undecided for the direction
It is therefore added on the price another indicator to see the information given on the price directly.
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// //============================== Trend Haussier //Configuration haussière if close > open then UValeur1 = 0 + (close-open) DValeur1 = 0 UValeur2 = UValeur1 + (open-low) DValeur2 = 0 DValeur3 = 0 - (high-close) UValeur3 = 0 XValeur1 = 0 XValeur2 = 0 endif //Valeur Absolue Haussière VHAbsolu = 0 + (UValeur1+UValeur2+UValeur3+XValeur1) HMM1 = 2*WeightedAverage[round(20/2)](VHAbsolu) - WeightedAverage[20](VHAbsolu) HMM = WeightedAverage[round(SQRT(20))](HMM1) UP1 = HMM+STD[9]*1 UP2 = HMM+STD[26]*1 UP3 = HMM+STD[52]*1 UP = (UP1+UP2+UP3)/3 //============================== Trend Baissier //Configuration baissière if close < open then DValeur1 = 0 - (open-close) UValeur1 = 0 DValeur2 = DValeur1 - (high-open) UValeur2 = 0 UValeur3 = 0 + (close-low) DValeur3 = 0 XValeur1 = 0 XValeur2 = 0 endif //Valeur Absolue Baissière VBAbsolu = 0 - (DValeur1+DValeur2+DValeur3+XValeur2) BMM1 = 2*WeightedAverage[round(20/2)](VBAbsolu) - WeightedAverage[20](VBAbsolu) BMM = WeightedAverage[round(SQRT(20))](BMM1) BP1 = BMM+STD[9]*1 BP2 = BMM+STD[26]*1 BP3 = BMM+STD[52]*1 DW = (BP1+BP2+BP3)/3 //============================== Trend Neutre //Configuration Neutre if close = open then XValeur1 = 0 + (high-open) XValeur2 = 0 - (open-low) UValeur1 = 0 UValeur2 = 0 DValeur1 = 0 DValeur2 = 0 endif //============================== Calcul Secondaire //Nuage du Trend if UP > DW then drawcandle (DW,UP,DW,UP) coloured (36,147,219,90) elsif UP < DW then drawcandle (DW,UP,DW,UP) coloured (101,101,101,90) endif //Force du Trend Force = (UP+DW)/2 if Force > Force[1] then R = 8 G = 126 B = 22 elsif Force < Force[1] then R = 162 G = 8 B = 8 endif //============================== Fin return XValeur1 coloured (36,147,219,50) style (histogram,1) as "XValeur1" , XValeur2 coloured (101,101,101,50) style (histogram,1) as "XValeur2" , UValeur1 coloured (36,147,219) style (histogram,1) as "UValeur1" , DValeur1 coloured (101,101,101) style (histogram,1) as "UValeur1" , UValeur2 coloured (36,147,219,50) style (histogram,1) as "UValeur2" , DValeur2 coloured (101,101,101,50) style (histogram,1) as "UValeur2" , UValeur3 coloured (36,147,219,50) style (histogram,1) as "UValeur3" , DValeur3 coloured (101,101,101,50) style (histogram,1) as "UValeur3" , Force coloured (R,G,B) style (line,2) as "Force" |
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// //============================== Trend Haussier //Configuration haussière if close > open then UValeur1 = 0 + (close-open) DValeur1 = 0 UValeur2 = UValeur1 + (open-low) DValeur2 = 0 DValeur3 = 0 - (high-close) UValeur3 = 0 XValeur1 = 0 XValeur2 = 0 endif //Valeur Absolue Haussière VHAbsolu = 0 + (UValeur1+UValeur2+UValeur3+XValeur1) HMM1 = 2*WeightedAverage[round(20/2)](VHAbsolu) - WeightedAverage[20](VHAbsolu) HMM = WeightedAverage[round(SQRT(20))](HMM1) UP1 = HMM+STD[9]*1 UP2 = HMM+STD[26]*1 UP3 = HMM+STD[52]*1 UP = (UP1+UP2+UP3)/3 //============================== Trend Baissier //Configuration baissière if close < open then DValeur1 = 0 - (open-close) UValeur1 = 0 DValeur2 = DValeur1 - (high-open) UValeur2 = 0 UValeur3 = 0 + (close-low) DValeur3 = 0 XValeur1 = 0 XValeur2 = 0 endif //Valeur Absolue Baissière VBAbsolu = 0 - (DValeur1+DValeur2+DValeur3+XValeur2) BMM1 = 2*WeightedAverage[round(20/2)](VBAbsolu) - WeightedAverage[20](VBAbsolu) BMM = WeightedAverage[round(SQRT(20))](BMM1) BP1 = BMM+STD[9]*1 BP2 = BMM+STD[26]*1 BP3 = BMM+STD[52]*1 DW = (BP1+BP2+BP3)/3 //============================== Trend Neutre //Configuration Neutre if close = open then XValeur1 = 0 + (high-open) XValeur2 = 0 - (open-low) UValeur1 = 0 UValeur2 = 0 DValeur1 = 0 DValeur2 = 0 endif //============================== Calcul Secondaire if barindex>1 then haclose=(open+close+low+high)/4 haopen=(haopen[1]+haclose[1])/2 endif //Force du Trend Force = (UP+DW)/2 if Force > Force[1] then ST = 1 elsif Force < Force[1] then ST = 0 endif //Up U1 = haclose => haopen and UP > DW U2 = ST = 1 if U1 and U2 then signalU = 1 else signalU = 0 endif //Up XU1 = close => open and UP > DW XU2 = ST = 1 if XU1 and XU2 then XsignalU = 1 else XsignalU = 0 endif if signalU = 1 and Heinkin then drawcandle(haopen,high,low,haclose)coloured(36,147,219) endif if XsignalU = 1 and Chandelier then drawcandle(open,high,low,close)coloured(36,147,219) endif //Down D1 = haclose =< haopen and DW > UP D2 = ST = 1 if D1 and D2 then signalD = 1 else signalD = 0 endif //Down XD1 = close =< open and DW > UP XD2 = ST = 1 if XD1 and XD2 then XsignalD = 1 else XsignalD = 0 endif if signalD = 1 and Heinkin then drawcandle(haopen,high,low,haclose)coloured(101,101,101) endif if XsignalD = 1 and Chandelier then drawcandle(open,high,low,close)coloured(101,101,101) endif //============================== Fin return |
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is this code working for on tradingview plartform?
No. All our codes are made to be used with ProRealTime trading platform: https://www.prorealtime.com