CRISIS

(CRISIS) BTC money flow oscilator V0.1

Modified version of Ricado Santos' money flow oscilator.

now featuring 3 oscilators. Makes it easier to obseerve when dumps/pumps are targeting OKC futures contracts or just looking for divergences.

1x Aggregate of OKcoin:BTCCNY, Houbi:BTCCNY & Bitfinex:BTCUSD (Orange)
1X OKcoin 1 Week futures (pink)
1x OKcoin 3 Month futures (purple)
Script de código aberto

Dentro do verdadeiro espírito TradingView, o autor deste script publicou ele como um script de código aberto, para que os traders possam compreender e checar ele. Um viva ao autor! Você pode usá-lo gratuitamente, mas a reutilização deste código em uma publicação é regida pelas Regras da Casa. Você pode favoritá-lo para usá-lo em um gráfico.

Aviso legal

As informações e publicações não devem ser e não constituem conselhos ou recomendações financeiras, de investimento, de negociação ou de qualquer outro tipo, fornecidas ou endossadas pela TradingView. Leia mais em Termos de uso.

Quer usar esse script no gráfico?
study(title="BTC MFO V0.1", shorttitle="MFO")
//Modification of Ricardo Santos Money flow osccilator (https://www.tradingview.com/script/1heGd4MD-RS-Money-Flow-Oscillator-V0/)
// Now 3 Oscicilators.
//First show combined MFO from 3 sources (Def. BITFINEX,OKC,HOUBI).
//Second and Third show single sources (Def. OKC 2M & 1W futures).

// ****Money flow oscillator 1 Inputs****

Indlength = input(title='MFO1(Agg.Ind) Length', type=integer, defval=20, minval=1)
//IndSHOW_BC = input(title='Show MFO1(Agg.Ind) Bar Colors', type=bool, defval=false)

// ****MFO Index Securities****

IndVol1Input = input(defval="BITFINEX:BTCUSD", title="MFO1(Agg.Ind): Primary Security?", type=symbol, confirm=true)
IndVol1 = security(IndVol1Input, period, volume)

UseIndVol2 = input(true, title="MFO1(Agg.Ind): Use Second security?")
IndVol2Input = input(defval="OKCOIN:BTCCNY", title="MFO1(Agg.Ind): Second security", type=symbol, confirm=true)
IndVol2Value = security(IndVol2Input, period, volume)
IndVol2 = UseIndVol2 ?  IndVol2Value : 0

UseIndVol3 = input(true, title="MFO1(Agg.Ind): Use Third security?")
IndVol3Input = input(defval="HUOBI:BTCCNY", title="MFO1(Agg.Ind): Third security", type=symbol, confirm=true)
IndVol3Value = security(IndVol3Input, period, volume)
IndVol3 = UseIndVol3 ?  IndVol3Value : 0
//IndMyVol = na(IndVol1+IndVol2+IndVol3) ? 0 : (IndVol1+IndVol2+IndVol3)
IndMyVol = IndVol1+IndVol2+IndVol3

// ****Money flow oscillator 2 Inputs****
length1w = input(title='MFO2: length', type=integer, defval=20, minval=1)
//SHOW_BC1w = input(title='Show MFO2 Bar Colors', type=bool, defval=false)
MFO2Input = input(defval="OKCOIN:BTCUSD1W", title="MFO2: Security", type=symbol, confirm=true)
Vol1w = security (MFO2Input, period, volume)

// ****Money flow oscillator 3 Inputs****
length3m = input(title='MFO3: Length', type=integer, defval=20, minval=1)
//SHOW_BC3m = input(title='Show MFO3 Bar Colors', type=bool, defval=false)
MFO3Input = input(defval="OKCOIN:BTCUSD3M", title="MFO3: Security", type=symbol, confirm=true)
Vol3m = security(MFO3Input, period, volume)

// ****Money flow oscillator (Agg) 1****

IndDvs = (high - low[1]) + (high[1] - low)
IndMLTP = na(IndDvs) ? 0 : IndDvs != 0 ? round(((high - low[1]) - (high[1] - low )) / IndDvs) : 0
IndDvsv = IndMyVol != 0 ? IndMyVol : 0
IndMFV = IndMLTP * IndMyVol
IndMFO = sum( IndMFV, Indlength ) / sum( IndDvsv, Indlength )
plot(IndMFO, title="MFO 1", linewidth=3, transp=0, color =orange)
//barcolor(not IndSHOW_BC? na : IndMFO>=0?lime:red)

// ****Money flow oscillator 2****

Dvs1w = (high - low[1]) + (high[1] - low)
MLTP1w = na(Dvs1w) ? 0 : Dvs1w != 0 ? round(((high - low[1]) - (high[1] - low )) / Dvs1w) : 0
MyVol1w = na(Vol1w) ? 0 : (Vol1w)
Dvsv1w = MyVol1w != 0 ? MyVol1w : 0
MFV1w = MLTP1w * MyVol1w
MFO1w = sum( MFV1w, length1w ) / sum( Dvsv1w, length1w )
plot(MFO1w, title="MFO2", linewidth=2, transp=0, color=#FF00FC)
//barcolor(not SHOW_BC1w? na : MFO1w>=0?lime:red)

// ****Money flow oscillator 3****

Dvs3m = (high - low[1]) + (high[1] - low)
MLTP3m = na(Dvs3m) ? 0 : Dvs3m != 0 ? round(((high - low[1]) - (high[1] - low )) / Dvs3m) : 0
MyVol3m = na(Vol3m) ? 0 : (Vol3m)
Dvsv3m = MyVol3m != 0 ? MyVol3m : 0
MFV3m = MLTP3m * MyVol3m
MFO3m = sum( MFV3m, length3m ) / sum( Dvsv1w, length3m )
plot(MFO3m, title="MFO3", linewidth=2, transp=0, color=#A600FF)
//barcolor(not SHOW_BC3m? na : MFO3m>=0?lime:red)

// Plotmmid line
plot(0, title = "Zero Line", color = white, linewidth = 1)