" CERCASI SVILUPPATORE PER CONVERSIONE INDICATORE TRADING VIEW (PINE SCRIPT LANGUAGE) A MQ4"

Hello 

I need that this  pine scipt indicator ( FOTSI) to be converted to mq4 please.

//Created by "SPH Investment Fund"

//@version=4

study(title="Forex Overwiew True Strenght Index", shorttitle="FOTSI", precision=2, overlay=false)

//Global input

length1 = input(0,  title="Momentum period",  type=input.integer, minval=0)

length2 = input(25, title="Smoothing period", type=input.integer, minval=1)

length3 = input(15, title="Smoothing period", type=input.integer, minval=1)

allertB = input(3,  title="Trigger bar",      type=input.integer, minval=1)

offsetL = input(0,  title="Labels offset")

//Labels color

color_eur = input(color.blue,     title="EUR label color", type=input.color)

color_usd = input(#0000ff,        title="USD label color", type=input.color)

color_gbp = input(color.purple,   title="GBP label color", type=input.color)

color_chf = input(color.fuchsia,  title="CHF label color", type=input.color)

color_jpy = input(color.orange,   title="JPY label color", type=input.color)

color_aud = input(color.lime,     title="AUD label color", type=input.color)

color_cad = input(color.red,      title="CAD label color", type=input.color)

color_nzd = input(color.green,    title="NZD label color", type=input.color)

//Momentum calculation

mom_eurusd = security("OANDA:EURUSD", timeframe.period, close - open[length1])

mom_eurgbp = security("OANDA:EURGBP", timeframe.period, close - open[length1])

mom_eurchf = security("OANDA:EURCHF", timeframe.period, close - open[length1])

mom_eurjpy = security("OANDA:EURJPY", timeframe.period, close - open[length1]) / 100

mom_euraud = security("OANDA:EURAUD", timeframe.period, close - open[length1])

mom_eurcad = security("OANDA:EURCAD", timeframe.period, close - open[length1])

mom_eurnzd = security("OANDA:EURNZD", timeframe.period, close - open[length1])

mom_usdchf = security("OANDA:USDCHF", timeframe.period, close - open[length1])

mom_usdjpy = security("OANDA:USDJPY", timeframe.period, close - open[length1]) / 100

mom_usdcad = security("OANDA:USDCAD", timeframe.period, close - open[length1])

mom_gbpusd = security("OANDA:GBPUSD", timeframe.period, close - open[length1])

mom_gbpchf = security("OANDA:GBPCHF", timeframe.period, close - open[length1])

mom_gbpjpy = security("OANDA:GBPJPY", timeframe.period, close - open[length1]) / 100

mom_gbpaud = security("OANDA:GBPAUD", timeframe.period, close - open[length1])

mom_gbpcad = security("OANDA:GBPCAD", timeframe.period, close - open[length1])

mom_gbpnzd = security("OANDA:GBPNZD", timeframe.period, close - open[length1])

mom_chfjpy = security("OANDA:CHFJPY", timeframe.period, close - open[length1]) / 100

mom_audusd = security("OANDA:AUDUSD", timeframe.period, close - open[length1])

mom_audchf = security("OANDA:AUDCHF", timeframe.period, close - open[length1])

mom_audjpy = security("OANDA:AUDJPY", timeframe.period, close - open[length1]) / 100

mom_audcad = security("OANDA:AUDCAD", timeframe.period, close - open[length1])

mom_audnzd = security("OANDA:AUDNZD", timeframe.period, close - open[length1])

mom_cadchf = security("OANDA:CADCHF", timeframe.period, close - open[length1])

mom_cadjpy = security("OANDA:CADJPY", timeframe.period, close - open[length1]) / 100

mom_nzdusd = security("OANDA:NZDUSD", timeframe.period, close - open[length1])

mom_nzdchf = security("OANDA:NZDCHF", timeframe.period, close - open[length1])

mom_nzdjpy = security("OANDA:NZDJPY", timeframe.period, close - open[length1]) / 100

mom_nzdcad = security("OANDA:NZDCAD", timeframe.period, close - open[length1])

//Currency momentum calculation

mom_eur =   mom_eurusd + mom_eurgbp + mom_eurchf + mom_eurjpy + mom_euraud + mom_eurcad + mom_eurnzd

mom_usd = - mom_eurusd - mom_gbpusd + mom_usdchf + mom_usdjpy - mom_audusd + mom_usdcad - mom_nzdusd  

mom_gbp = - mom_eurgbp + mom_gbpusd + mom_gbpchf + mom_gbpjpy + mom_gbpaud + mom_gbpcad + mom_gbpnzd

mom_chf = - mom_eurchf - mom_usdchf - mom_gbpchf + mom_chfjpy - mom_audchf - mom_cadchf - mom_nzdchf

mom_jpy = - mom_eurjpy - mom_usdjpy - mom_gbpjpy - mom_chfjpy - mom_audjpy - mom_cadjpy - mom_nzdjpy

mom_aud = - mom_euraud + mom_audusd - mom_gbpaud + mom_audchf + mom_audjpy + mom_audcad + mom_audnzd

mom_cad = - mom_eurcad - mom_usdcad - mom_gbpcad + mom_cadchf + mom_cadjpy - mom_audcad - mom_nzdcad

mom_nzd = - mom_eurnzd + mom_nzdusd - mom_gbpnzd + mom_nzdchf + mom_nzdjpy - mom_audnzd + mom_nzdcad

//TSI calculation

smo_eur(mom_eur, length2, length3) =>

smo1_eur = ema(mom_eur, length2)

smo2_eur = ema(smo1_eur, length3)

dsm1_eur = smo_eur(mom_eur, length2, length3)

dsm2_eur = smo_eur(abs(mom_eur), length2, length3)

tsi_eur = 100 * (dsm1_eur / dsm2_eur)

smo_usd(mom_usd, length2, length3) =>

smo1_usd = ema(mom_usd, length2)

smo2_usd = ema(smo1_usd, length3)

dsm1_usd = smo_usd(mom_usd, length2, length3)

dsm2_usd = smo_usd(abs(mom_usd), length2, length3)

tsi_usd = 100 * (dsm1_usd / dsm2_usd)

smo_gbp(mom_gbp, length2, length3) =>

smo1_gbp = ema(mom_gbp, length2)

smo2_gbp = ema(smo1_gbp, length3)

dsm1_gbp = smo_usd(mom_gbp, length2, length3)

dsm2_gbp = smo_usd(abs(mom_gbp), length2, length3)

tsi_gbp = 100 * (dsm1_gbp / dsm2_gbp)

smo_chf(mom_chf, length2, length3) =>

smo1_chf = ema(mom_chf, length2)

smo2_chf = ema(smo1_chf, length3)

dsm1_chf = smo_chf(mom_chf, length2, length3)

dsm2_chf = smo_chf(abs(mom_chf), length2, length3)

tsi_chf = 100 * (dsm1_chf / dsm2_chf)

smo_jpy(mom_jpy, length2, length3) =>

smo1_jpy = ema(mom_jpy, length2)

smo2_jpy = ema(smo1_jpy, length3)

dsm1_jpy = smo_jpy(mom_jpy, length2, length3)

dsm2_jpy = smo_jpy(abs(mom_jpy), length2, length3)

tsi_jpy = 100 * (dsm1_jpy / dsm2_jpy)

smo_aud(mom_aud, length2, length3) =>

smo1_aud = ema(mom_aud, length2)

smo2_aud = ema(smo1_aud, length3)

dsm1_aud = smo_aud(mom_aud, length2, length3)

dsm2_aud = smo_aud(abs(mom_aud), length2, length3)

tsi_aud = 100 * (dsm1_aud / dsm2_aud)

smo_cad(mom_cad, length2, length3) =>

smo1_cad = ema(mom_cad, length2)

smo2_cad = ema(smo1_cad, length3)

dsm1_cad = smo_cad(mom_cad, length2, length3)

dsm2_cad = smo_cad(abs(mom_cad), length2, length3)

tsi_cad = 100 * (dsm1_cad / dsm2_cad)

smo_nzd(mom_nzd, length2, length3) =>

smo1_nzd = ema(mom_nzd, length2)

smo2_nzd = ema(smo1_nzd, length3)

dsm1_nzd = smo_nzd(mom_nzd, length2, length3)

dsm2_nzd = smo_nzd(abs(mom_nzd), length2, length3)

tsi_nzd = 100 * (dsm1_nzd / dsm2_nzd)

//Currency plotting

plot(tsi_eur, title="EUR", color=color.blue,    linewidth=2)

plot(tsi_usd, title="USD", color=#0000ff,       linewidth=2)

plot(tsi_gbp, title="GBP", color=color.purple,  linewidth=2)

plot(tsi_chf, title="CHF", color=color.fuchsia, linewidth=2)

plot(tsi_jpy, title="JPY", color=color.orange,  linewidth=2)

plot(tsi_aud, title="AUD", color=color.lime,    linewidth=2)

plot(tsi_cad, title="CAD", color=color.red,     linewidth=2)

plot(tsi_nzd, title="NZD", color=color.green,   linewidth=2)

//Labels

lab_eur = label.new(time + offsetL, tsi_eur, "EUR",

     style = label.style_label_left,

     color = color_eur,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_eur[1])

lab_usd = label.new(time + offsetL, tsi_usd, "USD",

     style = label.style_label_left,

     color = color_usd,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_usd[1])

lab_gbp = label.new(time + offsetL, tsi_gbp, "GBP",

     style = label.style_label_left,

     color = color_gbp,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_gbp[1])

lab_chf = label.new(time + offsetL, tsi_chf, "CHF",

     style = label.style_label_left,

     color = color_chf,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_chf[1])

lab_jpy = label.new(time + offsetL, tsi_jpy, "JPY",

     style = label.style_label_left,

     color = color_jpy,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_jpy[1])

lab_aud = label.new(time + offsetL, tsi_aud, "AUD",

     style = label.style_label_left,

     color = color_aud,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_aud[1])

lab_cad = label.new(time + offsetL, tsi_cad, "CAD",

     style = label.style_label_left,

     color = color_cad,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_cad[1])

lab_nzd = label.new(time + offsetL, tsi_nzd, "NZD",

     style = label.style_label_left,

     color = color_nzd,

     textcolor = color.white,

     xloc = xloc.bar_time)

label.delete(lab_nzd[1])

//Graphics plotting

overbuy     = hline(50,  title="Overbuy",       color=color.red,    linestyle=hline.style_dotted)

oversell    = hline(-50, title="Oversell",      color=color.green,  linestyle=hline.style_dotted)

level25     = hline(25,  title="Upper range",   color=color.white,  linestyle=hline.style_dotted)

levelm25    = hline(-25, title="Lower range",   color=color.white,  linestyle=hline.style_dotted)

fill(level25, levelm25, title="Range", color=color.new(color.purple, 95))

//Proudly created by Stefano Panetta

//End scripting on 07/05/2021 at 12:42:13