CYCLE SWING MOMENTUM

• 02/21/2024 at 6:30 PM #228521
  NEOMKEY

  Hola a tod@s. Puede alguien transcribir el siguiente indicador de Tradingview a PRT?:

  https://es.tradingview.com/v/b7o7GmWT/

  Cycle1(i, waveThrottle, cycs) =>

      ret = 6.0*waveThrottle+1.0

      if (i==0)

          ret := 1.0+waveThrottle

      else if (i==1)

          ret := 1.0+waveThrottle*5.0

      else if (i==(cycs-1))

          ret := 1.0+waveThrottle

      else if (i==(cycs-2))

          ret := 1.0+waveThrottle*5.0

      ret

  Cycle2(i, waveThrottle, cycs) =>

      ret=-4.0*waveThrottle

      if (i==0)

          ret := -2.0*waveThrottle

      else if (i==(cycs-1))

          ret := 0.0

      else if (i==(cycs-2))

          ret := -2.0*waveThrottle

      ret

  Cycle3(i, waveThrottle, cycs) =>

      ret = waveThrottle

      if (i==(cycs-1))

          ret := 0.0

      else if (i==(cycs-2))

          ret := 0.0

      ret

  iWTT_CSI_processor(CycleCount) =>

      wtt1=0.0

      wtt2=0.0

      wtt3=0.0

      wtt4=0.0

      wtt5=0.0

      _wtt1=0.0

      _wtt2=0.0

      _wtt3=0.0

      _wtt4=0.0

      _wtt5=0.0

      momentum=0.0

      acceleration=0.0

      swing=0.0

      cycs=50

      waveThrottle=float(160*CycleCount)

      currentVal=0.0

      for i = 0 to cycs – 1 by 1

          swing:=Cycle1(i,waveThrottle,cycs)-wtt4*wtt1-_wtt5*_wtt2

          if(swing==0)

              break

          momentum := Cycle2(i,waveThrottle,cycs)

          _wtt1 := wtt1

          wtt1 := (momentum-wtt4*wtt2)/swing

          acceleration:=Cycle3(i,waveThrottle,cycs)

          _wtt2 := wtt2

          wtt2 := acceleration/swing

          currentVal:=(close[49-i]-_wtt3*_wtt5-wtt3*wtt4)/swing

          _wtt3  := wtt3

          wtt3   := currentVal

          wtt4   := momentum-wtt5*_wtt1

          _wtt5  := wtt5

          wtt5   := acceleration

      currentVal

  banding(CRSI, Period, Leveling) =>

      var percent = Leveling / 100.0

      periodMinusOne = Period-1

      maxima = -999999.0

      minima =  999999.0

      for i=0 to periodMinusOne

          crsi = nz(CRSI[i])

          if      crsi > maxima

              maxima := crsi

          else if crsi < minima

              minima := crsi

      stepFactor = (maxima – minima) / 100.0

      float lowBand = na

      for steps=0 to 100

          testValue = minima + stepFactor * steps

          below = 0

          for m=0 to periodMinusOne

              if CRSI[m] < testValue

                  below := below + 1

          if below/Period >= percent

              lowBand := testValue

              break

      float highBand = na

      for steps=0 to 100

          testValue = maxima – stepFactor * steps

          above = 0

          for m=0 to periodMinusOne

              if CRSI[m] >= testValue

                  above := above + 1

          if above/Period >= percent

              highBand := testValue

              break

      [highBand, lowBand]

  //==== Vars

  var leveling  = 10

  var cyclicMemory = 34

  //===== Calculations

  thrust1=iWTT_CSI_processor(1)

  thrust2=iWTT_CSI_processor(10)

  CSIBuffer = thrust1-thrust2

  [highBand, lowBand] = banding( CSIBuffer, cyclicMemory,  leveling)

  highband = plot(highBand, “HighBand”, color=color.aqua , editable=false)

  lowband  = plot( lowBand,  “LowBand”, color=color.aqua , editable=false)

  fill( highband,  lowband, transp=90 , color=#CCCC77   )

  plot(0, color=color.black, linewidth=1, transp=25)

  plot(CSIBuffer, color=color.fuchsia, linewidth=1)

   

  

  NEOMKEY

  Participant

  Topics: 39

  Replies: 78

  Been thanked: 5 times
  06/11/2024 at 3:44 PM #233750
  Iván

  Buenas! Aquí tienes el indicador.

  Queda pendiente el módulo de divergencias. Con tanto bucle se hace muy lento el indicador…

  //------------------------------------------------------------// //PRC_Cycle swing momentum //version = 0 //11.06.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //------------------------------------------------------------// //-----Inputs-------------------------------------------------// leveling = 10 cyclicmemory = 34 //------------------------------------------------------------// //-----Thrust1 Calculation------------------------------------// CycleCount = 1 wtt1=0.0 wtt2=0.0 wtt3=0.0 wtt4=0.0 wtt5=0.0 pwtt1=0.0 pwtt2=0.0 pwtt3=0.0 pwtt4=0.0 pwtt5=0.0 mom=0.0 acceleration=0.0 swing=0.0 cycs=50 waveThrottle=(160*CycleCount) currentVal=0.0 ret1=0 ret2=0 ret3=0 for i = 0 to cycs - 1 do //Cycle1(i,waveThrottle,cycs) ret1 = 6.0*waveThrottle+1.0 if i = 0 then ret1 = 1+waveThrottle elsif i=1 then ret1 = 1+waveThrottle*5 elsif i=cycs-1 then ret1 = 1+waveThrottle elsif i=cycs-2 then ret1 = 1+waveThrottle*5 endif swing = ret1-wtt4*wtt1-pwtt5*pwtt2 if swing = 0 then break endif //Cycle2(i, waveThrottle, cycs) ret2 = -4.0*waveThrottle if i=0 then ret2 = -2.0*waveThrottle elsif i=(cycs-1)then ret2 = 0.0 elsif i=(cycs-2) then ret2 = -2.0*waveThrottle endif mom=ret2 pwtt1=wtt1 wtt1=(mom-wtt4*wtt2)/swing //Cycle3(i, waveThrottle, cycs) ret3 = waveThrottle if i=cycs-1 then ret3 = 0 elsif i=cycs-2 then ret3 = 0 endif acceleration=ret3 pwtt2=wtt2 wtt2=acceleration/swing currentval = (close[49-i]-pwtt3*pwtt5-wtt3*wtt4)/swing pwtt3=wtt3 wtt3=currentval wtt4=mom-wtt5*pwtt1 pwtt5=wtt5 wtt5=acceleration next thrust1 = currentval /////thrust2 CycleCount2 = 10 wtt12=0.0 wtt22=0.0 wtt32=0.0 wtt42=0.0 wtt52=0.0 pwtt12=0.0 pwtt22=0.0 pwtt32=0.0 pwtt42=0.0 pwtt52=0.0 mom2=0.0 acceleration2=0.0 swing2=0.0 cycs2=50 waveThrottle2=(160*CycleCount2) currentVal2=0.0 for j = 0 to cycs2 - 1 do //Cycle1(i,waveThrottle,cycs) ret12 = 6.0*waveThrottle2+1.0 if j = 0 then ret12 = 1+waveThrottle2 elsif j=1 then ret12 = 1+waveThrottle2*5 elsif j=cycs2-1 then ret12 = 1+waveThrottle2 elsif j=cycs2-2 then ret12 = 1+waveThrottle2*5 endif swing2 = ret12-wtt42*wtt12-pwtt52*pwtt22 if swing2 =0 then break endif //Cycle2(i, waveThrottle, cycs) ret22 = -4.0*waveThrottle2 if j=0 then ret22 = -2.0*waveThrottle2 elsif j=(cycs2-1)then ret22 = 0.0 elsif j=(cycs2-2) then ret22 = -2.0*waveThrottle2 endif mom2=ret22 pwtt12=wtt12 wtt12=(mom2-wtt42*wtt22)/swing2 //Cycle3(i, waveThrottle, cycs) ret32 = waveThrottle2 if j=cycs2-1 then ret32 = 0 elsif j=cycs2-2 then ret32 = 0 endif acceleration2=ret32 pwtt22=wtt22 wtt22=acceleration2/swing2 currentval2 = (close[49-j]-pwtt32*pwtt52-wtt32*wtt42)/swing2 pwtt32=wtt32 wtt32=currentval2 wtt42=mom2-wtt52*pwtt12 pwtt52=wtt52 wtt52=acceleration2 next thrust2=currentval2 CSIBuffer = thrust1-thrust2 //banding(CRSI, Period, Leveling) //banding(CSIBuffer,cyclicMemory,leveling) CRSI=CSIBuffer Period=cyclicMemory percent = leveling/100 periodMinusone = period-1 maxima = -999999.0 minima = 999999.0 for i=0 to periodMinusone do //crsi = crsi[i] if crsi[i] > maxima then maxima = crsi[i] elsif crsi[i] < minima then minima = crsi[i] endif next stepfactor = (maxima-minima)/100 lowband = 0 for steps=0 to 100 do testvalue = minima+stepfactor*steps below=0 for m=0 to periodMinusone do if crsi[m]<testvalue then below=below+1 endif next if below/period >= percent then lowband = testvalue break endif next highband=0 for steps=0 to 100 do testvalue=maxima-stepfactor*steps above=0 for m=0 to periodMinusone do if crsi[m]>=testvalue then above=above+1 endif next if above/Period >= percent then highband=testvalue break endif next colorbetween(highband,lowband,204,204,119,90) return CSIBuffer as "CSIBuffer" coloured(224,64,251)style(line,2), Lowband as "Lowband" coloured(0,188,212),highband as "Highband" coloured(0,188,212), 0 coloured("black")

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  //------------------------------------------------------------// //PRC_Cycle swing momentum //version = 0 //11.06.24 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //------------------------------------------------------------// //-----Inputs-------------------------------------------------// leveling = 10 cyclicmemory = 34 //------------------------------------------------------------// //-----Thrust1 Calculation------------------------------------// CycleCount = 1 wtt1=0.0 wtt2=0.0 wtt3=0.0 wtt4=0.0 wtt5=0.0 pwtt1=0.0 pwtt2=0.0 pwtt3=0.0 pwtt4=0.0 pwtt5=0.0 mom=0.0 acceleration=0.0 swing=0.0 cycs=50 waveThrottle=(160*CycleCount) currentVal=0.0 ret1=0 ret2=0 ret3=0 for i = 0 to cycs - 1 do   //Cycle1(i,waveThrottle,cycs) ret1 = 6.0*waveThrottle+1.0 if i = 0 then ret1 = 1+waveThrottle elsif i=1 then ret1 = 1+waveThrottle*5 elsif i=cycs-1 then ret1 = 1+waveThrottle elsif i=cycs-2 then ret1 = 1+waveThrottle*5 endif swing = ret1-wtt4*wtt1-pwtt5*pwtt2 if swing = 0 then break endif   //Cycle2(i, waveThrottle, cycs) ret2 = -4.0*waveThrottle if i=0 then ret2 = -2.0*waveThrottle elsif i=(cycs-1)then ret2 = 0.0 elsif i=(cycs-2) then ret2 = -2.0*waveThrottle endif mom=ret2   pwtt1=wtt1 wtt1=(mom-wtt4*wtt2)/swing   //Cycle3(i, waveThrottle, cycs) ret3 = waveThrottle if i=cycs-1 then ret3 = 0 elsif i=cycs-2 then ret3 = 0 endif   acceleration=ret3 pwtt2=wtt2 wtt2=acceleration/swing   currentval = (close[49-i]-pwtt3*pwtt5-wtt3*wtt4)/swing pwtt3=wtt3 wtt3=currentval wtt4=mom-wtt5*pwtt1 pwtt5=wtt5 wtt5=acceleration next   thrust1 = currentval   /////thrust2 CycleCount2 = 10 wtt12=0.0 wtt22=0.0 wtt32=0.0 wtt42=0.0 wtt52=0.0 pwtt12=0.0 pwtt22=0.0 pwtt32=0.0 pwtt42=0.0 pwtt52=0.0 mom2=0.0 acceleration2=0.0 swing2=0.0 cycs2=50 waveThrottle2=(160*CycleCount2) currentVal2=0.0   for j = 0 to cycs2 - 1 do //Cycle1(i,waveThrottle,cycs) ret12 = 6.0*waveThrottle2+1.0 if j = 0 then ret12 = 1+waveThrottle2 elsif j=1 then ret12 = 1+waveThrottle2*5 elsif j=cycs2-1 then ret12 = 1+waveThrottle2 elsif j=cycs2-2 then ret12 = 1+waveThrottle2*5 endif swing2 = ret12-wtt42*wtt12-pwtt52*pwtt22 if swing2 =0 then break endif //Cycle2(i, waveThrottle, cycs) ret22 = -4.0*waveThrottle2 if j=0 then ret22 = -2.0*waveThrottle2 elsif j=(cycs2-1)then ret22 = 0.0 elsif j=(cycs2-2) then ret22 = -2.0*waveThrottle2 endif mom2=ret22 pwtt12=wtt12 wtt12=(mom2-wtt42*wtt22)/swing2   //Cycle3(i, waveThrottle, cycs) ret32 = waveThrottle2 if j=cycs2-1 then ret32 = 0 elsif j=cycs2-2 then ret32 = 0 endif   acceleration2=ret32 pwtt22=wtt22 wtt22=acceleration2/swing2   currentval2 = (close[49-j]-pwtt32*pwtt52-wtt32*wtt42)/swing2 pwtt32=wtt32 wtt32=currentval2 wtt42=mom2-wtt52*pwtt12 pwtt52=wtt52 wtt52=acceleration2 next   thrust2=currentval2   CSIBuffer = thrust1-thrust2   //banding(CRSI, Period, Leveling) //banding(CSIBuffer,cyclicMemory,leveling) CRSI=CSIBuffer Period=cyclicMemory percent = leveling/100 periodMinusone = period-1 maxima = -999999.0 minima =  999999.0 for i=0 to periodMinusone do //crsi = crsi[i] if crsi[i] > maxima then maxima = crsi[i] elsif crsi[i] < minima then minima = crsi[i] endif next stepfactor = (maxima-minima)/100 lowband = 0 for steps=0 to 100 do testvalue = minima+stepfactor*steps below=0 for m=0 to periodMinusone do if crsi[m]<testvalue then below=below+1 endif next if below/period >= percent then lowband = testvalue break endif next highband=0 for steps=0 to 100 do testvalue=maxima-stepfactor*steps above=0 for m=0 to periodMinusone do if crsi[m]>=testvalue then above=above+1 endif next if above/Period >= percent then highband=testvalue break endif next colorbetween(highband,lowband,204,204,119,90)   return CSIBuffer as "CSIBuffer" coloured(224,64,251)style(line,2), Lowband as "Lowband" coloured(0,188,212),highband as "Highband" coloured(0,188,212), 0 coloured("black")

   

  

  Iván

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