TREND_alexcud v_2MEn conversion code mq4 to prorealtime

Viewing 6 posts - 1 through 6 (of 6 total)
  • Author
    Posts
  • 08/08/2023 at 7:06 PM #218745 quote
    kvacksa87
    Participant
    Junior

    can you do thise indicator so i can use it in automatic algo

    TREND_alexcud_v_2MEn.mq4
    08/09/2023 at 10:14 AM #218782 quote
    Nicolas
    Keymaster
    Master
    Is it possible to explain what is the indicator about and share a picture of how it should render on a price chart please?
    08/11/2023 at 2:52 PM #218944 quote
    kvacksa87
    Participant
    Junior
    Thise indicator shows when it is good time to go short or long and when it is not recommended to take a trade . So i want it to go long when it says it is good moment to open position buy and sell when it says not recommended to take position and go short when it says not bad moment to sell
    08/14/2023 at 12:49 PM #219035 quote
    Nicolas
    Keymaster
    Master
    Thank you for the explanation, I added it into the code conversion list.. Please be patient 😉
    08/15/2023 at 7:01 AM #219092 quote
    kvacksa87
    Participant
    Junior
    thanck you 🙂
    03/12/2026 at 11:43 AM #258940 quote
    Iván González
    Moderator
    Master

    Hello! Here’s the indicator:

    Important: This must be run with a 15-minute timeframe. Timeframes can be changed manually.

    //--------------------------------------------------
// PRC_TREND Multi-TF Confluence
// Original: TREND_alexcud v2 (Aleksander Kudimov, 2007)
// version = 0
// 12.03.2026
// Iván González @ www.prorealcode.com
// Sharing ProRealTime knowledge
//--------------------------------------------------
defparam drawonlastbaronly = true
//--------------------------------------------------
// TIMEFRAME 1: 15 MINUTOS
//--------------------------------------------------
TIMEFRAME(15 minutes)
IF average[5](close) > average[5](close)[1] THEN
d1t1 = 1
ELSIF average[5](close) < average[5](close)[1] THEN
d1t1 = -1
ELSE
d1t1 = 0
ENDIF
IF average[8](close) > average[8](close)[1] THEN
d2t1 = 1
ELSIF average[8](close) < average[8](close)[1] THEN
d2t1 = -1
ELSE
d2t1 = 0
ENDIF
IF average[13](close) > average[13](close)[1] THEN
d3t1 = 1
ELSIF average[13](close) < average[13](close)[1] THEN
d3t1 = -1
ELSE
d3t1 = 0
ENDIF
IF average[21](close) > average[21](close)[1] THEN
d4t1 = 1
ELSIF average[21](close) < average[21](close)[1] THEN
d4t1 = -1
ELSE
d4t1 = 0
ENDIF
IF average[34](close) > average[34](close)[1] THEN
d5t1 = 1
ELSIF average[34](close) < average[34](close)[1] THEN
d5t1 = -1
ELSE
d5t1 = 0
ENDIF
aoTF1 = average[5](MedianPrice) - average[34](MedianPrice)
acTF1 = aoTF1 - average[5](aoTF1)
IF (acTF1[1] > acTF1[2] AND acTF1[2] > acTF1[3] AND acTF1 < 0 AND acTF1 > acTF1[1]) OR (acTF1 > acTF1[1] AND acTF1[1] > acTF1[2] AND acTF1 > 0) THEN
dAcT1 = 3
ELSIF (acTF1[1] < acTF1[2] AND acTF1[2] < acTF1[3] AND acTF1 > 0 AND acTF1 < acTF1[1]) OR (acTF1 < acTF1[1] AND acTF1[1] < acTF1[2] AND acTF1 < 0) THEN
dAcT1 = -3
ELSE
dAcT1 = 0
ENDIF
upTF1 = (MAX(0, d1t1) + MAX(0, d2t1) + MAX(0, d3t1) + MAX(0, d4t1) + MAX(0, d5t1) + MAX(0, dAcT1)) * 12.5
dnTF1 = (-MIN(0, d1t1) - MIN(0, d2t1) - MIN(0, d3t1) - MIN(0, d4t1) - MIN(0, d5t1) - MIN(0, dAcT1)) * 12.5
netTF1 = upTF1 - dnTF1
//--------------------------------------------------
// TIMEFRAME 2: 1 HORA
//--------------------------------------------------
TIMEFRAME(1 hour)


IF average[5](close) > average[5](close)[1] THEN
d1t2 = 1
ELSIF average[5](close) < average[5](close)[1] THEN
d1t2 = -1
ELSE
d1t2 = 0
ENDIF


IF average[8](close) > average[8](close)[1] THEN
d2t2 = 1
ELSIF average[8](close) < average[8](close)[1] THEN
d2t2 = -1
ELSE
d2t2 = 0
ENDIF


IF average[13](close) > average[13](close)[1] THEN
d3t2 = 1
ELSIF average[13](close) < average[13](close)[1] THEN
d3t2 = -1
ELSE
d3t2 = 0
ENDIF


IF average[21](close) > average[21](close)[1] THEN
d4t2 = 1
ELSIF average[21](close) < average[21](close)[1] THEN
d4t2 = -1
ELSE
d4t2 = 0
ENDIF


IF average[34](close) > average[34](close)[1] THEN
d5t2 = 1
ELSIF average[34](close) < average[34](close)[1] THEN
d5t2 = -1
ELSE
d5t2 = 0
ENDIF


aoTF2 = average[5](MedianPrice) - average[34](MedianPrice)
acTF2 = aoTF2 - average[5](aoTF2)


IF (acTF2[1] > acTF2[2] AND acTF2[2] > acTF2[3] AND acTF2 < 0 AND acTF2 > acTF2[1]) OR (acTF2 > acTF2[1] AND acTF2[1] > acTF2[2] AND acTF2 > 0) THEN
dAcT2 = 3
ELSIF (acTF2[1] < acTF2[2] AND acTF2[2] < acTF2[3] AND acTF2 > 0 AND acTF2 < acTF2[1]) OR (acTF2 < acTF2[1] AND acTF2[1] < acTF2[2] AND acTF2 < 0) THEN
dAcT2 = -3
ELSE
dAcT2 = 0
ENDIF


upTF2 = (MAX(0, d1t2) + MAX(0, d2t2) + MAX(0, d3t2) + MAX(0, d4t2) + MAX(0, d5t2) + MAX(0, dAcT2)) * 12.5
dnTF2 = (-MIN(0, d1t2) - MIN(0, d2t2) - MIN(0, d3t2) - MIN(0, d4t2) - MIN(0, d5t2) - MIN(0, dAcT2)) * 12.5
netTF2 = upTF2 - dnTF2


//--------------------------------------------------
// TIMEFRAME 3: 4 HORAS
//--------------------------------------------------
TIMEFRAME(4 hours)


IF average[5](close) > average[5](close)[1] THEN
d1t3 = 1
ELSIF average[5](close) < average[5](close)[1] THEN
d1t3 = -1
ELSE
d1t3 = 0
ENDIF


IF average[8](close) > average[8](close)[1] THEN
d2t3 = 1
ELSIF average[8](close) < average[8](close)[1] THEN
d2t3 = -1
ELSE
d2t3 = 0
ENDIF


IF average[13](close) > average[13](close)[1] THEN
d3t3 = 1
ELSIF average[13](close) < average[13](close)[1] THEN
d3t3 = -1
ELSE
d3t3 = 0
ENDIF


IF average[21](close) > average[21](close)[1] THEN
d4t3 = 1
ELSIF average[21](close) < average[21](close)[1] THEN
d4t3 = -1
ELSE
d4t3 = 0
ENDIF


IF average[34](close) > average[34](close)[1] THEN
d5t3 = 1
ELSIF average[34](close) < average[34](close)[1] THEN
d5t3 = -1
ELSE
d5t3 = 0
ENDIF


aoTF3 = average[5](MedianPrice) - average[34](MedianPrice)
acTF3 = aoTF3 - average[5](aoTF3)


IF (acTF3[1] > acTF3[2] AND acTF3[2] > acTF3[3] AND acTF3 < 0 AND acTF3 > acTF3[1]) OR (acTF3 > acTF3[1] AND acTF3[1] > acTF3[2] AND acTF3 > 0) THEN
dAcT3 = 3
ELSIF (acTF3[1] < acTF3[2] AND acTF3[2] < acTF3[3] AND acTF3 > 0 AND acTF3 < acTF3[1]) OR (acTF3 < acTF3[1] AND acTF3[1] < acTF3[2] AND acTF3 < 0) THEN
dAcT3 = -3
ELSE
dAcT3 = 0
ENDIF


upTF3 = (MAX(0, d1t3) + MAX(0, d2t3) + MAX(0, d3t3) + MAX(0, d4t3) + MAX(0, d5t3) + MAX(0, dAcT3)) * 12.5
dnTF3 = (-MIN(0, d1t3) - MIN(0, d2t3) - MIN(0, d3t3) - MIN(0, d4t3) - MIN(0, d5t3) - MIN(0, dAcT3)) * 12.5
netTF3 = upTF3 - dnTF3


TIMEFRAME(default)
//--------------------------------------------------
// SEÑAL DE CONFLUENCIA
//--------------------------------------------------
signal = 0


IF upTF1 > 50 AND upTF2 > 50 AND upTF3 > 50 THEN
signal = 1
ENDIF
IF dnTF1 > 50 AND dnTF2 > 50 AND dnTF3 > 50 THEN
signal = -1
ENDIF
IF upTF1 >= 75 AND upTF2 >= 75 AND upTF3 >= 75 THEN
signal = 2
ENDIF
IF dnTF1 >= 75 AND dnTF2 >= 75 AND dnTF3 >= 75 THEN
signal = -2
ENDIF


//--------------------------------------------------
// COLORES DINÁMICOS PARA LAS LÍNEAS
//--------------------------------------------------
IF netTF1 > 0 THEN
r1 = 0
g1 = 150
b1 = 255
ELSIF netTF1 < 0 THEN
r1 = 255
g1 = 80
b1 = 80
ELSE
r1 = 150
g1 = 150
b1 = 150
ENDIF


IF netTF2 > 0 THEN
r2line = 0
g2line = 100
b2line = 255
ELSIF netTF2 < 0 THEN
r2line = 255
g2line = 50
b2line = 50
ELSE
r2line = 150
g2line = 150
b2line = 150
ENDIF


IF netTF3 > 0 THEN
r3 = 0
g3 = 200
b3 = 100
ELSIF netTF3 < 0 THEN
r3 = 200
g3 = 0
b3 = 0
ELSE
r3 = 150
g3 = 150
b3 = 150
ENDIF


//--------------------------------------------------
// COLORBETWEEN: Zona de confluencia
//--------------------------------------------------
refTop = 100
refBot = -100


IF netTF1 > 0 AND netTF2 > 0 AND netTF3 > 0 THEN
aBull = 30
ELSE
aBull = 0
ENDIF


IF netTF1 < 0 AND netTF2 < 0 AND netTF3 < 0 THEN
aBear = 30
ELSE
aBear = 0
ENDIF


COLORBETWEEN(refTop, refBot, 0, 180, 0, aBull)
COLORBETWEEN(refTop, refBot, 200, 0, 0, aBear)


//--------------------------------------------------
// TABLA ANCLADA TOPRIGHT
//--------------------------------------------------
zeroLine = 0
lvl50 = 50
lvlN50 = -50


// Colores para la tabla según dirección
IF netTF1 > 0 THEN
rt1 = 0
gt1 = 200
bt1 = 100
ELSIF netTF1 < 0 THEN
rt1 = 255
gt1 = 80
bt1 = 80
ELSE
rt1 = 180
gt1 = 180
bt1 = 180
ENDIF


IF netTF2 > 0 THEN
rt2 = 0
gt2 = 200
bt2 = 100
ELSIF netTF2 < 0 THEN
rt2 = 255
gt2 = 80
bt2 = 80
ELSE
rt2 = 180
gt2 = 180
bt2 = 180
ENDIF


IF netTF3 > 0 THEN
rt3 = 0
gt3 = 200
bt3 = 100
ELSIF netTF3 < 0 THEN
rt3 = 255
gt3 = 80
bt3 = 80
ELSE
rt3 = 180
gt3 = 180
bt3 = 180
ENDIF


// Color señal
IF signal >= 1 THEN
rSig = 0
gSig = 255
bSig = 0
ELSIF signal <= -1 THEN
rSig = 255
gSig = 0
bSig = 0
ELSE
rSig = 180
gSig = 180
bSig = 180
ENDIF


IF islastbarupdate THEN
// Fila 0: Título
DRAWTEXT("TREND CONFLUENCE", -200, -20) COLOURED(200, 200, 200) anchor(topright, xshift, yshift)
// Fila 1: TF1
DRAWTEXT("15m: UP #upTF1#%  DN #dnTF1#%", -200, -40) COLOURED(rt1, gt1, bt1) anchor(topright, xshift, yshift)
// Fila 2: TF2
DRAWTEXT("1H:  UP #upTF2#%  DN #dnTF2#%", -200, -60) COLOURED(rt2, gt2, bt2) anchor(topright, xshift, yshift)
// Fila 3: TF3
DRAWTEXT("4H:  UP #upTF3#%  DN #dnTF3#%", -200, -80) COLOURED(rt3, gt3, bt3) anchor(topright, xshift, yshift)
// Fila 4: Señal
IF signal = 2 THEN
DRAWTEXT(">>> GOOD BUY <<<", -200, -105) COLOURED(rSig, gSig, bSig) anchor(topright, xshift, yshift)
ELSIF signal = 1 THEN
DRAWTEXT(">>> BUY <<<", -200, -105) COLOURED(rSig, gSig, bSig) anchor(topright, xshift, yshift)
ELSIF signal = -2 THEN
DRAWTEXT(">>> GOOD SELL <<<", -200, -105) COLOURED(rSig, gSig, bSig) anchor(topright, xshift, yshift)
ELSIF signal = -1 THEN
DRAWTEXT(">>> SELL <<<", -200, -105) COLOURED(rSig, gSig, bSig) anchor(topright, xshift, yshift)
ELSE
DRAWTEXT("--- WAIT ---", -200, -105) COLOURED(rSig, gSig, bSig) anchor(topright, xshift, yshift)
ENDIF
ENDIF


//--------------------------------------------------
RETURN netTF1 COLOURED(r1, g1, b1) AS "15min", netTF2 COLOURED(r2line, g2line, b2line) AS "1H", netTF3 COLOURED(r3, g3, b3) AS "4H", zeroLine COLOURED(100, 100, 100) style(dottedline, 1) AS "Zero", lvl50 COLOURED(100, 100, 100) style(dottedline, 1) AS "+50", lvlN50 COLOURED(100, 100, 100) style(dottedline, 1) AS "-50"


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Viewing 6 posts - 1 through 6 (of 6 total)
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TradingView to ProRealTime Translation Center

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Author
author-avatar
kvacksa87 @kvacksa87 Participant
Summary

This topic contains 5 replies,
has 3 voices, and was last updated by Iván González
7 hours, 16 minutes ago.

Topic Details
Forum: TradingView to ProRealTime Translation Center Forum
Started: 08/08/2023
Status: Active
Attachments: 1 files
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