Bug Affichage Pivot 1heure

Ichimoku Reading · Mon, 08 Feb 2021 01:47:42 +0000

Bonjour ! Suite à mon précédent poste, j’ai souhaité prendre un peu d’avance et codé tous les points pivot en correspondance avec ceux sur la plateforme PRT J’ai un souci sur l’affichage des pivots 1 heure… Sur toutes les unités de temps supérieur à 1 minute, l’affichage est impeccable et précis, mais sur le 1 minute, les pivots sont décalés verticalementÉtant donné qu’il fonctionne sur les autres UT, j’ai du mal à trouver le problème. Je partage ce code, si vous avez une idée du correctif à appliquer ‘-‘ ? PS : désactiver les donné weekend sur toutes les UT pour ne pas avoir de soucis d’affichage

This topic has 18 replies, 2 voices, and was last updated 3 years ago by Ichimoku Reading.

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02/10/2021 at 2:36 PM #160939

Nicolas

Comme tu n’utilises pas “updateonclose” pour le timeframe 1 hour, les infos sont updatés à chaque fermeture de bougie du timeframe courant (default). Fait un

RETURN LL,HH,CC

1	RETURN LL,HH,CC

pour voir les valeurs qui sont récupérés lors d’un trou de cotation, ça pourrait nous donner une piste.

Nicolas

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02/11/2021 at 4:37 AM #161009

Ichimoku Reading

Les valeurs sont retourné sans erreur donc c’est ok, sauf pour le lundi 8 janvier x)

En revanche, pour la projection en avant des DrawSegment, j’utilise ce code :

//
//=/===============/=//=/===============/=//=/ Paramettre de Base
//

defparam drawonlastbaronly = true

Middle     = 0
Text       = 1
TextMiddle = 0

//
//=/===============/=//=/===============/=//=/ Pivot
//

timeframe(1hour)

//=/ H & L & C
LL  = low[1]
HH  = high[1]
CC  = close[1]

//=/ S & R & P
PP  = (LL+HH+CC)/3
//=//
Rx1 =  2   * PP-LL
Hx1 = (Rx1 + PP) /2
Rx2 =  PP  + (HH-LL)
Hx2 = (Rx2 + Rx1) /2
Rx3 =  Rx2 + (Rx1-PP)
Hx3 = (Rx3 + Rx2) /2
Rx4 =  Rx3 + (Rx2-PP)
Hx4 = (Rx4 + Rx3) /2
//=//
Sx1 = 2   * PP-HH
Lx1 = (Sx1 + PP) /2
Sx2 = PP  - (HH-LL)
Lx2 = (Sx2 + Sx1) /2
Sx3 = Sx2 - (PP-Sx1)
Lx3 = (Sx3 + Sx2) /2
Sx4 = Sx3 - (PP-Sx2)
Lx4 = (Sx4 + Sx3) /2

//=/ Signal
if barindex > barindex[1] then
SL = 1
endif
//=//
if SL[1] = 1 then
SL    = 0
endif

timeframe(default)

//=/ Lecture du signal
if (SL = 1 and SL[1] = 0) or (SL = 0 and SL[1] = 1) then
TH = 1
else
TH = 0
endif

//=/ Décompte des barindex
DC = 1
if TH = 0 then
DC = DC[1]+1
endif

//
//=/===============/=//=/===============/=//=/ Couleur Pivot
//

//=/ choix des couleur : https://htmlcolorcodes.com/fr/

//=/ Couleur Résistance
RxR = 255 // Ref 1
GxR = 0   // Ref 2
BxR = 0   // Ref 3
TxR = 255 // opacité de 0 a 255

//=/ Couleur Support
RxS = 0   //.....
GxS = 128
BxS = 0
TxS = 255

//=/ Couleur Pivot
RxP = 0
GxP = 0
BxP = 0
TxP = 255

//
//=/===============/=//=/===============/=//=/ Visuel Pivot
//

ZZ = (Hx1-PP)/8

if DC => 1 then

//=/ Point Pivot
drawsegment(barindex[DC-1],PP,barindex+((DC[DC])-DC+1),PP) coloured(RxP,GxP,BxP,TxP) style(line,2)//choix style : Line_DottedLine_Point (2 = taille)

//=/ Résistance
drawsegment(barindex[DC-1],Rx1,barindex+((DC[DC])-DC+1),Rx1) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)//.....
drawsegment(barindex[DC-1],Rx2,barindex+((DC[DC])-DC+1),Rx2) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)
drawsegment(barindex[DC-1],Rx3,barindex+((DC[DC])-DC+1),Rx3) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)
drawsegment(barindex[DC-1],Rx4,barindex+((DC[DC])-DC+1),Rx4) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)

//=/ Support
drawsegment(barindex[DC-1],Sx1,barindex+((DC[DC])-DC+1),Sx1) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)
drawsegment(barindex[DC-1],Sx2,barindex+((DC[DC])-DC+1),Sx2) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)
drawsegment(barindex[DC-1],Sx3,barindex+((DC[DC])-DC+1),Sx3) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)
drawsegment(barindex[DC-1],Sx4,barindex+((DC[DC])-DC+1),Sx4) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)

if Middle then

//=/ Résistance Middle
drawsegment(barindex[DC-1],Hx1,barindex+((DC[DC])-DC+1),Hx1) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)//.....
drawsegment(barindex[DC-1],Hx2,barindex+((DC[DC])-DC+1),Hx2) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)
drawsegment(barindex[DC-1],Hx3,barindex+((DC[DC])-DC+1),Hx3) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)
drawsegment(barindex[DC-1],Hx4,barindex+((DC[DC])-DC+1),Hx4) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)

//=/ Support Middle
drawsegment(barindex[DC-1],Lx1,barindex+((DC[DC])-DC+1),Lx1) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)
drawsegment(barindex[DC-1],Lx2,barindex+((DC[DC])-DC+1),Lx2) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)
drawsegment(barindex[DC-1],Lx3,barindex+((DC[DC])-DC+1),Lx3) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)
drawsegment(barindex[DC-1],Lx4,barindex+((DC[DC])-DC+1),Lx4) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)

endif

if Text then

//=/ Point Pivot
drawtext("Piv 1h",barindex+((DC[DC])-DC+1),PP+ZZ,Dialog,Bold,11) coloured(RxP,GxP,BxP,TxP)

//=/ Résistance
drawtext("R1 1h",barindex+((DC[DC])-DC+1),Rx1+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("R2 1h",barindex+((DC[DC])-DC+1),Rx2+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("R3 1h",barindex+((DC[DC])-DC+1),Rx3+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("R4 1h",barindex+((DC[DC])-DC+1),Rx4+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

//=/ Support
drawtext("S1 1h",barindex+((DC[DC])-DC+1),Sx1+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("S2 1h",barindex+((DC[DC])-DC+1),Sx2+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("S3 1h",barindex+((DC[DC])-DC+1),Sx3+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("S4 1h",barindex+((DC[DC])-DC+1),Sx4+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

endif

if TextMiddle then

//=/ Résistance Middle
drawtext("mR1 1h",barindex+((DC[DC])-DC+1),Hx1+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("mR2 1h",barindex+((DC[DC])-DC+1),Hx2+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("mR3 1h",barindex+((DC[DC])-DC+1),Hx3+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)
drawtext("mR4 1h",barindex+((DC[DC])-DC+1),Hx4+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

//=/ Support Middle
drawtext("mS1 1h",barindex+((DC[DC])-DC+1),Lx1+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("mS2 1h",barindex+((DC[DC])-DC+1),Lx2+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("mS3 1h",barindex+((DC[DC])-DC+1),Lx3+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)
drawtext("mS4 1h",barindex+((DC[DC])-DC+1),Lx4+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

endif

endif

//
//=/===============/=//=/===============/=//=/ Fin
//

return

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//=/===============/=//=/===============/=//=/ Paramettre de Base

defparam drawonlastbaronly = true

Middle = 0

Text = 1

TextMiddle = 0

//=/===============/=//=/===============/=//=/ Pivot

timeframe(1hour)

//=/ H & L & C

LL = low[1]

HH = high[1]

CC = close[1]

//=/ S & R & P

PP = (LL+HH+CC)/3

//=//

Rx1 = 2 * PP-LL

Hx1 = (Rx1 + PP) /2

Rx2 = PP + (HH-LL)

Hx2 = (Rx2 + Rx1) /2

Rx3 = Rx2 + (Rx1-PP)

Hx3 = (Rx3 + Rx2) /2

Rx4 = Rx3 + (Rx2-PP)

Hx4 = (Rx4 + Rx3) /2

//=//

Sx1 = 2 * PP-HH

Lx1 = (Sx1 + PP) /2

Sx2 = PP - (HH-LL)

Lx2 = (Sx2 + Sx1) /2

Sx3 = Sx2 - (PP-Sx1)

Lx3 = (Sx3 + Sx2) /2

Sx4 = Sx3 - (PP-Sx2)

Lx4 = (Sx4 + Sx3) /2

//=/ Signal

if barindex > barindex[1] then

SL = 1

endif

//=//

if SL[1] = 1 then

SL = 0

endif

timeframe(default)

//=/ Lecture du signal

if (SL = 1 and SL[1] = 0) or (SL = 0 and SL[1] = 1) then

TH = 1

else

TH = 0

endif

//=/ Décompte des barindex

DC = 1

if TH = 0 then

DC = DC[1]+1

endif

//=/===============/=//=/===============/=//=/ Couleur Pivot

//=/ choix des couleur : https://htmlcolorcodes.com/fr/

//=/ Couleur Résistance

RxR = 255 // Ref 1

GxR = 0 // Ref 2

BxR = 0 // Ref 3

TxR = 255 // opacité de 0 a 255

//=/ Couleur Support

RxS = 0 //.....

GxS = 128

BxS = 0

TxS = 255

//=/ Couleur Pivot

RxP = 0

GxP = 0

BxP = 0

TxP = 255

//=/===============/=//=/===============/=//=/ Visuel Pivot

ZZ = (Hx1-PP)/8

if DC => 1 then

//=/ Point Pivot

drawsegment(barindex[DC-1],PP,barindex+((DC[DC])-DC+1),PP) coloured(RxP,GxP,BxP,TxP) style(line,2)//choix style : Line_DottedLine_Point (2 = taille)

//=/ Résistance

drawsegment(barindex[DC-1],Rx1,barindex+((DC[DC])-DC+1),Rx1) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)//.....

drawsegment(barindex[DC-1],Rx2,barindex+((DC[DC])-DC+1),Rx2) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)

drawsegment(barindex[DC-1],Rx3,barindex+((DC[DC])-DC+1),Rx3) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)

drawsegment(barindex[DC-1],Rx4,barindex+((DC[DC])-DC+1),Rx4) coloured(RxR,GxR,BxR,TxR) style(dottedline,2)

//=/ Support

drawsegment(barindex[DC-1],Sx1,barindex+((DC[DC])-DC+1),Sx1) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)

drawsegment(barindex[DC-1],Sx2,barindex+((DC[DC])-DC+1),Sx2) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)

drawsegment(barindex[DC-1],Sx3,barindex+((DC[DC])-DC+1),Sx3) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)

drawsegment(barindex[DC-1],Sx4,barindex+((DC[DC])-DC+1),Sx4) coloured(RxS,GxS,BxS,TxS) style(dottedline,2)

if Middle then

//=/ Résistance Middle

drawsegment(barindex[DC-1],Hx1,barindex+((DC[DC])-DC+1),Hx1) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)//.....

drawsegment(barindex[DC-1],Hx2,barindex+((DC[DC])-DC+1),Hx2) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)

drawsegment(barindex[DC-1],Hx3,barindex+((DC[DC])-DC+1),Hx3) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)

drawsegment(barindex[DC-1],Hx4,barindex+((DC[DC])-DC+1),Hx4) coloured(RxR,GxR,BxR,TxR) style(dottedline,1)

//=/ Support Middle

drawsegment(barindex[DC-1],Lx1,barindex+((DC[DC])-DC+1),Lx1) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)

drawsegment(barindex[DC-1],Lx2,barindex+((DC[DC])-DC+1),Lx2) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)

drawsegment(barindex[DC-1],Lx3,barindex+((DC[DC])-DC+1),Lx3) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)

drawsegment(barindex[DC-1],Lx4,barindex+((DC[DC])-DC+1),Lx4) coloured(RxS,GxS,BxS,TxS) style(dottedline,1)

endif

if Text then

//=/ Point Pivot

drawtext("Piv 1h",barindex+((DC[DC])-DC+1),PP+ZZ,Dialog,Bold,11) coloured(RxP,GxP,BxP,TxP)

//=/ Résistance

drawtext("R1 1h",barindex+((DC[DC])-DC+1),Rx1+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("R2 1h",barindex+((DC[DC])-DC+1),Rx2+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("R3 1h",barindex+((DC[DC])-DC+1),Rx3+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("R4 1h",barindex+((DC[DC])-DC+1),Rx4+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

//=/ Support

drawtext("S1 1h",barindex+((DC[DC])-DC+1),Sx1+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("S2 1h",barindex+((DC[DC])-DC+1),Sx2+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("S3 1h",barindex+((DC[DC])-DC+1),Sx3+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("S4 1h",barindex+((DC[DC])-DC+1),Sx4+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

endif

if TextMiddle then

//=/ Résistance Middle

drawtext("mR1 1h",barindex+((DC[DC])-DC+1),Hx1+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("mR2 1h",barindex+((DC[DC])-DC+1),Hx2+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("mR3 1h",barindex+((DC[DC])-DC+1),Hx3+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

drawtext("mR4 1h",barindex+((DC[DC])-DC+1),Hx4+ZZ,Dialog,Bold,11) coloured(RxR,GxR,BxR,TxR)

//=/ Support Middle

drawtext("mS1 1h",barindex+((DC[DC])-DC+1),Lx1+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("mS2 1h",barindex+((DC[DC])-DC+1),Lx2+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("mS3 1h",barindex+((DC[DC])-DC+1),Lx3+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

drawtext("mS4 1h",barindex+((DC[DC])-DC+1),Lx4+ZZ,Dialog,Bold,11) coloured(RxS,GxS,BxS,TxS)

endif

//=/===============/=//=/===============/=//=/ Fin

return

Ichimoku Reading

Participant

Topics: 41

Replies: 99

Been thanked: 28 times

02/11/2021 at 4:42 AM #161011

Ichimoku Reading

Donc en gros, le signal donne 60 si il reste 60 bougie avant la prochaine heure, quand il y a un trou de cotation, le code de donne pas +1 mais +0

timeframe(1hour)

//=/ Signal
if barindex > barindex[1] then
SL = 1
endif
//=//
if SL[1] = 1 then
SL    = 0
endif

timeframe(default)

//=/ Lecture du signal
if (SL = 1 and SL[1] = 0) or (SL = 0 and SL[1] = 1) then
TH = 1
else
TH = 0
endif

//=/ Décompte des barindex
DC = 1
if TH = 0 then
DC = DC[1]+1
endif


return DC

timeframe(1hour)

//=/ Signal

if barindex > barindex[1] then

SL = 1

endif

//=//

if SL[1] = 1 then

SL = 0

endif

timeframe(default)

//=/ Lecture du signal

if (SL = 1 and SL[1] = 0) or (SL = 0 and SL[1] = 1) then

TH = 1

else

TH = 0

endif

//=/ Décompte des barindex

DC = 1

if TH = 0 then

DC = DC[1]+1

endif

return DC

Ichimoku Reading

Participant

Topics: 41

Replies: 99

Been thanked: 28 times

02/11/2021 at 4:52 AM #161012

Ichimoku Reading

En fait, il ne donne pas +0, mais +rien.

Le code et comme simplement déporter a la barre suivante comme si le trou de cotation n’existe pas

L’utilisation de barindex > 1 ou barindex > barindex[1] ne change pas le problème

Je pourrais utiliser le temps, mais le code serrait utilisable sur une seul unité de temps si je vais ça.

Il doit bien exister une solution vu que PRT le fait…

Ichimoku Reading

Participant

Topics: 41

Replies: 99

Been thanked: 28 times

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