screener indicateurs multiples
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- This topic has 18 replies, 2 voices, and was last updated 3 years ago by CamilleRour.
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05/06/2021 at 8:38 AM #168909
C’est d’autant plus incompréhensible car lorsque je teste par exemple la condition cst5 seule dans la condition c 11, la condition cst5 est bien valide.
Alors comment est-il possible que la condition c11 soit pourtant invalide alors qu’il suffit d’une seule condition valide entre cst5, cst15 et cst1h et que cst5 et pourtant notée comme étant valide quand je test ?
05/06/2021 at 9:59 AM #168925Bonjour,
Le code est lu de haut en bas, et c11 (ligne 37) est écrite avant que les cst5 15 et 1h soient réévaluées (sauf erreur de ma part dans le dernier code lignes 38,48,59). Si l’une des 3 change, cela n’affectera donc c11 que lors de la lecture de la bougie d’après. Est-ce intentionnel? Si non, cela peut être source du décalage entre les attentes et l’observation au sein d’une même bougie.
05/06/2021 at 12:38 PM #168935Effectivement, sa n’étais pas voulu et c’est bien ce qui posait problème.
Merci beaucoup pour votre aide.
06/08/2021 at 1:35 PM #171392Bonjour,
J’ai voulu tester à nouveau mon code récemment puisque j’avais doute quant à plusieurs titres que j’ai manquer mais quand j’essaye à nouveau de lancer l’indicateur celui ci me renvoie uniquement un message “erreur de calcul” sans même m’indiquer quelle ligne pose problème…
J’avoue que j’ai du mal à voir ou est le souci, pourriez vous m’aider à savoir d’où viens le problème svp ?
Voici le nouveau code, je l’ai un peut modifier depuis la dernière fois.
timeframe(1 hour)
c1=close*volume > 50000
Pivot = (High[1] + Low[1] + Close[1] + Open[0])/4
timeframe(4 hours)
Pivot2 = (High[1] + Low[1] + Close[1] + Open[0])/4
timeframe(2 hours)
Pivot3 = (High[1] + Low[1] + Close[1] + Open[0])/4
timeframe(5 minutes)
Tenkansen1 = (highest[9](high)+lowest[9](low))/2
Kijunsen1 = (highest[26](high)+lowest[26](low))/2
Stoch = Stochastic[34,3]
indic = Average[250](Volume)
indic2 = Average[250](Volume)*3
VariationVol = Volume / indic
VariationVol2 = (Volume + Volume[1] + Volume[2]) / indic2cd5 =DIplus[14](weightedclose) > DIminus[14](weightedclose)
cv= (((highest[3](high)-lowest[3](low))/lowest[3](low)))*100
cond=cv
c6=cv>1
crisk1= ((close-Kijunsen1)/Kijunsen1)<0.03
crsi1= rsi[21](weightedclose) crosses over 50 or rsi[21](weightedclose)[1] crosses over 50 or rsi[21](weightedclose)[2] crosses over 50
cst5= wilderAverage[3](Stochastic[34,3]) > wilderAverage[3](wilderAverage[3](Stoch)) or wilderAverage[3](Stochastic[34,3])>80
cc5= close crosses over kijunsen1 or close crosses over tenkansen1 or close[1] crosses over kijunsen1[1] or close[1] crosses over tenkansen1[1] or kijunsen1 crosses over close or tenkansen1 crosses over close or kijunsen1[1] crosses over close or tenkansen1[1] crosses over close or (close[1]>kijunsen1 and low<=kijunsen1 and close>kijunsen1) or ( close[1]>tenkansen1 and low<=tenkansen1 and close>tenkansen1 ) or (close[2]>kijunsen1[1] and low[1]<=kijunsen1[1] and close[1]>kijunsen1[1]) or ( close[2]>tenkansen1[1] and low[1]<=tenkansen1[1] and close[1]>tenkansen1[1])
crs5= rsi[21](weightedclose) crosses over 50
csto5= wilderAverage[3](Stochastic[34,3]) crosses over wilderAverage[3](wilderAverage[3](Stoch)) or wilderAverage[3](Stochastic[34,3])>80
cdi5= DIplus[14](weightedclose) crosses over DIminus[14](weightedclose)timeframe(15 minutes)
Stoch2 = Stochastic[34,3]
Kijunsen2 = (highest[26](high)+lowest[26](low))/2
Tenkansen2 = (highest[9](high)+lowest[9](low))/2cst15= wilderAverage[3](Stochastic[34,3]) > wilderAverage[3](wilderAverage[3](Stoch2)) or wilderAverage[3](Stochastic[34,3])>80
crsi2= rsi[21](weightedclose) >50
crisk2= ((close-Kijunsen2)/Kijunsen2)<0.03
cd15 = DIplus[14](weightedclose) > DIminus[14](weightedclose)
cc15= close crosses over kijunsen2 or close crosses over tenkansen2 or close[1] crosses over kijunsen2[1] or close[1] crosses over tenkansen2[1] or kijunsen2 crosses over close or tenkansen2 crosses over close or kijunsen2[1] crosses over close or tenkansen2[1] crosses over close or (close[1]>kijunsen2 and low<=kijunsen2 and close>kijunsen2) or ( close[1]>tenkansen2 and low<=tenkansen2 and close>tenkansen2 ) or (close[2]>kijunsen2[1] and low[1]<=kijunsen2[1] and close[1]>kijunsen2[1]) or ( close[2]>tenkansen2[1] and low[1]<=tenkansen2[1] and close[1]>tenkansen2[1])
crs15= rsi[21](weightedclose) crosses over 50
csto15= wilderAverage[3](Stochastic[34,3]) crosses over wilderAverage[3](wilderAverage[3](Stoch2)) or wilderAverage[3](Stochastic[34,3])>80
cdi15= DIplus[14](weightedclose) crosses over DIminus[14](weightedclose)timeframe(1 hour)
Stoch3 = Stochastic[34,3]
Tenkansen3 = (highest[9](high)+lowest[9](low))/2
Kijunsen3 = (highest[26](high)+lowest[26](low))/2cst1h= wilderAverage[3](Stochastic[34,3]) > wilderAverage[3](wilderAverage[3](Stoch3)) or wilderAverage[3](Stochastic[34,3])>80
cc1h= close crosses over kijunsen3 or close crosses over tenkansen3 or close[1] crosses over kijunsen3[1] or close[1] crosses over tenkansen3[1] or kijunsen3 crosses over close or tenkansen3 crosses over close or kijunsen3[1] crosses over close or tenkansen3[1] crosses over close or (close[1]>kijunsen3 and low<=kijunsen3 and close>kijunsen3) or ( close[1]>tenkansen3 and low<=tenkansen3 and close>tenkansen3 ) or (close[2]>kijunsen3[1] and low[1]<=kijunsen3[1] and close[1]>kijunsen3[1]) or ( close[2]>tenkansen3[1] and low[1]<=tenkansen3[1] and close[1]>tenkansen3[1])timeframe(5 minutes)
c2 = (VariationVol > 1) or (VariationVol2 > 1)
c3= close > pivot or close > pivot2 or close > pivot3
c4 = cd5 or cd15
c7 = close >lowest[3](low)
c8 = rsi[21](weightedclose)>rsi[21](weightedclose)[1]
c9 = crisk1 or crisk2
c10= crsi1 or crsi2
c11 = cst5 or cst15 or cst1h
c12= cc5 or cc15 or cc1h
cr= c4 and c10 and c11
crs= crs5 or crs15
csto= csto5 or csto15
cdi= cdi5 or cdi15
c15= ( crs or csto or cdi )return cond as “cond”, c1 as “c1”,c4 as “c4”, c6 as “c6”, c7 as “c7”, c8 as “c8”, c9 as “c9”,c10 as “c10”, c11 as “c11”, c12 as “c12”, c3 as “c3”, cst5 as “cst5”, c15 as “c15”
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