Entrée longue en erreur

This topic has 9 replies, 3 voices, and was last updated 1 hour ago by finplus.

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01/18/2025 at 12:43 PM #242752

finplus

 kama1h et kama15min" >/// Définition des paramètres du code
DEFPARAM CumulateOrders = False // Cumul des positions désactivé


Timeframe (1 hour)

Period1h = 150
FastPeriod1h = 2
SlowPeriod1h = 50
 
Fastest1h = 2 / (FastPeriod1h + 1)
Slowest1h = 2 / (SlowPeriod1h + 1)
if barindex < Period1h+1 then
Kama1h=close
else
Num1h = abs(close-close[Period1h])
Den1h = summation[Period1h](abs(close-close[1]))
ER1h = Num1h / Den1h
Alpha1h = SQUARE(ER1h *(Fastest1h - Slowest1h )+ Slowest1h)
KAMA1h = (Alpha1h * Close) + ((1 -Alpha1h)* Kama1h[1])
endif


Timeframe (15 minutes)
/////////////////////////////////////////////////////////////////// parameters KAMA

Period4h = 150
FastPeriod4h = 2
SlowPeriod4h = 50
 
Fastest4h = 2 / (FastPeriod4h + 1)
Slowest4h = 2 / (SlowPeriod4h + 1)
if barindex < Period4h+1 then
Kama4h=close
else
Num4h = abs(close-close[Period4h])
Den4h = summation[Period4h](abs(close-close[1]))
ER4h = Num4h / Den4h
Alpha4h = SQUARE(ER4h *(Fastest4h - Slowest4h )+ Slowest4h)
KAMA4h = (Alpha4h * Close) + ((1 -Alpha4h)* Kama4h[1])
endif

//-------------------------------------//
//PRC_RSI Cyclic Smoothed
//version = 0
//19.11.2024
//Iván González @ www.prorealcode.com
//Sharing ProRealTime knowledge
//-------------------------------------//
//Inputs
//-------------------------------------//
src4h=close
domcycle4h=20
cyclelen4h=domcycle4h/2
vibration4h=10
leveling4h=10
cyclicmemory4h=domcycle4h*2
 
once crsi4h=0
//-------------------------------------//
// CRSI calculation
//-------------------------------------//
torque4h=2/(vibration4h+1)
phasinglag4h=floor((vibration4h-1)/2)
 
length4h = cyclelen4h
alpha4h = 1/length4h
 
srcUp4h = max(src4h-src4h[1],0)
if barindex = length4h then
up4h = average[length4h](srcUp4h)
else
up4h = alpha4h*srcUp4h + (1-alpha4h)*up4h[1]
endif
 
srcDw4h = -min(src4h-src4h[1],0)
if barindex = length4h then
dw4h = average[length4h](srcdw4h)

kama1h et kama15min" >/// Définition des paramètres du code

DEFPARAM CumulateOrders = False // Cumul des positions désactivé

Timeframe (1 hour)

Period1h = 150

FastPeriod1h = 2

SlowPeriod1h = 50

Fastest1h = 2 / (FastPeriod1h + 1)

Slowest1h = 2 / (SlowPeriod1h + 1)

if barindex < Period1h+1 then

Kama1h=close

else

Num1h = abs(close-close[Period1h])

Den1h = summation[Period1h](abs(close-close[1]))

ER1h = Num1h / Den1h

Alpha1h = SQUARE(ER1h *(Fastest1h - Slowest1h )+ Slowest1h)

KAMA1h = (Alpha1h * Close) + ((1 -Alpha1h)* Kama1h[1])

endif

Timeframe (15 minutes)

/////////////////////////////////////////////////////////////////// parameters KAMA

Period4h = 150

FastPeriod4h = 2

SlowPeriod4h = 50

Fastest4h = 2 / (FastPeriod4h + 1)

Slowest4h = 2 / (SlowPeriod4h + 1)

if barindex < Period4h+1 then

Kama4h=close

else

Num4h = abs(close-close[Period4h])

Den4h = summation[Period4h](abs(close-close[1]))

ER4h = Num4h / Den4h

Alpha4h = SQUARE(ER4h *(Fastest4h - Slowest4h )+ Slowest4h)

KAMA4h = (Alpha4h * Close) + ((1 -Alpha4h)* Kama4h[1])

endif

//-------------------------------------//

//PRC_RSI Cyclic Smoothed

//version = 0

//19.11.2024

//Iván González @ www.prorealcode.com

//Sharing ProRealTime knowledge

//-------------------------------------//

//Inputs

//-------------------------------------//

src4h=close

domcycle4h=20

cyclelen4h=domcycle4h/2

vibration4h=10

leveling4h=10

cyclicmemory4h=domcycle4h*2

once crsi4h=0

//-------------------------------------//

// CRSI calculation

//-------------------------------------//

torque4h=2/(vibration4h+1)

phasinglag4h=floor((vibration4h-1)/2)

length4h = cyclelen4h

alpha4h = 1/length4h

srcUp4h = max(src4h-src4h[1],0)

if barindex = length4h then

up4h = average[length4h](srcUp4h)

else

up4h = alpha4h*srcUp4h + (1-alpha4h)*up4h[1]

endif

srcDw4h = -min(src4h-src4h[1],0)

if barindex = length4h then

dw4h = average[length4h](srcdw4h)

Bonjour,

je rencontre un problème dans ce code. Je souhaiterai entrer long lorsque les cours sont au-dessus des Kama 150 sur les unités de temps 1h et 15 min. Or en faisant un back test, une entrée longue a été faite le 25 novembre 2024 (et ce n’est pas la seule date qui pose problème). Or d’après mon graphique en 1 heure, les cours étaient au dessous de la kama150 à cette période.

Pourriez-vous m’indiquer ce qui cloche dans mon code ?

merci.

finplus

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Topics: 110

Replies: 427

Been thanked: 10 times

01/18/2025 at 12:54 PM #242753

finplus

le code en entier

Timeframe (1 hour)

Period1h = 150
FastPeriod1h = 2
SlowPeriod1h = 50

Fastest1h = 2 / (FastPeriod1h + 1)
Slowest1h = 2 / (SlowPeriod1h + 1)
if barindex < Period1h+1 then
Kama1h=close
else
Num1h = abs(close-close[Period1h])
Den1h = summation[Period1h](abs(close-close[1]))
ER1h = Num1h / Den1h
Alpha1h = SQUARE(ER1h *(Fastest1h – Slowest1h )+ Slowest1h)
KAMA1h = (Alpha1h * Close) + ((1 -Alpha1h)* Kama1h[1])
endif

Timeframe (15 minutes)
/////////////////////////////////////////////////////////////////// parameters KAMA

Period15min = 150
FastPeriod15min = 2
SlowPeriod15min = 50

Fastest15min = 2 / (FastPeriod15min + 1)
Slowest15min = 2 / (SlowPeriod15min + 1)
if barindex < Period15min+1 then
Kama15min=close
else
Num15min = abs(close-close[Period15min])
Den15min = summation[Period15min](abs(close-close[1]))
ER15min = Num15min / Den15min
Alpha15min = SQUARE(ER15min *(Fastest15min – Slowest15min )+ Slowest15min)
KAMA15min = (Alpha15min * Close) + ((1 -Alpha15min)* Kama15min[1])
endif

//————————————-//
//PRC_RSI Cyclic Smoothed
//version = 0
//19.11.2024
//Iván González @ http://www.prorealcode.com
//Sharing ProRealTime knowledge
//————————————-//
//Inputs
//————————————-//
src15min=close
domcycle15min=20
cyclelen15min=domcycle15min/2
vibration15min=10
leveling15min=10
cyclicmemory15min=domcycle15min*2

once crsi15min=0
//————————————-//
// CRSI calculation
//————————————-//
torque15min=2/(vibration15min+1)
phasinglag15min=floor((vibration15min-1)/2)

length15min = cyclelen15min
alpha15min = 1/length15min

srcUp15min = max(src15min-src15min[1],0)
if barindex = length15min then
up15min = average[length15min](srcUp15min)
else
up15min = alpha15min*srcUp15min + (1-alpha15min)*up15min[1]
endif

srcDw15min = -min(src15min-src15min[1],0)
if barindex = length15min then
dw15min = average[length15min](srcdw15min)
else
dw15min = alpha15min*srcdw15min + (1-alpha15min)*dw15min[1]
endif

if dw15min=0 then
myrsi15min=100
elsif up15min=0 then
myrsi15min=0
else
myrsi15min=100-100/(1+up15min/dw15min)
endif
if barindex>cyclicmemory15min then
crsi15min=torque15min*(2*myrsi15min-myrsi15min[phasinglag15min])+(1-torque15min)*crsi15min[1]
endif
//————————————-//
// LowBand and HighBand calculation
//————————————-//
Period15min=cyclicMemory15min
percent15min = leveling15min/100
periodMinusone15min = period15min-1
maxima15min = -999999.0
minima15min = 999999.0

for i15min=0 to periodMinusone15min do

if crsi15min[i15min] > maxima15min then
maxima15min = crsi15min[i15min]
elsif crsi15min[i15min] < minima15min then
minima15min = crsi15min[i15min]
endif
next

stepfactor15min = (maxima15min-minima15min)/100
lowband15min = 0

for steps15min=0 to 100 do
testvalue15min = minima15min+stepfactor15min*steps15min
below15min=0
for m15min=0 to periodMinusone15min do
if crsi15min[m15min]<testvalue15min then
below15min=below15min+1
endif
next
if below15min/period15min >= percent15min then
lowband15min = testvalue15min
break
endif
next

highband15min=0
for steps15min=0 to 100 do
testvalue15min=maxima15min-stepfactor15min*steps15min
above15min=0
for m15min=0 to periodMinusone15min do
if crsi15min[m15min]>=testvalue15min then
above15min=above15min+1
endif
next
if above15min/Period15min >= percent15min then
highband15min=testvalue15min
break
endif
next

mbb15min = average[50](crsi15min)
CRSISmooth15min = average[7](crsi15min)

LongPos = (kama1h > kama1h[1]) and (close > kama1h) and (kama15min > kama15min[1]) and (close > kama15min) and (CRSI15min crosses over CRSISmooth15min)

if longpos then
buy 1 contract at market
endif

///trailing stop function
trailingstart = 5 //trailing will start @trailinstart points profit
trailingstep = 5 //trailing step to move the “stoploss”

//reset the stoploss value
IF NOT ONMARKET THEN
newSL=0
ENDIF

//manage long positions
IF LONGONMARKET THEN
IF newSL=0 AND close-tradeprice(1)>=trailingstart*pipsize THEN
newSL = tradeprice(1)+trailingstep*pipsize
ENDIF
//next moves
IF newSL>0 AND close-newSL>=trailingstep*pipsize THEN
newSL = newSL+trailingstep*pipsize
ENDIF
ENDIF

//manage short positions
IF SHORTONMARKET THEN
//first move (breakeven)
IF newSL=0 AND tradeprice(1)-close>=trailingstart*pipsize THEN
newSL = tradeprice(1)-trailingstep*pipsize
ENDIF
//next moves
IF newSL>0 AND newSL-close>=trailingstep*pipsize THEN
newSL = newSL-trailingstep*pipsize
ENDIF
ENDIF

//stop order to exit the positions
IF newSL>0 THEN
SELL AT newSL STOP
EXITSHORT AT newSL STOP
ENDIF

// points based STOP LOSS and TRAILING STOP
// initial STOP LOSS
SET STOP pLOSS 50

// trailing stop
SET STOP pTRAILING 50

finplus

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Topics: 110

Replies: 427

Been thanked: 10 times

01/18/2025 at 4:41 PM #242754

fifi743

regarder les deux screens
un avec 1K unité et l’autre avec 5 K

fifi743

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Replies: 934

Been thanked: 439 times

01/18/2025 at 4:49 PM #242759

robertogozzi

Voici mon système (J’ai ajouté UPDATEONCLOSE aux deux timeframe, puis j’ai ajouté le timeframe défaut):

Timeframe (1 hour,updateonclose)

Period1h = 150
FastPeriod1h = 2
SlowPeriod1h = 50

Fastest1h = 2 / (FastPeriod1h + 1)
Slowest1h = 2 / (SlowPeriod1h + 1)
if barindex < Period1h+1 then
Kama1h=close
else
Num1h = abs(close-close[Period1h])
Den1h = summation[Period1h](abs(close-close[1]))
ER1h = Num1h / Den1h
Alpha1h = SQUARE(ER1h *(Fastest1h - Slowest1h )+ Slowest1h)
KAMA1h = (Alpha1h * Close) + ((1 -Alpha1h)* Kama1h[1])
endif

Timeframe (15 minutes,updateonclose)
/////////////////////////////////////////////////////////////////// parameters KAMA

Period15min = 150
FastPeriod15min = 2
SlowPeriod15min = 50

Fastest15min = 2 / (FastPeriod15min + 1)
Slowest15min = 2 / (SlowPeriod15min + 1)
if barindex < Period15min+1 then
Kama15min=close
else
Num15min = abs(close-close[Period15min])
Den15min = summation[Period15min](abs(close-close[1]))
ER15min = Num15min / Den15min
Alpha15min = SQUARE(ER15min *(Fastest15min - Slowest15min )+ Slowest15min)
KAMA15min = (Alpha15min * Close) + ((1 -Alpha15min)* Kama15min[1])
endif

//————————————-//
//PRC_RSI Cyclic Smoothed
//version = 0
//19.11.2024
//Iván González @ http://www.prorealcode.com
//Sharing ProRealTime knowledge
//————————————-//
//Inputs
//————————————-//
src15min=close
domcycle15min=20
cyclelen15min=domcycle15min/2
vibration15min=10
leveling15min=10
cyclicmemory15min=domcycle15min*2

once crsi15min=0
//————————————-//
// CRSI calculation
//————————————-//
torque15min=2/(vibration15min+1)
phasinglag15min=floor((vibration15min-1)/2)

length15min = cyclelen15min
alpha15min = 1/length15min

srcUp15min = max(src15min-src15min[1],0)
if barindex = length15min then
up15min = average[length15min](srcUp15min)
else
up15min = alpha15min*srcUp15min + (1-alpha15min)*up15min[1]
endif

srcDw15min = -min(src15min-src15min[1],0)
if barindex = length15min then
dw15min = average[length15min](srcdw15min)
else
dw15min = alpha15min*srcdw15min + (1-alpha15min)*dw15min[1]
endif

if dw15min=0 then
myrsi15min=100
elsif up15min=0 then
myrsi15min=0
else
myrsi15min=100-100/(1+up15min/dw15min)
endif
if barindex>cyclicmemory15min then
crsi15min=torque15min*(2*myrsi15min-myrsi15min[phasinglag15min])+(1-torque15min)*crsi15min[1]
endif
//————————————-//
// LowBand and HighBand calculation
//————————————-//
Period15min=cyclicMemory15min
percent15min = leveling15min/100
periodMinusone15min = period15min-1
maxima15min = -999999.0
minima15min = 999999.0

for i15min=0 to periodMinusone15min do

if crsi15min[i15min] > maxima15min then
maxima15min = crsi15min[i15min]
elsif crsi15min[i15min] < minima15min then
minima15min = crsi15min[i15min]
endif
next

stepfactor15min = (maxima15min-minima15min)/100
lowband15min = 0

for steps15min=0 to 100 do
testvalue15min = minima15min+stepfactor15min*steps15min
below15min=0
for m15min=0 to periodMinusone15min do
if crsi15min[m15min]<testvalue15min then
below15min=below15min+1
endif
next
if below15min/period15min >= percent15min then
lowband15min = testvalue15min
break
endif
next

highband15min=0
for steps15min=0 to 100 do
testvalue15min=maxima15min-stepfactor15min*steps15min
above15min=0
for m15min=0 to periodMinusone15min do
if crsi15min[m15min]>=testvalue15min then
above15min=above15min+1
endif
next
if above15min/Period15min >= percent15min then
highband15min=testvalue15min
break
endif
next

mbb15min = average[50](crsi15min)
CRSISmooth15min = average[7](crsi15min)

 

LongPos =  (kama1h > kama1h[1]) and (close > kama1h) and (kama15min > kama15min[1]) and (close > kama15min) and (CRSI15min crosses over CRSISmooth15min)

if longpos then
buy 1 contract at market
endif

Timeframe (default)
///trailing stop function
trailingstart = 5 //trailing will start @trailinstart points profit
trailingstep = 5 //trailing step to move the "stoploss"

//reset the stoploss value
IF NOT ONMARKET THEN
newSL=0
ENDIF

//manage long positions
IF LONGONMARKET THEN
IF newSL=0 AND close-tradeprice(1)>=trailingstart*pipsize THEN
newSL = tradeprice(1)+trailingstep*pipsize
ENDIF
//next moves
IF newSL>0 AND close-newSL>=trailingstep*pipsize THEN
newSL = newSL+trailingstep*pipsize
ENDIF
ENDIF

//manage short positions
IF SHORTONMARKET THEN
//first move (breakeven)
IF newSL=0 AND tradeprice(1)-close>=trailingstart*pipsize THEN
newSL = tradeprice(1)-trailingstep*pipsize
ENDIF
//next moves
IF newSL>0 AND newSL-close>=trailingstep*pipsize THEN
newSL = newSL-trailingstep*pipsize
ENDIF
ENDIF

//stop order to exit the positions
IF newSL>0 THEN
SELL AT newSL STOP
EXITSHORT AT newSL STOP
ENDIF

// points based STOP LOSS and TRAILING STOP
// initial STOP LOSS
SET STOP pLOSS 50

// trailing stop
SET STOP pTRAILING 50

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Timeframe (1 hour,updateonclose)

Period1h = 150

FastPeriod1h = 2

SlowPeriod1h = 50

Fastest1h = 2 / (FastPeriod1h + 1)

Slowest1h = 2 / (SlowPeriod1h + 1)

if barindex < Period1h+1 then

Kama1h=close

else

Num1h = abs(close-close[Period1h])

Den1h = summation[Period1h](abs(close-close[1]))

ER1h = Num1h / Den1h

Alpha1h = SQUARE(ER1h *(Fastest1h - Slowest1h )+ Slowest1h)

KAMA1h = (Alpha1h * Close) + ((1 -Alpha1h)* Kama1h[1])

endif

Timeframe (15 minutes,updateonclose)

/////////////////////////////////////////////////////////////////// parameters KAMA

Period15min = 150

FastPeriod15min = 2

SlowPeriod15min = 50

Fastest15min = 2 / (FastPeriod15min + 1)

Slowest15min = 2 / (SlowPeriod15min + 1)

if barindex < Period15min+1 then

Kama15min=close

else

Num15min = abs(close-close[Period15min])

Den15min = summation[Period15min](abs(close-close[1]))

ER15min = Num15min / Den15min

Alpha15min = SQUARE(ER15min *(Fastest15min - Slowest15min )+ Slowest15min)

KAMA15min = (Alpha15min * Close) + ((1 -Alpha15min)* Kama15min[1])

endif

//————————————-//

//PRC_RSI Cyclic Smoothed

//version = 0

//19.11.2024

//Iván González @ http://www.prorealcode.com

//Sharing ProRealTime knowledge

//————————————-//

//Inputs

//————————————-//

src15min=close

domcycle15min=20

cyclelen15min=domcycle15min/2

vibration15min=10

leveling15min=10

cyclicmemory15min=domcycle15min*2

once crsi15min=0

//————————————-//

// CRSI calculation

//————————————-//

torque15min=2/(vibration15min+1)

phasinglag15min=floor((vibration15min-1)/2)

length15min = cyclelen15min

alpha15min = 1/length15min

srcUp15min = max(src15min-src15min[1],0)

if barindex = length15min then

up15min = average[length15min](srcUp15min)

else

up15min = alpha15min*srcUp15min + (1-alpha15min)*up15min[1]

endif

srcDw15min = -min(src15min-src15min[1],0)

if barindex = length15min then

dw15min = average[length15min](srcdw15min)

else

dw15min = alpha15min*srcdw15min + (1-alpha15min)*dw15min[1]

endif

if dw15min=0 then

myrsi15min=100

elsif up15min=0 then

myrsi15min=0

else

myrsi15min=100-100/(1+up15min/dw15min)

endif

if barindex>cyclicmemory15min then

crsi15min=torque15min*(2*myrsi15min-myrsi15min[phasinglag15min])+(1-torque15min)*crsi15min[1]

endif

//————————————-//

// LowBand and HighBand calculation

//————————————-//

Period15min=cyclicMemory15min

percent15min = leveling15min/100

periodMinusone15min = period15min-1

maxima15min = -999999.0

minima15min = 999999.0

for i15min=0 to periodMinusone15min do

if crsi15min[i15min] > maxima15min then

maxima15min = crsi15min[i15min]

elsif crsi15min[i15min] < minima15min then

minima15min = crsi15min[i15min]

endif

stepfactor15min = (maxima15min-minima15min)/100

lowband15min = 0

for steps15min=0 to 100 do

testvalue15min = minima15min+stepfactor15min*steps15min

below15min=0

for m15min=0 to periodMinusone15min do

if crsi15min[m15min]<testvalue15min then

below15min=below15min+1

endif

if below15min/period15min >= percent15min then

lowband15min = testvalue15min

break

endif

highband15min=0

for steps15min=0 to 100 do

testvalue15min=maxima15min-stepfactor15min*steps15min

above15min=0

for m15min=0 to periodMinusone15min do

if crsi15min[m15min]>=testvalue15min then

above15min=above15min+1

endif

if above15min/Period15min >= percent15min then

highband15min=testvalue15min

break

endif

mbb15min = average[50](crsi15min)

CRSISmooth15min = average[7](crsi15min)

LongPos = (kama1h > kama1h[1]) and (close > kama1h) and (kama15min > kama15min[1]) and (close > kama15min) and (CRSI15min crosses over CRSISmooth15min)

if longpos then

buy 1 contract at market

endif

Timeframe (default)

///trailing stop function

trailingstart = 5 //trailing will start @trailinstart points profit

trailingstep = 5 //trailing step to move the "stoploss"

//reset the stoploss value

IF NOT ONMARKET THEN

newSL=0

ENDIF

//manage long positions

IF LONGONMARKET THEN

IF newSL=0 AND close-tradeprice(1)>=trailingstart*pipsize THEN

newSL = tradeprice(1)+trailingstep*pipsize

ENDIF

//next moves

IF newSL>0 AND close-newSL>=trailingstep*pipsize THEN

newSL = newSL+trailingstep*pipsize

ENDIF

//manage short positions

IF SHORTONMARKET THEN

//first move (breakeven)

IF newSL=0 AND tradeprice(1)-close>=trailingstart*pipsize THEN

newSL = tradeprice(1)-trailingstep*pipsize

ENDIF

//next moves

IF newSL>0 AND newSL-close>=trailingstep*pipsize THEN

newSL = newSL-trailingstep*pipsize

ENDIF

//stop order to exit the positions

IF newSL>0 THEN

SELL AT newSL STOP

EXITSHORT AT newSL STOP

ENDIF

// points based STOP LOSS and TRAILING STOP

// initial STOP LOSS

SET STOP pLOSS 50

// trailing stop

SET STOP pTRAILING 50

1 user thanked author for this post.

finplus

robertogozzi

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Replies: 17269

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01/18/2025 at 5:30 PM #242784

finplus

Grazie Roberto.

Je vais regarder.

Merci.

finplus

Participant

Topics: 110

Replies: 427

Been thanked: 10 times

01/18/2025 at 5:31 PM #242785

finplus

Pour revenir aux deux écrans, tu conseilles 5K unités ?

finplus

Participant

Topics: 110

Replies: 427

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01/18/2025 at 5:37 PM #242789

robertogozzi

Pour les premières vérifications de code, 5K unités peuvent être suffisants, mais lorsque vous effectuez des backtests définitifs, je vous recommande d’en utiliser beaucoup plus. J’utilise 200K (le maximum).

robertogozzi

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01/18/2025 at 5:40 PM #242790

finplus

D’accord. merci pour la rapidité de la réponse. Une dernière demande : l’indicateur corrigé par vous est-il transposable en screener ? Si oui, je ferai une demande dans le forum adéquat.

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01/18/2025 at 5:59 PM #242792

fifi743

Pour revenir aux deux écrans, tu conseilles 5K unités ?
oui

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finplus

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01/18/2025 at 6:12 PM #242794

finplus

merci fifi743

finplus

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