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saherelm
2024-06-24 17:08:46 +03:30
parent 1e424c4c71
commit ba23e2d9e9
4 changed files with 672 additions and 433 deletions
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Classes/x-saherelm.x121.setup.xea.mq5
+273 -411
View File
@@ -1971,6 +1971,112 @@ public:
return result; return result;
} }
//
int GetBreakoutsSignals(XSignal &signals[])
{
//
int result = 0;
//
Clean(signals);
//
int count = Count();
if (!IsValidSize(count))
{
return result;
}
//
for (int i = 0; i < count; i++)
{
//
string iSymbol = data[i].symbol;
ENUM_TIMEFRAMES iPeriod = data[i].period;
//
double hotLevels[];
//
AddSpecific(
0.25,
hotLevels //
);
//
AddSpecific(
0.20,
hotLevels //
);
//
AddSpecific(
0.12,
hotLevels //
);
//
XSCZonesInput zonesInput;
zonesInput.length = 71;
zonesInput.numberOfZones = 10;
XSCZones *zones = new XSCZones(
iSymbol,
_Period //
);
//
zonesInput.AddLevelColor(
hotLevels[0],
clrRed //
);
zonesInput.AddLevelColor(
hotLevels[1],
clrOrange //
);
zonesInput.AddLevelColor(
hotLevels[2],
clrLightCoral //
);
bool canUseZones = zones.Init(zonesInput);
//
XSCCFInput cfInputs;
cfInputs.Default();
XSCCF *cf = new XSCCF(
iSymbol,
_Period //
);
bool canUseCF = cf.Init(cfInputs);
//
XSCTrendInput tInputs;
tInputs.Default();
XSCTrend *trend = new XSCTrend(
iSymbol,
_Period //
);
bool canUseTrend = trend.Init(tInputs);
if (canUseCF && canUseTrend && canUseZones)
{
//
// cf.Draw();
trend.Draw();
// zones.Draw();
Print("Use CF ...");
// cf.Remove();
// trend.Remove();
// zones.Remove();
}
}
//
result = ArraySize(signals);
//
return result;
}
// //
// Protected ... // Protected ...
protected: protected:
@@ -2783,6 +2889,18 @@ public:
mGetVerificationFromOtherTimeFrames = value; mGetVerificationFromOtherTimeFrames = value;
} }
//
bool ExecuteSignalsOnBreakout()
{
return mExecuteSignalsOnBreakout;
}
//
void ExecuteSignalsOnBreakout(bool value)
{
mExecuteSignalsOnBreakout = value;
}
// //
// Risk Management ... // Risk Management ...
@@ -3304,75 +3422,6 @@ public:
mTradeHandler.SetSave(value); mTradeHandler.SetSave(value);
} }
//
double ForceCloseProfit()
{
return mForceCloseProfit;
}
//
void ForceCloseProfit(double value)
{
//
if (value < 0)
{
value = 0;
}
//
mForceCloseProfit = value;
}
//
double MaxDrawdownForce()
{
return mMaxDrawdownForce;
}
//
void MaxDrawdownForce(double value)
{
//
if (value < 0)
{
value = 0;
}
//
mMaxDrawdownForce = value;
}
//
int MaxPositionsForce()
{
return mMaxPositionsForce;
}
//
void MaxPositionsForce(int value)
{
//
if (value < 0)
{
value = 0;
}
//
mMaxPositionsForce = value;
}
//
bool AllowSymbolHedgeOnForce()
{
return mAllowSymbolHedgeOnForce;
}
//
void AllowSymbolHedgeOnForce(bool value)
{
mAllowSymbolHedgeOnForce = value;
}
// //
double MinFreeMargingForHandleForce() double MinFreeMargingForHandleForce()
{ {
@@ -3392,18 +3441,6 @@ public:
mMinFreeMargingForHandleForce = value; mMinFreeMargingForHandleForce = value;
} }
// //
// bool ForceState()
// {
// return mForceState;
// }
// //
// void ForceState(bool value)
// {
// mForceState = value;
// }
// //
// Overrides ... // Overrides ...
@@ -3533,6 +3570,13 @@ public:
bool allowLong = AllowLong(); bool allowLong = AllowLong();
bool allowShort = AllowShort(); bool allowShort = AllowShort();
//
bool useCMarket = false;
bool useSMarket = true;
bool useMMarket = false;
bool useLMarket = false;
bool useHMarket = false;
// //
for (int i = 0; i < count; i++) for (int i = 0; i < count; i++)
{ {
@@ -3547,24 +3591,26 @@ public:
cConditions.Clean(); cConditions.Clean();
// //
cHasSignal = mSetups[i] cHasSignal = !useCMarket
.ProcessMarket( ? false
cSignal, : mSetups[i]
cConditions, .ProcessMarket(
cPusher, cSignal,
cProvider, cConditions,
X_MARKET_CYCLE_UNKNOWN, cPusher,
canSupport, cProvider,
allowLong, X_MARKET_CYCLE_UNKNOWN,
allowShort, canSupport,
volume, allowLong,
slPoint, allowShort,
ignoreSL, volume,
tpPoint, slPoint,
ignoreTP, ignoreSL,
0, tpPoint,
5 // ignoreTP,
); 0,
5 //
);
// //
// Short Market ... // Short Market ...
@@ -3577,24 +3623,26 @@ public:
sConditions.Clean(); sConditions.Clean();
// //
sHasSignal = mSetups[i] sHasSignal = !useSMarket
.ProcessMarket( ? false
sSignal, : mSetups[i]
sConditions, .ProcessMarket(
sPusher, sSignal,
sProvider, sConditions,
X_MARKET_CYCLE_SHORT, sPusher,
canSupport, sProvider,
allowLong, X_MARKET_CYCLE_SHORT,
allowShort, canSupport,
volume, allowLong,
slPoint, allowShort,
ignoreSL, volume,
tpPoint, slPoint,
ignoreTP, ignoreSL,
0, tpPoint,
5 // ignoreTP,
); 0,
5 //
);
// //
// Medium Market ... // Medium Market ...
@@ -3607,24 +3655,26 @@ public:
mConditions.Clean(); mConditions.Clean();
// //
mHasSignal = mSetups[i] mHasSignal = !useMMarket
.ProcessMarket( ? false
mSignal, : mSetups[i]
mConditions, .ProcessMarket(
mPusher, mSignal,
mProvider, mConditions,
X_MARKET_CYCLE_MEDIUM, mPusher,
canSupport, mProvider,
allowLong, X_MARKET_CYCLE_MEDIUM,
allowShort, canSupport,
volume, allowLong,
slPoint, allowShort,
ignoreSL, volume,
tpPoint, slPoint,
ignoreTP, ignoreSL,
0, tpPoint,
5 // ignoreTP,
); 0,
5 //
);
// //
// Long Market ... // Long Market ...
@@ -3637,24 +3687,26 @@ public:
lConditions.Clean(); lConditions.Clean();
// //
lHasSignal = mSetups[i] lHasSignal = !useLMarket
.ProcessMarket( ? false
lSignal, : mSetups[i]
lConditions, .ProcessMarket(
lPusher, lSignal,
lProvider, lConditions,
X_MARKET_CYCLE_LONG, lPusher,
canSupport, lProvider,
allowLong, X_MARKET_CYCLE_LONG,
allowShort, canSupport,
volume, allowLong,
slPoint, allowShort,
ignoreSL, volume,
tpPoint, slPoint,
ignoreTP, ignoreSL,
0, tpPoint,
5 // ignoreTP,
); 0,
5 //
);
// //
// Hind Market ... // Hind Market ...
@@ -3667,24 +3719,26 @@ public:
hConditions.Clean(); hConditions.Clean();
// //
hHasSignal = mSetups[i] hHasSignal = !useHMarket
.ProcessMarket( ? false
hSignal, : mSetups[i]
hConditions, .ProcessMarket(
hPusher, hSignal,
hProvider, hConditions,
X_MARKET_CYCLE_HIND, hPusher,
canSupport, hProvider,
allowLong, X_MARKET_CYCLE_HIND,
allowShort, canSupport,
volume, allowLong,
slPoint, allowShort,
ignoreSL, volume,
tpPoint, slPoint,
ignoreTP, ignoreSL,
0, tpPoint,
5 // ignoreTP,
); 0,
5 //
);
// //
// Parse Signals and Add them for Executing ... // Parse Signals and Add them for Executing ...
@@ -4317,12 +4371,33 @@ protected:
} }
// //
ENUM_X_SIGNAL_EXECUTION_RESULT states[]; bool executeOnBreakouts = ExecuteSignalsOnBreakout();
int executedSignalsCount = ExecuteSignals( if (executeOnBreakouts)
signals, {
states, //
false // XSignal bSignals[];
); int bSignalsCount = mTradeHandler.GetBreakoutsSignals(bSignals);
if (IsValidSize(bSignalsCount))
{
//
ENUM_X_SIGNAL_EXECUTION_RESULT states[];
int executedSignalsCount = ExecuteSignals(
signals,
states,
false //
);
}
}
else
{
//
ENUM_X_SIGNAL_EXECUTION_RESULT states[];
int executedSignalsCount = ExecuteSignals(
signals,
states,
false //
);
}
} }
// //
@@ -4404,24 +4479,27 @@ protected:
bool result = false; bool result = false;
// //
int maxAllowed = MaxPositionsForce(); // int maxAllowed = MaxPositionsForce();
result = maxAllowed <= 0; // result = maxAllowed <= 0;
if (result) // if (result)
{ // {
return result; // return result;
} // }
// //
// XPosition positions[];
// int positionsCount = mTrader.GetPositions(positions);
// result = !IsValidSize(positionsCount);
// if (result)
// {
// return result;
// }
// //
// result = positionsCount < maxAllowed;
// //
XPosition positions[]; result = true;
int positionsCount = mTrader.GetPositions(positions);
result = !IsValidSize(positionsCount);
if (result)
{
return result;
}
//
result = positionsCount < maxAllowed;
// //
return result; return result;
@@ -4437,8 +4515,8 @@ private:
// Signals ... // Signals ...
bool mAllowLong; // Allow Long bool mAllowLong; // Allow Long
bool mAllowShort; // Allow Short bool mAllowShort; // Allow Short
double mForceCloseProfit; // Close All Positions Regardless of Policies when Profit Reached
int mReuiredSignalVerifications; // Required Verifications for Validate Signals int mReuiredSignalVerifications; // Required Verifications for Validate Signals
bool mExecuteSignalsOnBreakout; // Execute Signals On Breakouts
bool mGetVerificationFromOtherTimeFrames; // Get Verifications from Other Time Frames bool mGetVerificationFromOtherTimeFrames; // Get Verifications from Other Time Frames
// //
@@ -4667,7 +4745,7 @@ private:
int restingTime = RestingAfterHedge(); int restingTime = RestingAfterHedge();
if (result && IsValidSize(restingTime)) if (result && IsValidSize(restingTime))
{ {
Sleep(restingTime * 1000); Sleeping(restingTime);
} }
// //
@@ -4838,222 +4916,6 @@ private:
return; return;
} }
//
if (!IsValidSize(setupsCount))
{
return;
}
//
// Here i Can Check what to do In Force State ...
//
// Handle Hedging Based On Positions ...
double drawdown = GetDrawdownPercent();
double forceDrawdown = MaxDrawdownForce();
int positionsForce = MaxPositionsForce();
double forceCloseProfit = ForceCloseProfit();
double minRequiredProfitPerTrade = MinRequiredProfitPerTrade();
double minRequiredProfitPerVolumeFactor = MinRequiredProfitPerVolumeFactor();
//
// Try To Force Hedging ...
bool canForceHedge =
(positionsForce <= 0
? true
: positionsCount > positionsForce)
//
||
//
(forceDrawdown > 0 &&
drawdown >= forceDrawdown);
if (canForceHedge)
{
//
// Check Required Profit ...
//
double profit = SpecifiedCalculatePositionsProfit(positions);
//
// Check Force Close Profit ...
if (forceCloseProfit > 0)
{
//
canForceHedge = profit >= forceCloseProfit;
if (canForceHedge)
{
//
bool isHedged = DoEQMForceClose();
if (isHedged)
{
return;
}
}
}
//
// Calculate Required Profit ...
double requiredProfit = SpecifiedCalculateRequiredProfitForHedge(
positions,
minRequiredProfitPerTrade,
minRequiredProfitPerVolumeFactor //
);
//
canForceHedge =
requiredProfit <= 0
? profit > 0
: profit >= (requiredProfit / 2);
if (canForceHedge)
{
//
bool isHedged = DoEQMForceClose();
if (isHedged)
{
return;
}
}
//
// At Least Hedgeing ...
// Minimal Hedge ...
//
// Check Symbol Hedging ...
bool allowSymbolHedge = AllowSymbolHedgeOnForce();
if (allowSymbolHedge)
{
for (int i = 0; i < setupsCount; i++)
{
//
string iSymbol = mSetups[i].GetSymbol();
//
XPosition iSymbolPositions[];
int iSymbolPositionsCount = mTrader.GetPositions(
iSymbolPositions,
//
iSymbol,
NULL, // All Providers ...
NULL, // All Periods ...
NULL, // All Types ...
true // Filter By Magic ...
);
if (!IsValidSize(iSymbolPositionsCount))
{
continue;
}
//
double profit = SpecifiedCalculatePositionsProfit(iSymbolPositions);
//
double requiredProfit = SpecifiedCalculateRequiredProfitForHedge(
iSymbolPositions,
minRequiredProfitPerTrade,
minRequiredProfitPerVolumeFactor //
);
//
bool canHedge =
requiredProfit <= 0
? profit > 0
: profit >= requiredProfit;
if (canHedge)
{
//
string comment = XEQMSupportToken + " Hedge Symbol ...";
//
int closed = mTrader.Close(
iSymbolPositions,
comment //
);
//
if (closed == iSymbolPositionsCount)
{
//
mSetups[i].ForceState(false);
//
string message = XEQMSupportToken + " Hedge Symbol (" + iSymbol + "): " + ToString(profit);
Alert(message);
}
}
}
}
return;
}
//
// Implement Other Senarios ...
//
bool isMarginPassed = IsMarginPassed();
bool isMaxNumberPassed = IsNumberOfPositionsPassed();
bool canProtect = !isMarginPassed || !isMaxNumberPassed;
if (canProtect)
{
//
int maxInDIDX = FindMaxDrawdownIndex(
positions //
);
int setupIDX = FindSetupIndex(positions[maxInDIDX].symbol);
if (IsValidIndex(maxInDIDX) && IsValidIndex(setupIDX))
{
//
string iSymbol = positions[maxInDIDX].symbol;
ENUM_TIMEFRAMES iPeriod = mSetups[setupIDX].GetPeriod();
//
// Check Position Age ...
int age = GetAge(
positions[maxInDIDX],
iPeriod //
);
if (age >= 700)
{
//
// Calculate Trend ...
XSCTrend *trend = new XSCTrend(
iSymbol,
iPeriod //
);
//
XSCTrendInput tInputs;
tInputs.Default();
bool canUseTrend = trend.Init(tInputs);
if (canUseTrend)
{
//
trend.Draw();
Print("UseTrend");
trend.Remove();
}
// string comment = XEQMSupportToken + " Close Max In D ...";
// bool isClosed = mTrader.Close(
// positions[maxInDIDX].ticket,
// comment //
// );
// if (isClosed)
// {
// //
// string message = XEQMSupportToken + " Close Position (" + ToString(positions[maxInDIDX].ticket) + ") Due Max In Drawdown ...";
// Alert(message);
// }
}
}
}
//
// Find Max In Profit ...
// and Min In Profit ...
// //
} }
Classes/x-saherelm.xea.class.mq5
+86
View File
@@ -323,6 +323,15 @@ public:
return; return;
} }
//
// Check Sleeping State ...
bool isSlept = IsSlept();
if (isSlept)
{
Print("Slept");
return;
}
// //
// Second Check For Signals ... // Second Check For Signals ...
// then Execute Signals if Provided ... // then Execute Signals if Provided ...
@@ -1657,6 +1666,83 @@ protected:
} }
} }
//
// Sleeping Context ...
//
// Sleeping Mode ...
int mSleepingDuration;
datetime mSleepingStartAt;
bool Sleeping(int seconds = -1)
{
//
bool result = false;
//
mSleepingDuration =
seconds > 0
? seconds
: mRestingAfterHedge > 0
? mRestingAfterHedge
: 0;
result = mSleepingDuration > 0;
if (!result)
{
//
ResetSleeping();
return result;
}
//
// Check Doesnt Sleep Before ...
result = mSleepingStartAt == NULL;
if (!result)
{
//
ResetSleeping();
return result;
}
//
datetime cTime = TimeCurrent();
mSleepingStartAt = cTime;
//
return result;
}
bool IsSlept()
{
//
bool result = false;
//
result = mSleepingDuration > 0 &&
mSleepingStartAt != NULL;
if (!result)
{
//
ResetSleeping();
return result;
}
//
datetime cTime = TimeCurrent();
result = (int)cTime < (int)mSleepingStartAt + mSleepingDuration;
if (!result)
{
ResetSleeping();
}
//
return result;
}
void ResetSleeping()
{
//
mSleepingDuration = 0;
mSleepingStartAt = NULL;
}
// //
// Private ... // Private ...
private: private:
Documents/BKP/usefull.mq5
+299
View File
@@ -4567,3 +4567,302 @@ int pivotsCount = ArraySize(pivots);
// //
return result; return result;
} }
///////////////////////////////////////////////////////////////////////////
// input double x121EAForceCloseProfit = 5; // Close All Positions Regardless of Policies when Profit Reached
// input double x121EAMaxDrawdownForce = 5; // Max Drawdown Force State for Handling Guards
// input int x121EAMaxPositionsForce = 10; // Max Number of Positions Force State for Handling Guards
// input double x121EAMinFreeMargingForHandleForce = 800; // Min Free Margin for Force States
// input bool x121EAAllowSymbolHedgeOnForce = false; // Allow Symbol Hedging on Force States
// x121EA.ForceCloseProfit(x121EAForceCloseProfit);
// x121EA.MaxDrawdownForce(x121EAMaxDrawdownForce);
// x121EA.MaxPositionsForce(x121EAMaxPositionsForce);
// x121EA.AllowSymbolHedgeOnForce(x121EAAllowSymbolHedgeOnForce);
// x121EA.MinFreeMargingForHandleForce(x121EAMinFreeMargingForHandleForce);
double mForceCloseProfit; // Close All Positions Regardless of Policies when Profit Reached
//
double ForceCloseProfit()
{
return mForceCloseProfit;
}
//
void ForceCloseProfit(double value)
{
//
if (value < 0)
{
value = 0;
}
//
mForceCloseProfit = value;
}
//
double MaxDrawdownForce()
{
return mMaxDrawdownForce;
}
//
void MaxDrawdownForce(double value)
{
//
if (value < 0)
{
value = 0;
}
//
mMaxDrawdownForce = value;
}
//
int MaxPositionsForce()
{
return mMaxPositionsForce;
}
//
void MaxPositionsForce(int value)
{
//
if (value < 0)
{
value = 0;
}
//
mMaxPositionsForce = value;
}
//
bool AllowSymbolHedgeOnForce()
{
return mAllowSymbolHedgeOnForce;
}
//
void AllowSymbolHedgeOnForce(bool value)
{
mAllowSymbolHedgeOnForce = value;
}
return;
//
if (!IsValidSize(setupsCount))
{
return;
}
//
// Here i Can Check what to do In Force State ...
//
// Handle Hedging Based On Positions ...
double drawdown = GetDrawdownPercent();
double forceDrawdown = MaxDrawdownForce();
int positionsForce = MaxPositionsForce();
double forceCloseProfit = ForceCloseProfit();
double minRequiredProfitPerTrade = MinRequiredProfitPerTrade();
double minRequiredProfitPerVolumeFactor = MinRequiredProfitPerVolumeFactor();
//
// Try To Force Hedging ...
bool canForceHedge =
(positionsForce <= 0
? true
: positionsCount > positionsForce)
//
||
//
(forceDrawdown > 0 &&
drawdown >= forceDrawdown);
if (canForceHedge)
{
//
// Check Required Profit ...
//
double profit = SpecifiedCalculatePositionsProfit(positions);
//
// Check Force Close Profit ...
if (forceCloseProfit > 0)
{
//
canForceHedge = profit >= forceCloseProfit;
if (canForceHedge)
{
//
bool isHedged = DoEQMForceClose();
if (isHedged)
{
return;
}
}
}
//
// Calculate Required Profit ...
double requiredProfit = SpecifiedCalculateRequiredProfitForHedge(
positions,
minRequiredProfitPerTrade,
minRequiredProfitPerVolumeFactor //
);
//
canForceHedge =
requiredProfit <= 0
? profit > 0
: profit >= (requiredProfit / 2);
if (canForceHedge)
{
//
bool isHedged = DoEQMForceClose();
if (isHedged)
{
return;
}
}
//
// At Least Hedgeing ...
// Minimal Hedge ...
//
// Check Symbol Hedging ...
bool allowSymbolHedge = AllowSymbolHedgeOnForce();
if (allowSymbolHedge)
{
for (int i = 0; i < setupsCount; i++)
{
//
string iSymbol = mSetups[i].GetSymbol();
//
XPosition iSymbolPositions[];
int iSymbolPositionsCount = mTrader.GetPositions(
iSymbolPositions,
//
iSymbol,
NULL, // All Providers ...
NULL, // All Periods ...
NULL, // All Types ...
true // Filter By Magic ...
);
if (!IsValidSize(iSymbolPositionsCount))
{
continue;
}
//
double profit = SpecifiedCalculatePositionsProfit(iSymbolPositions);
//
double requiredProfit = SpecifiedCalculateRequiredProfitForHedge(
iSymbolPositions,
minRequiredProfitPerTrade,
minRequiredProfitPerVolumeFactor //
);
//
bool canHedge =
requiredProfit <= 0
? profit > 0
: profit >= requiredProfit;
if (canHedge)
{
//
string comment = XEQMSupportToken + " Hedge Symbol ...";
//
int closed = mTrader.Close(
iSymbolPositions,
comment //
);
//
if (closed == iSymbolPositionsCount)
{
//
mSetups[i].ForceState(false);
//
string message = XEQMSupportToken + " Hedge Symbol (" + iSymbol + "): " + ToString(profit);
Alert(message);
}
}
}
}
return;
}
//
// Implement Other Senarios ...
//
bool isMarginPassed = IsMarginPassed();
bool isMaxNumberPassed = IsNumberOfPositionsPassed();
bool canProtect = !isMarginPassed || !isMaxNumberPassed;
if (canProtect)
{
//
int maxInDIDX = FindMaxDrawdownIndex(
positions //
);
int setupIDX = FindSetupIndex(positions[maxInDIDX].symbol);
if (IsValidIndex(maxInDIDX) && IsValidIndex(setupIDX))
{
//
string iSymbol = positions[maxInDIDX].symbol;
ENUM_TIMEFRAMES iPeriod = mSetups[setupIDX].GetPeriod();
//
// Check Position Age ...
int age = GetAge(
positions[maxInDIDX],
iPeriod //
);
if (age >= 700)
{
//
// Calculate Trend ...
XSCTrend *trend = new XSCTrend(
iSymbol,
iPeriod //
);
//
XSCTrendInput tInputs;
tInputs.Default();
bool canUseTrend = trend.Init(tInputs);
if (canUseTrend)
{
//
trend.Draw();
Print("UseTrend");
trend.Remove();
}
// string comment = XEQMSupportToken + " Close Max In D ...";
// bool isClosed = mTrader.Close(
// positions[maxInDIDX].ticket,
// comment //
// );
// if (isClosed)
// {
// //
// string message = XEQMSupportToken + " Close Position (" + ToString(positions[maxInDIDX].ticket) + ") Due Max In Drawdown ...";
// Alert(message);
// }
}
}
}
Experts/x-saherelm.x121.ea.mq5
+13 -21
View File
@@ -44,14 +44,15 @@ input group "Signals";
//,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb //,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb
// EURUSDb,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb // EURUSDb,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb
// EURUSDb,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb,XAUUSDb,NZDUSDb,AUDUSDb,USDCADb,BTCUSD,ETHUSD // EURUSDb,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb,XAUUSDb,NZDUSDb,AUDUSDb,USDCADb,BTCUSD,ETHUSD
input string x121EASymbols = "EURUSDb,USDCHFb,EURCHFb,USDJPYb,EURJPYb,GBPUSDb"; // Symbols input string x121EASymbols = "EURUSDb"; // Symbols
input bool x121EAUseAllSymbols = false; // Use All Available Symbols input bool x121EAUseAllSymbols = false; // Use All Available Symbols
input bool x121EAUseAllWatchListSymbols = false; // Use All WatchList Symbols input bool x121EAUseAllWatchListSymbols = false; // Use All WatchList Symbols
input bool x121EAAllowLong = true; // Allow Long Trades input bool x121EAAllowLong = true; // Allow Long Trades
input bool x121EAAllowShort = true; // Allow Short Trades input bool x121EAAllowShort = true; // Allow Short Trades
input int x121EADelayBetweenTwoSignal = 5; // Delay Between two Same Signals input bool x121EAExecuteSignalsOnBreakout = false; // Execute Signals On Breakouts
input int x121EAReuiredSignalVerifications = 4; // Required Verifications for Signals input int x121EADelayBetweenTwoSignal = 5; // Delay Between two Same Signals
input bool x121EAGetVerificationFromOtherTimeFrames = true; // Get Verifications from Other Time Frames input int x121EAReuiredSignalVerifications = 3; // Required Verifications for Signals
input bool x121EAGetVerificationFromOtherTimeFrames = false; // Get Verifications from Other Time Frames
// //
// Risk Management ... // Risk Management ...
@@ -101,8 +102,8 @@ input double x121EAMaxAllowedGridVolume = 0.04; // Max Allowed Grid Signals Volu
// //
input group "Recovery"; input group "Recovery";
input bool x121EAAllowRecovery = true; // Allow Recovery Signals input bool x121EAAllowRecovery = false; // Allow Recovery Signals
input bool x121EARecoverOnlyForces = true; // Recover Only Force Signals input bool x121EARecoverOnlyForces = true; // Recover Only Force Signals
input int x121EAMaxNumberOfRecoveries = 2; // Max Number of Recovery Signals input int x121EAMaxNumberOfRecoveries = 2; // Max Number of Recovery Signals
input double x121EARecoveryDistance = 100; // Recovery Distance input double x121EARecoveryDistance = 100; // Recovery Distance
input double x121EARecoveryVolumeMultiplier = 2; // Recovery Volume Multiplier input double x121EARecoveryVolumeMultiplier = 2; // Recovery Volume Multiplier
@@ -110,12 +111,7 @@ input double x121EAMaxAllowedRecoveryVolume = 0.08; // Max Allowed Recovery Sign
// //
input group "Hedging"; input group "Hedging";
input int x121EARestingAfterHedge = 3000; // Resting Seconds After Hedge input int x121EARestingAfterHedge = 0; // Resting Seconds After Hedge
input double x121EAForceCloseProfit = 5; // Close All Positions Regardless of Policies when Profit Reached
input double x121EAMaxDrawdownForce = 5; // Max Drawdown Force State for Handling Guards
input int x121EAMaxPositionsForce = 10; // Max Number of Positions Force State for Handling Guards
input double x121EAMinFreeMargingForHandleForce = 800; // Min Free Margin for Force States
input bool x121EAAllowSymbolHedgeOnForce = false; // Allow Symbol Hedging on Force States
input double x121EAMinRequiredProfitPerTrade = 0.2; // Minimum Required Profit for Hedging input double x121EAMinRequiredProfitPerTrade = 0.2; // Minimum Required Profit for Hedging
input double x121EAMinRequiredProfitPerVolumeFactor = 0.01; // Minimum Required Profit for Hedging Per Volume input double x121EAMinRequiredProfitPerVolumeFactor = 0.01; // Minimum Required Profit for Hedging Per Volume
@@ -316,6 +312,7 @@ bool InitialEA()
x121EA.AllowLong(x121EAAllowLong); x121EA.AllowLong(x121EAAllowLong);
x121EA.AllowShort(x121EAAllowShort); x121EA.AllowShort(x121EAAllowShort);
x121EA.DelayBetweenTwoSignal(x121EADelayBetweenTwoSignal); x121EA.DelayBetweenTwoSignal(x121EADelayBetweenTwoSignal);
x121EA.ExecuteSignalsOnBreakout(x121EAExecuteSignalsOnBreakout);
x121EA.ReuiredSignalVerifications(x121EAReuiredSignalVerifications); x121EA.ReuiredSignalVerifications(x121EAReuiredSignalVerifications);
x121EA.GetVerificationFromOtherTimeFrames(x121EAGetVerificationFromOtherTimeFrames); x121EA.GetVerificationFromOtherTimeFrames(x121EAGetVerificationFromOtherTimeFrames);
@@ -377,13 +374,8 @@ bool InitialEA()
// //
// Hedging ... // Hedging ...
x121EA.ForceCloseProfit(x121EAForceCloseProfit);
x121EA.RestingAfterHedge(x121EARestingAfterHedge); x121EA.RestingAfterHedge(x121EARestingAfterHedge);
x121EA.MaxDrawdownForce(x121EAMaxDrawdownForce);
x121EA.MaxPositionsForce(x121EAMaxPositionsForce);
x121EA.AllowSymbolHedgeOnForce(x121EAAllowSymbolHedgeOnForce);
x121EA.MinRequiredProfitPerTrade(x121EAMinRequiredProfitPerTrade); x121EA.MinRequiredProfitPerTrade(x121EAMinRequiredProfitPerTrade);
x121EA.MinFreeMargingForHandleForce(x121EAMinFreeMargingForHandleForce);
x121EA.MinRequiredProfitPerVolumeFactor(x121EAMinRequiredProfitPerVolumeFactor); x121EA.MinRequiredProfitPerVolumeFactor(x121EAMinRequiredProfitPerVolumeFactor);
// //