Ikarus_2.0最新版

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2022-03-14

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头皮EAMT4源码

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// ————————————————————————————————
// Original by http://www.lifesdream.org
//
// Modified by MaPi & HoHe
//
// HIGH RISK GRID TRADING EA, USE IT ON DEMO ONLY UNTIL YOU KNOW HOW TO HANDLE AND ARE WILLING TO ACCEPT THE INVOLED RISKS!!!
// ————————————————————————————————
//
// To change global vars (F3):
// – Switch Auto Trading OFF
// – Change vars by hit F3-key
// – Restart Ikarus
// – Switch Auto Trading ON
// – Restart Ikarus again
//
//#define DEMO 1 // to make it a Demo Version (work on demo account only), this line MUST NOT be comment
//#define DEBUG 1 // to switch off debug info of, make this line as comment

#define max_open_positions 100 // maximum number of open positions, was constant = 50 before

#include <stdlib.mqh>
#include <stderror.mqh>

#define versionNo “2.0”
#define versionBMI “BlackMamba Ikarus ” + versionNo
#define versionOld “based on Super Money Grid v1.41″
string key=”BlackMamba Ikarus 2.0″;

// ————————————————————————————————
// EXTERN VARS
// ————————————————————————————————
extern int magic=11235;
// ————————————————————————————————
int user_slippage=2;
extern int grid_size=20; // grid distance from one position to the next one; is neither a Pip nor a money dimension
extern int gs_progression=3; // use progression as well for grid distance: 0=none | 1:d’alembert | 2:martingale | 3:fibonacci
extern int take_profit=20; // distance for the profit rate; will rise by number of open Lot size; is neither a Pip nor a money dimension
extern double profit_lock=0.3; // percentage of profit that will be protected by trailing stop
extern double min_lots=0.01; // volume, to start a new cycle
extern double equity_warning=0.20; // change account state to red, if equity is warning percent less than max equtiy ever reached
extern double account_risk=1.00; // percentage, for stop and close all open positions; trading will also be stopped
extern int progression=3; // oder volume progression: 0=none | 1:d’alembert | 2:martingale | 3:fibonacci
extern int max_positions=6; // for each direction maximum open postitions of buys and sells
extern int unbalance_control=0; // hedge option, if more than 4 open trades; new starting volume = volume of 3rd last active volume
extern int max_spread=100; // do not trade, if spread is higher than this value
extern int show_forecast=1; // extern option to hide forecast lines
//
// ————————————————————————————————
// GLOBAL VARS
// ————————————————————————————————
// Ticket
// #007: be able to deal with variable number of open positions
int buy_tickets[max_open_positions];
int sell_tickets[max_open_positions];
// Lots
double buy_lots[max_open_positions];
double sell_lots[max_open_positions];
// Current Profit
double buy_profit[max_open_positions];
double sell_profit[max_open_positions];
// Open Price
double buy_price[max_open_positions];
double sell_price[max_open_positions];
// Number of orders
int buys=0;
int sells=0;

// #020: show line, where the next line_buy /line_sell would be, if it would be opened
// value of lines:
double line_buy=0,line_sell=0,line_buy_tmp=0,line_sell_tmp=0,line_buy_next=0,line_sell_next=0,line_buy_ts=0,line_sell_ts=0,line_margincall=0;
// profits:
double total_buy_profit=0,total_sell_profit=0,total_buy_swap=0,total_sell_swap=0;
double buy_max_profit=0,buy_close_profit=0;
double sell_max_profit=0,sell_close_profit=0;
double total_buy_lots=0,total_sell_lots=0;
double relativeVolume=0;

// Colors:
// #001: eliminate all warnings:
//color c=Black;
int colInPlus=clrGreen;
int colInMinus=clrRed;
int colNeutral=clrGray;

int colFontLight=clrWhite;
int colFontDark=clrGray;

int colCodeGreen=clrGreen;
int colCodeYellow=clrGold;
int colCodeRed=clrRed;

int colPauseButtonPassive=clrBlue;

int panelCol=colNeutral; // fore color of neutral panel text
int instrumentCol=colNeutral; // panel color that changes depending on its value
//
// OrderReliable:
int slippage=0; // is fix; depending on chart: 2 or 20
int retry_attempts= 10;
double sleep_time = 4.0; // in seconds
double sleep_maximum=25.0; // in seconds
string OrderReliable_Fname=”OrderReliable fname unset”;
static int _OR_err=0;
string OrderReliableVersion=”V1_1_1″;

// #023: implement account state by 3 colored button
enum ACCOUNT_STATE{as_green,as_yellow,as_red};
int accountState=as_green;
// #025: use equity percentage instead of unpayable position
double max_equity=0; // maximum of equity ever reached, saved in global vars
//
// global flags:
// #019: new button: Stop Next Cyle, which trades normally, until cycle is closed
int stopNextCycle=0; // flag, if trading will be terminated after next successful cycle, trades normally until cyle is closed
int restAndRealize=0; // flag, if trading will be terminated after next successful cycle, does not open new positions
int stopAll=0; // flag, if stopAll must close all and stop trading or continue with trading
//
// #044: Add button to hide comment
int showComment=1; // flag for comment at left side
bool isFirstStartLoop=true; // flag, to do some things only one time after program start
//
// screen coordinates:
// #054: make size of buttons flexible
int btnWidth = 70; // width of smallest buttons
int btnHeight = 30; // height of all buttons
int btnGap= 10; // gap, between buttons
int btnLeftAxis = 200; // distance of button from left screen border
int btnTopAxis = 17; // distance of button from top screen border
int btnNextLeft=btnWidth+btnGap; // distance to next button
int btnNextTop=btnHeight+btnGap; // distance to next button
//
// debugging:
string debugCommentDyn=”\n”; // will be added to regular Comment txt and updated each program loop
string debugCommentStat=””; // will be added only – no updates
string debugCommentCloseBuys=””; // show condition, when cycle will be closed
string debugCommentCloseSells=””;
string codeRedMsg=””; // tell user, why account state is yellow or red
string codeYellowMsg=””;
double ter_IkarusChannel=0; // line_buy – line_sell
string globalVarsID=Symbol()+”_”+magic+”_”; //ID to specify the global vars from other charts
//
// values read from terminal:
double ter_priceBuy=0;
double ter_priceSell=0;
double ter_point=0;
int ter_digits=0;
double ter_tick_value=0;
double ter_tick_size =0;
double ter_spread=0;
datetime ter_timeNow=0; // date and time while actual loop
//
// calculate by values from terminal:
double ter_ticksPerGrid=0; // ticks of 1 min_lot per 1 grid size
double ter_chartMultiplier=1; // if digits = 3 or 5: chart multiplier = 10
string ter_currencySymbol=”$”; // € if account is in Euro, $ for all other

double ter_MODE_MARGINHEDGED=MarketInfo(Symbol(),MODE_MARGINHEDGED);
double ter_MODE_MARGININIT=MarketInfo(Symbol(),MODE_MARGININIT);
double ter_MODE_MARGINMAINTENANCE=MarketInfo(Symbol(),MODE_MARGINMAINTENANCE);
double ter_MODE_MARGINREQUIRED=MarketInfo(Symbol(),MODE_MARGINREQUIRED);
// ————————————————————————————————
// START
// ————————————————————————————————
int start()
{
#ifdef DEMO
// #049: add option to work with demo account only
if(!IsDemo())
{
stopAll=0; // force a dived by zero error, to stop this EA
MessageBox(“Only on D E M O account please!”,”C A U T I O N !”,MB_OK);
stopAll=1/stopAll; // divide by zero stops it all
return(0); //just in case ;o)
}
#endif

// do this only one time after starting the program
if(isFirstStartLoop)
{
if(AccountCurrency()==”EUR”)
ter_currencySymbol=”€”;
if(MarketInfo(Symbol(),MODE_DIGITS)==4 || MarketInfo(Symbol(),MODE_DIGITS)==2)
{
slippage=user_slippage;
ter_chartMultiplier=1;
}
else if(MarketInfo(Symbol(),MODE_DIGITS)==5 || MarketInfo(Symbol(),MODE_DIGITS)==3)
{
ter_chartMultiplier=10;
slippage=ter_chartMultiplier*user_slippage;
}
// do we have any data from previous session?
ReadIniData();

debugCommentStat+=”\nNew program start at “+TimeToStr(TimeCurrent());

isFirstStartLoop=false;
}

if(IsTradeAllowed()==false)
{
Comment(versionBMI+”\n\nTrade not allowed.”);
// #001: eliminate all warnings:
return 0;
}

ter_priceBuy=MarketInfo(Symbol(),MODE_ASK);
ter_priceSell=MarketInfo(Symbol(),MODE_BID);
ter_tick_value=MarketInfo(Symbol(),MODE_TICKVALUE);
ter_spread=MarketInfo(Symbol(),MODE_SPREAD);
ter_digits=MarketInfo(Symbol(),MODE_DIGITS);
ter_tick_size=MarketInfo(Symbol(),MODE_TICKSIZE);
ter_point=MarketInfo(Symbol(),MODE_POINT);
if(slippage>user_slippage)ter_point=ter_point*10;
ter_timeNow=TimeCurrent();
ter_ticksPerGrid=-CalculateTicksByPrice(min_lots,CalculateSL(min_lots,1))-ter_spread*ter_tick_size;
// #025: use equity percentage instead of unpayable position
if(AccountEquity()>max_equity)
max_equity=AccountEquity();

// Updating current status:
InitVars();
UpdateVars();
SortByLots();
ShowData();

// #014: start new dynamic debug output here; will be shown at the end of comment string; will be updated each program loop
debugCommentDyn=”\n”;

ShowLines();

// #023: implement account state by 3 colored button
CheckAccountState();
// #010: implement button: Stop & Close
if(stopAll)
{
// Closing all open orders
SetButtonText(“btnStopAll”,”Continue”);
SetButtonColor(“btnStopAll”,colCodeRed,colFontLight);
CloseAllBuys();
CloseAllSells();
}
else
{
Robot();
}
return(0);
}
//+——————————————————————+
//| WrtieIniData() |
// #017: deal with global vars to save and restore data, while chart is closed or must be restarted by other reason
//+——————————————————————+
void WriteIniData()
{
// #016: Save status of buttons in global vars
if(!IsTesting())
{
// #010: implement button: Stop & Close
// #011 #018 #019: implement button: Stop On Next Cycle
GlobalVariableSet(globalVarsID+”stopNextCycle”,stopNextCycle);
GlobalVariableSet(globalVarsID+”restAndRealize”,restAndRealize);
GlobalVariableSet(globalVarsID+”stopAll”,stopAll);
GlobalVariableSet(globalVarsID+”showComment”,showComment); // #044: Add button to show or hide comment
GlobalVariableSet(globalVarsID+”max_equity”,DoubleToString(max_equity,2)); // #037: save max equity at global vars
//
//GlobalVariableSet(globalVarsID + “”,DoubleToStr());
//GlobalVariableSet(globalVarsID + “”,);

}
}
//+——————————————————————+
//| ReadIniData() |
// #017: deal with global vars to save and restore data, while chart is closed or must be restarted by other reason
//+——————————————————————+
void ReadIniData()
{
// #016: read status of buttons from global vars
if(!IsTesting())
{
int count=GlobalVariablesTotal();
if(count>0)
{
// #011 #018 #019: implement button: Stop On Next Cycle
if(GlobalVariableCheck(globalVarsID+”stopNextCycle”))
stopNextCycle=DoubleToString(GlobalVariableGet(globalVarsID+”stopNextCycle”),0);

if(GlobalVariableCheck(globalVarsID+”restAndRealize”))
restAndRealize=DoubleToString(GlobalVariableGet(globalVarsID+”restAndRealize”),0);

// #010: implement button: Stop & Close
if(GlobalVariableCheck(globalVarsID+”stopAll”))
stopAll=DoubleToString(GlobalVariableGet(globalVarsID+”stopAll”),0);

// #044: Add button to show or hide comment
if(GlobalVariableCheck(globalVarsID+”showComment”))
showComment=DoubleToString(GlobalVariableGet(globalVarsID+”showComment”),0);

if(GlobalVariableCheck(globalVarsID+”max_equity”)) // #037: save max equity at global vars
max_equity=DoubleToString(GlobalVariableGet(globalVarsID+”max_equity”),2);

//if(GlobalVariableCheck(globalVarsID + “”))
// =DoubleToString(GlobalVariableGet(globalVarsID + “”),0);
}
}
}
// ————————————————————————————————
// INIT VARS
// ————————————————————————————————
void InitVars()
{
// Reset number of buy/sell orders
buys=0;
sells=0;
// Reset arrays
for(int i=0; i<max_open_positions; i++)
{
buy_tickets[i]=0;
buy_lots[i]=0;
buy_profit[i]= 0;
buy_price[i] = 0;
sell_tickets[i]=0;
sell_lots[i]=0;
sell_profit[i]= 0;
sell_price[i] = 0;
}
// #021: new setting: max_open_positions
if(max_positions==0) // if not used, set it to maximum => no restriction
max_positions=max_open_positions;
// #030: disable equity and account risk by setting them to 0
// #025: use equity percentage instead of unpayable position
if(equity_warning==0)
equity_warning=1.0;
if(account_risk==0)
account_risk=1.0;
}
// ————————————————————————————————
// UPDATE VARS
// ————————————————————————————————
void UpdateVars()
{
int aux_buys=0,aux_sells=0;
double aux_total_buy_profit=0,aux_total_sell_profit=0;
double aux_total_buy_swap=0,aux_total_sell_swap=0;
double aux_total_buy_lots=0,aux_total_sell_lots=0;

// We are going to introduce data from opened orders in arrays
for(int i=0; i<OrdersTotal(); i++)
{
if(OrderSelect(i,SELECT_BY_POS,MODE_TRADES)==true)
{
if(OrderSymbol()==Symbol() && OrderMagicNumber()==magic && OrderType()==OP_BUY)
{
buy_tickets[aux_buys]=OrderTicket();
buy_lots[aux_buys]=OrderLots();
buy_profit[aux_buys]= OrderProfit()+OrderCommission()+OrderSwap();
buy_price[aux_buys] = OrderOpenPrice();
aux_total_buy_profit= aux_total_buy_profit+buy_profit[aux_buys];
aux_total_buy_lots=aux_total_buy_lots+buy_lots[aux_buys];
aux_total_buy_swap+=OrderSwap();
aux_buys++;
}
if(OrderSymbol()==Symbol() && OrderMagicNumber()==magic && OrderType()==OP_SELL)
{
sell_tickets[aux_sells]=OrderTicket();
sell_lots[aux_sells]=OrderLots();
sell_profit[aux_sells]= OrderProfit()+OrderCommission()+OrderSwap();
sell_price[aux_sells] = OrderOpenPrice();
aux_total_sell_profit = aux_total_sell_profit + sell_profit[aux_sells];
aux_total_sell_lots=aux_total_sell_lots+sell_lots[aux_sells];
aux_total_sell_swap+=OrderSwap();
aux_sells++;
}
}
}

// Update global vars
buys=aux_buys;
sells=aux_sells;
total_buy_profit=aux_total_buy_profit;
total_sell_profit=aux_total_sell_profit;
total_buy_lots=aux_total_buy_lots;
total_sell_lots=aux_total_sell_lots;
total_buy_swap=aux_total_buy_swap;
total_sell_swap=aux_total_sell_swap;

relativeVolume=MathAbs(total_buy_lots-total_sell_lots);
}
// ————————————————————————————————
// SORT BY LOTS
// ————————————————————————————————
void SortByLots()
{
int aux_tickets;
double aux_lots,aux_profit,aux_price;

// We are going to sort orders by volume
// m[0] smallest volume m[size-1] largest volume

// BUY ORDERS
for(int i=0; i<buys-1; i++)
{
for(int j=i+1; j<buys; j++)
{
if(buy_lots[i]>0 && buy_lots[j]>0)
{
// at least 2 orders
if(buy_lots[j]<buy_lots[i])
{
// sorting
// …lots…
aux_lots=buy_lots[i];
buy_lots[i]=buy_lots[j];
buy_lots[j]=aux_lots;
// …tickets…
aux_tickets=buy_tickets[i];
buy_tickets[i]=buy_tickets[j];
buy_tickets[j]=aux_tickets;
// …profits…
aux_profit=buy_profit[i];
buy_profit[i]=buy_profit[j];
buy_profit[j]=aux_profit;
// …and open price
aux_price=buy_price[i];
buy_price[i]=buy_price[j];
buy_price[j]=aux_price;
}
}
}
}

// SELL ORDERS
for(i=0; i<sells-1; i++)
{
for(j=i+1; j<sells; j++)
{
if(sell_lots[i]>0 && sell_lots[j]>0)
{
// at least 2 orders
if(sell_lots[j]<sell_lots[i])
{
// sorting…
// …lots…
aux_lots=sell_lots[i];
sell_lots[i]=sell_lots[j];
sell_lots[j]=aux_lots;
// …tickets…
aux_tickets=sell_tickets[i];
sell_tickets[i]=sell_tickets[j];
sell_tickets[j]=aux_tickets;
// …profits…
aux_profit=sell_profit[i];
sell_profit[i]=sell_profit[j];
sell_profit[j]=aux_profit;
// …and open price
aux_price=sell_price[i];
sell_price[i]=sell_price[j];
sell_price[j]=aux_price;
}
}
}
}
}
// ————————————————————————————————
// SHOW LINES
// ————————————————————————————————
void ShowLines()
{
double aux_tp_buy=0,aux_tp_sell=0; // CalculateTP(next positions) = take_profit * pipvalue
double buy_tar=0,sell_tar=0, // local results
diff_tar=0;
double buy_a=0, sell_a=0; // sum: # of total opened min_lots
double buy_b=0, sell_b=0; // sum: price payed for all positions
double buy_pip=0,sell_pip=0; // terminal value: tick_value / min_lots
double buy_v[max_open_positions], // array: # of min_lots of this index; if progression = 0, it is always 1; if prog. = 2 then: 1, 2, 4, 8, …
sell_v[max_open_positions];
double swapDiff=0; // swap accumulated until actual date

int i;
double myVal=1,offset=0,spreadPart=0,gridSizePart=0;

// init all lines to 0 to make sure they will be removed, if not more active

line_buy=0;line_buy_tmp=0;line_buy_next=0;line_buy_ts=0;
line_sell=0;line_sell_tmp=0;line_sell_next=0;line_sell_ts=0;line_margincall=0;

if(buys<=1) aux_tp_buy=CalculateTP(buy_lots[buys-1]);
else if(progression==0) aux_tp_buy = CalculateTP(buy_lots[0]);
else if(progression==1) aux_tp_buy = buys*CalculateTP(buy_lots[0]);
else if(progression==2) aux_tp_buy = CalculateTP(buy_lots[buys-1]);
else if(progression==3) aux_tp_buy = CalculateTP(buy_lots[buys-1]);

if(sells<=1) aux_tp_sell=CalculateTP(sell_lots[sells-1]);
else if(progression==0) aux_tp_sell = CalculateTP(sell_lots[0]);
else if(progression==1) aux_tp_sell = sells*CalculateTP(sell_lots[0]);
else if(progression==2) aux_tp_sell = CalculateTP(sell_lots[sells-1]);
else if(progression==3) aux_tp_sell = CalculateTP(sell_lots[sells-1]);

double tp_buy=aux_tp_buy;
double tp_sell=aux_tp_sell;

//Print(“progression = “+progression);
//Print(StringConcatenate(“aux_tp_buy = “,aux_tp_buy));
if(buys>=1)
{
buy_pip=CalculatePipValue(buy_lots[0]);
for(i=0;i<max_open_positions;i++) buy_v[i]=0;

for(i=0;i<buys;i++)
{
buy_v[i]=MathRound(buy_lots[i]/buy_lots[0]);
//Print(StringConcatenate(“buy_v[“,i,”] = “,buy_v[i]));
}

for(i=0;i<buys;i++)
{
buy_a = buy_a + buy_v[i];
buy_b = buy_b + buy_price[i]*buy_v[i];

}
//Print(StringConcatenate(“pip = “,buy_pip));
//Print(StringConcatenate(“buy_a = “,buy_a));
//Print(StringConcatenate(“buy_b = “,buy_b));

buy_tar=aux_tp_buy/(buy_pip/ter_point);
//Print(StringConcatenate(“buy_tar 1: “,buy_tar));
buy_tar=buy_tar+buy_b;
//Print(StringConcatenate(“buy_tar 2: “,buy_tar));
buy_tar=buy_tar/buy_a;
//Print(StringConcatenate(“RESULT BUY: “,buy_tar));
swapDiff=MathAbs(CalculateTicksByPrice(total_buy_lots,total_buy_swap));
line_buy=buy_tar+swapDiff;
HorizontalLine(line_buy,”TakeProfit_buy”,DodgerBlue,STYLE_SOLID,2);
//debugCommentDyn+=”\nline_buy: “+DoubleToString(line_buy,3);

ter_IkarusChannel=buy_tar/ter_tick_size; // ter_IkarusChannel=line_buy – line_sell
//
// calculate trailing stop line
if(buy_close_profit>0)
{
buy_tar = buy_close_profit/(buy_pip/ter_point);
buy_tar = buy_tar + buy_b;
line_buy_ts=buy_tar/buy_a;
HorizontalLine(line_buy_ts,”ProfitLock_buy”,DodgerBlue,STYLE_DASH,1);
}

// #027: extern option to hide forecast lines
// #029: hide forecast lines, if trailing stop is active
if(show_forecast && line_buy_ts==0)
{
// #022: show next line_buy/line_sell
// #045: Fine tuning lines buy/sell next based on profit instead of grid_size
if(gs_progression==0) line_buy_next=buy_price[buys-1]-ter_ticksPerGrid;
else if(gs_progression==1) line_buy_next=buy_price[buys-1]-buys*ter_ticksPerGrid;
else if(gs_progression==2) line_buy_next=buy_price[buys-1]+CalculateTicksByPrice(buy_lots[buys-1],CalculateSL(buy_lots[buys-1],buys));
else if(gs_progression==3) line_buy_next=buy_price[buys-1]+CalculateTicksByPrice(buy_lots[buys-1],CalculateSL(buy_lots[buys-1],buys));

HorizontalLine(line_buy_next,”Next_buy”,DodgerBlue,STYLE_DASHDOT,1);

// #020: show line, where the next line_buy /line_sell would be, if it would be opened right now
if(accountState!=as_green && total_buy_profit<0)
{
myVal=MathRound(buy_lots[buys-1]/buy_lots[0]);
buy_a+=myVal;
buy_b=(buy_b+ter_priceSell*myVal);
buy_tar=aux_tp_buy/(buy_pip/ter_point);
line_buy_tmp=(buy_tar+buy_b)/buy_a+swapDiff;
if(line_buy_tmp>0)
HorizontalLine(line_buy_tmp,”NewTakeProfit_buy”,clrDarkViolet,STYLE_DASHDOTDOT,1);
}
}
}

if(sells>=1)
{
sell_pip=CalculatePipValue(sell_lots[0]);
for(i=0;i<max_open_positions;i++) sell_v[i]=0;

for(i=0;i<sells;i++)
{
sell_v[i]=MathRound(sell_lots[i]/sell_lots[0]);
}

for(i=0;i<sells;i++)
{
sell_a = sell_a + sell_v[i];
sell_b = sell_b + sell_price[i]*sell_v[i];

}

sell_tar = -1*(aux_tp_sell/(sell_pip/ter_point));
sell_tar = sell_tar + sell_b;
sell_tar = sell_tar/sell_a;

swapDiff = MathAbs(CalculateTicksByPrice(total_sell_lots,total_sell_swap));
line_sell=sell_tar-swapDiff;
HorizontalLine(line_sell,”TakeProfit_sell”,Tomato,STYLE_SOLID,2);

ter_IkarusChannel-=sell_tar/ter_tick_size; // ter_IkarusChannel=line_buy – line_sell
if(buys>0 && sells>0) // only valid, if both direction have positions
ter_IkarusChannel=MathAbs(ter_IkarusChannel);
else
ter_IkarusChannel=0;

// calculate trailing stop line
if(sell_close_profit>0)
{
sell_tar = -1*(sell_close_profit/(sell_pip/ter_point));
sell_tar = sell_tar + sell_b;
line_sell_ts=sell_tar/sell_a;
HorizontalLine(line_sell_ts,”ProfitLock_sell”,Tomato,STYLE_DASH,1);
}

// #027: extern option to hide forecast lines
// #029: hide forecast lines, if trailing stop is active
if(show_forecast && line_sell_ts==0)
{
// #022: show next line_buy/line_sell
// line_sell_next=sell_price[sells-1]+CalculateVolume(sells)/min_lots*ter_ticksPerGrid;
// #045: Fine tuning lines buy/sell next based on profit instead of grid_size
if(gs_progression==0) line_sell_next=sell_price[sells-1]+ter_ticksPerGrid;
else if(gs_progression==1) line_sell_next=sell_price[sells-1]+sells*ter_ticksPerGrid;
else if(gs_progression==2) line_sell_next=sell_price[sells-1]-CalculateTicksByPrice(sell_lots[sells-1],CalculateSL(sell_lots[sells-1],sells));
else if(gs_progression==3) line_sell_next=sell_price[sells-1]-CalculateTicksByPrice(sell_lots[sells-1],CalculateSL(sell_lots[sells-1],sells));
HorizontalLine(line_sell_next,”Next_sell”,Tomato,STYLE_DASHDOT,1);

// #020: show line, where the next line_buy /line_sell would be, if it would be opened at the actual price
if(accountState!=as_green && total_sell_profit<0)
{
myVal=MathRound(sell_lots[sells-1]/sell_lots[0]);
sell_a+=myVal;
sell_b=(sell_b+ter_priceBuy*myVal);
sell_tar=-1*(aux_tp_sell/(sell_pip/ter_point));
line_sell_tmp=(sell_b-(aux_tp_sell/(sell_pip/ter_point)))/sell_a-swapDiff;

if(line_sell_tmp>0)
HorizontalLine(line_sell_tmp,”NewTakeProfit_sell”,clrDarkViolet,STYLE_DASHDOTDOT,1);
}
}
}

// #036: new line: margin call (free margin = 0)
// #039: fixing bug that Stop&Close buttons works only once: divide by zero, if total_buy/sell_lots = 0
line_margincall=0;
if(show_forecast && (accountState==as_yellow || accountState==as_red))
{
double freeMargin=AccountFreeMargin();
double maxLoss=freeMargin/ter_tick_value*ter_tick_size;
//debugCommentDyn+=”\nmaxLoss: “+DoubleToString(maxLoss,3);
if(total_buy_profit<total_sell_profit) // calculate line_margincall for worse profit
{
// formular to transfer an account price to chart diff:
// profit (€) = tick_value * lot_size * chart diff (in ticks)
// 30€ = 0,76 * 0.08 Lot * 500 (0,500) for USDJPY
if(total_buy_lots>0)
line_margincall=ter_priceBuy-maxLoss/total_buy_lots;
//debugCommentDyn+=”\nline_margincall buys: “+DoubleToString(line_margincall,3);
if(line_margincall>0)
HorizontalLine(line_margincall,”MarginCall”,clrSilver,STYLE_SOLID,5);
}
else
{
if(total_sell_lots>0)
line_margincall=ter_priceSell+maxLoss/total_sell_lots;
//debugCommentDyn+=”\nline_margincall sells: “+DoubleToString(line_margincall,3);
if(maxLoss<ter_priceSell)
HorizontalLine(line_margincall,”MarginCall”,clrSilver,STYLE_SOLID,5);
}
}

// #028: make sure, all unused lines (value=0) will be hidden

if(line_buy==0)
ObjectDelete(“TakeProfit_buy”);
if(line_buy_next==0)
ObjectDelete(“Next_buy”);
if(line_buy_tmp==0)
ObjectDelete(“NewTakeProfit_buy”);
if(line_buy_ts==0)
ObjectDelete(“ProfitLock_buy”);

if(line_sell==0)
ObjectDelete(“TakeProfit_sell”);
if(line_sell_next==0)
ObjectDelete(“Next_sell”);
if(line_sell_tmp==0)
ObjectDelete(“NewTakeProfit_sell”);
if(line_sell_ts==0)
ObjectDelete(“ProfitLock_sell”);

if(line_margincall==0)
ObjectDelete(“MarginCall”);
}
// ————————————————————————————————
// SHOW DATA
// ————————————————————————————————
void ShowData()
{
string txt;
double aux_tp_buy=0,aux_tp_sell=0;
// #002: correct message of fibo progression
string info_money_management[4];
string info_activation[2];

info_money_management[0]=”min_lots”;
info_money_management[1]=”D´Alembert”;
info_money_management[2]=”Martingale”;
info_money_management[3]=”Fibonacci”;
info_activation[0]=”Disabled”;
info_activation[1]=”Enabled”;

// #008: use progression for grid size as well as volume
string info_gs_progression;
if(gs_progression==0)
info_gs_progression=”\nGS progression: Disabled”;
else
info_gs_progression=”\nGS progression: “+info_money_management[gs_progression];

// #051: change info of panel and comment
txt=”\n”+versionBMI+
“\n”+versionOld+
“\nServer Time: “+TimeToStr(ter_timeNow,TIME_DATE|TIME_SECONDS)+
“\n”+
“\nBUY ORDERS”+
“\nNumber of orders: “+buys+
“\nTotal lots: “+DoubleToStr(total_buy_lots,2)+
“\nCurrent profit: “+DoubleToStr(total_buy_profit,2)+
“\nProfit goal: “+ter_currencySymbol+DoubleToStr(aux_tp_buy,2)+
“\nMaximum profit reached: “+ter_currencySymbol+DoubleToStr(buy_max_profit,2)+
“\nProfit locked: “+ter_currencySymbol+DoubleToStr(buy_close_profit,2)+

“\n”+
“\nSELL ORDERS”+
“\nNumber of orders: “+sells+
“\nTotal lots: “+DoubleToStr(total_sell_lots,2)+
“\nCurrent profit: “+DoubleToStr(total_sell_profit,2)+
“\nProfit goal: “+ter_currencySymbol+DoubleToStr(aux_tp_sell,2)+
“\nMaximum profit reached: “+ter_currencySymbol+DoubleToStr(sell_max_profit,2)+
“\nProfit locked: “+ter_currencySymbol+DoubleToStr(sell_close_profit,2)+”\n”;

if(line_margincall>0)
txt+=”\nLine: \”margin call\”: “+DoubleToString(line_margincall,3);
// #038: give user info, why account state is yellow or red
if(codeYellowMsg!=””)
txt+=”\n”+codeYellowMsg;
if(codeRedMsg!=””)
txt+=”\n”+codeRedMsg;

txt+=
“\n\nMax. Equity: “+DoubleToString(max_equity,2)+” “+ter_currencySymbol+
“\nCurren drawdown: “+DoubleToString((max_equity-AccountEquity()),2)+” “+ter_currencySymbol+” (“+DoubleToString((max_equity-AccountEquity())/max_equity*100,2)+” %)”+
“\n\nSETTINGS: “+
“\nGrid size: “+grid_size+
info_gs_progression+
“\nTake profit: “+take_profit+
“\nProfit locked: “+DoubleToStr(100*profit_lock,2)+”%”+
“\nMinimum lots: “+DoubleToStr(min_lots,2)+
“\nEquity warning: “+DoubleToStr(100*equity_warning,2)+”%”+
“\nAccount risk: “+DoubleToStr(100*account_risk,2)+”%”+
“\nProgression: “+info_money_management[progression]+
“\nMax Positions: “+max_positions+
“\nUnbalance control: “+info_activation[unbalance_control]+

// #004 new setting: max_spread; trades only, if spread <= max spread:
“\nMax Spread: “+max_spread+” pts; actual spread: “+MarketInfo(Symbol(),MODE_SPREAD)+” pts”+
// #027: extern option to hide forecast lines
“\nShow Forecast: “+info_activation[show_forecast]+
“\nID for GlobalVariables: “+globalVarsID+”\n”;

ObjectSetInteger(0,”btnShowComment”,OBJPROP_STATE,0); // switch color back to not selected
if(showComment)
{
// #050: show/hide buttons together with comment
if(ObjectFind(0,”btnManualBuy”)==-1)
{
DrawButton(“btnManualBuy”,”Buy”,btnLeftAxis,btnTopAxis,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnManualSell”,”Sell”,btnLeftAxis+btnNextLeft,btnTopAxis,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseLastBuy”,”Cl. Last B”,btnLeftAxis,btnTopAxis+btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseLastSell”,”Cl. Last S”,btnLeftAxis+btnNextLeft,btnTopAxis+btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseAllBuys”,”Cl. All Bs”,btnLeftAxis,btnTopAxis+2*btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseAllSells”,”Cl. All Ss”,btnLeftAxis+btnNextLeft,btnTopAxis+2*btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnShowComment”,”Show/Hide Comment”,5,btnTopAxis,btnWidth*2,btnHeight,false,colNeutral,colCodeYellow);

DrawButton(“btnstopNextCycle”,”Stop Next Cycle”,btnLeftAxis+2*btnNextLeft,btnTopAxis,MathRound(btnWidth*1.5),btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnrestAndRealize”,”Rest & Realize”,btnLeftAxis+2*btnNextLeft,btnTopAxis+btnNextTop,btnWidth*1.5,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnStopAll”,”Stop & Close”,btnLeftAxis+2*btnNextLeft,btnTopAxis+2*btnNextTop,btnWidth*1.5,btnHeight,false,colNeutral,clrBlack);
}
// set state off all buttons to: Not Selected
ObjectSetInteger(0,”btnManualBuy”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnManualSell”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnCloseLastBuy”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnCloseLastSell”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnCloseAllBuys”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnCloseAllSells”,OBJPROP_STATE,0); // switch color back to not selected

ObjectSetInteger(0,”btnstopNextCycle”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnrestAndRealize”,OBJPROP_STATE,0); // switch color back to not selected
ObjectSetInteger(0,”btnStopAll”,OBJPROP_STATE,0); // switch color back to not selected
//
// #019: implement button: Stop On Next Cycle
if(stopNextCycle)
{
SetButtonText(“btnstopNextCycle”,”Continue”);
// set color to red, if everything is closed
if(sells+buys==0)
SetButtonColor(“btnstopNextCycle”,colCodeRed,colFontLight);
else
SetButtonColor(“btnstopNextCycle”,colCodeYellow,colFontDark);
}
else
{
SetButtonText(“btnstopNextCycle”,”Stop Next Cycle”);
SetButtonColor(“btnstopNextCycle”,colPauseButtonPassive,colFontLight);
}

// #011 #018: implement button: Stop On Next Cycle
if(restAndRealize)
{
SetButtonText(“btnrestAndRealize”,”Continue”);
if(sells+buys==0)
SetButtonColor(“btnrestAndRealize”,colCodeRed,colFontLight);
else
SetButtonColor(“btnrestAndRealize”,colCodeYellow,colFontDark);
}
else
{
SetButtonText(“btnrestAndRealize”,”Rest & Realize”);
SetButtonColor(“btnrestAndRealize”,colPauseButtonPassive,colFontLight);
}

// #010: implement button: Stop & Close
if(stopAll)
{
SetButtonText(“btnStopAll”,”Continue”);
SetButtonColor(“btnStopAll”,colCodeRed,colFontLight);
}
else
{
SetButtonText(“btnStopAll”,”Stop & Close”);
SetButtonColor(“btnStopAll”,colPauseButtonPassive,colFontLight);
}

}
else
{
DeleteButton(“btnStopAll”);
DeleteButton(“btnrestAndRealize”);
DeleteButton(“btnstopNextCycle”);

#ifdef DEBUG
// #014: debug out at the end of comment string; will be updated each program loop
debugCommentDyn+=
“Ikarus Channel: “+DoubleToStr(ter_IkarusChannel,0)+
“\n”+
//”\nPrice Buy: “+DoubleToStr(ter_priceBuy,ter_digits)+
//”\nPrice Sell: “+DoubleToStr(ter_priceSell,ter_digits)+
“\nTick Value: “+DoubleToStr(ter_tick_value,ter_digits)+
“\nTick Size: “+DoubleToStr(ter_tick_size,ter_digits)+
“\nPoint: “+DoubleToStr(ter_point,ter_digits)+
“\nDigits: “+ter_digits+
“\n”+
“\nTicks/Grid Size: “+DoubleToStr(ter_ticksPerGrid,ter_digits)+
“\nRelative Volume: “+DoubleToString(relativeVolume,2)+” Lot”+
“\nAct. Price/Tick: “+DoubleToString(CalculatePriceByTickDiff(relativeVolume,ter_tick_size),ter_digits)+ter_currencySymbol+
“\nAct. Ticks/1,- “+ter_currencySymbol+”: “+DoubleToString(CalculateTicksByPrice(relativeVolume,1),ter_digits)+
“\n”+
debugCommentCloseBuys+
debugCommentCloseSells+
//”\n”+
//”\n\nMargins for 1 Lot:”
//”\nMODE_MARGINHEDGED: “+DoubleToString(MarketInfo(Symbol(),MODE_MARGINHEDGED)/AccountLeverage(),2)+
//”\nMODE_MARGININIT: “+DoubleToString(MarketInfo(Symbol(),MODE_MARGININIT)/AccountLeverage(),2)+
//”\nMODE_MARGINMAINTENANCE: “+DoubleToString(MarketInfo(Symbol(),MODE_MARGINMAINTENANCE)/AccountLeverage(),2)+
//”\nMODE_MARGINREQUIRED: “+DoubleToString(MarketInfo(Symbol(),MODE_MARGINREQUIRED),2)+
//”\nAccountLeverage: “+DoubleToString(AccountLeverage(),2)+
//”\nBalance: “+DoubleToString(AccountBalance(),2)+
//”\nEquity: “+DoubleToString(AccountEquity(),2)+
//”\nMargin: “+DoubleToString(AccountMargin(),5)+
//”\nFree Margin: “+DoubleToString(AccountFreeMargin(),2)+
//”\nNext Margin: “+DoubleToString(CalculateNextMargin(),2)+
//”\n”+
//”\nLineBuyTmp: “+DoubleToString(line_buy_tmp,ter_digits)+
//”\nLineSellTmp: “+DoubleToString(line_sell_tmp,ter_digits)+
//”\nLineBuyNext: “+DoubleToString(line_buy_next,ter_digits)+
//”\nLineSellNext: “+DoubleToString(line_sell_next,ter_digits)+
//”\nLineBuyTS: “+DoubleToString(line_buy_ts,ter_digits)+
//”\nLineSellTS: “+DoubleToString(line_sell_ts,ter_digits)+
“”;
//”\n: “++
//”\n: “+DoubleToString(,2)+

if(showComment)
Comment(“\n\n”+txt+”\n\nDebug info (switch of in code):”+debugCommentStat+debugCommentDyn);
else
Comment(“”);
#else
if(showComment)
Comment(“\n\n”+txt);
else
Comment(“”);
#endif

// #047: add panel right upper corner
if(show_forecast)
{
if(total_buy_profit+total_sell_profit>0)
instrumentCol=colInPlus;
else
instrumentCol=colInMinus;

Write(“panel_1_01″,ChartSymbol(0),5,22,”Arial”,14,instrumentCol);
if(ter_spread>max_spread)
Write(“panel_1_02”,”Spread: “+DoubleToString(ter_spread/10,1),5,42,”Arial”,10,colCodeRed);
else
Write(“panel_1_02”,”Spread: “+DoubleToString(ter_spread/10,1),5,42,”Arial”,10,panelCol);

Write(“panel_1_03″,DoubleToString(CalculatePriceByTickDiff(relativeVolume,ter_tick_size*10),2)+” “+ter_currencySymbol+” / Pip”,5,58,”Arial”,10,panelCol);
Write(“panel_1_04”,”Balance: “+DoubleToString(AccountBalance(),2)+” “+ter_currencySymbol,5,74,”Arial”,10,panelCol);
Write(“panel_1_05”,”Equity: “+DoubleToString(AccountEquity(),2)+” “+ter_currencySymbol,5,90,”Arial”,10,panelCol);
Write(“panel_1_06”,”Free Margin: “+DoubleToString(AccountFreeMargin(),2)+” “+ter_currencySymbol,5,106,”Arial”,10,panelCol);
Write(“panel_1_07”,”P/L Sym. “+DoubleToString(total_buy_profit+total_sell_profit,2)+” “+ter_currencySymbol,5,122,”Arial”,14,instrumentCol);
if(total_buy_profit<0)
Write(“panel_1_08”,”P/L Buy: “+DoubleToStr(total_buy_profit,2)+” “+ter_currencySymbol,5,144,”Arial”,10,colInMinus);
else
Write(“panel_1_08”,”P/L Buy: “+DoubleToStr(total_buy_profit,2)+” “+ter_currencySymbol,5,144,”Arial”,10,colInPlus);
if(total_sell_profit<0)
Write(“panel_1_09”,”P/L sell: “+DoubleToStr(total_sell_profit,2)+” “+ter_currencySymbol,5,160,”Arial”,10,colInMinus);
else
Write(“panel_1_09”,”P/L sell: “+DoubleToStr(total_sell_profit,2)+” “+ter_currencySymbol,5,160,”Arial”,10,colInPlus);

double accountPL=AccountProfit();
if(accountPL<0)
Write(“panel_1_10”,”P/L Acc. “+DoubleToString(accountPL,2)+” “+ter_currencySymbol,5,176,”Arial”,10,colInMinus);
else
Write(“panel_1_10”,”P/L Acc. “+DoubleToString(accountPL,2)+” “+ter_currencySymbol,5,176,”Arial”,10,colInPlus);
//double pips2go_Buys = (line_buy-ter_priceSell)*ter_tick_size;
double pips2go_Buys = MathAbs(line_buy/ter_tick_size-ter_priceSell/ter_tick_size)/10;
double pips2go_Sells = MathAbs(line_sell/ter_tick_size-ter_priceBuy/ter_tick_size)/10;
Write(“panel_1_11”,”Pips2Go B “+DoubleToString(pips2go_Buys,0)+” S “+DoubleToStr(pips2go_Sells,0),5,192,”Arial”,10,panelCol);
}
}
//+——————————————————————+
//| CheckAccountState
//+——————————————————————+
void CheckAccountState()
{
accountState=as_green; // init state
codeYellowMsg=””; // #038: give user info, why account state is yellow or red
codeRedMsg=””;
double myPercentage=0;

// check if max_positions is reached:
if(buys>=max_positions)
accountState=as_yellow;
if(sells>=max_positions)
accountState=as_yellow;
if(accountState==as_yellow)
codeYellowMsg=”Code YELLOW: Max positions reached”;

// #024: calculate, if margin of next Ikarus position can be paid
if(CalculateNextMargin()>AccountFreeMargin())
{
accountState=as_red;
codeRedMsg=”Code RED: Next M. “+DoubleToString(CalculateNextMargin(),2)+” > Free M. “+DoubleToString(AccountFreeMargin(),2);
}

// #025: use equity percentage instead of unpayable position
if((100-(100*equity_warning))/100*max_equity>AccountEquity())
{
accountState=as_red;
if(codeRedMsg==””)
codeRedMsg=”Code RED: Equ. “+NormalizeDouble(AccountEquity(),2)+” < “+NormalizeDouble((100*equity_warning),0)+”% of max. equ. “+NormalizeDouble(max_equity,2);
else
codeRedMsg+=”\nand\nEqu. “+NormalizeDouble(AccountEquity(),2)+” < “+NormalizeDouble((100*equity_warning),0)+”% of max. equ. “+NormalizeDouble(max_equity,2);
}

// #026: implement manual trades, if account state is not green
// #053: paint comment button in status color
switch(accountState)
{
case as_yellow:
SetButtonColor(“btnManualBuy”,colCodeYellow,colFontDark);
SetButtonColor(“btnManualSell”,colCodeYellow,colFontDark);
SetButtonColor(“btnCloseLastBuy”,colCodeYellow,colFontDark);
SetButtonColor(“btnCloseLastSell”,colCodeYellow,colFontDark);
SetButtonColor(“btnCloseAllBuys”,colCodeYellow,colFontDark);
SetButtonColor(“btnCloseAllSells”,colCodeYellow,colFontDark);
SetButtonColor(“btnShowComment”,colCodeYellow,colFontDark);
break;
case as_red:
SetButtonColor(“btnManualBuy”,colCodeRed,colFontLight);
SetButtonColor(“btnManualSell”,colCodeRed,colFontLight);
SetButtonColor(“btnCloseLastBuy”,colCodeRed,colFontLight);
SetButtonColor(“btnCloseLastSell”,colCodeRed,colFontLight);
SetButtonColor(“btnCloseAllBuys”,colCodeRed,colFontLight);
SetButtonColor(“btnCloseAllSells”,colCodeRed,colFontLight);
SetButtonColor(“btnShowComment”,colCodeRed,colFontLight);
break;
default:
SetButtonColor(“btnManualBuy”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnManualSell”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnCloseLastBuy”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnCloseLastSell”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnCloseAllBuys”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnCloseAllSells”,colCodeGreen,colCodeGreen);
SetButtonColor(“btnShowComment”,colCodeGreen,colFontLight);
break;
}
return;
}
//+——————————————————————+
//| CalculateVolume |
//+——————————————————————+
double CalculateVolume(int positions)
{
int factor=0;
int i=0;

if(positions==0)
return(min_lots);

switch(gs_progression)
{
case 0:
factor=1;
break;
case 1:
factor=positions;
break;
case 2:
for(i=1,factor=1;i<positions;i++)
factor=factor*2;
break;
case 3:
factor=CalculateFibonacci(positions);
break;
}
//debugCommentDyn+=”\nCalculate Volume of “+positions+” positions = “+DoubleToString(factor*min_lots,2);
return(factor*min_lots);
}
//+——————————————————————+
//| CalculateNextVolume |
//+——————————————————————+
double CalculateNextVolume(int orderType)
{
if(orderType==OP_BUY && buys==0)
return(min_lots);
if(orderType==OP_SELL && sells==0)
return(min_lots);

// next volume must be calulated by actual positions + 1
switch(progression)
{
case 0:
return(min_lots);
break;

case 1:
if(orderType==OP_BUY)
return(buy_lots[buys-1]+buy_lots[0]);
else
return(sell_lots[sells-1]+sell_lots[0]);
break;

case 2:
if(orderType==OP_BUY)
return(2*buy_lots[buys-1]);
else
return(2*sell_lots[sells-1]);
break;

case 3:
if(orderType==OP_BUY)
return(CalculateFibonacci(buys+1)*buy_lots[0]);
else
return(CalculateFibonacci(sells+1)*sell_lots[0]);
break;
}
return(min_lots);
}
//+——————————————————————+
//| CalculateMargin |
//+——————————————————————+
double CalculateNextMargin()
{
double leverage=100/AccountLeverage();

if(buys+sells==0)
return(min_lots*leverage*ter_MODE_MARGINREQUIRED);
if(buys>sells)
return(CalculateNextVolume(OP_BUY)*leverage*ter_MODE_MARGINREQUIRED);
else
return(CalculateNextVolume(OP_SELL)*leverage*ter_MODE_MARGINREQUIRED);
}
//+——————————————————————+
// WRITE
//+——————————————————————+
void Write(string name,string s,int x,int y,string font,int size,color c)
{
if(ObjectFind(name)==-1)
{
ObjectCreate(name,OBJ_LABEL,0,0,0);
ObjectSet(name,OBJPROP_CORNER,1);
}
ObjectSetText(name,s,size,font,c);
ObjectSet(name,OBJPROP_XDISTANCE,x);
ObjectSet(name,OBJPROP_YDISTANCE,y);
}
//+——————————————————————+
// HORIZONTAL LINE
//+——————————————————————+
void HorizontalLine(double value,string name,color c,int style,int thickness)
{
if(ObjectFind(name)==-1)
{
ObjectCreate(name,OBJ_HLINE,0,Time[0],value);
}
ObjectSet(name,OBJPROP_PRICE1,value);
ObjectSet(name,OBJPROP_STYLE,style);
ObjectSet(name,OBJPROP_COLOR,c);
ObjectSet(name,OBJPROP_WIDTH,thickness);
}
// ————————————————————————————————
// CALCULATE STARTING VOLUME
// ————————————————————————————————
double CalculateStartingVolume()
{
double aux;
// #001: eliminate all warnings

aux=min_lots;

if(aux>MarketInfo(Symbol(),MODE_MAXLOT))
aux=MarketInfo(Symbol(),MODE_MAXLOT);

if(aux<MarketInfo(Symbol(),MODE_MINLOT))
aux=MarketInfo(Symbol(),MODE_MINLOT);

return(aux);
}
// ————————————————————————————————
// CALCULATE TICKS by PRICE
// ————————————————————————————————
double CalculateTicksByPrice(double volume,double price)
{
if(volume==0)
return(0);
return(price*ter_tick_size/ter_tick_value/volume);
}
// ————————————————————————————————
// CALCULATE PRICE by TICK DIFFERENCE
// ————————————————————————————————
double CalculatePriceByTickDiff(double volume,double diff)
{
return(ter_tick_value*volume*diff/ter_tick_size);
}
// ————————————————————————————————
// CALCULATE PIP VALUE
// ————————————————————————————————
double CalculatePipValue(double volume)
{
double aux_mm_value=0;

double aux_mm_tick_value=ter_tick_value;
double aux_mm_tick_size=ter_tick_size;
int aux_mm_digits=ter_digits;
double aux_mm_veces_lots;

if(volume!=0)
{
aux_mm_veces_lots=1/volume;

if(aux_mm_digits==5 || aux_mm_digits==3)
{
aux_mm_value=aux_mm_tick_value*10;
}
else if(aux_mm_digits==4 || aux_mm_digits==2)
{
aux_mm_value=aux_mm_tick_value;
}

aux_mm_value=aux_mm_value/aux_mm_veces_lots;
}

return(aux_mm_value);
}
// ————————————————————————————————
// CALCULATE TAKE PROFIT
// ————————————————————————————————
double CalculateTP(double volume)
{
// #009: fix math round bug for stop loss and take profit, because of wrong var type int instead of double
double aux_take_profit;

aux_take_profit=take_profit*CalculatePipValue(volume);

return(aux_take_profit);
}
// ————————————————————————————————
// CALCULATE STOP LOSS
// ————————————————————————————————
double CalculateSL(double volume,int positions)
// volume = volume of last position only
{
// #009: fix math round bug for stop loss and take profit, because of wrong var type int instead of double
double aux_stop_loss;

// #008: use progression for grid size as well as volume
double myVal=CalculateVolume(positions)/min_lots; // myVal = # of actual progression
//debugCommentDyn+=”\nCalculateSL with factor: “+DoubleToString(myVal,5)+” and CalcPipVal: “+DoubleToString(CalculatePipValue(volume),5);

aux_stop_loss=-(myVal*grid_size*CalculatePipValue(volume));
//aux_stop_loss=-1*grid_size*CalculatePipValue(volume);

// the stop loss line is calculated in ShowLines and the value to clear a position does also not use this value
return(aux_stop_loss);
}
// ————————————————————————————————
// ROBOT
// ————————————————————————————————
void Robot()
{
int ticket=-1;
bool closed=FALSE;

// *************************
// ACCOUNT RISK CONTROL
// *************************
if(((100-(100*account_risk))/100)*AccountBalance()>AccountEquity())
{
// #012: make account risk save: all positions will be cleared and trading will be paused by stop&close button
stopAll=1;
// Closing buy orders
//for(i=0; i<=buys-1; i++)
// {
// closed=OrderCloseReliable(buy_tickets[i],buy_lots[i],MarketInfo(Symbol(),MODE_BID),slippage,Blue);
// }
//// Closing sell orders
//for(i=0; i<=sells-1; i++)
// {
// closed=OrderCloseReliable(sell_tickets[i],sell_lots[i],MarketInfo(Symbol(),MODE_ASK),slippage,Red);
// }
//BuyResetAfterClose();
//SellResetAfterClose();
}

// **************************************************
// BUYS==0
// **************************************************
if(buys==0)
{
// #019: new button: Stop Next Cyle, which trades normally, until cycle is closed
if(!stopNextCycle && !restAndRealize)
{
if(unbalance_control==0)
ticket=OrderSendReliable(Symbol(),OP_BUY,CalculateStartingVolume(),MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
else
{
if(sells<4)
ticket=OrderSendReliable(Symbol(),OP_BUY,CalculateStartingVolume(),MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
else
ticket=OrderSendReliable(Symbol(),OP_BUY,sell_lots[sells-3],MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
}
}
}

// **************************************************
// BUYS==1
// **************************************************
if(buys==1)
{
if(!stopNextCycle && !restAndRealize && max_positions>1)
{
// CASE 1 >>> We reach Stop Loss (grid size)
if(buy_profit[buys-1]<=CalculateSL(buy_lots[buys-1],1))
{
// We are going to open a new order. Volume depends on chosen progression.
NewIkarusOrder(OP_BUY,false);
}
}

// CASE 2.1 >>> We reach Take Profit so we activate profit lock
if(buy_max_profit==0 && total_buy_profit>CalculateTP(buy_lots[0]))
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*buy_max_profit;
}

// CASE 2.2 >>> Profit locked is updated in real time
if(buy_max_profit>0)
{
if(total_buy_profit>buy_max_profit)
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*total_buy_profit;
}
}

// **************************************************
// BUYS>1
// **************************************************
if(buys>1)
{
// CASE 1 >>> We reach Stop Loss (grid size)
if(buy_profit[buys-1]<=CalculateSL(buy_lots[buys-1],buys))
{
// We are going to open a new order if we have less than 50 orders opened. Volume depends on chosen progression.
if(buys<max_open_positions && buys<max_positions) // #007: be able to deal with variable number of open positions
{
NewIkarusOrder(OP_BUY,false);
}
}

// CASE 2.1 >>> We reach Take Profit so we activate profit lock
if(buy_max_profit==0 && progression==0 && total_buy_profit>CalculateTP(buy_lots[0]))
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*buy_max_profit;
}
if(buy_max_profit==0 && progression==1 && total_buy_profit>buys*CalculateTP(buy_lots[0]))
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*buy_max_profit;
}
if(buy_max_profit==0 && progression==2 && total_buy_profit>CalculateTP(buy_lots[buys-1]))
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*buy_max_profit;
}
if(buy_max_profit==0 && progression==3 && total_buy_profit>CalculateTP(buy_lots[buys-1]))
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*buy_max_profit;
}

// CASE 2.2 >>> Profit locked is updated in real time
if(buy_max_profit>0)
{
if(total_buy_profit>buy_max_profit)
{
buy_max_profit=total_buy_profit;
buy_close_profit=profit_lock*total_buy_profit;
}
}

// CASE 2.3 >>> If profit falls below profit locked we close all orders
if(buy_max_profit>0 && buy_close_profit>0 && buy_max_profit>buy_close_profit && total_buy_profit<buy_close_profit)
{
// At this point all order are closed. Global vars will be updated thanks to UpdateVars() on next start() execution
CloseAllBuys();
}
} // if (buys>1)
debugCommentCloseBuys
=”\nbuys will be closed if:\n”+
” – buy max profit: “+DoubleToString(buy_max_profit,2)+” > buy close profit: “+DoubleToString(buy_close_profit,2)+” AND \n”+
” – total buy profit: “+DoubleToString(total_buy_profit,2)+” < buy close profit: “+DoubleToString(buy_close_profit,2)+”\n”;

// **************************************************
// SELLS==0
// **************************************************
if(sells==0)
{
// #019: new button: Stop Next Cyle, which trades normally, until cycle is closed
if(!stopNextCycle && !restAndRealize)
{
if(unbalance_control==0)
ticket=OrderSendReliable(Symbol(),OP_SELL,CalculateStartingVolume(),MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
else
{
if(buys<4)
ticket=OrderSendReliable(Symbol(),OP_SELL,CalculateStartingVolume(),MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
else
ticket=OrderSendReliable(Symbol(),OP_SELL,buy_lots[buys-3],MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
}
}
}

// **************************************************
// SELLS==1
// **************************************************
if(sells==1)
{
// CASE 1 >>> We reach Stop Loss (grid size)
if(!stopNextCycle && !restAndRealize && max_positions>1)
{
if(sell_profit[sells-1]<=CalculateSL(sell_lots[sells-1],1))
{
// We are going to open a new order. Volume depends on chosen progression.
NewIkarusOrder(OP_SELL,false);
}
}

// CASE 2.1 >>> We reach Take Profit so we activate profit lock
if(sell_max_profit==0 && total_sell_profit>CalculateTP(sell_lots[0]))
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*sell_max_profit;
}

// CASE 2.2 >>> Profit locked is updated in real time
if(sell_max_profit>0)
{
if(total_sell_profit>sell_max_profit)
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*total_sell_profit;
}
}

// **************************************************
// SELLS>1
// **************************************************
if(sells>1)
{
// CASE 1 >>> We reach Stop Loss (grid size)
if(sell_profit[sells-1]<=CalculateSL(sell_lots[sells-1],sells))
{
// We are going to open a new order if we have less than 50 orders opened. Volume depends on chosen progression.
if(sells<max_open_positions && sells<max_positions) // #007: be able to deal with variable number of open positions
{
NewIkarusOrder(OP_SELL,false);
}
}

// CASE 2.1 >>> We reach Take Profit so we activate profit lock
if(sell_max_profit==0 && progression==0 && total_sell_profit>CalculateTP(sell_lots[0]))
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*sell_max_profit;
}
if(sell_max_profit==0 && progression==1 && total_sell_profit>sells*CalculateTP(sell_lots[0]))
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*sell_max_profit;
}
if(sell_max_profit==0 && progression==2 && total_sell_profit>CalculateTP(sell_lots[sells-1]))
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*sell_max_profit;
}
if(sell_max_profit==0 && progression==3 && total_sell_profit>CalculateTP(sell_lots[sells-1]))
{
sell_max_profit=total_sell_profit;
sell_close_profit=profit_lock*sell_max_profit;
}

// CASE 2.3 >>> If profit falls below profit locked we close all orders
if(sell_max_profit>0 && sell_close_profit>0 && sell_max_profit>sell_close_profit && total_sell_profit<sell_close_profit)
{
// At this point all order are closed. Global vars will be updated thanks to UpdateVars() on next start() execution
CloseAllSells();
}
} // if (sells>1)
debugCommentCloseSells=”\nsells will be closed if:\n”+
” – sell max profit: “+DoubleToString(sell_max_profit,2)+” > sell close profit: “+DoubleToString(sell_close_profit,2)+” AND \n”+
” – total sell profit: “+DoubleToString(total_sell_profit,2)+” < sell close profit: “+DoubleToString(sell_close_profit,2);

// #017: deal with global vars to save and restore data, while chart is closed or must be restarted by other reason
WriteIniData();
}
//+——————————————————————+
//
// #005: add some functions, to make program more modular
//
//+——————————————————————+

//+——————————————————————+
//| CalulateFibonacci |
//+——————————————————————+
int CalculateFibonacci(int index)
{
int val1=0;
int val2 = 1;
int val3 = 0;
for(int i=1;i<index;i++) // use this for: 1, 1, 2, 3, 5, 8, 13, 21, …
{
val3=val2;
val2= val1+val2;
val1=val3;
}
return val2;
}
//+——————————————————————+
// CloseAllSells
//+——————————————————————+
void CloseAllSells()
{
sell_max_profit=0;
sell_close_profit=0;
if(sells>0)
{
for(int i=0; i<=sells-1; i++)
{
bool retVal=OrderCloseReliable(sell_tickets[i],sell_lots[i],MarketInfo(Symbol(),MODE_ASK),slippage,Red);
}
ObjectDelete(“TakeProfit_sell”);
ObjectDelete(“ProfitLock_sell”);
ObjectDelete(“Next_sell”);
ObjectDelete(“NewTakeProfit_sell”);
line_sell=0;line_sell_tmp=0;line_sell_next=0;line_sell_ts=0;
}
}
//+——————————————————————+
// CloseAllBuys
//+——————————————————————+
void CloseAllBuys()
{
buy_max_profit=0;
buy_close_profit=0;
if(buys>0)
{
for(int i=0; i<=buys-1; i++)
{
bool retVal=OrderCloseReliable(buy_tickets[i],buy_lots[i],MarketInfo(Symbol(),MODE_BID),slippage,Blue);
}
ObjectDelete(“TakeProfit_buy”);
ObjectDelete(“ProfitLock_buy”);
ObjectDelete(“Next_buy”);
ObjectDelete(“NewTakeProfit_buy”);
line_buy=0;line_buy_tmp=0;line_buy_next=0;line_buy_ts=0;
}
}
//+——————————————————————+
//| NewIkarusOrder
//+——————————————————————+
void NewIkarusOrder(int orderType,bool isManually)
{
int ticket;

// #018: rename button: stop next cyle to rest and realize; does not open new positions until cycle is closed
// #019: Button: Stop On Next Cycle is still at Robot()
if(restAndRealize && !isManually)
return;

if(orderType==OP_BUY)
{
// new buy:
if(progression==0) ticket = OrderSendReliable(Symbol(),OP_BUY,buy_lots[0],MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
if(progression==1) ticket = OrderSendReliable(Symbol(),OP_BUY,buy_lots[buys-1]+buy_lots[0],MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
if(progression==2) ticket = OrderSendReliable(Symbol(),OP_BUY,2*buy_lots[buys-1],MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
if(progression==3) ticket = OrderSendReliable(Symbol(),OP_BUY,CalculateFibonacci(buys+1)*buy_lots[0],MarketInfo(Symbol(),MODE_ASK),slippage,0,0,key,magic,0,Blue);
}
else
{
// new sell:
if(progression==0) ticket = OrderSendReliable(Symbol(),OP_SELL,sell_lots[0],MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
if(progression==1) ticket = OrderSendReliable(Symbol(),OP_SELL,sell_lots[sells-1]+sell_lots[0],MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
if(progression==2) ticket = OrderSendReliable(Symbol(),OP_SELL,2*sell_lots[sells-1],MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
if(progression==3) ticket = OrderSendReliable(Symbol(),OP_SELL,CalculateFibonacci(sells+1)*sell_lots[0],MarketInfo(Symbol(),MODE_BID),slippage,0,0,key,magic,0,Red);
}
}
//+——————————————————————+
//
// #013: end
//
//+——————————————————————+

//+——————————————————————+
//
// #006: add buttons to chart
//
// common button functionality from RdzGridTraps |
// ON INIT
// |
//+——————————————————————+
int OnInit()
{
// #047: add panel right upper corner
ObjectDelete(“panel_1_01”);
ObjectDelete(“panel_1_02”);
ObjectDelete(“panel_1_03”);
ObjectDelete(“panel_1_04”);
ObjectDelete(“panel_1_05”);
ObjectDelete(“panel_1_06”);
ObjectDelete(“panel_1_07”);
ObjectDelete(“panel_1_08”);
ObjectDelete(“panel_1_09”);
ObjectDelete(“panel_1_10”);
ObjectDelete(“panel_1_11”);

// #006 #010 #011 #018 #026: implement buttons
DrawButton(“btnManualBuy”,”Buy”,btnLeftAxis,btnTopAxis,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnManualSell”,”Sell”,btnLeftAxis+btnNextLeft,btnTopAxis,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseLastBuy”,”Cl. Last B”,btnLeftAxis,btnTopAxis+btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseLastSell”,”Cl. Last S”,btnLeftAxis+btnNextLeft,btnTopAxis+btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseAllBuys”,”Cl. All Bs”,btnLeftAxis,btnTopAxis+2*btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnCloseAllSells”,”Cl. All Ss”,btnLeftAxis+btnNextLeft,btnTopAxis+2*btnNextTop,btnWidth,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnShowComment”,”Show/Hide Comment”,5,btnTopAxis,btnWidth*2,btnHeight,false,colNeutral,colCodeYellow);

DrawButton(“btnstopNextCycle”,”Stop Next Cycle”,btnLeftAxis+2*btnNextLeft,btnTopAxis,MathRound(btnWidth*1.5),btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnrestAndRealize”,”Rest & Realize”,btnLeftAxis+2*btnNextLeft,btnTopAxis+btnNextTop,btnWidth*1.5,btnHeight,false,colNeutral,clrBlack);
DrawButton(“btnStopAll”,”Stop & Close”,btnLeftAxis+2*btnNextLeft,btnTopAxis+2*btnNextTop,btnWidth*1.5,btnHeight,false,colNeutral,clrBlack);
return(0);
}
//+——————————————————————+
//| |
//+——————————————————————+
void OnDeinit(const int reason)
{
DeleteButton(“btnStopAll”);
DeleteButton(“btnrestAndRealize”);
DeleteButton(“btnstopNextCycle”);

DeleteButton(“btnManualBuy”);
DeleteButton(“btnManualSell”);
DeleteButton(“btnCloseLastBuy”);
DeleteButton(“btnCloseLastSell”);
DeleteButton(“btnCloseAllBuys”);
DeleteButton(“btnCloseAllSells”);
}
//+——————————————————————+
//| |
//+——————————————————————+
enum enObjectOperation
{
LODraw=0,
LODelete=1
};
//+——————————————————————+
//| |
//+——————————————————————+
void DeleteButton(string ctlName)
{
ObjectButton(ctlName,LODelete);
}
//+——————————————————————+
//| |
//+——————————————————————+
void SetButtonText(string ctlName,string Text)
{
if((ObjectFind(ChartID(),ctlName)>-1))
{
ObjectSetString(ChartID(),ctlName,OBJPROP_TEXT,Text);
}
}
//+——————————————————————+
//| |
//+——————————————————————+
void SetButtonColor(string ctlName,color buttonColor=clrNONE,color textColor=clrNONE)
{
if((ObjectFind(ChartID(),ctlName)>-1))
{
if(buttonColor!=clrNONE)
ObjectSetInteger(ChartID(),ctlName,OBJPROP_BGCOLOR,buttonColor);
if(textColor!=clrNONE)
ObjectSetInteger(ChartID(),ctlName,OBJPROP_COLOR,textColor);
}
}
//+——————————————————————+
//| |
//+——————————————————————+
void PressButton(string ctlName)
{
bool selected=ObjectGetInteger(ChartID(),ctlName,OBJPROP_STATE);
if(selected)
{
ObjectSetInteger(ChartID(),ctlName,OBJPROP_STATE,false);
}
else
{
ObjectSetInteger(ChartID(),ctlName,OBJPROP_STATE,true);
}
}
//+——————————————————————+
//| |
//+——————————————————————+
void DrawButton(string ctlName,string Text=””,int X=-1,int Y=-1,int Width=-1,int Height=-1,bool Selected=false,color BgColor=clrNONE,color TextColor=clrNONE)
{
ObjectButton(ctlName,LODraw,Text,X,Y,Width,Height,Selected,BgColor,TextColor);
}
//+——————————————————————+
//| |
//+——————————————————————+
void ObjectButton(string ctlName,enObjectOperation Operation,string Text=””,int X=-1,int Y=-1,int Width=-1,int Height=-1,bool Selected=false,color BgColor=clrNONE,color TextColor=clrNONE)
{
int DefaultX = btnLeftAxis;
int DefaultY = btnTopAxis;
int DefaultWidth=90;
int DefaultHeight=20;
if((ObjectFind(ChartID(),ctlName)>-1))
{
if(Operation==LODraw)
{
if(TextColor==clrNONE) TextColor=clrWhite;
if(BgColor==clrNONE) BgColor=clrBlueViolet;
if(X == -1) X = DefaultX;
if(Y == -1) Y = DefaultY;
if(Width==-1) Width=DefaultWidth;
if(Height==-1) Height=DefaultHeight;

ObjectSetInteger(ChartID(),ctlName,OBJPROP_COLOR,TextColor);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_BGCOLOR,BgColor);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_XDISTANCE,X);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_YDISTANCE,Y);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_XSIZE,Width);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_YSIZE,Height);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_STATE,Selected);
ObjectSetString(ChartID(),ctlName,OBJPROP_FONT,”Arial”);
ObjectSetString(ChartID(),ctlName,OBJPROP_TEXT,Text);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_FONTSIZE,9);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_SELECTABLE,0);

}
else if(Operation==LODelete)
{
ObjectDelete(ChartID(),ctlName);
}
}
else if(Operation==LODraw)
{
if(TextColor==clrNONE) TextColor=clrWhite;
if(BgColor==clrNONE) BgColor=clrBlueViolet;
if(X == -1) X = DefaultX;
if(Y == -1) Y = DefaultY;
if(Width==-1) Width=DefaultWidth;
if(Height==-1) Height=DefaultHeight;

ObjectCreate(ChartID(),ctlName,OBJ_BUTTON,0,0,0);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_COLOR,TextColor);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_BGCOLOR,BgColor);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_XDISTANCE,X);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_YDISTANCE,Y);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_XSIZE,Width);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_YSIZE,Height);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_STATE,Selected);
ObjectSetString(ChartID(),ctlName,OBJPROP_FONT,”Arial”);
ObjectSetString(ChartID(),ctlName,OBJPROP_TEXT,Text);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_FONTSIZE,9);
ObjectSetInteger(ChartID(),ctlName,OBJPROP_SELECTABLE,0);
}
}
//+——————————————————————+
//| ChartEvent function |
//+——————————————————————+
void OnChartEvent(const int id,
const long &lparam,
const double &dparam,
const string &sparam)
{
int retVal=0;
//if(id==CHARTEVENT_KEYDOWN)
// {
// if(id==CHARTEVENT_KEYDOWN) // does not work in tester
// {
// if(lparam==KEY_PAUSE)
// {
// pauseIsOn=false;
// pauseCount=0;
// pausePrice=0;
// }
// }
// }
if(id==CHARTEVENT_OBJECT_CLICK)
{
string clickedObject=sparam;

// #019: implement button: Stop On Next Cycle
if(clickedObject==”btnstopNextCycle”) //stop on Next Cycle
{
if(stopNextCycle)
stopNextCycle=0;
else
{
retVal=MessageBox(“Trading as normal, until a cycle is successfully closed?”,” S T O P N E X T C Y C L E :”,MB_YESNO);
if(retVal==IDYES)
stopNextCycle=1;
}
}
// #011 #018: implement button: Stop On Next Cycle
if(clickedObject==”btnrestAndRealize”) //stop on Next Cycle
{
if(restAndRealize)
restAndRealize=0;
else
{
retVal=MessageBox(“Do not open any new position. Close cycle successfully, if possible.”,” R E S T & R E A L I Z E :”,MB_YESNO);
if(retVal==IDYES)
restAndRealize=1;
}
}
// #010: implement button: Stop & Close All
if(clickedObject==”btnStopAll”) //stop trading and close all positions
{
if(stopAll)
stopAll=0;
else
{
retVal=MessageBox(“Close all positons and stop trading?”,” S T O P & C L O S E :”,MB_YESNO);
if(retVal==IDYES)
stopAll=1;
}
}
// #044: Add button to show or hide comment
if(clickedObject==”btnShowComment”) //stop on Next Cycle
{
if(showComment)
showComment=0;
else
showComment=1;
}
// #026: implement manual trades, if account state is not green
if(clickedObject==”btnManualBuy”)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Buy “+CalculateNextVolume(OP_BUY)+”Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
NewIkarusOrder(OP_BUY,true);
}
}
if(clickedObject==”btnManualSell”)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Sell “+CalculateNextVolume(OP_SELL)+”Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
NewIkarusOrder(OP_SELL,true);
}
}
// #034: implement manual closing trades, if account state is not green
if(clickedObject==”btnCloseLastBuy”)
{
if(total_buy_lots>0)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Close last buy “+buy_lots[buys-1]+”Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
{
retVal=OrderCloseReliable(buy_tickets[buys-1],buy_lots[buys-1],MarketInfo(Symbol(),MODE_BID),slippage,Blue);
restAndRealize=1; // set status, that not a new position will be opened directly after closing all
}
}
}
}
if(clickedObject==”btnCloseLastSell”)
{
if(total_sell_lots>0)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Close last sell “+sell_lots[sells-1]+”Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
{
retVal=OrderCloseReliable(sell_tickets[sells-1],sell_lots[sells-1],MarketInfo(Symbol(),MODE_ASK),slippage,Blue);
restAndRealize=1; // set status, that not a new position will be opened directly after closing all
}
}
}
}
// #035: implement manual closing trades, if account state is not green
if(clickedObject==”btnCloseAllBuys”)
{
if(total_buy_lots>0)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Close all “+total_buy_lots+”buy Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
{
CloseAllBuys();
// set status, that not a new position will be opened directly after alosing all
if(restAndRealize==0) // if not already choosen by use, set the other pause option
stopNextCycle=1;
}
}
}
}
if(clickedObject==”btnCloseAllSells”)
{
if(total_sell_lots>0)
{
if(accountState==as_yellow || accountState==as_red) // execute this button only, if account state is not green
{
retVal=MessageBox(“Close all “+total_sell_lots+”sell Lot of “+Symbol()+” ?”,” M A N U A L O R D E R :”,MB_YESNO);
if(retVal==IDYES)
{
CloseAllSells();
// set status, that not a new position will be opened directly after alosing all
if(restAndRealize==0) // if not already choosen by use, set the other pause option
stopNextCycle=1;
}
}
}
}
WriteIniData();
}
}
//+——————————————————————+
//
// #006: end
// #005: end
//
//+——————————————————————+

//=============================================================================
// OrderSendReliable()
//
// This is intended to be a drop-in replacement for OrderSend() which,
// one hopes, is more resistant to various forms of errors prevalent
// with MetaTrader.
//
// RETURN VALUE:
//
// Ticket number or -1 under some error conditions. Check
// final error returned by Metatrader with OrderReliableLastErr().
// This will reset the value from GetLastError(), so in that sense it cannot
// be a total drop-in replacement due to Metatrader flaw.
//
// FEATURES:
//
// * Re-trying under some error conditions, sleeping a random
// time defined by an exponential probability distribution.
//
// * Automatic normalization of Digits
//
// * Automatically makes sure that stop levels are more than
// the minimum stop distance, as given by the server. If they
// are too close, they are adjusted.
//
// * Automatically converts stop orders to market orders
// when the stop orders are rejected by the server for
// being to close to market. NOTE: This intentionally
// applies only to OP_BUYSTOP and OP_SELLSTOP,
// OP_BUYLIMIT and OP_SELLLIMIT are not converted to market
// orders and so for prices which are too close to current
// this function is likely to loop a few times and return
// with the “invalid stops” error message.
// Note, the commentary in previous versions erroneously said
// that limit orders would be converted. Note also
// that entering a BUYSTOP or SELLSTOP new order is distinct
// from setting a stoploss on an outstanding order; use
// OrderModifyReliable() for that.
//
// * Displays various error messages on the log for debugging.
//
//
// Matt Kennel, 2006-05-28 and following
//
//=============================================================================
// #001: eliminate all warnings:
// change internal declaration of slippage to mySlippage in all OrderSendReliable stuff
// change internal declaration of magic to myMagic
int OrderSendReliable(string symbol,int cmd,double volume,double price,
int mySlippage,double stoploss,double takeprofit,
string comment,int myMagic,datetime expiration=0,
color arrow_color=CLR_NONE)
{

// ————————————————
// Check basic conditions see if trade is possible.
// ————————————————
OrderReliable_Fname=”OrderSendReliable”;
OrderReliablePrint(” attempted “+OrderReliable_CommandString(cmd)+” “+volume+
” lots @”+price+” sl:”+stoploss+” tp:”+takeprofit);

//if (!IsConnected())
//{
// OrderReliablePrint(“error: IsConnected() == false”);
// _OR_err = ERR_NO_CONNECTION;
// return(-1);
//}

if(IsStopped())
{
OrderReliablePrint(“error: IsStopped() == true”);
_OR_err=ERR_COMMON_ERROR;
return(-1);
}

int cnt=0;
while(!IsTradeAllowed() && cnt<retry_attempts)
{
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
cnt++;
}

if(!IsTradeAllowed())
{
OrderReliablePrint(“error: no operation possible because IsTradeAllowed()==false, even after retries.”);
_OR_err=ERR_TRADE_CONTEXT_BUSY;

return(-1);
}

//#004 new setting: max_spread; trades only, if spread <= max spread:
int spread=0;
cnt=0;
// wait a bit if spread is too high
while(cnt<retry_attempts)
{
spread=MarketInfo(symbol,MODE_SPREAD);
if(spread>max_spread)
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
else
cnt=retry_attempts; // spread is ok; go on trading
cnt++;
}
if(spread>max_spread)
{
OrderReliablePrint(” no operation because spread: “+spread+” > max_spread: “+max_spread);
return(-1);
}
//#004 end

// Normalize all price / stoploss / takeprofit to the proper # of digits.
int digits=MarketInfo(symbol,MODE_DIGITS);
if(digits>0)
{
price=DoubleToString(price,digits);
stoploss=DoubleToString(stoploss,digits);
takeprofit=DoubleToString(takeprofit,digits);
}

if(stoploss!=0)
OrderReliable_EnsureValidStop(symbol,price,stoploss);

int err=GetLastError(); // clear the global variable.
err=0;
_OR_err=0;
bool exit_loop=false;
bool limit_to_market=false;

// limit/stop order.
int ticket=-1;

if((cmd==OP_BUYSTOP) || (cmd==OP_SELLSTOP) || (cmd==OP_BUYLIMIT) || (cmd==OP_SELLLIMIT))
{
cnt=0;
while(!exit_loop)
{
if(IsTradeAllowed())
{
ticket=OrderSend(symbol,cmd,volume,price,mySlippage,stoploss,
takeprofit,comment,myMagic,expiration,arrow_color);
err=GetLastError();
_OR_err=err;
}
else
{
cnt++;
}

switch(err)
{
case ERR_NO_ERROR:
exit_loop=true;
break;

// retryable errors
case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_INVALID_PRICE:
case ERR_OFF_QUOTES:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
cnt++;
break;

case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
continue; // we can apparently retry immediately according to MT docs.

case ERR_INVALID_STOPS:
double servers_min_stop=MarketInfo(symbol,MODE_STOPLEVEL)*MarketInfo(symbol,MODE_POINT);
if(cmd==OP_BUYSTOP)
{
// If we are too close to put in a limit/stop order so go to market.
if(MathAbs(MarketInfo(symbol,MODE_ASK)-price)<=servers_min_stop)
limit_to_market=true;

}
else if(cmd==OP_SELLSTOP)
{
// If we are too close to put in a limit/stop order so go to market.
if(MathAbs(MarketInfo(symbol,MODE_BID)-price)<=servers_min_stop)
limit_to_market=true;
}
exit_loop=true;
break;

default:
// an apparently serious error.
exit_loop=true;
break;

} // end switch

if(cnt>retry_attempts)
exit_loop=true;

if(exit_loop)
{
if(err!=ERR_NO_ERROR)
{
OrderReliablePrint(“non-retryable error: “+OrderReliableErrTxt(err));
}
if(cnt>retry_attempts)
{
OrderReliablePrint(“retry attempts maxed at “+retry_attempts);
}
}

// We have now exited from loop.
if(err==ERR_NO_ERROR)
{
OrderReliablePrint(“apparently successful OP_BUYSTOP or OP_SELLSTOP order placed, details follow.”);
// #001: eliminate all warnings:
bool retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
OrderPrint();
return(ticket); // SUCCESS!
}
if(!limit_to_market)
{
OrderReliablePrint(“failed to execute stop or limit order after “+cnt+” retries”);
OrderReliablePrint(“failed trade: “+OrderReliable_CommandString(cmd)+” “+symbol+
“@”+price+” tp@”+takeprofit+” sl@”+stoploss);
OrderReliablePrint(“last error: “+OrderReliableErrTxt(err));
return(-1);
}
} // end

if(limit_to_market)
{
OrderReliablePrint(“going from limit order to market order because market is too close.”);
if((cmd==OP_BUYSTOP) || (cmd==OP_BUYLIMIT))
{
cmd=OP_BUY;
price=MarketInfo(symbol,MODE_ASK);
}
else if((cmd==OP_SELLSTOP) || (cmd==OP_SELLLIMIT))
{
cmd=OP_SELL;
price=MarketInfo(symbol,MODE_BID);
}
}

// we now have a market order.
err=GetLastError(); // so we clear the global variable.
err= 0;
_OR_err= 0;
ticket = -1;

if((cmd==OP_BUY) || (cmd==OP_SELL))
{
cnt=0;
while(!exit_loop)
{
if(IsTradeAllowed())
{
ticket=OrderSend(symbol,cmd,volume,price,mySlippage,
stoploss,takeprofit,comment,myMagic,
expiration,arrow_color);
err=GetLastError();
_OR_err=err;
}
else
{
cnt++;
}
switch(err)
{
case ERR_NO_ERROR:
exit_loop=true;
break;

case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_INVALID_PRICE:
case ERR_OFF_QUOTES:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
cnt++; // a retryable error
break;

case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
continue; // we can apparently retry immediately according to MT docs.

default:
// an apparently serious, unretryable error.
exit_loop=true;
break;

} // end switch

if(cnt>retry_attempts)
exit_loop=true;

if(!exit_loop)
{
OrderReliablePrint(“retryable error (“+cnt+”/”+
retry_attempts+”): “+OrderReliableErrTxt(err));
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
RefreshRates();
}

// we have now exited from loop.
if(err==ERR_NO_ERROR)
{
//#004 new setting: max_spread; add spread info for this position
OrderReliablePrint(“apparently successful OP_BUY or OP_SELL order placed(spread: “+spread+”), details follow.”);
// #001: eliminate all warnings:
retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
OrderPrint();
return(ticket); // SUCCESS!
}
OrderReliablePrint(“failed to execute OP_BUY/OP_SELL, after “+cnt+” retries”);
OrderReliablePrint(“failed trade: “+OrderReliable_CommandString(cmd)+” “+symbol+
“@”+price+” tp@”+takeprofit+” sl@”+stoploss);
OrderReliablePrint(“last error: “+OrderReliableErrTxt(err));
return(-1);
}
// #001: eliminate all warnings:
return(-1);
}
//=============================================================================
// OrderSendReliableMKT()
//
// This is intended to be an alternative for OrderSendReliable() which
// will update market-orders in the retry loop with the current Bid or Ask.
// Hence with market orders there is a greater likelihood that the trade will
// be executed versus OrderSendReliable(), and a greater likelihood it will
// be executed at a price worse than the entry price due to price movement.
//
// RETURN VALUE:
//
// Ticket number or -1 under some error conditions. Check
// final error returned by Metatrader with OrderReliableLastErr().
// This will reset the value from GetLastError(), so in that sense it cannot
// be a total drop-in replacement due to Metatrader flaw.
//
// FEATURES:
//
// * Most features of OrderSendReliable() but for market orders only.
// Command must be OP_BUY or OP_SELL, and specify Bid or Ask at
// the time of the call.
//
// * If price moves in an unfavorable direction during the loop,
// e.g. from requotes, then the slippage variable it uses in
// the real attempt to the server will be decremented from the passed
// value by that amount, down to a minimum of zero. If the current
// price is too far from the entry value minus slippage then it
// will not attempt an order, and it will signal, manually,
// an ERR_INVALID_PRICE (displayed to log as usual) and will continue
// to loop the usual number of times.
//
// * Displays various error messages on the log for debugging.
//
//
// Matt Kennel, 2006-08-16
//
//=============================================================================
int OrderSendReliableMKT(string symbol,int cmd,double volume,double price,
int mySlippage,double stoploss,double takeprofit,
string comment,int myMagic,datetime expiration=0,
color arrow_color=CLR_NONE)
{

// ————————————————
// Check basic conditions see if trade is possible.
// ————————————————
OrderReliable_Fname=”OrderSendReliableMKT”;
OrderReliablePrint(” attempted “+OrderReliable_CommandString(cmd)+” “+volume+
” lots @”+price+” sl:”+stoploss+” tp:”+takeprofit);

if((cmd!=OP_BUY) && (cmd!=OP_SELL))
{
OrderReliablePrint(“Improper non market-order command passed. Nothing done.”);
_OR_err=ERR_MALFUNCTIONAL_TRADE;
return(-1);
}

//if (!IsConnected())
//{
// OrderReliablePrint(“error: IsConnected() == false”);
// _OR_err = ERR_NO_CONNECTION;
// return(-1);
//}

if(IsStopped())
{
OrderReliablePrint(“error: IsStopped() == true”);
_OR_err=ERR_COMMON_ERROR;
return(-1);
}

int cnt=0;
while(!IsTradeAllowed() && cnt<retry_attempts)
{
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
cnt++;
}

if(!IsTradeAllowed())
{
OrderReliablePrint(“error: no operation possible because IsTradeAllowed()==false, even after retries.”);
_OR_err=ERR_TRADE_CONTEXT_BUSY;

return(-1);
}

if(stoploss!=0)
OrderReliable_EnsureValidStop(symbol,price,stoploss);

int err=GetLastError(); // clear the global variable.
err=0;
_OR_err=0;
bool exit_loop=false;

// limit/stop order.
int ticket=-1;

// we now have a market order.
err=GetLastError(); // so we clear the global variable.
err= 0;
_OR_err= 0;
ticket = -1;

if((cmd==OP_BUY) || (cmd==OP_SELL))
{
cnt=0;
while(!exit_loop)
{
if(IsTradeAllowed())
{
double pnow=price;
int slippagenow=mySlippage;
if(cmd==OP_BUY)
{
// modification by Paul Hampton-Smith to replace RefreshRates()
pnow=DoubleToString(MarketInfo(symbol,MODE_ASK),MarketInfo(symbol,MODE_DIGITS)); // we are buying at Ask
if(pnow>price)
{
slippagenow=mySlippage -(pnow-price)/MarketInfo(symbol,MODE_POINT);
}
} else if(cmd==OP_SELL) {
// modification by Paul Hampton-Smith to replace RefreshRates()
pnow=DoubleToString(MarketInfo(symbol,MODE_BID),MarketInfo(symbol,MODE_DIGITS)); // we are buying at Ask
if(pnow<price)
{
// moved in an unfavorable direction
slippagenow=mySlippage -(price-pnow)/MarketInfo(symbol,MODE_POINT);
}
}
if(slippagenow>mySlippage) slippagenow=mySlippage;
if(slippagenow>=0)
{

ticket=OrderSend(symbol,cmd,volume,pnow,slippagenow,
stoploss,takeprofit,comment,myMagic,
expiration,arrow_color);
err=GetLastError();
_OR_err=err;
} else {
// too far away, manually signal ERR_INVALID_PRICE, which
// will result in a sleep and a retry.
err=ERR_INVALID_PRICE;
_OR_err=err;
}
}
else
{
cnt++;
}
switch(err)
{
case ERR_NO_ERROR:
exit_loop=true;
break;

case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_INVALID_PRICE:
case ERR_OFF_QUOTES:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
cnt++; // a retryable error
break;

case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
// Paul Hampton-Smith removed RefreshRates() here and used MarketInfo() above instead
continue; // we can apparently retry immediately according to MT docs.

default:
// an apparently serious, unretryable error.
exit_loop=true;
break;

} // end switch

if(cnt>retry_attempts)
exit_loop=true;

if(!exit_loop)
{
OrderReliablePrint(“retryable error (“+cnt+”/”+
retry_attempts+”): “+OrderReliableErrTxt(err));
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
}

// we have now exited from loop.
if(err==ERR_NO_ERROR)
{
OrderReliablePrint(“apparently successful OP_BUY or OP_SELL order placed, details follow.”);
// #001: eliminate all warnings:
bool retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
OrderPrint();
return(ticket); // SUCCESS!
}
OrderReliablePrint(“failed to execute OP_BUY/OP_SELL, after “+cnt+” retries”);
OrderReliablePrint(“failed trade: “+OrderReliable_CommandString(cmd)+” “+symbol+
“@”+price+” tp@”+takeprofit+” sl@”+stoploss);
OrderReliablePrint(“last error: “+OrderReliableErrTxt(err));
return(-1);
}
// #001: eliminate all warnings:
return(-1);
}
//=============================================================================
// OrderModifyReliable()
//
// This is intended to be a drop-in replacement for OrderModify() which,
// one hopes, is more resistant to various forms of errors prevalent
// with MetaTrader.
//
// RETURN VALUE:
//
// TRUE if successful, FALSE otherwise
//
//
// FEATURES:
//
// * Re-trying under some error conditions, sleeping a random
// time defined by an exponential probability distribution.
//
// * Displays various error messages on the log for debugging.
//
//
// Matt Kennel, 2006-05-28
//
//=============================================================================
bool OrderModifyReliable(int ticket,double price,double stoploss,
double takeprofit,datetime expiration,
color arrow_color=CLR_NONE)
{
OrderReliable_Fname=”OrderModifyReliable”;

OrderReliablePrint(” attempted modify of #”+ticket+” price:”+price+
” sl:”+stoploss+” tp:”+takeprofit);

//if (!IsConnected())
//{
// OrderReliablePrint(“error: IsConnected() == false”);
// _OR_err = ERR_NO_CONNECTION;
// return(false);
//}

if(IsStopped())
{
OrderReliablePrint(“error: IsStopped() == true”);
return(false);
}

int cnt=0;
while(!IsTradeAllowed() && cnt<retry_attempts)
{
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
cnt++;
}
if(!IsTradeAllowed())
{
OrderReliablePrint(“error: no operation possible because IsTradeAllowed()==false, even after retries.”);
_OR_err=ERR_TRADE_CONTEXT_BUSY;
return(false);
}

if(false)
{
// This section is ‘nulled out’, because
// it would have to involve an ‘OrderSelect()’ to obtain
// the symbol string, and that would change the global context of the
// existing OrderSelect, and hence would not be a drop-in replacement
// for OrderModify().
//
// See OrderModifyReliableSymbol() where the user passes in the Symbol
// manually.

// #001: eliminate all warnings:
bool retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
string symbol=OrderSymbol();
int digits=MarketInfo(symbol,MODE_DIGITS);
if(digits>0)
{
price=DoubleToString(price,digits);
stoploss=DoubleToString(stoploss,digits);
takeprofit=DoubleToString(takeprofit,digits);
}
if(stoploss!=0) OrderReliable_EnsureValidStop(symbol,price,stoploss);
}

int err=GetLastError(); // so we clear the global variable.
err=0;
_OR_err=0;
bool exit_loop=false;
cnt=0;
bool result=false;

while(!exit_loop)
{
if(IsTradeAllowed())
{
result=OrderModify(ticket,price,stoploss,
takeprofit,expiration,arrow_color);
err=GetLastError();
_OR_err=err;
}
else
cnt++;

if(result==true)
exit_loop=true;

switch(err)
{
case ERR_NO_ERROR:
exit_loop=true;
break;

case ERR_NO_RESULT:
// modification without changing a parameter.
// if you get this then you may want to change the code.
exit_loop=true;
break;

case ERR_SERVER_BUSY:
case ERR_NO_CONNECTION:
case ERR_INVALID_PRICE:
case ERR_OFF_QUOTES:
case ERR_BROKER_BUSY:
case ERR_TRADE_CONTEXT_BUSY:
case ERR_TRADE_TIMEOUT: // for modify this is a retryable error, I hope.
cnt++; // a retryable error
break;

case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
RefreshRates();
continue; // we can apparently retry immediately according to MT docs.

default:
// an apparently serious, unretryable error.
exit_loop=true;
break;

} // end switch

if(cnt>retry_attempts)
exit_loop=true;

if(!exit_loop)
{
OrderReliablePrint(“retryable error (“+cnt+”/”+retry_attempts+
“): “+OrderReliableErrTxt(err));
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
RefreshRates();
}

if(exit_loop)
{
if((err!=ERR_NO_ERROR) && (err!=ERR_NO_RESULT))
OrderReliablePrint(“non-retryable error: “+OrderReliableErrTxt(err));

if(cnt>retry_attempts)
OrderReliablePrint(“retry attempts maxed at “+retry_attempts);
}
}

// we have now exited from loop.
if((result==true) || (err==ERR_NO_ERROR))
{
OrderReliablePrint(“apparently successful modification order, updated trade details follow.”);
// #001: eliminate all warnings:
retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
OrderPrint();
return(true); // SUCCESS!
}

if(err==ERR_NO_RESULT)
{
OrderReliablePrint(“Server reported modify order did not actually change parameters.”);
OrderReliablePrint(“redundant modification: “+ticket+” “+symbol+
“@”+price+” tp@”+takeprofit+” sl@”+stoploss);
OrderReliablePrint(“Suggest modifying code logic to avoid.”);
return(true);
}

OrderReliablePrint(“failed to execute modify after “+cnt+” retries”);
OrderReliablePrint(“failed modification: “+ticket+” “+symbol+
“@”+price+” tp@”+takeprofit+” sl@”+stoploss);
OrderReliablePrint(“last error: “+OrderReliableErrTxt(err));

return(false);
}
//=============================================================================
//
// OrderModifyReliableSymbol()
//
// This has the same calling sequence as OrderModify() except that the
// user must provide the symbol.
//
// This function will then be able to ensure proper normalization and
// stop levels.
//
//=============================================================================
bool OrderModifyReliableSymbol(string symbol,int ticket,double price,
double stoploss,double takeprofit,
datetime expiration,color arrow_color=CLR_NONE)
{
int digits=MarketInfo(symbol,MODE_DIGITS);

if(digits>0)
{
price=DoubleToString(price,digits);
stoploss=DoubleToString(stoploss,digits);
takeprofit=DoubleToString(takeprofit,digits);
}

if(stoploss!=0)
OrderReliable_EnsureValidStop(symbol,price,stoploss);

return(OrderModifyReliable(ticket, price, stoploss,
takeprofit,expiration,arrow_color));

}
//=============================================================================
// OrderCloseReliable()
//
// This is intended to be a drop-in replacement for OrderClose() which,
// one hopes, is more resistant to various forms of errors prevalent
// with MetaTrader.
//
// RETURN VALUE:
//
// TRUE if successful, FALSE otherwise
//
//
// FEATURES:
//
// * Re-trying under some error conditions, sleeping a random
// time defined by an exponential probability distribution.
//
// * Displays various error messages on the log for debugging.
//
//
// Derk Wehler, ashwoods155@yahoo.com 2006-07-19
//
//=============================================================================
bool OrderCloseReliable(int ticket,double lots,double price,
int mySlippage,color arrow_color=CLR_NONE)
{
int nOrderType;
string strSymbol;
OrderReliable_Fname=”OrderCloseReliable”;

OrderReliablePrint(” attempted close of #”+ticket+” price:”+price+
” lots:”+lots+” slippage:”+mySlippage);

// collect details of order so that we can use GetMarketInfo later if needed
if(!OrderSelect(ticket,SELECT_BY_TICKET))
{
_OR_err=GetLastError();
OrderReliablePrint(“error: “+ErrorDescription(_OR_err));
return(false);
}
else
{
nOrderType= OrderType();
strSymbol = OrderSymbol();
}

if(nOrderType!=OP_BUY && nOrderType!=OP_SELL)
{
_OR_err=ERR_INVALID_TICKET;
OrderReliablePrint(“error: trying to close ticket #”+ticket+”, which is “+OrderReliable_CommandString(nOrderType)+”, not OP_BUY or OP_SELL”);
return(false);
}

//if (!IsConnected())
//{
// OrderReliablePrint(“error: IsConnected() == false”);
// _OR_err = ERR_NO_CONNECTION;
// return(false);
//}

if(IsStopped())
{
OrderReliablePrint(“error: IsStopped() == true”);
return(false);
}

int cnt=0;
/*
Commented out by Paul Hampton-Smith due to a bug in MT4 that sometimes incorrectly returns IsTradeAllowed() = false
while(!IsTradeAllowed() && cnt < retry_attempts)
{
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
cnt++;
}
if (!IsTradeAllowed())
{
OrderReliablePrint(“error: no operation possible because IsTradeAllowed()==false, even after retries.”);
_OR_err = ERR_TRADE_CONTEXT_BUSY;
return(false);
}
*/

int err=GetLastError(); // so we clear the global variable.
err=0;
_OR_err=0;
bool exit_loop=false;
cnt=0;
bool result=false;

while(!exit_loop)
{
if(IsTradeAllowed())
{
result=OrderClose(ticket,lots,price,mySlippage,arrow_color);
err=GetLastError();
_OR_err=err;
}
else
cnt++;

if(result==true)
exit_loop=true;

switch(err)
{
case ERR_NO_ERROR:
exit_loop=true;
break;

case ERR_PRICE_CHANGED:
case ERR_REQUOTE:
continue; // we can apparently retry immediately according to MT docs.

default:
// an apparently serious, unretryable error.
exit_loop=true;
break;

} // end switch

if(cnt>retry_attempts)
exit_loop=true;

if(!exit_loop)
{
OrderReliablePrint(“retryable error (“+cnt+”/”+retry_attempts+
“): “+OrderReliableErrTxt(err));
OrderReliable_SleepRandomTime(sleep_time,sleep_maximum);
// Added by Paul Hampton-Smith to ensure that price is updated for each retry
if(nOrderType == OP_BUY) price = DoubleToString(MarketInfo(strSymbol,MODE_BID),MarketInfo(strSymbol,MODE_DIGITS));
if(nOrderType == OP_SELL) price = DoubleToString(MarketInfo(strSymbol,MODE_ASK),MarketInfo(strSymbol,MODE_DIGITS));
}

if(exit_loop)
{
if((err!=ERR_NO_ERROR) && (err!=ERR_NO_RESULT))
OrderReliablePrint(“non-retryable error: “+OrderReliableErrTxt(err));

if(cnt>retry_attempts)
OrderReliablePrint(“retry attempts maxed at “+retry_attempts);
}
}

// we have now exited from loop.
if((result==true) || (err==ERR_NO_ERROR))
{
OrderReliablePrint(“apparently successful close order, updated trade details follow.”);
// #001: eliminate all warnings:
bool retVal=OrderSelect(ticket,SELECT_BY_TICKET,MODE_TRADES);
OrderPrint();
return(true); // SUCCESS!
}

OrderReliablePrint(“failed to execute close after “+cnt+” retries”);
OrderReliablePrint(“failed close: Ticket #”+ticket+”, Price: “+
price+”, Slippage: “+mySlippage);
OrderReliablePrint(“last error: “+OrderReliableErrTxt(err));

return(false);
}
//=============================================================================
//=============================================================================
// Utility Functions
//=============================================================================
//=============================================================================

int OrderReliableLastErr()
{
return (_OR_err);
}
//+——————————————————————+
//| |
//+——————————————————————+
string OrderReliableErrTxt(int err)
{
return (“” + err + “:” + ErrorDescription(err));
}
//+——————————————————————+
//| |
//+——————————————————————+
void OrderReliablePrint(string s)
{
// Print to log prepended with stuff;
if(!(IsTesting() || IsOptimization())) Print(OrderReliable_Fname+” “+OrderReliableVersion+”:”+s);
}
//+——————————————————————+
//| |
//+——————————————————————+
string OrderReliable_CommandString(int cmd)
{
if(cmd==OP_BUY)
return(“OP_BUY”);

if(cmd==OP_SELL)
return(“OP_SELL”);

if(cmd==OP_BUYSTOP)
return(“OP_BUYSTOP”);

if(cmd==OP_SELLSTOP)
return(“OP_SELLSTOP”);

if(cmd==OP_BUYLIMIT)
return(“OP_BUYLIMIT”);

if(cmd==OP_SELLLIMIT)
return(“OP_SELLLIMIT”);

return(“(CMD==” + cmd + “)”);
}
//=============================================================================
//
// OrderReliable_EnsureValidStop()
//
// Adjust stop loss so that it is legal.
//
// Matt Kennel
//
//=============================================================================
void OrderReliable_EnsureValidStop(string symbol,double price,double &sl)
{
// Return if no S/L
if(sl==0)
return;

double servers_min_stop=MarketInfo(symbol,MODE_STOPLEVEL)*MarketInfo(symbol,MODE_POINT);

if(MathAbs(price-sl)<=servers_min_stop)
{
// we have to adjust the stop.
if(price>sl)
sl=price-servers_min_stop; // we are long

else if(price<sl)
sl=price+servers_min_stop; // we are short

else
OrderReliablePrint(“EnsureValidStop: error, passed in price == sl, cannot adjust”);

sl=DoubleToString(sl,MarketInfo(symbol,MODE_DIGITS));
}
}
//=============================================================================
//
// OrderReliable_SleepRandomTime()
//
// This sleeps a random amount of time defined by an exponential
// probability distribution. The mean time, in Seconds is given
// in ‘mean_time’.
//
// This is the back-off strategy used by Ethernet. This will
// quantize in tenths of seconds, so don’t call this with a too
// small a number. This returns immediately if we are backtesting
// and does not sleep.
//
// Matt Kennel mbkennelfx@gmail.com.
//
//=============================================================================
void OrderReliable_SleepRandomTime(double mean_time,double max_time)
{
if(IsTesting())
return; // return immediately if backtesting.

double tenths=MathCeil(mean_time/0.1);
if(tenths<=0)
return;

int maxtenths=MathRound(max_time/0.1);
double p=1.0-1.0/tenths;

Sleep(100); // one tenth of a second PREVIOUS VERSIONS WERE STUPID HERE.

for(int i=0; i<maxtenths; i++)
{
if(MathRand()>p*32768)
break;

// MathRand() returns in 0..32767
Sleep(100);
}
}
//+——————————————————————+

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