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DataWriter_v4.01.mq4
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DataWriter_v4.01.mq4
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//+------------------------------------------------------------------+
//| DataWriter.mq4 |
//| Copyright 2018, Vladimir Zhbanko |
//+------------------------------------------------------------------+
#include <06_NormalizeDouble.mqh>
#property copyright "Copyright 2018, Vladimir Zhbanko"
#property link "https://vladdsm.github.io/myblog_attempt/"
#property version "4.02"
#property strict
/*
PURPOSE: Retrieve price and Indicator data for an asset
USE: Data will be used for Decision Support System in R
WANT TO LEARN HOW TO USE?
https://www.udemy.com/your-home-trading-environment/?couponCode=LAZYTRADE-GIT
https://www.udemy.com/your-trading-robot/?couponCode=LAZYTRADE-GIT
*/
extern string Header1 = "-----EA Main Settings-------";
extern int UseBarsHistory = 14300;
extern int UseBarsCollect = 14200;
extern int chartPeriod = 15; //min
extern bool CollectClosePrice = True;
extern bool CollectOpenPrice = False;
extern bool CollectLowerPrice = False;
extern bool CollectHigherPrice = False;
extern bool CollectRSI = False;
extern bool CollectBullPower = False;
extern bool CollectBearPower = False;
extern bool CollectATR8 = False;
extern bool CollectMACD = True;
extern bool CollectStoch = False;
extern string DashboardComment = "Record financial assets data to files"; // change this comment for descriptive purposes
string FileNamePrx1 = "AI_CP";
string FileNamePrx2 = "AI_OP";
string FileNamePrx3 = "AI_LP";
string FileNamePrx4 = "AI_HP";
string FileNameRsi1 = "AI_RSI";
string FileNameBull = "AI_BullPow";
string FileNameBear = "AI_BearPow";
string FileNameAtr1 = "AI_Atr8";
string FileNameMacd = "AI_Macd";
string FileNameStoch = "AI_Stoch";
/*
Content:
2. Function writeDataCP collect Close Price data
3. Function writeDataOP collect Open Price data
4. Function writeDataLP collect Low Price data
5. Function writeDataHP collect High Price data
6. Function writeDataRSI collect Rsi data
7. Function writeDataBullPow collect BullPower data
8. Function writeDataBearPow collect BearPower data
9. Function writeDataAtr collect Atr data
10.Function writeDataMacd collect MACD data
*/
//+------------------------------------------------------------------+
//| Expert initialization function |
//+------------------------------------------------------------------+
int OnInit()
{
//useful to generate files when market is closed
if(CollectClosePrice)writeDataCP(FileNamePrx1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record open price data
if(CollectOpenPrice)writeDataOP(FileNamePrx2 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record low price data
if(CollectLowerPrice)writeDataHP(FileNamePrx3 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record high price data
if(CollectHigherPrice)writeDataLP(FileNamePrx4 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record rsi indicator data
if(CollectRSI)writeDataRSI(FileNameRsi1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record bull power data
if(CollectBullPower)writeDataBullPow(FileNameBull + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record bear power data
if(CollectBearPower)writeDataBearPow(FileNameBear + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record atr data
if(CollectATR8)writeDataAtr(FileNameAtr1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record macd data
if(CollectMACD)writeDataMacd(FileNameMacd + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record Stochastic data
if(CollectStoch)writeDataStoch(FileNameStoch + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//show dashboard
ShowDashboard(DashboardComment, 0,
FileNamePrx1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", 0,
FileNameMacd + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", 0,
"..", 0,
"..", 0,
"..", 0,
"..", 0);
return(INIT_SUCCEEDED);
}
//+------------------------------------------------------------------+
//| Expert deinitialization function |
//+------------------------------------------------------------------+
void OnDeinit(const int reason)
{
}
//+------------------------------------------------------------------+
//| Expert tick function |
//+------------------------------------------------------------------+
void OnTick()
{
// should generate unique time every minute https://www.mql5.com/en/forum/133366
static datetime Time0;
if(Time0 == Time[0])
{
}
else
{
// record time to variable
Time0 = Time[0];
//code that only executed in the beginning and once every bar
if(CollectClosePrice)writeDataCP(FileNamePrx1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record open price data
if(CollectOpenPrice)writeDataOP(FileNamePrx2 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record low price data
if(CollectLowerPrice)writeDataHP(FileNamePrx3 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record high price data
if(CollectHigherPrice)writeDataLP(FileNamePrx4 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record rsi indicator data
if(CollectRSI)writeDataRSI(FileNameRsi1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record bull power data
if(CollectBullPower)writeDataBullPow(FileNameBull + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record bear power data
if(CollectBearPower)writeDataBearPow(FileNameBear + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record atr data
if(CollectATR8)writeDataAtr(FileNameAtr1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record macd data
if(CollectMACD)writeDataMacd(FileNameMacd + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//record Stochastic data
if(CollectStoch)writeDataStoch(FileNameStoch + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", chartPeriod, UseBarsCollect);
//show dashboard
ShowDashboard(DashboardComment, 0,
FileNamePrx1 + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", 0,
FileNameMacd + string(chartPeriod) + "-" + string(UseBarsCollect) + ".csv", 0,
"..", 0,
"..", 0,
"..", 0,
"..", 0);
}
}
//+------------------------------------------------------------------+
void writeDataCP(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs close price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iClose("EURUSD",chartPeriod,j);
gbpusd = iClose("GBPUSD",chartPeriod,j);
audusd = iClose("AUDUSD",chartPeriod,j);
nzdusd = iClose("NZDUSD",chartPeriod,j);
usdcad = iClose("USDCAD",chartPeriod,j);
usdchf = iClose("USDCHF",chartPeriod,j);
usdjpy = iClose("USDJPY",chartPeriod,j);
eurgbp = iClose("EURGBP",chartPeriod,j);
eurjpy = iClose("EURJPY",chartPeriod,j);
eurchf = iClose("EURCHF",chartPeriod,j);
eurnzd = iClose("EURNZD",chartPeriod,j);
eurcad = iClose("EURCAD",chartPeriod,j);
euraud = iClose("EURAUD",chartPeriod,j);
gbpaud = iClose("GBPAUD",chartPeriod,j);
gbpcad = iClose("GBPCAD",chartPeriod,j);
gbpchf = iClose("GBPCHF",chartPeriod,j);
gbpjpy = iClose("GBPJPY",chartPeriod,j);
gbpnzd = iClose("GBPNZD",chartPeriod,j);
audcad = iClose("AUDCAD",chartPeriod,j);
audchf = iClose("AUDCHF",chartPeriod,j);
audjpy = iClose("AUDJPY",chartPeriod,j);
audnzd = iClose("AUDNZD",chartPeriod,j);
cadjpy = iClose("CADJPY",chartPeriod,j);
chfjpy = iClose("CHFJPY",chartPeriod,j);
nzdjpy = iClose("NZDJPY",chartPeriod,j);
nzdcad = iClose("NZDCAD",chartPeriod,j);
nzdchf = iClose("NZDCHF",chartPeriod,j);
cadchf = iClose("CADCHF",chartPeriod,j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataOP(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs open bar price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iOpen("EURUSD",chartPeriod,j);
gbpusd = iOpen("GBPUSD",chartPeriod,j);
audusd = iOpen("AUDUSD",chartPeriod,j);
nzdusd = iOpen("NZDUSD",chartPeriod,j);
usdcad = iOpen("USDCAD",chartPeriod,j);
usdchf = iOpen("USDCHF",chartPeriod,j);
usdjpy = iOpen("USDJPY",chartPeriod,j);
eurgbp = iOpen("EURGBP",chartPeriod,j);
eurjpy = iOpen("EURJPY",chartPeriod,j);
eurchf = iOpen("EURCHF",chartPeriod,j);
eurnzd = iOpen("EURNZD",chartPeriod,j);
eurcad = iOpen("EURCAD",chartPeriod,j);
euraud = iOpen("EURAUD",chartPeriod,j);
gbpaud = iOpen("GBPAUD",chartPeriod,j);
gbpcad = iOpen("GBPCAD",chartPeriod,j);
gbpchf = iOpen("GBPCHF",chartPeriod,j);
gbpjpy = iOpen("GBPJPY",chartPeriod,j);
gbpnzd = iOpen("GBPNZD",chartPeriod,j);
audcad = iOpen("AUDCAD",chartPeriod,j);
audchf = iOpen("AUDCHF",chartPeriod,j);
audjpy = iOpen("AUDJPY",chartPeriod,j);
audnzd = iOpen("AUDNZD",chartPeriod,j);
cadjpy = iOpen("CADJPY",chartPeriod,j);
chfjpy = iOpen("CHFJPY",chartPeriod,j);
nzdjpy = iOpen("NZDJPY",chartPeriod,j);
nzdcad = iOpen("NZDCAD",chartPeriod,j);
nzdchf = iOpen("NZDCHF",chartPeriod,j);
cadchf = iOpen("CADCHF",chartPeriod,j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataHP(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs lowest bar price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iHigh("EURUSD",chartPeriod,j);
gbpusd = iHigh("GBPUSD",chartPeriod,j);
audusd = iHigh("AUDUSD",chartPeriod,j);
nzdusd = iHigh("NZDUSD",chartPeriod,j);
usdcad = iHigh("USDCAD",chartPeriod,j);
usdchf = iHigh("USDCHF",chartPeriod,j);
usdjpy = iHigh("USDJPY",chartPeriod,j);
eurgbp = iHigh("EURGBP",chartPeriod,j);
eurjpy = iHigh("EURJPY",chartPeriod,j);
eurchf = iHigh("EURCHF",chartPeriod,j);
eurnzd = iHigh("EURNZD",chartPeriod,j);
eurcad = iHigh("EURCAD",chartPeriod,j);
euraud = iHigh("EURAUD",chartPeriod,j);
gbpaud = iHigh("GBPAUD",chartPeriod,j);
gbpcad = iHigh("GBPCAD",chartPeriod,j);
gbpchf = iHigh("GBPCHF",chartPeriod,j);
gbpjpy = iHigh("GBPJPY",chartPeriod,j);
gbpnzd = iHigh("GBPNZD",chartPeriod,j);
audcad = iHigh("AUDCAD",chartPeriod,j);
audchf = iHigh("AUDCHF",chartPeriod,j);
audjpy = iHigh("AUDJPY",chartPeriod,j);
audnzd = iHigh("AUDNZD",chartPeriod,j);
cadjpy = iHigh("CADJPY",chartPeriod,j);
chfjpy = iHigh("CHFJPY",chartPeriod,j);
nzdjpy = iHigh("NZDJPY",chartPeriod,j);
nzdcad = iHigh("NZDCAD",chartPeriod,j);
nzdchf = iHigh("NZDCHF",chartPeriod,j);
cadchf = iHigh("CADCHF",chartPeriod,j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataLP(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs lowest bar price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iLow("EURUSD",chartPeriod,j);
gbpusd = iLow("GBPUSD",chartPeriod,j);
audusd = iLow("AUDUSD",chartPeriod,j);
nzdusd = iLow("NZDUSD",chartPeriod,j);
usdcad = iLow("USDCAD",chartPeriod,j);
usdchf = iLow("USDCHF",chartPeriod,j);
usdjpy = iLow("USDJPY",chartPeriod,j);
eurgbp = iLow("EURGBP",chartPeriod,j);
eurjpy = iLow("EURJPY",chartPeriod,j);
eurchf = iLow("EURCHF",chartPeriod,j);
eurnzd = iLow("EURNZD",chartPeriod,j);
eurcad = iLow("EURCAD",chartPeriod,j);
euraud = iLow("EURAUD",chartPeriod,j);
gbpaud = iLow("GBPAUD",chartPeriod,j);
gbpcad = iLow("GBPCAD",chartPeriod,j);
gbpchf = iLow("GBPCHF",chartPeriod,j);
gbpjpy = iLow("GBPJPY",chartPeriod,j);
gbpnzd = iLow("GBPNZD",chartPeriod,j);
audcad = iLow("AUDCAD",chartPeriod,j);
audchf = iLow("AUDCHF",chartPeriod,j);
audjpy = iLow("AUDJPY",chartPeriod,j);
audnzd = iLow("AUDNZD",chartPeriod,j);
cadjpy = iLow("CADJPY",chartPeriod,j);
chfjpy = iLow("CHFJPY",chartPeriod,j);
nzdjpy = iLow("NZDJPY",chartPeriod,j);
nzdcad = iLow("NZDCAD",chartPeriod,j);
nzdchf = iLow("NZDCHF",chartPeriod,j);
cadchf = iLow("CADCHF",chartPeriod,j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataRSI(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs close price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iRSI("EURUSD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpusd = iRSI("GBPUSD",chartPeriod, 8, PRICE_MEDIAN, j);
audusd = iRSI("AUDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdusd = iRSI("NZDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
usdcad = iRSI("USDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
usdchf = iRSI("USDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
usdjpy = iRSI("USDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurgbp = iRSI("EURGBP",chartPeriod, 8, PRICE_MEDIAN, j);
eurjpy = iRSI("EURJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurchf = iRSI("EURCHF",chartPeriod, 8, PRICE_MEDIAN, j);
eurnzd = iRSI("EURNZD",chartPeriod, 8, PRICE_MEDIAN, j);
eurcad = iRSI("EURCAD",chartPeriod, 8, PRICE_MEDIAN, j);
euraud = iRSI("EURAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpaud = iRSI("GBPAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpcad = iRSI("GBPCAD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpchf = iRSI("GBPCHF",chartPeriod, 8, PRICE_MEDIAN, j);
gbpjpy = iRSI("GBPJPY",chartPeriod, 8, PRICE_MEDIAN, j);
gbpnzd = iRSI("GBPNZD",chartPeriod, 8, PRICE_MEDIAN, j);
audcad = iRSI("AUDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
audchf = iRSI("AUDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
audjpy = iRSI("AUDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
audnzd = iRSI("AUDNZD",chartPeriod, 8, PRICE_MEDIAN, j);
cadjpy = iRSI("CADJPY",chartPeriod, 8, PRICE_MEDIAN, j);
chfjpy = iRSI("CHFJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdjpy = iRSI("NZDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdcad = iRSI("NZDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdchf = iRSI("NZDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
cadchf = iRSI("CADCHF",chartPeriod, 8, PRICE_MEDIAN, j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataBullPow(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs close price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iBullsPower("EURUSD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpusd = iBullsPower("GBPUSD",chartPeriod, 8, PRICE_MEDIAN, j);
audusd = iBullsPower("AUDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdusd = iBullsPower("NZDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
usdcad = iBullsPower("USDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
usdchf = iBullsPower("USDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
usdjpy = iBullsPower("USDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurgbp = iBullsPower("EURGBP",chartPeriod, 8, PRICE_MEDIAN, j);
eurjpy = iBullsPower("EURJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurchf = iBullsPower("EURCHF",chartPeriod, 8, PRICE_MEDIAN, j);
eurnzd = iBullsPower("EURNZD",chartPeriod, 8, PRICE_MEDIAN, j);
eurcad = iBullsPower("EURCAD",chartPeriod, 8, PRICE_MEDIAN, j);
euraud = iBullsPower("EURAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpaud = iBullsPower("GBPAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpcad = iBullsPower("GBPCAD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpchf = iBullsPower("GBPCHF",chartPeriod, 8, PRICE_MEDIAN, j);
gbpjpy = iBullsPower("GBPJPY",chartPeriod, 8, PRICE_MEDIAN, j);
gbpnzd = iBullsPower("GBPNZD",chartPeriod, 8, PRICE_MEDIAN, j);
audcad = iBullsPower("AUDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
audchf = iBullsPower("AUDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
audjpy = iBullsPower("AUDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
audnzd = iBullsPower("AUDNZD",chartPeriod, 8, PRICE_MEDIAN, j);
cadjpy = iBullsPower("CADJPY",chartPeriod, 8, PRICE_MEDIAN, j);
chfjpy = iBullsPower("CHFJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdjpy = iBullsPower("NZDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdcad = iBullsPower("NZDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdchf = iBullsPower("NZDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
cadchf = iBullsPower("CADCHF",chartPeriod, 8, PRICE_MEDIAN, j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataBearPow(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs close price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iBearsPower("EURUSD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpusd = iBearsPower("GBPUSD",chartPeriod, 8, PRICE_MEDIAN, j);
audusd = iBearsPower("AUDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdusd = iBearsPower("NZDUSD",chartPeriod, 8, PRICE_MEDIAN, j);
usdcad = iBearsPower("USDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
usdchf = iBearsPower("USDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
usdjpy = iBearsPower("USDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurgbp = iBearsPower("EURGBP",chartPeriod, 8, PRICE_MEDIAN, j);
eurjpy = iBearsPower("EURJPY",chartPeriod, 8, PRICE_MEDIAN, j);
eurchf = iBearsPower("EURCHF",chartPeriod, 8, PRICE_MEDIAN, j);
eurnzd = iBearsPower("EURNZD",chartPeriod, 8, PRICE_MEDIAN, j);
eurcad = iBearsPower("EURCAD",chartPeriod, 8, PRICE_MEDIAN, j);
euraud = iBearsPower("EURAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpaud = iBearsPower("GBPAUD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpcad = iBearsPower("GBPCAD",chartPeriod, 8, PRICE_MEDIAN, j);
gbpchf = iBearsPower("GBPCHF",chartPeriod, 8, PRICE_MEDIAN, j);
gbpjpy = iBearsPower("GBPJPY",chartPeriod, 8, PRICE_MEDIAN, j);
gbpnzd = iBearsPower("GBPNZD",chartPeriod, 8, PRICE_MEDIAN, j);
audcad = iBearsPower("AUDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
audchf = iBearsPower("AUDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
audjpy = iBearsPower("AUDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
audnzd = iBearsPower("AUDNZD",chartPeriod, 8, PRICE_MEDIAN, j);
cadjpy = iBearsPower("CADJPY",chartPeriod, 8, PRICE_MEDIAN, j);
chfjpy = iBearsPower("CHFJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdjpy = iBearsPower("NZDJPY",chartPeriod, 8, PRICE_MEDIAN, j);
nzdcad = iBearsPower("NZDCAD",chartPeriod, 8, PRICE_MEDIAN, j);
nzdchf = iBearsPower("NZDCHF",chartPeriod, 8, PRICE_MEDIAN, j);
cadchf = iBearsPower("CADCHF",chartPeriod, 8, PRICE_MEDIAN, j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataAtr(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs close price to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iATR("EURUSD",chartPeriod, 8, j);
gbpusd = iATR("GBPUSD",chartPeriod, 8, j);
audusd = iATR("AUDUSD",chartPeriod, 8, j);
nzdusd = iATR("NZDUSD",chartPeriod, 8, j);
usdcad = iATR("USDCAD",chartPeriod, 8, j);
usdchf = iATR("USDCHF",chartPeriod, 8, j);
usdjpy = iATR("USDJPY",chartPeriod, 8, j);
eurgbp = iATR("EURGBP",chartPeriod, 8, j);
eurjpy = iATR("EURJPY",chartPeriod, 8, j);
eurchf = iATR("EURCHF",chartPeriod, 8, j);
eurnzd = iATR("EURNZD",chartPeriod, 8, j);
eurcad = iATR("EURCAD",chartPeriod, 8, j);
euraud = iATR("EURAUD",chartPeriod, 8, j);
gbpaud = iATR("GBPAUD",chartPeriod, 8, j);
gbpcad = iATR("GBPCAD",chartPeriod, 8, j);
gbpchf = iATR("GBPCHF",chartPeriod, 8, j);
gbpjpy = iATR("GBPJPY",chartPeriod, 8, j);
gbpnzd = iATR("GBPNZD",chartPeriod, 8, j);
audcad = iATR("AUDCAD",chartPeriod, 8, j);
audchf = iATR("AUDCHF",chartPeriod, 8, j);
audjpy = iATR("AUDJPY",chartPeriod, 8, j);
audnzd = iATR("AUDNZD",chartPeriod, 8, j);
cadjpy = iATR("CADJPY",chartPeriod, 8, j);
chfjpy = iATR("CHFJPY",chartPeriod, 8, j);
nzdjpy = iATR("NZDJPY",chartPeriod, 8, j);
nzdcad = iATR("NZDCAD",chartPeriod, 8, j);
nzdchf = iATR("NZDCHF",chartPeriod, 8, j);
cadchf = iATR("CADCHF",chartPeriod, 8, j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataMacd(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs MACD to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iMACD("EURUSD",chartPeriod, 12, 26, 9, 0, 0, j);
gbpusd = iMACD("GBPUSD",chartPeriod, 12, 26, 9, 0, 0, j);
audusd = iMACD("AUDUSD",chartPeriod, 12, 26, 9, 0, 0, j);
nzdusd = iMACD("NZDUSD",chartPeriod, 12, 26, 9, 0, 0, j);
usdcad = iMACD("USDCAD",chartPeriod, 12, 26, 9, 0, 0, j);
usdchf = iMACD("USDCHF",chartPeriod, 12, 26, 9, 0, 0, j);
usdjpy = iMACD("USDJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
eurgbp = iMACD("EURGBP",chartPeriod, 12, 26, 9, 0, 0, j);
eurjpy = iMACD("EURJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
eurchf = iMACD("EURCHF",chartPeriod, 12, 26, 9, 0, 0, j);
eurnzd = iMACD("EURNZD",chartPeriod, 12, 26, 9, 0, 0, j);
eurcad = iMACD("EURCAD",chartPeriod, 12, 26, 9, 0, 0, j);
euraud = iMACD("EURAUD",chartPeriod, 12, 26, 9, 0, 0, j);
gbpaud = iMACD("GBPAUD",chartPeriod, 12, 26, 9, 0, 0, j);
gbpcad = iMACD("GBPCAD",chartPeriod, 12, 26, 9, 0, 0, j);
gbpchf = iMACD("GBPCHF",chartPeriod, 12, 26, 9, 0, 0, j);
gbpjpy = iMACD("GBPJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
gbpnzd = iMACD("GBPNZD",chartPeriod, 12, 26, 9, 0, 0, j);
audcad = iMACD("AUDCAD",chartPeriod, 12, 26, 9, 0, 0, j);
audchf = iMACD("AUDCHF",chartPeriod, 12, 26, 9, 0, 0, j);
audjpy = iMACD("AUDJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
audnzd = iMACD("AUDNZD",chartPeriod, 12, 26, 9, 0, 0, j);
cadjpy = iMACD("CADJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
chfjpy = iMACD("CHFJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
nzdjpy = iMACD("NZDJPY",chartPeriod, 12, 26, 9, 0, 0, j)/100;
nzdcad = iMACD("NZDCAD",chartPeriod, 12, 26, 9, 0, 0, j);
nzdchf = iMACD("NZDCHF",chartPeriod, 12, 26, 9, 0, 0, j);
cadchf = iMACD("CADCHF",chartPeriod, 12, 26, 9, 0, 0, j);
data = string(TIME)+","+string(eurusd)+"," + string(gbpusd) + "," +string(audusd)+ "," +string(nzdusd)+ ","
+string(usdcad)+"," + string(usdchf) + "," +string(usdjpy)+ "," +string(eurgbp)+ ","
+string(eurjpy)+"," + string(eurchf) + "," +string(eurnzd)+ "," +string(eurcad)+ ","
+string(euraud)+"," + string(gbpaud) + "," +string(gbpcad)+ "," +string(gbpchf)+ ","
+string(gbpjpy)+"," + string(gbpnzd) + "," +string(audcad)+ "," +string(audchf)+ ","
+string(audjpy)+"," + string(audnzd) + "," +string(cadjpy)+ "," +string(chfjpy)+ ","
+string(nzdjpy)+"," + string(nzdcad) + "," +string(nzdchf)+ "," +string(cadchf);
FileWrite(handle,data); //write data to the file during each for loop iteration
}
//
FileClose(handle); //close file when data write is over
//---------------------------------------------------------------------------------------------
}
void writeDataStoch(string filename, int charPer, int barsCollect)
// function to record 28 currencies pairs Stochastic indicator to the file (file to be used by all R scripts)
{
/*
Pairs = c("EURUSD", "GBPUSD", "AUDUSD", "NZDUSD", "USDCAD", "USDCHF", "USDJPY",
"EURGBP", "EURJPY", "EURCHF", "EURNZD", "EURCAD", "EURAUD", "GBPAUD",
"GBPCAD", "GBPCHF", "GBPJPY", "GBPNZD", "AUDCAD", "AUDCHF", "AUDJPY",
"AUDNZD", "CADJPY", "CHFJPY", "NZDJPY", "NZDCAD", "NZDCHF", "CADCHF")
*/
//---- 28 currencies
double eurusd, gbpusd, audusd, nzdusd, usdcad, usdchf;
double eurgbp, eurjpy, eurchf, eurnzd, eurcad, euraud;
double audchf, audjpy, audnzd, cadchf, cadjpy, chfjpy;
double gbpaud, gbpcad, gbpchf, gbpjpy, gbpnzd, nzdcad;
double nzdchf, audcad, usdjpy, nzdjpy;
string data; //identifier that will be used to collect data string
datetime TIME; //Time index
// delete file if it's exist
FileDelete(filename);
// open file handle
int handle = FileOpen(filename,FILE_CSV|FILE_READ|FILE_WRITE);
FileSeek(handle,0,SEEK_SET);
// generate data now using for loop
//----Fill the arrays
//loop j calculates surfaces and angles from beginning of the day
for(int j = 0; j < barsCollect; j++) //j scrolls through bars of the day
{
TIME = iTime(Symbol(), chartPeriod, j); //Time of the bar of the applied chart symbol
//--- calculating close price for every currency
eurusd = iStochastic("EURUSD",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpusd = iStochastic("GBPUSD",chartPeriod,34, 13, 8, 0, 0, 0, j);
audusd = iStochastic("AUDUSD",chartPeriod,34, 13, 8, 0, 0, 0, j);
nzdusd = iStochastic("NZDUSD",chartPeriod,34, 13, 8, 0, 0, 0, j);
usdcad = iStochastic("USDCAD",chartPeriod,34, 13, 8, 0, 0, 0, j);
usdchf = iStochastic("USDCHF",chartPeriod,34, 13, 8, 0, 0, 0, j);
usdjpy = iStochastic("USDJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
eurgbp = iStochastic("EURGBP",chartPeriod,34, 13, 8, 0, 0, 0, j);
eurjpy = iStochastic("EURJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
eurchf = iStochastic("EURCHF",chartPeriod,34, 13, 8, 0, 0, 0, j);
eurnzd = iStochastic("EURNZD",chartPeriod,34, 13, 8, 0, 0, 0, j);
eurcad = iStochastic("EURCAD",chartPeriod,34, 13, 8, 0, 0, 0, j);
euraud = iStochastic("EURAUD",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpaud = iStochastic("GBPAUD",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpcad = iStochastic("GBPCAD",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpchf = iStochastic("GBPCHF",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpjpy = iStochastic("GBPJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
gbpnzd = iStochastic("GBPNZD",chartPeriod,34, 13, 8, 0, 0, 0, j);
audcad = iStochastic("AUDCAD",chartPeriod,34, 13, 8, 0, 0, 0, j);
audchf = iStochastic("AUDCHF",chartPeriod,34, 13, 8, 0, 0, 0, j);
audjpy = iStochastic("AUDJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
audnzd = iStochastic("AUDNZD",chartPeriod,34, 13, 8, 0, 0, 0, j);
cadjpy = iStochastic("CADJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
chfjpy = iStochastic("CHFJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
nzdjpy = iStochastic("NZDJPY",chartPeriod,34, 13, 8, 0, 0, 0, j);
nzdcad = iStochastic("NZDCAD",chartPeriod,34, 13, 8, 0, 0, 0, j);
nzdchf = iStochastic("NZDCHF",chartPeriod,34, 13, 8, 0, 0, 0, j);