64 bit version of ELCollections.dll

Dave Masalov · Jan 23 2012

Dear Users,

Please find attached the 64 bit version of ELCollections.dll for 64 bit version of MultiCharts. Just copy it to Program Files\TS Support\MultiCharts64 folder.

fm2000 · Jul 26 2020

Do you have the source code for this DLL and also associated documentation?

syswizard · May 11 2021

Does ADE.DLL have a 64 bit version ?

maurizio_rosa · Aug 25 2021

I put the file you posted in the reference folder and it gives me the following error. How can I fix it? Thanks Maurizio

faraz · Sep 06 2024

Complete Elcollection.dll 64bit with manual and functions file to import.
To work, File must be available at C:\Program Files\TS Support\MultiCharts64

Code: Select all

// Sender code Indicator
Vars: Class("DailyAvg"), AvgMap(MapSN.New), MA(0);

// Put what ever value, Moving average or Rsi etc...
MA = Close;

//Store the data we are interested in into AvgMap
Value1 = MapSN.put(AvgMap,"Close", MA);

//Use ADE to store for current  symbol and bar interval
Value1  =  ADE.putBarinfo(class, GetsymbolName, ADE.Barinterval, ADE.BarID, AvgMap);

//plot daily average on daily chart
Plot1(MA, "Av",  Yellow);

/////////////////////////////////////////////////////////////////////////////////////////
//second data transfer
Vars: AvgMap2(MapSN.New), MA2(0);

// Put what ever value, Moving average or Rsi etc...
MA2 = High;

//Store the data we are interested in into AvgMap
Value1 = MapSN.put(AvgMap2,"High", MA2);

//Use ADE to store for current  symbol and bar interval
Value1  =  ADE.putBarinfo(class, GetsymbolName, ADE.Barinterval, ADE.BarID, AvgMap2);

//plot daily average on daily chart
Plot2(MA2, "Av2",  Green);

/////////////////////////////////////////////////////////////////////////////////////////
//Third data transfer
Vars: AvgMap3(MapSN.New), MA3(0);

// Put what ever value, Moving average or Rsi etc...
MA3 = Low;

//Store the data we are interested in into AvgMap
Value1 = MapSN.put(AvgMap3,"Low", MA3);

//Use ADE to store for current  symbol and bar interval
Value1  =  ADE.putBarinfo(class, GetsymbolName, ADE.Barinterval, ADE.BarID, AvgMap3);

//plot daily average on daily chart
Plot3(MA3, "Av3",  White);

Code: Select all

//Receiver code  Indicator
Input: Interval(1);
vars: Class("DailyAvg"), AvgMap(Mapsn.new), myAvgMap(0);

value1 = Ade.GetBarInfo(Class, GetSymbolName, Interval, Ade.BarID, AvgMap);

myAvgMap = MapSN.Get(AvgMap,"Close");

Plot1(myAvgMap,"DailyAvg",Yellow);

///////////////////////////////////////////////////////////////////////////
//Second Data 
vars: AvgMap2(Mapsn.new), myAvgMap2(0);

value1 = Ade.GetBarInfo(Class, GetSymbolName, Interval, Ade.BarID, AvgMap2);

myAvgMap2 = MapSN.Get(AvgMap2,"High");

Plot2(myAvgMap2,"DailyAvg",Green);

///////////////////////////////////////////////////////////////////////////
//Third Data 
vars: AvgMap3(Mapsn.new), myAvgMap3(0);

value1 = Ade.GetBarInfo(Class, GetSymbolName, Interval, Ade.BarID, AvgMap3);

myAvgMap3 = MapSN.Get(AvgMap3,"Low");

Plot3(myAvgMap3,"DailyAvg",White);

Another example to check if file exist or not;

Code: Select all

Once ClearPrintLog;

if LastBarOnChart then begin
if ELC.PathExists("D:\qa.txt") then Print("File Exist") Else Print("File NOT Exist");
end;

Another example to read text file last line.
Text file example
"Date","Time","Open","High","Low","Close","Volume",
2024-09-06, 16:29:00, 6505.00, 6509.75, 6501.50, 6507.75, 638
2024-09-06, 16:30:00, 6508.00, 6510.25, 6507.50, 6510.00, 217
2024-09-06, 16:31:00, 6509.75, 6512.00, 6509.50, 6511.25, 201
2024-09-06, 16:32:00, 6511.50, 6512.00, 6511.00, 6511.25, 131
2024-09-06, 16:33:00, 6511.00, 6511.50, 6511.00, 6511.50, 111

Code: Select all

vars: FileName("D:test.txt"), ListC_ID(ListC.New),
      ListDate_ID(0), ListTime_ID(0), ListOpen_ID(0), ListHigh_ID(0), ListLow_ID(0), ListClose_ID(0), ListVolume_ID(0),
      MyDate(""), MyTime(""), MyOpen(0), MyHigh(0), MyLow(0), MyClose(0), MyVolume(0);

if CurrentBar = 1 then 
begin
  // Read entire file
  Value1 = ListC.ReadFile(ListC_ID, FileName);
  
  // Determine columns to read into list
  ListDate_ID = ListC.Get(ListC_ID, 2);
  ListTime_ID = ListC.Get(ListC_ID, 3);
  ListOpen_ID = ListC.Get(ListC_ID, 4);
  ListHigh_ID = ListC.Get(ListC_ID, 5);
  ListLow_ID = ListC.Get(ListC_ID, 6);
  ListClose_ID = ListC.Get(ListC_ID, 7);
  ListVolume_ID = ListC.Get(ListC_ID, 8);
  
  // Read the last record (row) of the file  
  MyDate = ListS.Get(ListDate_ID, ListS.Count(ListDate_ID));
  MyTime = ListS.Get(ListTime_ID, ListS.Count(ListTime_ID));
  MyOpen = StrToNum(ListS.Get(ListOpen_ID, ListS.Count(ListOpen_ID)));
  MyHigh = StrToNum(ListS.Get(ListHigh_ID, ListS.Count(ListHigh_ID)));
  MyLow = StrToNum(ListS.Get(ListLow_ID, ListS.Count(ListLow_ID)));
  MyClose = StrToNum(ListS.Get(ListClose_ID, ListS.Count(ListClose_ID)));
  MyVolume = StrToNum(ListS.Get(ListVolume_ID, ListS.Count(ListVolume_ID)));
  
  // Check Output
  Print("Rows: ", ListS.Count(ListDate_ID):0:0); 
  Print("Date: ", MyDate);
  Print("Time: ", MyTime);
  Print("Open: ", MyOpen:0:2);
  Print("High: ", MyHigh:0:2);
  Print("Low: ", MyLow:0:2);
  Print("Close: ", MyClose:0:2);
  Print("Volume: ", MyVolume:0:0);
  Print("");
  
  // Clean the List from memory
  ListC.Clear(ListC_ID);
end;

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