3rdParty: Links DevList Broker Location: C:\SierraChart\ACS_Source Trade29Tips TrdFrameworkSrc Src.zip
struct s_sc
All Studies in: SierraChartStudies.dll (32Bit) scsf_RSI List plus UserContributedStudies.dll UserAdd.txt
CustomStudy VC Automatic Trading
Sierra Chart can read Daily or Intraday data in a Text/CSV format Each symbol has its own file. Many Line Formats are available. Importing Data. Example MSFT.csv (15Min Intraday)
Standard Sierra Chart Intraday data file format with file extension scid
File + New IntraDay Chart - set Bar time interval via: Bar Period "0-15-0"
Export to CSV: EDIT -> Export Bar Data to text File (C:/SierraChart/Data/DG.scid_BarData.txt )
LinPut Main Moculde FIRST - without trailing space:
"SwingBlastExt.cpp" "CalcLR.cpp" "SCUtil.cpp"
| Linear Regression calculated and shows to: LR = Linear Regression Value (Magenta) SG9 SD High = Dev above LR (Red) SG10 SD Low = Dev below LR (Green) SG11 SCSubgraphRef lr = sc.Subgraph[8];\ SCSubgraphRef std_high = sc.Subgraph[9];\ SCSubgraphRef std_low = sc.Subgraph[10];\ |
| void CalculateLinearRegressionEndChannel(SCStudyInterfaceRef sc, SCFloatArrayRef
lr, SCFloatArrayRef std_high, SCFloatArrayRef std_low, int lookback, float
number_of_deviations) studies5.cpp: SCSFExport scsf_LinearRegressionEndChannel(SCStudyInterfaceRef sc) |
| Copy SCFloatArray: int (SCDLLCALL* GetStudyArrayUsingID)(unsigned int StudyID, unsigned int StudySubgraphIndex, SCFloatArrayRef SubgraphArray); void InternalSetArray(T* DataPointer, int Size, int NumExtendedElements = 0) SC_SUBGRAPHS_AVAILABLE = 128 typedef c_ArrayWrapper<float>& SCFloatArrayRef; |
| LinearRegr: tempY = sc.BaseDataIn[SC_LAST][Index]; int ArraySize = sc.ArraySize; |
| void UpdateHHLL(SCStudyGraphRef sc, int length, SCFloatArray data, SCFloatArray
hh, SCFloatArray ll) Input: Max=128, Inp[0]=05D96FC8/05D96FC8 Inp[1]=05D97088/05D97088 Inp[2]=05D97148/05D97148 | 2016-03-11 10:21:48 |
| SCMain/sierrachart.h: SCFloatArrayRef(SCDLLCALL* InternalPriceVolumeTrend)(SCBaseDataRef BaseDataIn, SCFloatArrayRef Out, int Index); SCFloatArrayRef PriceVolumeTrend(SCBaseDataRef BaseDataIn, SCFloatArrayRef Out, int Index) { return InternalPriceVolumeTrend( BaseDataIn, Out, Index); } SCFloatArrayRef PriceVolumeTrend(SCBaseDataRef BaseDataIn, SCFloatArrayRef Out) { return InternalPriceVolumeTrend( BaseDataIn, Out, Index); } SCSFExport scsf_PriceVolumeTrend(SCStudyInterfaceRef sc) { SCSubgraphRef PVT = sc.Subgraph[0]; sc.DataStartIndex = 1; sc.PriceVolumeTrend(sc.BaseDataIn, PVT); } studies3.cpp: SCSFExport scsf_PositiveVolumeIndex(SCStudyInterfaceRef sc) { SCSubgraphRef PVI = sc.Subgraph[0]; float prev_PVI; float prev_data; float data; float PVIval; float volume; float prev_volume; sc.DataStartIndex = 0; int pos = sc.Index; if(pos == 0)// We are starting a new PVI study { PVI[0] = InitialValue.GetFloat(); pos++; } volume = sc.Volume[pos]; prev_volume = sc.Volume[pos-1]; prev_PVI = PVI[pos-1]; if(volume > prev_volume) // current volume less then equal to previous volume. { data = sc.BaseDataIn[InputData.GetInputDataIndex()][pos]; prev_data = sc.BaseDataIn[InputData.GetInputDataIndex()][pos-1]; PVIval = prev_PVI + ((data-prev_data) / prev_data * prev_PVI ); } else { PVIval = prev_PVI; } PVI[pos] = PVIval; } |
| SCString Working with Strings |
| SCMain
Trading SCMain/sierrachart.h: int AllowMultipleEntriesInSameDirection; int SupportReversals; int SendOrdersToTradeService; int AllowOppositeEntryWithOpposingPositionOrOrders; int (SCDLLCALL* InternalBuyEntry)(s_SCNewOrder& NewOrder, int Index); int (SCDLLCALL* InternalBuyExit)(s_SCNewOrder& NewOrder, int Index); int (SCDLLCALL* InternalSellEntry)(s_SCNewOrder& NewOrder, int Index); int (SCDLLCALL* InternalSellExit)(s_SCNewOrder& NewOrder, int Index); int (SCDLLCALL* CancelOrder)(int InternalOrderID); int (SCDLLCALL* GetOrderByOrderID)(int InternalOrderID, s_SCTradeOrder& OrderDetails); int (SCDLLCALL* GetOrderByIndex)(int OrderIndex, s_SCTradeOrder& OrderDetails); Position struct s_SCPositionData { SCString Symbol; int PositionQuantity; double AveragePrice; Order struct s_SCNewOrder { int Version; int OrderType; unsigned int OrderQuantity; double Price1; double Price2; int InternalOrderID; int InternalOrderID2; order.OrderType = SCT_MARKET; order.OrderQuantity = inp_contracts.GetInt(); Order Modify Target1Offset, Stop1Offset, Target1Price, Stop1Price |
| SCMain Data
SCMain/sierrachart.h: SCDateTimeArray BaseDateTimeIn; // From the base graph SCFloatArrayArray BaseDataIn; // From the base graph SCDateTimeArray DateTimeOut; SCInput145Array Input; typedef c_ArrayWrapper<s_SCInput_145> SCInput145Array; typedef s_SCInput_145& SCInputRef; class SCDateTimeArray : public c_ArrayWrapper<SCDateTime> double DateTimeValue; // SCDateTime SCDateTime BeginDateTime = BaseDateTimeIn[BarIndex]; |
| c_ArrayWrapper<T> template <typename T> class c_ArrayWrapper { int GetArraySize() const { return m_NumElements; } const T* GetPointer() const { return m_Data; } } |
| Inputs: SCInputRef inp_price_volume_trend = sc.Input[0]; \ SCInputRef inp_price_volume_index = sc.Input[1]; \ SCInputRef inp_lookback = sc.Input[2]; \ SCInputRef inp_contracts = sc.Input[3]; \ SCInputRef inp_enabled = sc.Input[4];\ SCInputRef inp_tws = sc.Input[5];\ SCInputRef inp_twe = sc.Input[6];\ SCInputRef inp_lr_length = sc.Input[7];\ SCInputRef inp_std = sc.Input[8];\ |
| price_volume_index: s_SCSubgraph_260 -> SCFloatArray Data; // Array of data values float& operator [] (int Index) { return Data[Index];} operator SCFloatArray& () { return Data; } |
| Entries: Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02713: Long: 34.3800 | 2016-03-10 08:51:38 Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02757: Short: 35.7800 | 2016-03-10 08:51:38 Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02758: Short: 35.7200 | 2016-03-10 08:51:38 Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02759: Short: 35.9100 | 2016-03-10 08:51:38 Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02760: Short: 35.9600 | 2016-03-10 08:51:38 Chart: Pietro_CLH6 10 Min #1 | Study: Swing Blast Test | Bar#02765: Short: 35.9700 | 2016-03-10 08:51:38 |
// SC Main Structure passed to custom DLL study functions.
C:\SierraChart\ACS_Source\scstructures.h:
#define SCDLLEXPORT extern "C" __declspec(dllexport)
#define SCDLLCALL __cdecl
#define SCSFExport SCDLLEXPORT void SCDLLCALL // Use SCSFExport when defining a study function
SCSFExport scsf_RSISample(SCStudyGraphRef sc) -> extern "C" __declspec(dllexport) void __cdecl scsf_RSISample((s_sc&)
struct s_sc;
typedef s_sc& SCStudyInterfaceRef;
// s_sc = structure _ sierra chart
struct s_sc
{
//Functions
/************************************************************************/
// Data Members
int ArraySize;
...
SCInput145Array Input;
};
#pragma pack(pop)
#define SCStudyGraphRef SCStudyInterfaceRef
#define SCDLLName(DLLName) SCDLLEXPORT int SCDLLCALL scdll_DLLVersion() { return SC_DLL_VERSION; } \
SCDLLEXPORT const char* SCDLLCALL scdll_DLLName() { return DLLName; }
C:\SierraChart\ACS_Source\scstructures.h:
typedef c_ArrayWrapper<s_SCInput_145> SCInput145Array;
typedef s_SCInput_145& SCInputRef;
struct s_SCInput_145
{
SCString Name;
...
};
List of elements/Functions:
sc.BaseData[][]
Main Bar Data array
sc.SetDefaults: The purpose of sc.SetDefaults is to allow the study function to configure itself and set defaults.
sc.GetStudyArrayUsingID()
if(sc.SetDefaults)
{
sc.CalculationPrecedence = LOW_PREC_LEVEL;
sc.Input[1].Name = "Study Reference";
sc.Input[1].SetStudyID(1);
}
SCFloatArray StudyReference;
//Get the first (0) subgraph from the study the user has selected.
sc.GetStudyArrayUsingID(sc.Input[1].GetStudyID(),0,StudyReference);
//Copy the study data that we retrieved using the prior function call, into a subgraph data output array
sc.Subgraph[0][sc.Index]=StudyReference[sc.Index];
sc.BarData[]
SCFloatArrayRef Highs = sc.BaseData[SC_HIGH];
SCString GraphName;
SCString TextInput;
SCString TextInputName;
BaseDataIn Details
SCDateTimeArray BaseDateTimeIn; // From the base graph
SCFloatArrayArray BaseDataIn; // From the base graph
SCDateTimeArray DateTimeOut;
SCInput145Array Input;
SCFloatArrayArray BaseData; // From the base graph
SCFloatArray Open;
SCFloatArray High;
SCFloatArray Low;
SCFloatArray Close;
SCFloatArray Volume;
SCFloatArray OpenInterest;
SCFloatArray NumberOfTrades;
SCFloatArray OHLCAvg;
SCFloatArray HLCAvg;
SCFloatArray HLAvg;
SCFloatArray BidVolume;
SCFloatArray AskVolume;
SCFloatArray UpTickVolume;
SCFloatArray DownTickVolume;
SCFloatArray NumberOfBidTrades;
SCFloatArray NumberOfAskTrades;
int DataStartIndex;
int CurrentIndex;
int Index;
sc.CurrentIndex and sc.Index are the same
int AutoLoop;
sc.AutoLoop = 1; // true
looping is performed automatically. This means that if there are 100 bars in your
chart, this function is called 100 times initially
BarData
sc.BaseDataIn[SC_OPEN][sc.Index] + sc.BaseData[SC_OPEN] or sc.Open[]: The array of opening prices for each bar.
Indexing
The sc.BaseData[][] arrays have 2 indexing operators ([]). The second operator is for accessing the individual values within the specified chart Base Data array.
The first element starts at 0, and the last element is sc.ArraySize -1. Examples: sc.BaseData[SC_LAST][0] , sc.BaseData[SC_LAST][sc.ArraySize-1]. The first element is the leftmost bar in the chart.
Workspace = ChartBook (Data/XX.cht) contains Charts
Re-run bars
a) Trade/Auto Trading Enabled
b) File > Disconnect
c) Trade > Auto Trade System Bar Based Back Test (250 Bars increments)
d) When finished - Trade/Trade Activity Log/ Stats
Can't optimize huh? Hmm definitely needs something to optimize or walk forward the variables Trade29 crazybears
| Analysis/New Custom Studies - select CPP source file
and click OPEN The C++ Editor will open |
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| Define Your DLL Name: #include "sierrachart.h" SCDLLName("Custom Study DLL") Defined in scstructures.h(53): #define SCDLLEXPORT extern "C" __declspec(dllexport) #define SCDLLCALL __cdecl #define SCDLLName(DLLName) SCDLLEXPORT int SCDLLCALL scdll_DLLVersion() { return SC_DLL_VERSION; } SCDLLEXPORT const char* SCDLLCALL scdll_DLLName() { return DLLName; } |
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| ZeroBased: All of Sierra Chart's arrays are zero based. That is, 1000 elements are designated from 0-999 (For example, Data[0] to Data[999] instead of Data[1] to Data[1000]). | |||||||
| CustMovAvg Example: CustMovAvg.cpp #include "sierrachart.h" SCDLLName("Custom Moving Avg DLL") SCSFExport scsf_SimpMovAvg(SCStudyGraphRef sc) { if (sc.SetDefaults) // During development set this flag to 1, so the DLL can be rebuilt without restarting Sierra Chart. // When development is completed, set it to 0 to improve performance. sc.FreeDLL = 1; //sc.FreeDLL = 0; ... } int InMALength = sc.Input[0].GetInt(); // Input 0 - "Length" sc.Subgraph[0].Data[sc.Index] = fRet; |
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Misc:
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| MovingAvg Example: SCSFExport scsf_SimpMovAvg(SCStudyGraphRef sc) { // Section 1 - Set the configuration variables and defaults if (sc.SetDefaults) { sc.GraphName = "Moving Average"; sc.StudyDescription = "Example function for calculating a simple moving average from scratch."; sc.AutoLoop = 1; // true sc.FreeDLL = 0; sc.GraphRegion = 0; // Set the Chart Region to draw the graph in. Region 0 is the main price graph region. sc.Subgraph[0].Name = "Average"; //// Set the name of the first subgraph sc.Subgraph[0].PrimaryColor = RGB(255,0,0); // Red // Set the color and style of the subgraph line. sc.Subgraph[0].DrawStyle = DRAWSTYLE_LINE; sc.Input[0].Name = "Length"; sc.Input[0].SetInt(30); sc.Input[0].SetIntLimits(1, 1000); return; // Must return before doing any data processing if sc.SetDefaults is set } // Data processing Everything below here is run on every chart update or when the chart is reloaded. // Get the inputs int InMALength = sc.Input[0].GetInt(); // Input 0 - "Length" // Set the index of the first array element to begin drawing at. // Setting the variable sc.DataStartIndex ensures that we start far enough // from the beginning of the array to create valid plots. sc.DataStartIndex = InMALength - 1; // Calculate a simple moving average from the data in the input arrays // InMALength is 30 by default. Therefore, the 1st data element plotted begins with element // 29 (InMALength - 1). If there are 1000 bars in the chart, then the last data element // plotted begins with element 970 (999 - (InMALength - 1)) and goes to element 999. // Add together the closing prices over the length for the prior bars float Sum = 0; for (int InIndex = sc.Index - (InMALength - 1); InIndex <= sc.Index; ++InIndex) { // 'BaseDataIn[SC_LAST]' is the closing prices array for the chart Sum = Sum + sc.BaseDataIn[SC_LAST][InIndex]; } // 'sc.Subgraph[0].Data' is the output array for the moving average to be graphed. // The Sum is divided by the Length to get the average sc.Subgraph[0].Data[sc.Index] = Sum / InMALength; } |
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| Custom
Custom Studies Overview These interface members begin with sc. in the source code. This designates that the variable, function, or array is part of the Sierra Chart Advanced Custom Study Interface. |
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| Compiling: Analysis/Build Custom Studies DLL + Select *.cpp file + click on "Build Custom Studies DLL": - Starting build of Custom Studies Source files: CustMovAvg.cpp. -- 11:43:43 "C:\SierraChart\CPPCompiler\bin\g++.exe" "C:\SierraChart\ACS_Source\CustMovAvg.cpp" -march=i686 -mtune=i686 -O2 -shared -static -static-libgcc -static-libstdc++ -s -fno-rtti -fno-exceptions -std=gnu++11 -o "C:\SierraChart\Data\CustMovAvg.dll" -- End of Build -- 11:43:48 New DLL in: C:/SierraChart/Data/CustMovAvg.dll scdll_DLLName scdll_DLLVersion scsf_SimpMovAvg -shared = Produce a shared object which can then be linked with other objects to form an executable. -static = On systems that support dynamic linking, this prevents linking with the shared libraries |
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| Used custom study in Chart: Analysis/Studies (F6) + Click on "Add Custom Study" and navigate to DLL/Study:  Advanced Custom Study or a Study Collection |
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| Adding custom code: Add custom includes BEFORE "sierrachart.h" #include <time.h> #include <fstream> #include "sierrachart.h" |
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| Debugging: Detail here - Visual Studio - Attach to Process (SierraChart) ... |
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| Position using s_SCPositionData pos.h SCString Symbol; int PositionQuantity; double AveragePrice; |
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|
Orders |
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| Trading Systems
[Indicators]: Trading Examples ExampleTrdSystems IB IBSym Google Debug BACKTESTING TradeSettings Trading Strategies are called "automated trading functions" - Orders are submitted through the sc.BuyEntry, sc.BuyExit, sc.SellEntry and sc.SellExit trading functions - using smart Order Entry logic Only real time updating or data added to the chart during a replay can cause order processing. Tradespecific variables are available. Some difference between Live and Replay apply. Orders are submitted through the sc.BuyEntry, sc.BuyExit, sc.SellEntry and sc.SellExit trading functions that process Buy Entries, Buy Exits, Sell Entries, and Sell Exits. On historical bars and during a historical data download, these Entry and Exit Order Action functions are ignored you can perform Back Testing by using Trade Simulation Mode and replaying the chart, or by performing a Bar Based Back Test. A Bar Based Back Test uses the Open, High, Low, Close data of the loaded chart bars themselves to evaluate the automated trading system. Backtesting: Set Replay Mode to: "Accurate Trading System Back Test Mode" It is this data which is incrementally added to the chart during the Back Test. Orders use the s_SCNewOrder structure: actual quantity, Type(Limit, Mkt etc), Price, Example: TrdExample1.cpp Changed only: sc.FreeDLL = 1; //on top always View all SIMULATED Trades: Save via File/Save As to C:/SierraChart/TradeActivityLogs/TradesList.txt  Statistics: Save via File/Save As to C:/SierraChart/TradeActivityLogs/TrdStats1.txt  Get only one open trade:  Trading Log seems OK: MSFT 15 Min #1 | Trading CrossOver Example | Buy Entry reversal order processed. Flatten quantity: 1. New order quantity: 1 | Bar Start Time: 2007-09-06 14:15:00 | 2015-12-19 23:59:34 MSFT 15 Min #1 | Trading CrossOver Example | SellEntry reversal order processed. Flatten quantity: 1. New order quantity: 1 | Bar Start Time: 2007-09-07 11:00:00 | 2015-12-19 23:59:34 MSFT 15 Min #1 | Trading CrossOver Example | Buy Entry reversal order processed. Flatten quantity: 1. New order quantity: 1 | Bar Start Time: 2007-09-11 10:45:00 | 2015-12-19 23:59:34 Added messages to Regular Log: MSFT 15 Min #1 | Study: Trading CrossOver Example | Buy 1, Ret=1 | 2015-12-19 23:59:37 MSFT 15 Min #1 | Study: Trading CrossOver Example | Sell 1, Ret=1 | 2015-12-19 23:59:37 MSFT 15 Min #1 | Study: Trading CrossOver Example | Buy 1, Ret=1 | 2015-12-19 23:59:37 MSFT 15 Min #1 | Study: Trading CrossOver Example | Sell 1, Ret=1 | 2015-12-19 23:59:37 Added GetTradePosition: s_SCPositionData PositionData; int nRet = sc.GetTradePosition(PositionData); SCString Buffer; SCDateTime dt = sc.BaseDateTimeIn[sc.Index]; int CurrentBarDate = dt.GetDate(); int CurrentBarTime = dt.GetTime(); int Year, Month, Day; dt.GetDateYMD(Year, Month, Day); int Hour, Minute, Second; dt.GetTimeHMS(Hour, Minute, Second); Buffer.Format("[%05d# %04d%02d%02d %02d:%02d] Ret=%d, Qty=%d, Price=%f, PL=%f",sc.Index+1,Year, Month, Day, Hour, Minute, nRet,PositionData.PositionQuantity,PositionData.AveragePrice,PositionData.OpenProfitLoss); sc.AddMessageToLog(Buffer,0); Log: TrdEx1A.txt |
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Example: RSISample.cpp:  View Trading errors etc: Trade/Trade Service Log CrossOver/Uner function Reversals: sc.MaximumPositionAllowed = 1; sc.SupportReversals = true; sc.CancelAllOrdersOnEntriesAndReversals= true; sc.AllowOppositeEntryWithOpposingPositionOrOrders = true; sc.FreeDLL = 1; //on top always MSFT 15 Min #1 | Trading CrossOver Example | BuyEntry signal is ignored because maximum Long Position quantity allowed has been reached or would be exceeded with new order. Max. Position allowed: 1. Resulting Position without existing orders: 100. Resulting Position with existing orders: 100 |
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| TickSize/Round rounds to the nearest TickSize: newPrice = sc.RoundToTickSize(newPrice); float RoundToTickSize(float Value) + double RoundToTickSize(double Value) double RoundToTickSize(double Value, double TickSize) float TickSize; |
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| Persistance/Permament: Several persitent data elements are available - see here sc.Symbol, sc.StudyVersion, sc.StudyDescription sc.SymbolData, sc.TickSize,, sc.UserName sc.SetPersistentInt(2, 40); sc.SetPersistentFloat(1, 25.4f); sc.SetPersistentFloat(2, 1.0f); sc.GetPersistentInt(0) = 0; sc.GetPersistentInt(1) = 0; sc.GetPersistentInt(2) = 0; sc.GetPersistentInt(3) = 0; struct s_PersistentVariables { int i1, i2, i3, i4, i5, i6, i7, i8, i9, i10, i11, i12, i13, i14, i15, i16; float f1, f2, f3, f4, f5, f6, f7, f8, f9, f10, f11, f12, f13, f14, f15, f16; double d1, d2, d3, d4, d5, d6, d7, d8, d9, d10, d11, d12, d13, d14, d15, d16,d17,d18,d19,d20,d21,d22,d23,d24,d25,d26,d27,d28,d29,d30,d31,d32; SCDateTime scdt1,scdt2,scdt3,scdt4,scdt5,scdt6,scdt7,scdt8; int Integers[64]; double Doubles[64]; void Clear () { memset(this, 0, sizeof(s_PersistentVariables)); } }; |
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| Two Studies sharing Trade29 sc.GetStudyArrayFromChart() similar to sc.GetStudyArray() The second method involves using persistant varaibles. using sc.GetStudyPersistentVariablesFromChartUsingID() |
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| Installing Compiler: The compiler is not installed. Click "Install Compiler" - C:\SierraChart\CPPCompiler GCC http://prdownloads.sourceforge.net/mingw/gcc-c++-4.8.1-4-mingw32-dev.tar.lzma C:\SierraChart\CPPCompiler>cd bin C:\SierraChart\CPPCompiler\bin>mingw-get update mingw-get: *** WARNING *** C:\SierraChart\CPPCompiler\var/lib/mingw-get/data/pro file.xml: user configuration file missing mingw-get: *** INFO *** C:\SierraChart\CPPCompiler\var/lib/mingw-get/data/defaul ts.xml: trying system default configuration Updating catalogue: package-list.xml; (item 1 of 1) Updating catalogue: mingw32-package-list.xml; (item 2 of 3) Updating catalogue: mingw32-autoconf.xml; (item 3 of 40) Updating catalogue: mingw32-automake.xml; (item 4 of 40) Updating catalogue: mingw32-basic-bsdtar.xml; (item 5 of 40) |
| Automated Trading From an Advanced Custom Study |
| Creating a Trading System Study - Creating System Studies |
313 AutomatedTradeManagementBySubgraph.cpp
66 CandleStickPatternNames.cpp
109 customchart.cpp
341 ExampleCustomStudies.cpp
67 GDIExample.cpp
247 RequestValuesFromServerAndDraw.cpp
150 sccolors.h
1156 scconstants.h
1829 scdatetime.h
758 SCString.h
2707 scstructures.h
3849 scstudyfunctions.cpp
308 scstudyfunctions.h
193 scsymboldata.h
2965 sierrachart.h
5535 studies.cpp
3778 studies2.cpp
4226 studies3.cpp
5317 studies4.cpp
3222 studies5.cpp
4439 Studies6.cpp
6215 studies7.cpp
6913 studies8.cpp
323 systems.cpp
41 Template.cpp
86 TickIndex.cpp
2255 tradingsystem.cpp
388 TradingTriggeredLimitOrderEntry.cpp
822 VAPContainer.h
157 Trd1.cpp