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[Programming Help] - Auto Trade System Help

View Count: 131

[2024-09-02 12:17:55]
[Go To First Post]
User357489 - Posts: 72
Hi SC Engineering/ all

Here is my code for an auto trade system; essentially based on alert conditions, but with a specific stop logic.

Alert conditions work when used in Color Bar Based...

Buy conditions:
=OR(
AND(ABS(C - ID2.SG1) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG2) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG3) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG4) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG5) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG6) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG7) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG8) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG9) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),

AND(ABS(C - ID2.SG10) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG11) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG12) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG13) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG14) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG15) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG16) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG17) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID2.SG18) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),

AND(ABS(C - ID3.SG10) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG11) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG12) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG13) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG14) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG15) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG16) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG17) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0),
AND(ABS(C - ID3.SG18) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 > ID5.SG1[-1], ID5.SG12 > ID5.SG12[-1], ID5.SG13 > ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 < 0)
)


sell conditions:
=OR(
AND(ABS(C - ID2.SG1) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG2) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG3) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG4) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG5) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG6) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG7) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG8) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG9) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),

AND(ABS(C - ID2.SG10) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG11) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG12) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG13) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG14) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG15) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG16) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG17) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID2.SG18) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),

AND(ABS(C - ID3.SG10) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG11) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG12) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG13) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG14) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG15) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG16) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG17) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0),
AND(ABS(C - ID3.SG18) <= (2 * TICKSIZE), ID5.SG1 > 0, ID5.SG1 < ID5.SG1[-1], ID5.SG12 < ID5.SG12[-1], ID5.SG13 < ID5.SG13[-1], ID5.SG24 > 0, ID5.SG10 > 0)
)


subsequent attempt at ACSIL :

#include "sierrachart.h"

SCDLLName("Ring Bearer")

// User inputs
SCSFExport scsf_RingBearer(SCStudyInterfaceRef sc)
{
// Define and set persistent variables
SCInputRef EnableTrading = sc.Input[0];
SCInputRef TakeProfitTicks = sc.Input[1];

if (sc.SetDefaults)
{
// Set the study name and defaults
sc.GraphName = "Ring Bearer";
sc.StudyDescription = "Enters trades based on specified conditions with stop loss and take profit.";
sc.AutoLoop = 1; // Automatically loop through the bars
sc.GraphRegion = 0;

// Input defaults
EnableTrading.Name = "Enable Trading";
EnableTrading.SetYesNo(0); // Default is OFF

TakeProfitTicks.Name = "Take Profit (Ticks)";
TakeProfitTicks.SetInt(10); // Default take profit of 10 ticks

return;
}

// Exit if trading is not enabled
if (!EnableTrading.GetYesNo())
return;

// Get current and previous bar data
float LastClose = sc.Close[sc.Index];
float LastHigh = sc.High[sc.Index];
float LastLow = sc.Low[sc.Index];
float PrevHigh = sc.High[sc.Index - 1];
float PrevLow = sc.Low[sc.Index - 1];

// Determine stop loss based on the lower/high of previous/current bar
float StopLoss = min(LastLow, PrevLow); // For long positions
float TakeProfit = LastClose + (TakeProfitTicks.GetInt() * sc.TickSize);

// Buy entry conditions


// Sell entry conditions
bool SellCondition =
(
(abs(LastClose - sc.Subgraph[1][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[2][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[3][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[4][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[5][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[6][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[7][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[8][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[9][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[10][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[11][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[12][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[13][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[14][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[15][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[16][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[17][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0) ||
(abs(LastClose - sc.Subgraph[18][sc.Index]) <= (2 * sc.TickSize) && sc.Subgraph[5][sc.Index] > 0 && sc.Subgraph[5][sc.Index] < sc.Subgraph[5][sc.Index - 1] && sc.Subgraph[12][sc.Index] < sc.Subgraph[12][sc.Index - 1] && sc.Subgraph[13][sc.Index] < sc.Subgraph[13][sc.Index - 1] && sc.Subgraph[24][sc.Index] > 0 && sc.Subgraph[10][sc.Index] > 0)
);

// If buy condition is met, place a buy order
if (BuyCondition)
{
s_SCNewOrder NewOrder;
NewOrder.OrderType = SCT_ORDERTYPE_MARKET;
NewOrder.OrderQuantity = sc.TradeWindowOrderQuantity;
NewOrder.Target1Offset = TakeProfitTicks.GetInt() * sc.TickSize;
NewOrder.Stop1Offset = (LastClose - StopLoss);

sc.BuyEntry(NewOrder);
}

// If sell condition is met, place a sell order
if (SellCondition)
{
s_SCNewOrder NewOrder;
NewOrder.OrderType = SCT_ORDERTYPE_MARKET;
NewOrder.OrderQuantity = sc.TradeWindowOrderQuantity;
NewOrder.Target1Offset = TakeProfitTicks.GetInt() * sc.TickSize;
NewOrder.Stop1Offset = (StopLoss - LastClose);

sc.SellEntry(NewOrder);
}
}

the build compiles successfully, but after observation of an occasion that should have entered a long position, nothing happened.

i manually entered and screenshotted what the stop would look like (ie being the lower of either entry bar or entry bar-1 in the case of a long)
imageimage.png / V - Attached On 2024-09-02 12:17:42 UTC - Size: 12.43 KB - 39 views
[2024-09-02 12:19:10]
[Go To First Post]
User357489 - Posts: 72
PS im novice so will have likely overlooked/ not understood something correctly; open to feedback etc

PPS AWARE BUYING CONDITIONS MISSING, FAT FINGER ERROR
Date Time Of Last Edit: 2024-09-02 12:21:16

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