NinjaTrader 8 code

I am looking for a skilled NinjaTrader 8 developer to modify an existing code. I am having issues with rendering drawing objects. And calling marketanalyzer, so the code will not compile.

using System;

using [login to view URL];

using [login to view URL];

using [login to view URL];

using [login to view URL];

using [login to view URL];

using [login to view URL];

using [login to view URL];

using [login to view URL];

namespace [login to view URL]

{

public class GSO9Indicator : Indicator

{

private DateTime lastCalibrationDate = [login to view URL];

private double centerPrice;

private double[] gannAngles = { 45, 90, 135, 180, 225, 270, 315, 360 };

private double[] supportResistanceLevels = new double[8];

private double imbalanceThreshold = 1.0; // Adjust this threshold

private double buyingLevel;

private double sellingLevel;

private double openingRangeHigh = [login to view URL];

private double openingRangeLow = [login to view URL];

private double vwap;

private double vwap1StdDev;

private double vwap2StdDev;

protected override void OnStateChange()

{

if (State == [login to view URL])

{

Description = "GSO9 Indicator with Volume Imbalances, Opening Range, Naked VPOC, and VWAP";

Name = "GSO9 v1.0"; // Version revision number

Calculate = [login to view URL];

IsOverlay = true;

DisplayInDataBox = true;

}

}

protected override void OnBarUpdate()

{

if (BarsInProgress == 0 && CurrentBars[0] == 1)

{

openingRangeHigh = Highs[0][0];

openingRangeLow = Lows[0][0];

}

else if (BarsInProgress == 0 && Time[0].[login to view URL] >= 5)

{

openingRangeHigh = [login to view URL];

openingRangeLow = [login to view URL];

}

if (Time[0].Date != lastCalibrationDate)

{

lastCalibrationDate = Time[0].Date;

centerPrice = Close[0];

for (int i = 0; i < [login to view URL]; i++)

{

double radians = gannAngles[i] * [login to view URL] / 180;

double level = centerPrice + ([login to view URL](radians) * 10);

supportResistanceLevels[i] = level;

}

}

for (int i = 0; i < [login to view URL]; i++)

{

// Plot the Gann angle lines directly on the price chart

[login to view URL](this, "SRLevel" + i, i, supportResistanceLevels[i], 0, supportResistanceLevels[i], i % 2 == 0 ? [login to view URL] : [login to view URL], [login to view URL], 2);

}

double aboveVolume = 0;

double belowVolume = 0;

for (int i = 0; i < CurrentBars[0]; i++)

{

if (Close[i] > centerPrice)

aboveVolume += Volume[i];

else if (Close[i] < centerPrice)

belowVolume += Volume[i];

}

double imbalance = (aboveVolume - belowVolume) / (aboveVolume + belowVolume);

if (imbalance > imbalanceThreshold)

{

buyingLevel = centerPrice + (imbalanceThreshold * 10); // Adjust factor if needed

[login to view URL](this, "BuyingLevel", 0, buyingLevel, CurrentBars[0], buyingLevel, [login to view URL], [login to view URL], 2);

}

else if (imbalance < -imbalanceThreshold)

{

sellingLevel = centerPrice - (imbalanceThreshold * 10); // Adjust factor if needed

[login to view URL](this, "SellingLevel", 0, sellingLevel, CurrentBars[0], sellingLevel, [login to view URL], [login to view URL], 2);

}

if (BarsInProgress == 0 && Time[0].[login to view URL] == 5)

{

// Plot the opening range lines directly on the price chart

[login to view URL](this, "OpeningRangeHigh", 0, openingRangeHigh, CurrentBars[0], openingRangeHigh, [login to view URL], [login to view URL], 2);

[login to view URL](this, "OpeningRangeLow", 0, openingRangeLow, CurrentBars[0], openingRangeLow, [login to view URL], [login to view URL], 2);

}

// Plot the naked VPOC directly on the price chart

double nakedVPOC = (Highs[0][0] + Lows[0][0]) / 2.0;

[login to view URL](this, "NakedVPOC", 0, nakedVPOC, CurrentBars[0], nakedVPOC, [login to view URL], [login to view URL], 2);

// Calculate VWAP

vwap = SUM(Close * Volume, 5) / SUM(Volume, 5);

// Calculate VWAP standard deviations

double vwapSum = 0;

for (int i = 0; i < 5; i++)

{

vwapSum += [login to view URL]((Close[i] * Volume[i]) - vwap, 2);

}

double vwapVariance = vwapSum / 5;

double vwapStdDev = [login to view URL](vwapVariance);

// Plot 1 standard deviation VWAP directly on the price chart

vwap1StdDev = vwap + vwapStdDev;

[login to view URL](this, "VWAP1StdDev", 0, vwap1StdDev, CurrentBars[0], vwap1StdDev, [login to view URL], [login to view URL], 2);

// Plot 2 standard deviation VWAP directly on the price chart

vwap2StdDev = vwap + (2 * vwapStdDev);

[login to view URL](this, "VWAP2StdDev", 0, vwap2StdDev, CurrentBars[0], vwap2StdDev, [login to view URL], [login to view URL], 2);

}

}

}

Metatrader C++ Programming C# Programming C Programming Software Architecture

Project ID: #37226049

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