Think.Generators.ThinkScript 1.0.3

Introduction

See these videos for a detailed look at how to use these libraries https://youtu.be/54q4yWAIHZM https://youtu.be/zc9nL5FIXH4

Use think generator to generate thinkScript files from c#. Once nuget package is added open project and add the following to the package reference

OutputItemType="Analyzer" ReferenceOutputAssembly="true"

To compile a class to thinkscript it must be decorated with the ThinkScriptAttribute as follows:

[ThinkScript("path_to_deployment_folder")]

The type being used must also inherit from RenderBase and override the OnDrawPoint() method. All code within OnDrawPoint will be converted into thinkScript. The following is a sample script that draws a line for each of the stock clean energy industry symbols NIO, MP, LI, LAZR, XPEV, and QS

[ThinkScript(@"C:\Users\moeme\Documents")]
public class EVAnalysis : RenderBase
{
    protected override void OnDrawPoint()
    {
        input ways_back = 6;
        plot avg = (Open["xpev"] + Open["qs"] + Close["mp"] + Open["li", 2 - ways_back] + Close["lazr"] +  Close["nio"]) / 6;
        avg.AssignValueColor(Color.Gray);
        avg.SetLineWeight(3);

        def qs = this.MovingAverage(AverageType.EXPONENTIAL, Close["qs"], 20);
        def mp = this.MovingAverage(AverageType.EXPONENTIAL, Close["mp"], 20);
        def li = this.MovingAverage(AverageType.EXPONENTIAL, Close["li"], 20);
        def xpev = this.MovingAverage(AverageType.EXPONENTIAL, Close["xpev"], 20);
        def lazr = this.MovingAverage(AverageType.EXPONENTIAL, Close["lazr"], 20);
        def nio = this.MovingAverage(AverageType.EXPONENTIAL, Close["nio"], 20);
        def trend_line = (qs + mp + li + xpev + lazr + nio) / 6;

        def g = 4 + qs;

        plot plot_qs = qs;
        plot plot_mp = mp;
        plot plot_li = li;
        plot plot_xpev = xpev;
        plot plot_lazr = lazr;
        plot plot_nio = nio;

        plot plot_trend_line = trend_line;
        plot_trend_line.SetLineWeight(5);
        plot_trend_line.AssignValueColor(Color.Green);

    }
}

The code provided above will produce the a thinkScript file titled EVAnalysisSTUDY.ts at the location c:\temp

input ways_back  = 6;
plot avg  = (Open("xpev") + Open("qs") + Close("mp") + Open("li")[2 - ways_back] + Close("lazr") + Close("nio")) / 6;
avg.AssignValueColor(Color.Gray);
avg.SetLineWeight(3);
def qs  = MovingAverage(AverageType.EXPONENTIAL,Close("qs"),20);
def mp  = MovingAverage(AverageType.EXPONENTIAL,Close("mp"),20);
def li  = MovingAverage(AverageType.EXPONENTIAL,Close("li"),20);
def xpev  = MovingAverage(AverageType.EXPONENTIAL,Close("xpev"),20);
def lazr  = MovingAverage(AverageType.EXPONENTIAL,Close("lazr"),20);
def nio  = MovingAverage(AverageType.EXPONENTIAL,Close("nio"),20);
def trend_line  = (qs + mp + li + xpev + lazr + nio) / 6;
def g  = 4 + qs;
plot plot_qs  = qs;
plot plot_mp  = mp;
plot plot_li  = li;
plot plot_xpev  = xpev;
plot plot_lazr  = lazr;
plot plot_nio  = nio;
plot plot_trend_line  = trend_line;
plot_trend_line.SetLineWeight(5);
plot_trend_line.AssignValueColor(Color.Green);

The file can be imported into ThinkOrSwim through the IDE. For details on how to do that please refer to the ThinkOrSwim documentation.