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TradeStation EasyLanguage for Algorithmic Trading

You're reading from   TradeStation EasyLanguage for Algorithmic Trading Discover real-world institutional applications of Equities, Futures, and Forex markets

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Product type Paperback
Published in Sep 2024
Publisher Packt
ISBN-13 9781835881200
Length 282 pages
Edition 1st Edition
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Author (1):
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Domenico D'Errico Domenico D'Errico
Author Profile Icon Domenico D'Errico
Domenico D'Errico
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Table of Contents (13) Chapters Close

Preface 1. Chapter 1: Introduction to Algorithmic Trading and the TradeStation Platform FREE CHAPTER 2. Chapter 2: Getting Hands-On with EasyLanguage 3. Chapter 3: Writing a Trend Strategy 4. Chapter 4: Strategy Backtesting and Validation 5. Chapter 5: Reversal Strategies 6. Chapter 6: Trend Pullback Strategies 7. Chapter 7: Risk Management 8. Chapter 8: Futures and Forex Algorithmic Trading 9. Chapter 9: The Trading Operational Plan 10. Chapter 10: EasyLanguage in AI – Bridging Traditional Trading and Advanced Analytics 11. Chapter 11: EasyLanguage for Machine Learning 12. Index

Using TradeStation to collect predictions from multiple AI models

I have met dozens of excellent data scientists and worked with them in teams. The main difficulty I encountered, which I can understand, is that they are often very protective of their know-how and reluctantly share it with their colleagues. So, I found it very useful to allow each of them to work independently while following common guidelines, such as the number of volatility classes and the .txt output of the model. I then used TradeStation to gather and process the forecasts from the different models to calculate a prediction score according to Figure 10.13:

Figure 10.13 – Pipeline to calculate prediction score

Figure 10.13 – Pipeline to calculate prediction score

Let’s see how to perform the process described in Figure 10.13 by looking at the following EasyLanguage code:

var:Score(0);
value1=Multiple_Volatility_Predictions;
value2=Multiple_Volatility_Predictions1;
value3=Multiple_Volatility_Predictions2;
score = ((value1...
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