Easylanguage Objects Home Study Course 107

Easylanguage Objects Home Study Course 107

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Easylanguage Objects Home Study Course 107: Learn How to Create Custom Indicators and Strategies

If you are looking for a way to enhance your trading skills and knowledge, you might be interested in the Easylanguage Objects Home Study Course 107. This course is designed to teach you how to use Easylanguage objects to create your own custom indicators and strategies for TradeStation and MultiCharts platforms.

Easylanguage is a programming language that allows you to create and modify technical analysis tools such as indicators, functions, and strategies. Easylanguage objects are reusable components that can simplify your code and make it more efficient and flexible.

In this course, you will learn how to:

Understand the concept and benefits of Easylanguage objects

Create and use different types of objects such as collections, enumerations, classes, and interfaces

Apply object-oriented programming principles such as inheritance, polymorphism, and encapsulation

Build custom indicators and strategies using Easylanguage objects

Debug and test your code using the TradeStation Development Environment

The course consists of 10 video lessons, each with a downloadable PDF workbook that contains exercises and quizzes. You will also get access to the source code of all the examples and projects that are covered in the course.

The course is suitable for intermediate to advanced Easylanguage users who want to take their skills to the next level. You should have some prior experience with Easylanguage syntax and basic programming concepts. You should also have a TradeStation or MultiCharts account with Easylanguage enabled.

The course is offered by TradeStation, a leading online brokerage firm that provides trading platforms, tools, and education for traders of all levels. TradeStation is known for its powerful and customizable Easylanguage features that allow you to create your own trading solutions.

If you want to learn more about the Easylanguage Objects Home Study Course 107, you can visit the official website where you can watch a free preview video and enroll in the course. The course costs $299 and comes with a 30-day money-back guarantee.

Don't miss this opportunity to master Easylanguage objects and create your own custom indicators and strategies. Enroll in the Easylanguage Objects Home Study Course 107 today and take your trading to the next level!

What are the benefits of using Easylanguage objects

Easylanguage objects can help you create more complex and sophisticated indicators and strategies without writing too much code. By using objects, you can:

Reuse your code and avoid duplication

Organize your code into logical and modular units

Enhance your code readability and maintainability

Extend your code functionality and flexibility

Improve your code performance and efficiency

For example, you can create a collection object that stores multiple values of the same type, such as prices, volumes, or indicators. You can then use the collection object to perform various operations on the stored values, such as calculating averages, standard deviations, or correlations. You can also create a class object that defines the properties and methods of a custom indicator or strategy, such as inputs, outputs, calculations, and plots. You can then use the class object to instantiate multiple instances of the indicator or strategy with different parameters and settings.

How to create and use Easylanguage objects

To create and use Easylanguage objects, you need to follow some basic steps:

Define the object type and name using the keyword object

Specify the object properties and methods using the keywords var and method

Create an instance of the object using the keyword new

Access the object properties and methods using the dot operator .

Delete the object instance using the keyword delete

For example, here is how you can create and use a simple collection object that stores three values:

```easylanguage

// Define the collection object type and name

object MyCollection

begin

// Specify the collection properties

var: int Count(0); // The number of values in the collection

var: double Value1(0); // The first value in the collection

var: double Value2(0); // The second value in the collection

var: double Value3(0); // The third value in the collection

// Specify the collection methods

method void Add(double v); // A method to add a value to the collection

method double Sum(); // A method to calculate the sum of the values in the collection

method double Average(); // A method to calculate the average of the values in the collection

end;

// Define the Add method

method void MyCollection.Add(double v)

begin

// Increment the count by one

Count = Count + 1;

// Assign the value to the appropriate property based on the count

switch Count

begin

case 1: Value1 = v; break;

case 2: Value2 = v; break;

case 3: Value3 = v; break;

default: Print(\"The collection is full.\"); break;

end;

end;

// Define the Sum method

method double MyCollection.Sum()

begin

// Return the sum of the values in the collection

return Value1 + Value2 + Value3;

end;

// Define the Average method

method double MyCollection.Average()

begin

// Return the average of the values in the collection

return Sum() / Count;

end;

// Create an instance of the collection object

var: MyCollection C;

C = new MyCollection;

// Add some values to the collection

C.Add(10);

C.Add(20);

C.Add(30);

// Print some information about the collection

Print(\"The count is \", C.Count);

Print(\"The sum is \", C.Sum());

Print(\"The average is \", C.Average());

// Delete the collection instance

delete C;

``` 061ffe29dd