Create Class Files: You mentioned that you have three separate .m files, each containing a class. Let's assume these class files are named Class1.m, Class2.m, and Class3.m. Inside each of these files, define your classes similar to what you've shown in your example.
Class Definitions: Your class definitions in Class1.m, Class2.m, and Class3.m should look something like this:
classdef Class1
properties
% Define properties
Prop1
end
methods
function obj = Class1(arg1, arg2)
% Constructor
% Perform calculations using arg1 and arg2
obj.Prop1 = % calculated value;
end
function result = SomeMethod(obj)
% Method
result = % some calculation using obj.Prop1;
end
end
end
Repeat this structure for Class2.m and Class3.m, adjusting property names, constructor calculations, and methods as needed.
Main Script File: Now, in your main script file (let's call it mainScript.m), you can create instances of these classes and call their methods. Here's an example:
% Create instances of the classes using the constructors
obj1 = Class1(arg1_value, arg2_value);
obj2 = Class2();
obj3 = Class3();
% Call methods and access properties
result1 = obj1.SomeMethod();
result2 = obj2.SomeMethod();
result3 = obj3.SomeMethod();
% Access properties
prop1_value = obj1.Prop1;
Replace arg1_value and arg2_value with the actual values you want to pass to the constructors of Class1.
In your example, it seems like the classes are missing some details, but the general structure should be similar to what I've outlined. Here's a breakdown of what's happening:
You define classes in separate .m files.
Each class has properties (variables) and methods (functions).
The constructor (function obj = Class1(arg1, arg2)) initializes the properties based on the arguments you provide when creating an instance.
Methods can access the properties and perform calculations using them.
In the main script, you create instances of the classes and use their methods and properties.
