c# - ILNumerics: ILArray<T> as instance variables; -

I am using ILNumerics to represent the time series.

Ideally, I want to dissolve all the data a la object-oriented and, therefore, to use the instance variables and installation methods to process such variables.

I have many questions, but the best way to implement all ILArray in class is efficient way and, possibly, as an example variable, I have gone through relevant documents and the last few examples But no one explicitly addresses these issues.

First of all: The proposed example on the website of 'Array Utility Class' [Source:] Do not think at least the ILNumerics trial version and VS 2013 to compile with professional (.net 4.5) Am I forgetting something?

Or is it because this part of the code:

  public ILRetArray & lt; Double & gt; A {get lagging (if m.a.IsEmpty) {m_a.a = ILMath.rand (100,100); }} Set {m_a.a = value; }  

Not a return statement?

For example, the m_a array can be modified through the following example method:

  public zeros () {(ILScope.Enter ()) Using / / Assign only through a property! M_a.a = m_a + 2; }}  

How to access a specific component of the vector: Suppose we want something like M_A [0] = 2.2; Will it come in the way of memory management?

As a general observation, I would think that the natural way to use ILNumerics is through static methods because the code writes (or possibly R / Matlab) in a FORTRAN: it is That's what I have used it, so far should I be correct and class definition as ILARR type as frequency variable and relevant methods as efficient and simple?

Alternatively, do you recommend adopting system arrays as an example variable, and then importing the ilearate only through static methods of operation of the array? I had to avoid this way or I would like to keep it as limited as possible.

document section '' has been updated. As you said, there was a mistake in the sample code.

Modifying ILArray Examples as a Class Member

By following the rules outlined in the document, all array member types will be ILArray (or ILLogical or ILCell) Unstable are the types you can change freely during your lifetime, m_a [0] = 2.2; Works as expected You can decide to completely change the array:

  m_a.a = ILMath.rand (2,3,5);  

Not just assign in the array, but keep in mind to use .a = property or . Assign to an array () The method compiler will prevent you from assigning a mistake by default, because you have declared your code as readonly .

Such changes work smoothly with memory management.

Mixing Stabilized Methods and Examples of Classes

As long as the rules for both of you Keep an eye on: Functions (ILScope Blocks, different input parameters, ARA types, A and classes ( reading only ILArray announcement, ILMath.localMember & lt; T & Gt; initialization) You can mix both schemes independently, it will work in both ways and

Harmful allocation pattern on the other side, by combining the intensive use of the system. ILArray with the array. Generally, the system is easy to create ILArray. Arrays system. The array will be used directly by ILArray if it fits into a storage plan (i.e. it is 1 dimensional). But the way around is not very efficient This is usually the copy of the data Would get and Aielan umerics memory management efficiently or may not work.

That's why we recommend Aielarara and living with such. As you are watching, there are some rules to keep in mind, but usually you will internalize them very quickly