Given below is a C# code example which uses enumerators and the MATLAB commands which can be used to work with them.
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C# Code
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using System;
namespace myNamespace
{
public class myClass
{
public enum myEnum {
val1,
val2
}
public myEnum myField;
public String myMethod(myEnum in1) {
return in1.ToString();
}
}
}
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MATLAB Code
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You can load the assembly using:
>> NET.addAssembly('myAssembly.dll')
Then you can create an object using:
>> obj = myNamespace.myClass
Now you can work as follows with this enumerator:
>> obj.myField = myNamespace.myEnum.val1
>> obj.myField = myNamespace.myEnum.val2
>> obj.myMethod(myNamespace.myEnum.val1)
>> obj.myMethod(myNamespace.myEnum.val2)
Concluding, you use: namespace.enum_name.value to specify a certain enumerator value and not namespace.class_name.enum_name.value.
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Further Remarks
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As noted in the documentation there is a limitation to using enumerators with non-Int32 underlying datatypes; you can work around this limitation however using the related solution listed below.
