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public: Atom() { // We'll need to allocate space for the position values. pos = gcnew array<double>(3); pos[0] = 0; pos[1] = 0; pos[2] = 0; atomicNumber = 1; isotopeNumber = 1; } Atom(double x, double y, double z, unsigned int atNo, unsigned int n) : atomicNumber(atNo), isotopeNumber(n) { // Create the managed array. pos = gcnew array<double>(3); pos[0] = x; pos[1] = y; pos[2] = z; } // The rest of the class declaration is unchanged. }; So we have a ref class Atom with a managed array, and the rest of the code still works. In the managed type system, the array type is a type inheriting from Object, like all types in the CTS. Note the syntax used to declare the array. We use the angle brackets suggestive of a template argument to specify the type of the array. Don t be deceived it is not a real template type. Notice that we also use the handle symbol, indicating that pos is a handle to a type. Also, we use gcnew to create the array, specifying the type and the number of elements in the constructor argument instead of using square brackets in the declaration. The managed array is a reference type, so the array and its values are allocated on the managed heap. So what exactly can you embed as fields in a managed type You can embed the types in the CTS, including primitive types, since they all have counterparts in the CLI: double is System::Double, and so on. You cannot use a native array or native subobject. However, there is a way to reference a native class in a managed class, as you ll see in 12.

In Perl, you call it in this way:

A research study conducted by MIT reported that almost all (90%) of BlackBerry users in one company felt a compulsion to use their BlackBerry. You can find that research study written up at this URL: www.cio.com/article/29081/Management_Report_BlackBerry_Addiction_ Starts_at_the_Top Such compulsion is characterized by a difficulty in refraining from checking the device at regular intervals. It is interesting, but not surprising, that compulsive behavior (i.e., CrackBerry addiction) affects an epidemic proportion of BlackBerry smartphone users. However, it is surprising that few users can offer substantive reasons why they feel compelled to constantly check their device. Sure, they know they are doing it, but they do not stop to think about it, nor do they realize why.

$alight = LightSource("ambientlight", {intensity => 0.5});

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You may be wondering if, like the Hello type in the previous chapter, you could also have created Atom as a value type. If you only change ref to value and recompile, you get an error message that states value types cannot define special member functions this is because of the definition of the default constructor, which counts as a special member function. Thanks to the compiler, value types always act as if they have a built-in default constructor that initializes the data members to their default values (e.g., zero, false, etc.). In reality, there is no constructor emitted, but the fields are initialized to their default values by the CLR. This enables arrays of value types to be created very efficiently, but of course limits their usefulness to situations where a zero value is meaningful. Let s say you try to satisfy the compiler and remove the default constructor. Now, you ve created a problem. If you create an atom using the built-in default constructor, you ll have atoms with atomic number zero, which wouldn t be an atom at all. Arrays of value types don t call the constructor; instead, they make use of the runtime s initialization of the value type

which, at least to me, seems much more readable and convenient. For completeness, this is the equivalent RIB call:

LightSource "ambientlight" 1 "intensity" [0.5]

fields to zero, so if you wanted to create arrays of atoms, you would have to initialize them after constructing them. You could certainly add an Initialize function to the class to do that, but if some other programmer comes along later and tries to use the atoms before they re initialized, that programmer will get nonsense (see Listing 2-3). Listing 2-3. C++/CLI s Version of Heisenberg Uncertainty void atoms() { int n_atoms = 50; array<Atom>^ atoms = gcnew array<Atom>(n_atoms); // Between the array creation and initialization, // the atoms are in an invalid state. // Don't call GetAtomicNumber here! for (int i = 0; i < n_atoms; i++) { atoms[i].Initialize( /* ... */ ); } } Depending on how important this particular drawback is to you, you might decide that a value type just won t work. You have to look at the problem and determine whether the features available in a value type are sufficient to model the problem effectively. Listing 2-4 provides an example where a value type definitely makes sense: a Point class. Listing 2-4. Defining a Value Type for Points in 3D Space // value_struct.cpp value struct Point3D { double x; double y; double z; }; Using this structure instead of the array makes the Atom class look like Listing 2-5. Listing 2-5. Using a Value Type Instead of an Array ref class Atom { private: Point3D position; unsigned int atomicNumber; unsigned int isotopeNumber;

One further point to note is that all arrays, matrices, and other types are implemented as one-dimensional arrays of doubles in the Perl module. The elements of a two-dimensional matrix in this one-dimensional array are organized row by row. In other words, all the elements of the first row come first, then all the elements of the second row, and so on. This is important to know if you plan to create vectors and matrices for use by the RenderMan module. 9.2.3

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