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// Use a static class factory using System; class MyClass { int a, b; // Create a class factory for MyClass static public MyClass Factory(int i, int j) { MyClass t = new MyClass(); ta = i; tb = j; return t; // return an object } public void Show() { ConsoleWriteLine("a and b: " + a + " " + b); } } class MakeObjects { static void Main() { int i, j; // Generate objects using the factory for(i=0, j=10; i < 10; i++, j--) { MyClass ob = MyClassFactory(i, j); // get an object obShow(); } ConsoleWriteLine(); } }

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Part I:

In this version, Factory( ) is invoked through its class name in this line of code:

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As speed increases in a cam-follower system, a rapid exchange of energy occurs within the system and the noise of operation also increases This sudden energy shift takes place between the elastic members and the masses during operation The energy shift is also visible as high follower vibration This action is termed mechanical shock and its related system response a shock response A shock is de ned as the physical manifestation of the transfer of mechanical energy from one body to another during an extremely short interval of time (see 9) The shock response spectrum or the response spectrum is one of the two most commonly used methods of analyzing mechanical shock The other method is the Fourier spectrum analysis In both cases, the time history of the transient is converted into an amplitude versus frequency picture, or spectrum Neklutin (1954) was the rst to employ this technique in the study of cam-driven systems Thus, a valuable method of expressing the dynamic response of a cam-follower system is to obtain the dynamic response spectra (DRS) of the cam s excitations A DRS is de ned as a plot of individual peak-acceleration responses of a multitude of single-degree-offreedom, mass-spring systems subject to a particular input transient The ordinate is usually acceleration, or some normalized expression relating to acceleration, while the abscissa is in terms of the system natural frequency, or the ratio of pulse duration to the system natural period Damping is a parameter, and if possible, its values should be stated; otherwise, it is usually assumed to be zero To illustrate the DRS, we start with a given input pulse and carry out a mathematical computation to obtain the response of a single-degree-of-freedom linear system subject to that input It is best to rst compute the follower acceleration as a function of time Then nd the maximum follower acceleration and plot it on a graph versus the fundamental period of the one DOF system This provides one point on the diagram By holding the damping of the system constant and varying the system s natural frequency by changing.

A constructor can also be specified as static A static constructor is typically used to initialize features that apply to a class rather than an instance Thus, it is used to initialize aspects of a class before any objects of the class are created Here is a simple example:

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// Use a static constructor using System; class Cons { public static int alpha; public int beta; // A static constructor static Cons() { alpha = 99; ConsoleWriteLine("Inside static constructor"); } // An instance constructor public Cons() { beta = 100; ConsoleWriteLine("Inside instance constructor"); } } class ConsDemo { static void Main() { Cons ob = new Cons(); ConsoleWriteLine("Consalpha: " + Consalpha); ConsoleWriteLine("obbeta: " + obbeta); } }

the stiffness of the spring, the calculations are repeated to de ne a curve called a response spectrum We can calculate these curves over a range of damping ratios to obtain a set of curves, each applicable for a different damping ratio The normalized displacement, velocity, and acceleration DRSs are de ned, respectively, as SND = SNV xm ym w n xm = ym

Here is the output:

Inside static constructor Inside instance constructor Consalpha: 99 obbeta: 100

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Notice that the static constructor is called automatically (when the class is first loaded) and before the instance constructor This can be generalized In all cases, the static constructor will be executed before any instance constructor Furthermore, static constructors cannot have access modifiers (thus, they use default access) and cannot be called by your program

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