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of the interface, ie, the method parameters and the return values Even if the creator of the class decides to make a change internally, the interface will remain effective This encapsulation means reliable operation, even as things change Another very big idea supported by OO programming languages is inheritance Many times a new programming effort is, the same as the last effort, but different .. When that is the case, it s helpful to take advantage of the earlier code by creating a new class that inherits from the old, and simply adds the new features For instance, if a program requires a limousine object, the limousine class might be designed as a subclass of automobile A limousine might have additional instance variables, or attributes, related to cost, beverages on board, schedule, etc.

public class TestPairClass { public static void main(String[] args) { Pair<Month, Integer> christmas = new Pair<Month,Integer>(Month.DEC, 25); System.out.println(christmas); Month month = christmas.getFirst(); int day = christmas.getSecond(); System.out.printf("%d %s%n", day, month); } } enum Month { JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC } class Pair<S, T> { private S first; private T second; public Pair(S first, T second) { this.first = first; this.second = second; } public S getFirst() { return first; } public T getSecond() { return second; } public String toString() { return "(" + first + ", " + second + ")"; } }

Finally, h22 is the admittance looking into port 2, as given by (1.19): h22 I2 1 R R2 R3 1 V2 I1 0 R2 k R1 R3 R2 R1 R3

The output is:

The z parameters and the h parameters can be numerically evaluated by SPICE methods. In electronics applications, the z and h parameters nd application in analysis when small ac signals are impressed on circuits that exhibit limited-range linearity. Thus, in general, the test sources in the SPICE analysis should be of magnitudes comparable to the impressed signals of the anticipated application. Typically, the devices used in an electronic circuit will have one or more dc sources connected to bias or that place the device at a favorable point of operation. The input and output ports may be coupled by large capacitors that act to block the appearance of any dc voltages at the input and output ports while presenting negligible impedance to ac signals. Further, electronic circuits are usually frequency-sensitive so that any set of z or h parameters is valid for a particular frequency. Any SPICE-based evaluation of the z and h parameters should be capable of addressing the above outlined characteristics of electronic circuits.

Otherwise, the limousine class could take advantage of the color, horsepower, and speed attributes already defined for automobiles A limousine could also share the behavior of automobiles via the changeSpeed, park, and other methods already defined In describing inheritance, computer scientists say that the relationship between a subclass and a superior class constitutes an is-a relationship The subclass is also an instance of the superior class The limousine is also an automobile Inheritance allows one class to take advantage of the attributes and behavior of another Often the design of an OO programming project is focused in large part on the class hierarchy (the set of classes to be written), and the relationships via inheritance of the classes to one another A well-defined class hierarchy can substantially increase code reuse (decrease the code required), and improve reliability through reduced redundancy or duplication Related to inheritance is the concept of polymorphism.

The generic class is defined at line 13. It has two type parameters: S and T. In the code at lines 14, 15, 17, 22, and 26, these two type parameters are used as place holders for actual types. Note that the <S,T> expression is not used in the constructor definition at line 18. But the <> construct is required when the constructor is invoked, as at line 3.