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Besides properties (1) and (2) stated previously, there are certain identities which are fundamental to our study of the trigonometric functions Here are the principal ones: (3) tan + 1 = sec (4) cot + 1 = csc (5) sin( + ) = sin cos + cos sin (6) cos( + ) = cos cos sin sin (7) sin(2 ) = 2 sin cos (8) cos(2 ) = cos sin (9) sin( ) = sin (10) cos( ) = cos (11) sin = (12) cos =

// Bring Counter into view using Counter; // Declare a namespace for counters namespace Counter { // A simple countdown counter class CountDown { int val; public CountDown(int n) { val = n; } public void Reset(int n) { val = n; } public int Count() { if(val > 0) return val--; else return 0; } } } class NSDemo3 { static void Main() { // now, CountDown can be used directly CountDown cd1 = new CountDown(10); int i; do { i = cd1Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); CountDown cd2 = new CountDown(20); do { i = cd2Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); cd2Reset(4); do { i = cd2Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); } }

This version of the program contains two important changes The first is this using statement, near the top of the program:

16:

2 2 2 2 2 2 2 2

using Counter;

Only use an acronym after you ve written out the term it represents completely the rst time you use it, followed by the acronym within parentheses; you then can use the acronym throughout the rest of the document For example, the rst time you would write:

This brings the Counter namespace into view The second change is that it is no longer necessary to qualify CountDown with Counter, as this statement in Main( ) shows:

CountDown cd1 = new CountDown(10);

Because Counter is now in view, CountDown can be used directly The program illustrates one other important point: Using one namespace does not override another When you bring a namespace into view, it simply lets you use its contents without qualification Thus, in the example, both System and Counter have been brought into view

Prove identity number (3)

The using directive has a second form that creates another name, called an alias, for a type or a namespace This form is shown here: using alias = name; Here, alias becomes another name for the type (such as a class type) or namespace specified by name Once the alias has been created, it can be used in place of the original name Here the example from the preceding section has been reworked so that an alias for CounterCountDown called MyCounter is created:

// Demonstrate a using alias using System; // Create an alias for CounterCountDown using MyCounter = CounterCountDown; // Declare a namespace for counters namespace Counter { // A simple countdown counter class CountDown { int val; public CountDown(int n) { val = n; } public void Reset(int n) { val = n; } public int Count() { if(val > 0) return val--; else return 0; } } } class NSDemo4 {

Part I:

= sec2 (where we have used Property (1))

static void Main() { // Here, MyCounter is used as a name for CounterCountDown MyCounter cd1 = new MyCounter(10); int i; do { i = cd1Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); MyCounter cd2 = new MyCounter(20); do { i = cd2Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); cd2Reset(4); do { i = cd2Count(); ConsoleWrite(i + " "); } while(i > 0); ConsoleWriteLine(); } }

The MyCounter alias is created using this statement:

English as a Foreign Language (EFL)

using MyCounter = CounterCountDown;

Once MyCounter has been specified as another name for CounterCountDown, it can be used to declare objects without any further namespace qualification For example, in the program, this line

sin( /12)

MyCounter cd1 = new MyCounter(10);