microsoft reporting services qr code Simulate the game of craps. in Software

Drawer QR Code JIS X 0510 in Software Simulate the game of craps.

The game of craps is played with two dice. Each time the pair of dice is tossed, the sum of the two numbers that come up is used. That sum will be an integer in the range 2 to 12 since the faces of each die are numbers 1 to 6. The player wins immediately if he tosses a 7 or an 11, and he loses immediately if he tosses a 2, 3, or 12. If he tosses a 4, 5, 6, 8, 9, or 10, then that number becomes his point. He then repeats tossing the dice until he wins by making his point or he loses by tossing a 7.

void initializeSeed(); int toss(); void win(); void lose(); main0 initializeSeed(); int point = toss(); if (point == 2 II point == 3 II point == 12) lose(); if (point == 7 II point == 11) win(); int t; for(x) { t = toss(); if (t == 7) lose(); if (t == point) win();

unsigned seed = time(NULL);

srand (seed) ;

int toss0 int die1 = rand()/10%6 + 1; int die2 = rand()/10%6 + 1; int t = die1 + die2; tout C-C "\tYou tossed a ' << t -CC endl; return t;

void win0 tout << "\tYou won.\n"; exit(O);

void lose0 tout << "\tYou lost.\n"; exit(O); 3x.2 tossed a .4 Yuu t o s s e d a You tossed a 7 You Just. Y-011 b13sCsed a 8 Yuu +iLxsd3ed a 3, Yc J tossed a 6 Yau tossed a 3 Y%X..I t o s s e d a 8 Yuu wun.

. ;.

.. . .

4.21 Write a simple program like the one in Example 4.2 to check the identity: cos2x + sin2x = 1. 4.22 Write a simple program like the one in Example 4.2 to check the identity:

tan 2x = 2 tan x /( 1 - tan2x).

4.23 Write a simple program like the one in Example 4.2 to check the identity: cosh2X - sinh2x = 1. 4.24 Write a simple program like the one in Example 4.2 to check the identity: asinx + aces x = nl/2. 4.25 Write a simple program like the one in Example 4.2 to check the identity: log x2 = 2 log x. 4.26 Write a simple program like the one in Example 4.2 to check the identity: bx = e@ lo@). 4.27 Write a test driver to test the functions listed in Table 4.1.

4.28 Write and test the following area ( )

4.29 Write and test the following min ( > function that returns the smallest of two given integers: int min(int x, int y)

function that returns the smallest of three given integers:

int min(int x, int y, int z) 4.31 Write and test the following min function that returns the smallest of four given integers: int min(int x, int y, int z, int w) 4.32 Write and test the following min ( >

function that uses the min ( int , int > function to find and return the smallest of three given integers:

int min(int x, int y, int z)

4.33 Write and test the following min ( > function that uses the min ( int , int > function to find and return the smallest of four given integers: int min(int x, int y, int z, int w) 4.34 Write and test the following min ( > function that uses the min ( int , to find and return the smallest of four given integers:

4.35 Write and test the following power ( > function that returns can be any nonnegative integer: float power(float x, unsigned p).