6. Dice Rolling Game (Continued from 5) - gansimu569's Column - CSDN Blog
Here is the translation of your text into English:
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**Dice Rolling Game:**
1. **Add Bets:** Encapsulate the dice rolling game logic in a function. Initialize `bankBalance` to $1000 (the initial stake) and prompt the player to input their bet (`wager`). Use a `while` loop to check if the `wager` is less than or equal to `bankBalance`. If not, prompt the user to re-enter the `wager` until it is valid. After entering a valid `wager`, run the dice rolling game. If the player wins, increase `bankBalance` by `wager`; if the player loses, decrease `bankBalance` by `wager`, and print the new `bankBalance`. Check if `bankBalance` is 0. If so, print the message "Sorry, You Busted!" During the game, you can print some chat messages, such as "Oh, you're going for broke, huh?" or "Aw cmon, take a chance!" or "You're up big. Now's the time to cash in your chips!"
2. **Run the Dice Rolling Game 1000 Times Based on the Above Program and Answer the Following Questions:**
- (1) How many games were won or lost in the first twelve rounds and after twelve rounds?
- (2) What is the probability of winning? Is the dice rolling game fair? Why or why not?
- (3) Does the probability of winning increase the longer the game is played?
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**Code:**
```cpp
#include
#include
#include
class Dice {
private:
static int count;
int a, b;
public:
void init(int x, int y) {
a = x;
b = y;
count++;
}
void setcount() { count = 0; }
int getdice1() { return a; }
int getdice2() { return b; }
int Getpoint() { return a + b; } // Dice points
void print() { // Print the result of rolling the dice
cout > wager;
return wager;
}
int continuegame() { // Decide whether to continue playing
cout > x;
while (x != 1 && x != 0) {
cout = 1800)
cout bankBalance) { // Check if the wager is valid
cout = 2000) {
cout bankBalance) {
cout << "Your wager exceeds your balance. Please re-enter!" << endl;
putwager();
continue;
} else
break;
}
}
cout << endl << "Game over. Welcome back next time!" << endl;
}
```
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This code implements a dice rolling game where the player can place bets, and the results are tracked over multiple rounds. The program also includes analysis of win/loss probabilities based on a large number of simulated games.
