// instance variables - replace the example below with your own
public DiceGame()
{
d1 = new Die(r);
d2 = new Die(r);
}
static bool validLimit = false; //holds flag to see if a valid score limit has been entered
static void Main(string[] args) //entry point
{
//decalarations
Random rand = new Random(); //initialise instance of random class
Die Die1 = new Die(rand); //initilase 5 instances of die class to create 5 dice
Die Die2 = new Die(rand); //pass random number to each object so that the number is unique
Die Die3 = new Die(rand);
Die Die4 = new Die(rand);
Die Die5 = new Die(rand);
Player player1 = new Player(); //initialise 2 instance of player class to create 2 players
Player player2 = new Player();
int[] currentRoll = new int[5]; //initialise integer array with a length of 5 elements for use with holding the current roll of all 5 dice
List <int[]> player1History = new List <int[]>(); //intialise list of integer arrays to hold the roll history of player 1 and player 2
List <int[]> player2History = new List <int[]>();
//code
do //start of do while loop
{
Console.Write("Please enter the score limit for this game: ");
try //code that should be executed
{
ScoreLimit = Convert.ToUInt32(Console.ReadLine()); //takes entered value and converts it into an unsigned integer to be stored in the scoreLimit variable
validLimit = true; //allows the loop to be exited
}
catch (FormatException) //catches inputs of letters and other non-numeric values
{
Console.WriteLine("Please only enter numbers.");
//loop continues
}
catch (OverflowException) //catches inputs outside the range of unisigned integers (negative to more than 4,294,967,295)
{
Console.WriteLine("Please only enter numbers greater than 0 and less than 4,294,967,295.");
//loop continues
}
} //end of do while loop
while (validLimit == false); //loop runs while the score limit is not valid. Repeats until a valid limit is set.
while (player1.Score < scoreLimit && player2.Score < scoreLimit) //while loop for taking turns //exits only when score limit reached
{
Console.WriteLine(""); //Adds line space for better formatting
checkCurrentPlayer(); //executes method
Console.Write("Press spacebar to roll the dice normally OR press any other key to throw dice once for x2 points."); //states how to throw and rules
userSelection = Console.ReadKey(); //stores the user's key press as the userSelection variable
Console.WriteLine("\nRolling dice..."); //Alerts user and rolls all 5 dice
Die1.roll();
Die2.roll();
Die3.roll();
Die4.roll();
Die5.roll();
currentRoll[0] = Die1.getNumberOnTop(); //stores each roll inside an array named currentRoll
currentRoll[1] = Die2.getNumberOnTop();
currentRoll[2] = Die3.getNumberOnTop();
currentRoll[3] = Die4.getNumberOnTop();
currentRoll[4] = Die5.getNumberOnTop();
Console.WriteLine("{0} {1} {2} {3} {4}", Die1.getNumberOnTop(), Die2.getNumberOnTop(), Die3.getNumberOnTop(), Die4.getNumberOnTop(), Die5.getNumberOnTop());
//outputs the rolls for each die
switch (checkSelection(userSelection)) //switch case statement for executing code depending on whether spacebar was pressed or not
{ //uses method to return numerical values
case 1: //spacebar pressed = normal throw
if (checkReroll(currentRoll) != -1) //checks to see if two of a kind is rolled. If -1 is returned, there is no two of a kind and the statemnt is skipped.
{
Console.Write("Two-of-a-kind detected! Press any key to rethrow the remaining dice."); //alert player
Console.ReadKey(); //allow them time to read and throw dice again
Console.WriteLine("\nRolling dice..."); //alert user of dice rolls
Console.WriteLine("The first two dice will contain the numbers from the previous roll."); //alert user that the first 2 dice contain the two of a kind
Die1.setNumberOnTop(checkReroll(currentRoll)); //set first 2 dice to the values of the two of a kind
Die2.setNumberOnTop(checkReroll(currentRoll)); //method used to return the values
Die3.roll(); //roll remaining 3 dice
Die4.roll();
Die5.roll();
currentRoll[0] = Die1.getNumberOnTop(); //overwrites each roll's new values inside an array named currentRoll
currentRoll[1] = Die2.getNumberOnTop();
currentRoll[2] = Die3.getNumberOnTop();
currentRoll[3] = Die4.getNumberOnTop();
currentRoll[4] = Die5.getNumberOnTop();
Console.WriteLine("{0} {1} {2} {3} {4}", Die1.getNumberOnTop(), Die2.getNumberOnTop(), Die3.getNumberOnTop(), Die4.getNumberOnTop(), Die5.getNumberOnTop());
// output the new rolls for each die
}
/*** Scoring ***/
if (currentPlayer == 1) //checks to see if the current player is player 1
{
player1History.Add(currentRoll.ToArray()); //Adds the array of rolled values for this turn to list used to hold game history for player 1 //The array is converted another array so that it is not affected by altering the currentRoll array on each turn
player1.Score += checkDice(currentRoll, false); //Adds the appropriate amount of score to player 1 //an argument of false = regular points
Console.WriteLine("Player 1's score: {0}", player1.Score); //outputs player 1's score
}
if (currentPlayer == 2) //checks to see if the current player is player 2
{
player2History.Add(currentRoll.ToArray()); //Adds the array of rolled values for this turn to list used to hold game history for player 2 //The array is converted another array so that it is not affected by altering the currentRoll array on each turn
player2.Score += checkDice(currentRoll, false); //Adds the appropriate amount of score to player 2 //an argument of false = regular points
Console.WriteLine("Player 2's score: {0}", player2.Score); //outputs player 2's score
}
break; //end of case 1
default: //press any other key = roll all dice once for double points
if (currentPlayer == 1) //checks to see if the current player is player 1
{
player1History.Add(currentRoll.ToArray()); //Adds the array of rolled values for this turn to list used to hold game history for player 1 //The array is converted another array so that it is not affected by altering the currentRoll array on each turn
player1.Score += checkDice(currentRoll, true); //Adds the appropriate amount of score to player 1 //an argument of true = double points
Console.WriteLine("Double points added if applicable."); //alert user of possible double points
Console.WriteLine("Player 1's score: {0}", player1.Score); //outputs player 1's score
}
if (currentPlayer == 2)
{
player2History.Add(currentRoll.ToArray()); ///Adds the array of rolled values for this turn to list used to hold game history for player 2 //The array is converted another array so that it is not affected by altering the currentRoll array on each turn
player2.Score += checkDice(currentRoll, true); //Adds the appropriate amount of score to player 2 //an argument of true = double points
Console.WriteLine("Double points added if applicable."); //alert user of possible double points
Console.WriteLine("Player 2's score: {0}", player2.Score); //outputs player 2's score
}
break; //end of default case
}//end of switch statement
player++; //increment player count change current player for next turn
}//end of while loop
if (player1.Score >= scoreLimit) //checks to see if player 1 has hit the score limit
{
Console.WriteLine("Player 1 Wins!"); //alert players
}
if (player2.Score >= scoreLimit) //checks to see if player 2 has hit the score limit
{
Console.WriteLine("Player 2 Wins!"); //alert players
}
Console.WriteLine("\nDisplaying History:"); //alerts users that the history of the game is going to be shown
Console.WriteLine("\nPlayer 1:"); //history for player 1
foreach (int[] diceRolls in player1History) //loop that iterates through each integer array with the player1History list
{
Console.Write("Turn {0}: ", ++player1Turns); //Shows which turn the displayed rolls were thrown on //pre-increments on each iteration to avoid over-incrementation
foreach (int roll in diceRolls) //loop that iterates through each integer within the diceRolls array
{
Console.Write(roll + " "); //outputs the roll and a space afterwards for better formatting
total += roll; //adds the roll to the total
}
Console.WriteLine("Total: {0}", total); //outputs the total for this turn
total = 0; //reset total back to zero for next turn
player1Average += diceRolls.Average(); //calculates average for each roll and adds together
}
player1Average /= (player1Turns); //divides sum of averages of each roll by number of turns to produce overall average
Console.WriteLine("\nPlayer 2:"); //history for player 1
foreach (int[] diceRolls in player2History) //loop that iterates through each integer array with the player2History list
{
Console.Write("Turn {0}: ", ++player2Turns); //Shows which turn the displayed rolls were thrown on //pre-increments on each iteration to avoid over-incrementation
foreach (int roll in diceRolls) //loop that iterates through each integer within the diceRolls array
{
Console.Write(roll + " "); //outputs the roll and a space afterwards for better formatting
total += roll; //adds the roll to the total
}
Console.WriteLine("Total: {0}", total); //outputs the total for this turn
total = 0; //reset total back to zero for next roll
player2Average += diceRolls.Average(); //calculates average for each roll and adds together
}
player2Average /= (player2Turns); //divides sum of averages of each roll by number of turns to produce overall average
/*** Statistics ***/
Console.WriteLine("\nTotal number of turns: {0}", player1Turns + player2Turns); //outputs the total number of turns during the game
Console.WriteLine("Average of all throws for player 1: {0}", (int)Math.Round(player1Average)); //output average dice roll for player 1 //Math.Round() used to provide accurate conversion from double to int as opposed to Convert.ToInt32()
//parsed as int
Console.WriteLine("Average of all throws for player 2: {0}", (int)Math.Round(player2Average)); //output average dice roll for player 1 //Math.Round() used to provide accurate conversion from double to int as opposed to Convert.ToInt32()
//parsed as int
exit(); //allows user to see roll history before game closes
}
