/*Programmer: Tami Adeniran

* Date: 13 Apr 2023 

* Project: Dice Game

* Description: A dice simulation that keeps track of certain Values

*/

using System;

​

public class Program

{

    public static void Main()

    {

        Console.WriteLine("Welcome to the Rolling Dice Simulation");

​

        Console.WriteLine("How many times do you wish to roll?");

        int nTimes = Convert.ToInt32(Console.ReadLine());  //takes in number of rolls

​

        //Steps on how to create a FOR LOOP 

        //(Syntax: for (int var=initial value; STOPPING condition; Incrament Value)

​

        int dV1, dV2,dV3;  //represents the dice values

        Random rG = new Random();  //initialize Random Generator

​

        int sum; //roll value of the dice

​

        int tally7s=0; //keeps track of the number of values that equal dSum

        int tally11s=0;//keeps track of the number of values that equal 11

        int tallydoubles=0;//keeps track of the number of values that equal double

        int tallytriples=0;//keeps track of the number of values that equal triple

​

        //Step 2 - add in For Loop - REPEAT 

​

        for (int count = 0;  count < nTimes   ; count++){  //repeats the rolling of the dice nTimes

            //Step 1 - code to be repeated once

            //roll the dice

            dV1 = rG.Next(1,7); //rolls the first die

            dV2 = rG.Next(1,7); //rolls the second die

            dV3 = rG.Next(1,7); //rolls the third die

            sum = dV1+dV2+dV3;

​

            //check to see if sum equals dSum

            if (sum == 7)

                tally7s ++;//updates tally

            else if (sum == 11) // checks to see if equal 11

                tally11s ++; 

            else if (dV1== dV2||dV2==dV3||dV3==dV1) //checks to see if values are double

                tallydoubles ++; 

            else if (sum== dV1*3) //checks to see if values are triple

                tallytriples ++; 

        } //loop ends here

        Console.WriteLine("The number of rolls that came up 7 was " + tally7s);// Total number of rolls for 7s

        //percentage value for dSum

        double percentValue7s = (double)tally7s/nTimes;   //(double) forces a decimal value to be returned

        Console.WriteLine("Percent of rolls that came up 7 was " + percentValue7s*100 + "%"); //Percent Value for 7s

        Console.WriteLine();

        Console.WriteLine("The number of rolls that came up 11 was " + tally11s); // Total number of rolls for 11s

        double percentValue11s = (double)tally11s/nTimes; 

        Console.WriteLine("Percent of rolls that came up 11 was " + percentValue11s*100 + "%"); //percent value for 11s

        Console.WriteLine();

        Console.WriteLine("The number of rolls that came for double was " + tallydoubles); // Total number of rolls for doubles

        double percentValuedoubles = (double)tallydoubles/nTimes;   //(double) forces a decimal value to be returned

        Console.WriteLine("Percent of rolls that came up double was " + percentValuedoubles*100 + "%"); //Percent Value for doubles

        Console.WriteLine();

        Console.WriteLine("The number of rolls that came for triple was " + tallytriples); // Total number of rolls for triples

        double percentValuetriples = (double)tallytriples/nTimes;   //(double) forces a decimal value to be returned

        Console.WriteLine("Percent of rolls that came up triples was " + percentValuetriples*100 + "%"); //Percent Value for triples

    }

}