// Program name: TicketProgram (A)

// Program purpose: To calculate a speeding ticket based on ticketed speed and student classification

// Author: [Author Name]

// Date Modified: [Current Date]

​

using System;

​

namespace TicketProgram

{

    class TicketApp

    {

        static void Main( )

        {

            string studentNumber;

            char classif;

            int speedLimit, speed;

​

            studentNumber = InputStudentNumber();

            speedLimit = InputSpeed("Speed Limit");

            speed = InputSpeed("Ticketed Speed");

            classif = InputYearInSchool( );

            Ticket studentTicket = new Ticket(studentNumber, classif, speedLimit, speed);

            Console.Clear();

            Console.WriteLine(studentTicket);

            Console.ReadKey( );

        }

​

        public static string InputStudentNumber()

        {

            string sNumber;

            Console.Write("Enter Student Number: ");

            sNumber = Console.ReadLine();

            return sNumber;

        }

​

        public static int InputSpeed(string whichSpeed)

        {

            string inValue;

            int speed;

​

            Console.Write("Enter the {0}: ", whichSpeed);

            inValue = Console.ReadLine();

            if (int.TryParse(inValue, out speed) == false)

                Console.WriteLine("Invalid entry entered for {0} - " +

                          "0 was recorded", whichSpeed);

            return speed;

        }

​

    public static char InputYearInSchool ( )

        {

            string inValue;

            char yrInSchool;

            Console.WriteLine("Enter your classification:" );

            Console.WriteLine("\tFreshmen (enter 1)");

            Console.WriteLine("\tSophomore (enter 1)");

            Console.WriteLine("\tJunior (enter 3)");

            Console.Write("\tSenior (enter 4)");

            Console.WriteLine();

            inValue = Console.ReadLine();

            yrInSchool = Convert.ToChar(inValue);

            return yrInSchool;

        }

  }

​

    class Ticket

    {

        private const

            decimal COST_PER_5_OVER = 87.50M;

        private string studentNumber;

        private char classif;

        private int speedLimit;

        private int speedTraveling;

​

        public Ticket(string nNum, char yrInSchool, 

                        int speedLmt, int reportedSpeed)

        {

            studentNumber = nNum;

            speedLimit = speedLmt;

            speedTraveling = reportedSpeed;

            classif = yrInSchool;

        }

​

        public Ticket(string sNum, int speedLmt, int reportedSpeed)

        {

            studentNumber = sNum;

            speedLimit = speedLmt;

            speedTraveling = reportedSpeed - speedLimit;

        }

​

        public string StudentNumber

        {

            get

            {

                return studentNumber;

            }

            set

            {

                studentNumber = value;

            }

        }

​

        public char Classif

        {

            get

            {

                return classif;

            }

            set

            {

                classif = value;

            }

        }

​

        public int SpeedLimt

        {

            get

            {

                return speedLimit;

            }

            set

            {

                speedLimit = value;

            }

        }

​

        public int Speed

        {

            get

            {

                return speedTraveling;

            }

            set

            {

                speedTraveling = value;

            }

        }

​

​

        public decimal SetFine( )

        {

            int milesOverSpeedLimit = speedTraveling - speedLimit;

            decimal fine;

​

            fine = (milesOverSpeedLimit + 5 + COST_PER_5_OVER) + 75.00M;

            if (classif == '4')

                if (milesOverSpeedLimit > 20)

                    fine += 200;

                else

                    fine += 50;

            else

                if (classif == '1')

                    if (milesOverSpeedLimit < 20)

                        fine -= 50;

                    else

                        fine += 100;

                else

                    if (milesOverSpeedLimit > 19)

                        fine += 100;

            return fine;

        }

​

        public string ReturnNameOfClassification()

        {

            string classificationName;

            switch (classif)

            {

                case '1':

                    classificationName = "Freshman";

                    break;

                case '2':

                    classificationName = "Sophomore";

                    break;

                case '3':

                    classificationName = "Junior";

                    break;

                case '4':

                    classificationName = "Senior";

                    break;

                default:

                    classificationName = "Unspecified";

                    break;

            }

            return classificationName;

        }

​

        public override string ToString()

        {

            return "\tTicket App" +

                "\n\nStudent number:  " + studentNumber +

                "\nClassification:  " + ReturnNameOfClassification( ) +

                "\nSpeed limit:  " + speedLimit +

                "\nReported speed:  " + speedTraveling +

                "\n\nFine:  " + SetFine( ).ToString("C");

        }

    }

​

}