/* Created by Doll 『ドール』 It was fun for me to make this. I hope you can enjoy it. It took me hours XD Update: - v1.0.2: Added information about the classes. - v1.0.1: Added the option for users to select how many dices to throw. You can only input from 1 to 10. If your input a much greater or smaller number from that range or input something else like a string, the program will use 2 dices as a default value. Example: - Input: 5 // Uses 5 dice. - Input: 10 // Uses 10 dice. - Input: 0 // Uses 2 dice. - Input: 15 // Uses 2 dice. - Input: KulAple // Uses 2 dice. The bad explaination starts! XD Classes: - Dice: - Constructors: - Parameters: - value (int): - Sets the value of the Dice. - Properties: - Value (int): - The value of the Dice. - Structure (string[]): - The structure of the Dice. - Methods: - Draw: - Description: Outputs the Structure of the Dice. - Parameters: - - Return Value: - - GetStructure (static): - Description: Gets the Structure of the dice based on the given value. Returns a blank square if the value is out of range. - Parameters: - value (int): - A value to be tested. - Return Value: string[]. - Operators: - Addition (+): - Description: Adds the Value and concats the Dices of two objects. - Supports: - Dice + Dice - Dice + MultiDice - Return Value: MultiDice. - MultiDice: - Constructors: - (): - A parameterless constructor. Makes an emptt shell. - (value: int, dices: Dice[]): - value (int): - The value for the MultiDice. - dices (Dice[]): - An array of Dice objects. This is important for the Draw method. - Properties: - Value (int): - The value of the MultiDice. - Dices (Dice[]): - An array of Dice objects. - Methods: - Draw: - Description: Outputs the Structure of each Dice objects. - Parameters: - - Return Value: - - Operators: - Addition (+): - Description: Adds the Value and concats the Dices of two objects. - Supports: - MultiDice + MultiDice - MultiDice + Dice - Return Value: MultiDice. - Util (static): - Methods: - GetSeed: - Description: Gets the seed for the Random object. - Parameters: - - Return Value: int. - Concat: - Description: Concats arrays with T as type. - Parameters: - arrs (T[][]): - An array of the given arrays. - Return Value: T[]. */ using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading.Tasks; namespace DiceGame { class Program { static void Main(string[] args) { Random rand = new Random(Util.GetSeed()); int dice; try { dice = Convert.ToInt32(Console.ReadLine()); if ((dice > 10) || (dice < 1)) { throw new Exception(); } } catch (Exception e) { Console.WriteLine("Invalid Input! Using the default value instead.\n\n\n"); dice = 2; } MultiDice p1 = new MultiDice(); MultiDice p2 = new MultiDice(); for (int i = 0; i < dice; i++) { p1 += new Dice(rand.Next(1, 7)); p2 += new Dice(rand.Next(1, 7)); } Console.WriteLine($"Number of Dice: {dice}"); Console.WriteLine("The Game Begins..\n"); Console.WriteLine($"Player 1 rolls {dice} dice."); p1.Draw(); Console.WriteLine($"Player 1 got {p1.Value} ({String.Join(" + ", p1.Dices.Select(x => x.Value))})!\n\n"); Console.WriteLine($"Player 2 rolls {dice} dice."); p2.Draw(); Console.WriteLine($"Player 2 got {p2.Value} ({String.Join(" + ", p2.Dices.Select(x => x.Value))})!\n"); if (p1.Value > p2.Value) Console.Write("Player 1 is the winner!"); else if (p1.Value < p2.Value) Console.Write("Player 2 is the winner!"); else Console.Write("It's draw between the two! No one wins and no one loses."); Console.WriteLine($" ({p1.Value} - {p2.Value})"); Console.WriteLine("\n\nThanks for playing!"); } } class Dice { public int Value { get; } public string[] Structure { get; } public Dice(int value) { this.Value = value; this.Structure = Dice.GetStructure(value); } public void Draw() { foreach (string line in this.Structure) { Console.WriteLine(line); } } public static MultiDice operator+(Dice d1, Dice d2) { int value = d1.Value + d2.Value; Dice[] dices = { d1, d2 }; return new MultiDice(value, dices); } public static MultiDice operator+(Dice d1, MultiDice d2) { int value = d1.Value + d2.Value; Dice[] dices = Util.Concat(new Dice[] { d1 }, d2.Dices); return new MultiDice(value, dices); } public static string[] GetStructure(int value) { string[] res; switch(value) { case 1: res = new string [] { "+-------+", "| |", "| o |", "| |", "+-------+" }; break; case 2: res = new string [] { "+-------+", "| o |", "| |", "| o |", "+-------+" }; break; case 3: res = new string [] { "+-------+", "| o |", "| o |", "| o |", "+-------+" }; break; case 4: res = new string [] { "+-------+", "| o o |", "| |", "| o o |", "+-------+" }; break; case 5: res = new string [] { "+-------+", "| o o |", "| o |", "| o o |", "+-------+" }; break; case 6: res = new string [] { "+-------+", "| o o |", "| o o |", "| o o |", "+-------+" }; break; default: res = new string [] { "+-------+", "| |", "| |", "| |", "+-------+" }; break; } return res; } } class MultiDice { public int Value { get; } public Dice[] Dices { get; } public MultiDice(int value, Dice[] dices) { this.Value = value; this.Dices = dices; } public MultiDice() { this.Value = 0; this.Dices = new Dice[] {}; } public void Draw() { int start = 0; int length = this.Dices.Length; while ((length - (start)) > 0) { int calc = length - (start); int condition = (((calc % 4) > 0) && ((calc / 4) < 1)) ? calc : 4; for (int i = 0; i < 5; i++) { for (int j = start; j < (condition + start); j++) { string line = (this.Dices[j]).Structure[i]; Console.Write($"{line} "); } Console.WriteLine(); } Console.WriteLine(); start += 4; } } public static MultiDice operator+(MultiDice d1, MultiDice d2) { int value = d1.Value + d2.Value; Dice[] dices = Util.Concat(d1.Dices, d2.Dices); return new MultiDice(value, dices); } public static MultiDice operator+(MultiDice d1, Dice d2) { int value = d1.Value + d2.Value; Dice[] dices = Util.Concat(d1.Dices, new Dice[] { d2 }); return new MultiDice(value, dices); } } static class Util { public static int GetSeed() { DateTime now = DateTime.Now; string ticks = now.Ticks.ToString(); return Convert.ToInt32(ticks.Substring(ticks.Length - 1)); } public static T[] Concat(params T[][] arrs) { T[] res = new T[arrs.Select(x => x.Length).Sum()]; int start = 0; foreach (T[] arr in arrs) { arr.CopyTo(res, start); start += arr.Length; } return res; } } }

Dice Game v1.0.2