How to write the source code of flying chess in C #

This article introduces how to write the source code of flying chess in C#. The content is very detailed. Interested friends can use it for reference. I hope it will be helpful to you.

Rules of the game

If player A steps on player B, player B steps back 6 frames and steps on 1 lucky roulette, a changes positions, b bombers the other side 6 squares steps back on 2 mines, 6 squares steps back on 2 mines, 6 squares steps on 3 pauses, pauses one round into 4 time-space tunnels, 10 squares steps on squares, nothing 0 indicates normal roulette ◎ 2 indicates landmine ★ 3 pauses ▲ 4 indicates space tunnel.

On the analysis of the source code of flying chess, the next article will be issued.

Source code

Using System;using System.Collections.Generic;using System.Linq;using System.Text;using System.Threading.Tasks;namespace Flying Chess {class Program {/ / We use static fields to simulate the global variable static int [] Maps=new int [100]; / / declare an array of static fields to store the coordinates of player An and player B static int [] playerPos = new int [2]; / / store the names of two players static string [] playerNames = new string [2] / / two player tags static bool [] flags = new bool [2]; / / flags [0] player An and flags [1] player B default is false static void Main (string [] args) {GameShow (); / / load game header # region enter player name Console.WriteLine ("Please enter player A's name"); playerNames [0] = Console.ReadLine () While (playerNames [0] = "") {Console.WriteLine ("player A name cannot be empty, please re-enter"); playerNames [0] = Console.ReadLine ();} Console.WriteLine ("Please enter player B's name"); playerNames [1] = Console.ReadLine (); while (playerNames [1] = = "" | | playerNames [1] = = playerNames [0]) {if (playerNames [1] = "") {Console.WriteLine ("name cannot be empty, please re-enter") PlayerNames [1] = Console.ReadLine ();} else {Console.WriteLine ("player B name cannot be repeated, please re-enter"); playerNames [1] = Console.ReadLine ();}} # endregion / / after the player name is written, clear the screen Console.Clear (); / / clear the screen GameShow (); Console.WriteLine ("soldiers of {0} are represented by A, playerNames [0]); Console.WriteLine (" soldiers of {0} are represented by B ", playerNames [1]) Initailmap (); / / initialize the map DrowMap (); / / draw the map-Note: initialize the map before drawing the map / / while in the game when neither player A nor player B reaches the finish line (playerPos [0])

< 99 && playerPos[1] < 99) { if (flags[0] == false) { PlayGame(0); } else { flags[0] = false; } if (playerPos[0] >

= 99) {Console.WriteLine ("player {0} beat player {1}", playerNames [0], playerNames [1]); break;} if (flags [1] = = false) {PlayGame (1);} else {flags [1] = false;} if (playerPos [1] > = 99) {Console.WriteLine ("player {0} beat player {1}", playerNames [1], playerNames [0]); break;} Console.ReadKey () } / set the color of the game header and output / public static void GameShow () {Console.ForegroundColor = ConsoleColor.Blue; / / set the foreground color of the output Console.WriteLine ("* *"); Console.ForegroundColor = ConsoleColor.Cyan; Console.WriteLine ("* *") Console.ForegroundColor = ConsoleColor.Red; Console.WriteLine ("* Flying Chess War *"); Console.ForegroundColor = ConsoleColor.Yellow; Console.WriteLine ("* *"); Console.ForegroundColor = ConsoleColor.DarkGray; Console.WriteLine ("* *"); Console.ForegroundColor = ConsoleColor.Green Console.WriteLine ("* *"); initialize the map / public static void Initailmap () {int [] lucklyturn = {6, 23, 40, 55, 69, 83}; / / for (int I = 0; I < lucklyturn.Length; I +) {int index = lucklyturn [I]; Maps [index] = 1 / / set the location values of lucky roulette to 1} int [] landMine = {5, 13, 17, 33, 38, 50, 64, 80, 94}; / / Mine for (int I = 0; I < landMine.Length; iwheel +) {int index = landMine [I]; Maps [index] = 2; / / set the location values of mines to 2} int [] pause = {9,27,60,93}; / / suspend for (int I = 0; I < pause.Length) Int index +) {int index = pause [I]; Maps [index] = 3; / / set the values of the paused position to 3} int [] timeTunnel = {20,25,45,63,72,88,90}; / / Space-time tunnel for (int I = 0; I)