The Glorious Years of wisdom-c# basic six flying chess

Flying Chess Business:
We need to be able to have 2 players play on the map according to the rules of the game

Player class
Variables: Player position, player name, player ID, whether the player is in a trap
Method: Throw Dice, move

Map class
Variables: Map data arrays
Method: Initialize map data, draw map, display logo

Game Rules Class
Variable:
Method: The first game description, determine whether the player position has obstacles, according to different obstacles to perform different operations, to determine whether the game is over

Using system;using system.collections.generic;using system.linq;using system.text;namespace P03FlyQi{class Program        {#region----------------1. Global variable Mapdata/playermark/palyernames/playerposition/playerisintrap------------------- 1. Global variables-----------------------------//--------1.1 map data-----------------//<summary>//        /map data array//</summary> static string[] MapData = new string[100]; --------1.2 player Data-----------------//<summary>//Player ID//////</summary> St        atic string[] Playermark = new string[2];        <summary>///Player name///</summary> static string[] Playernames = new string[2];        <summary>///Player location///</summary> static int[] playerposition = new int[2];       <summary>///Whether the player is in a trap///</summary> static bool[] Playerisintrap = new bool[2];  #endregion static void Main (string[] args) {startgame ();        Console.ReadLine ();        } #region 0.0 games start void startgame ()///<summary>//0.0 games start//</summary>            static void Startgame () {//0.1 initialization data initdata ();            0.2 display Logo Showlogo ();        0.3 games for Playing (); } #endregion #region 1.0 Initialize data method void InitData ()///<summary>//1.0 Initialize data method/            </summary> static void InitData () {//1. Initialize map data initmapdata ();        2. Initialization of player data initplayerdata ();        #endregion #region 1.1 Initialize map data void Initmapdata ()//<summary>//1.1 Initialize map data </summary> static void Initmapdata () {//a. The default assignment for all cells in the map is "normal" for (in t i = 0; i < mapdata.length;   i++)         {Mapdata[i] = "normal";            }//b. Set the barrier mapdata[5] = "Mine";            MAPDATA[25] = "Mines";            MAPDATA[45] = "Mines";            MAPDATA[85] = "Mines";            MAPDATA[15] = "trap";            MAPDATA[33] = "trap";            MAPDATA[65] = "trap";            MAPDATA[95] = "trap";            MAPDATA[12] = "Time-space tunnel";            MAPDATA[28] = "Time-space tunnel";            MAPDATA[54] = "Time-space tunnel";            MAPDATA[79] = "Time-space tunnel";            MAPDATA[7] = "lucky Wheel";            MAPDATA[37] = "lucky Wheel";            MAPDATA[47] = "lucky Wheel";        MAPDATA[69] = "lucky Wheel";        } #endregion #region 1.2 initialize player data void initplayerdata ()///<summary>//1.2 Initialize player data            </summary> static void Initplayerdata () {playermark[0] = "a";            PLAYERMARK[1] = "B";            Playernames[0] = ReadString ("Please enter the name of Player A:");            Console.WriteLine ("Player {0} 's name is set successfully ~ ~ ~:) \ n", playermark[0]);         Do   {Playernames[1] = ReadString ("Please enter player B's name:");                if (playernames[1] = = Playernames[0]) {Console.WriteLine ("Two names cannot be the same as ~ ~ ~");                    } else {Console.WriteLine ("Player {0} 's name was set successfully ~ ~ ~:) \ n", playermark[1]);                Break        }} while (true);        } #endregion #region 2.0 show Game logo void Showlogo ()///<summary>//2.0 Show Game logo </summary> static void Showlogo () {Console.WriteLine ("********************************            ************");            Console.WriteLine ("* *");            Console.WriteLine ("* Knight Flight Chess of the Bull B");            Console.WriteLine ("* *");        Console.WriteLine ("********************************************"); } #endregion #regioN 3.0 games in the Middle void Playing ()///<summary>//3.0 games in//</summary> static void            Playing () {//3.1 clear screen console.clear ();            3.2 Display logo Showlogo ();            3.3 Show the description message for the first time the game was run showfirstroundmsg ();        3.4 Games take turns playrounds ();  #endregion #region 3.1 shows a description of the first run of the game message void showfirstroundmsg ()//<summary>//3.1 Displays a description message for the first time the game was run//</summary> static void Showfirstroundmsg () {Console.WriteLine ( "{0} and {1} Two good friends will be showdown in this game ~~!            ", Playernames[0], playernames[1]);            Console.WriteLine ("Player" {0} "with" A "denotes ~ ~", playernames[0]);            Console.WriteLine ("Player" {0} "with" B "denotes ~ ~", playernames[1]); Console.WriteLine ("If the two players are in the same position, use <>!")            ");        Console.WriteLine ("Game Start ~ ~ ~");    } #endregion///<summary>///Games End logo///</summary>    static bool Isgameover = FALSE; #region 3.2 games take turns void Playround ()///<summary>//3.2 Games Rotate///</summary> St            atic void Playrounds () {//3.2.1 draw map showmap ();            while (!isgameover) {//3.2.2 player starts playing ~ ~ playanround ();        }} #endregion draw map #region 3.2.1 void Showmap ()///<summary>//3.2.1 Map  </summary> static void Showmap () {//1. Draw the first part: the 1th horizontal bar (left to right) for (int i = 0; I < 30;                i++) {String Uniticon = Getmapuniticonbytype (i);            Console.Write (Uniticon);            } Console.WriteLine (); 2. Draw Part Two: 1th vertical bar (right vertical bar) for (int i =; i <; i++) {String Uniticon = Getmapuni                Ticonbytype (i);           for (int j = 0; J <; J + +) {         Console.Write ("");            } Console.WriteLine (Uniticon); //3. Draw the third part: 2nd Bar (right-to-left) for (int i = i>=35;; i--) {string Unitico                n = getmapuniticonbytype (i);            Console.Write (Uniticon);            } Console.WriteLine (); 4. Draw Part IV: 2nd vertical bar (left vertical bar) for (int i = n; i < i++) {string Uniticon = Getmapuni                Ticonbytype (i);            Console.WriteLine (Uniticon); }//5. Plot Part V: 3rd horizontal bar (from left to right) for (int i = i++; I <) {string UnitI                con = Getmapuniticonbytype (i);            Console.Write (Uniticon);            } Console.WriteLine ();        After drawing the map, restore the original font color Console.resetcolor (); } #endregion #region 3.2.1.1 the map icon or player ID string getmapuniticonbytype (int mapindex)///&L according to the map subscript T;summary>///3.2.1.1 Returns the Map element type (normal, mine, trap ...) and returns the corresponding symbol according to the map subscript, or Player ID///To get the map unit (common, mines, traps). </summary>//<param name= "Mapindex" > Map unit subscript </param> static string Getmapuniticonbytyp            E (int mapindex) {string struniticon = ""; 1. Determine if the location of the map has the player if (Mapindex = = playerposition[0])//Player A's position {//If the two players are in the same position, you need to return to the & lt;> if (playerposition[0] = = Playerposition[1]) {CONSOLE.FOREGROUNDC                    Olor = Consolecolor.gray;                Struniticon = "<>";                    } else {console.foregroundcolor = Consolecolor.white;                Struniticon = playermark[0]; }} else if (Mapindex = = playerposition[1])//Player B's position {Console.foregroundco                Lor = Consolecolor.white;            Struniticon = playermark[1]; } else//map Symbol {switch (Mapdata[mapindex]) {case "normal":                        Console.foregroundcolor = Consolecolor.white;                        Struniticon = "-";                    Break                        Case "Mine": Console.foregroundcolor = consolecolor.red;                        Struniticon = "";                    Break                        Case "Lucky Roulette": Console.foregroundcolor = Consolecolor.yellow;                        Struniticon = "卐";                    Break                        Case "space-Time Tunnel": Console.foregroundcolor = Consolecolor.magenta;                        Struniticon = "0";                    Break                        Case "trap": Console.foregroundcolor = Consolecolor.green;                        Struniticon = "Well";                Break }} return Struniticon;       } #endregion #region 3.2.22 players each throw a dice void playanround ()///<summary>//3.2.2            Two players each throw a dice///</summary> static void Playanround () {int playnum = 0;            1. Player A throws the dice--------------------------//0. Determine if Player A is in the trap if (playerisintrap[0] = = true)//If in the trap, stop round                {Console.WriteLine ("Player" A "is struggling to climb outside the trap ~ ~ ~ ~ Press ENTER to continue");            Playerisintrap[0] = false;//changes player B's trap identifier to False (has stopped for a round) console.readline ();                } else//Otherwise, the dice are cast {playnum = Getanrandomnum ();                1.1 Modify player A's position playerposition[0] + = Playnum;                Console.WriteLine ("Player" a "throws a number: {0}, press ENTER to continue ...", playnum);                Console.ReadLine ();                1.2 Redraw map console.clear ();                Showlogo ();                Showmap (); 1.3 Determine if Player A is at the end of a new position or has an obstruction!            , if there is one, handle it accordingly    Judgeposition (TRUE); }//2. Player B throws the dice-----------------------------//0. Determine if Player A is in the trap if (playerisintrap[1] = = true)/                /If in the trap, stop round {Console.WriteLine ("Player" B "is struggling to climb outside the trap ~ ~ ~ ~ Press ENTER to continue");            PLAYERISINTRAP[1] = false;//changes player B's trap identifier to False (has stopped for a round) console.readline ();                } else {playnum = Getanrandomnum ();                2.1 Modify Player B's position playerposition[1] + = Playnum;                Console.WriteLine ("Player" B "cast a number: {0}, press ENTER to continue ...", playnum);                Console.ReadLine ();                2.2 Redraw Map console.clear ();                Showlogo ();                Showmap (); 2.3 Determine if Player B is at the end of a new position or has an obstruction!            , if any, then handle judgeposition (false) accordingly; }} #endregion #region 3.2.2.1 get a dice number (1-6)///<summary>//3.2.2.1 Get a dice Number (1-6)///</summary> Static int Getanrandomnum () {Random ran = new Random (); Return ran.        Next (1, 7); } #endregion #region 3.2.2.2 to determine if the player has obstructions on the map, and if so, perform the corresponding operation void Judgeposition (bool Isplayera)///<s Ummary>//3.2.2.2 Determine if the player has obstructions on the map, if any, do the corresponding action///</summary>//<param name= "index" >&            lt;/param> static void Judgeposition (bool isplayera) {//0. Determine if the new position of two players has exceeded the map, and if it exceeds, the game ends                if (Playerposition[0] >=) {Console.WriteLine ("Game ends ~ ~ Player {0} won ~ ~", playermark[0]);            Isgameover = true; } else if (Playerposition[1] >=) {Console.WriteLine ("Game ends ~ ~ Player {0} won ~ ~", player                MARK[1]);            Isgameover = true; } else {//1. player's position int playerindex = Isplayera? Playerposition[0]: P                LAYERPOSITION[1]; 2. According to the player location map of the obstacles to executeDifferent operation switch (Mapdata[playerindex]) {case "mine": {                            Meetbomb (Isplayera);                        Break                            } case "Lucky Roulette": {meetluckycircle (Isplayera);                        Break                            } case "Space-time Tunnel": {Meettimetunnuel (Isplayera);                        Break                            } Case "Trap": {meettrap (Isplayera);                        Break        }}}} #endregion #region 3.2.2.2.1 encounter mine void Meetbomb (bool Isplayera) <summary>//3.2.2.2.1 Encounter landmines///</summary>/<param name= "Isplayera" > is Player A, or player b</param>       static void Meetbomb (bool isplayera) {//1. If it is a mine, you are prompted to step back 6 Console.WriteLine ("Bad luck ~ ~" {0} "stepped on a mine ~~! Back 6 ~~!            Press ENTER to continue ... ", (Isplayera playermark[0]: playermark[1]));            2. Players back 6 if (Isplayera) {playerposition[0]-= 6;            } else {Playerposition[1]-= 6;            } checkposition ();            Console.ReadLine ();            Console.clear ();            Showlogo ();        Showmap ();        } #endregion #region 3.2.2.2.2 encounter space-time tunnel void Meettimetunnuel (bool isplayera)//<summary>        3.2.2.2.2 encounters a time-space tunnel//</summary>//<param name= "Isplayera" > is player A, or player b</param> static void Meettimetunnuel (bool isplayera) {//1. If it is a mine, you are prompted to step back 6 Console.WriteLine ("Lucky Shipping ~ ~ "{0}" into the space-time Tunnel ~ ~! Forward 6 lattice ~~!            Press ENTER to continue ... ", (Isplayera playermark[0]: playermark[1])); 2.Player back 6 if (Isplayera) {playerposition[0] + = 6;            } else {playerposition[1] + = 6;            } checkposition ();            Console.ReadLine ();            Console.clear ();            Showlogo ();        Showmap (); } #endregion #region 3.3.2.2.3 encountered a trap void Meettrap (bool Isplayera)///<summary>//3.3. 2.2.3 Encounters traps///</summary>//<param name= "Isplayera" ></param> static void Meettrap        (bool Isplayera) {//1. If it is a mine, you are prompted to back up 6 Console.WriteLine ("Ah ~ ~" {0} "fell into the trap ~ ~! Stop a game!            Press ENTER to continue ... ", (Isplayera playermark[0]: playermark[1]));            2. The player enters the trap if (Isplayera) {playerisintrap[0] = true;            } else {playerisintrap[1] = true;        } console.readline (); } #endregion #regIon 3.3.2.4 encounters lucky Roulette void meetluckycircle ()//<summary>//3.3.2.4 encounters lucky Roulette//</summary> static void Meetluckycircle (bool isplayera) {//1. If it is a mine, you are prompted to rewind the 6-cell string strpalyerm Ark = Isplayera?            PLAYERMARK[0]: playermark[1];            int num = Readanum ("Ah ~ ~" + Strpalyermark + "" was smashed by the lucky God ~ ~, please choose a wish: 1. Bombing each other, the other side back 6 grid; 2. The big move, and the other Exchange position: "); Switch (num) {case 1://bombing each other, the other side backs up 6 grid {//If it is player A, then player B's                            Position back 6 if (Isplayera) {playerposition[1]-= 6; Console.WriteLine ("You choose to bomb each other, player" B "will back 6 grid!)                        "); } else//if player B, then player A's position back 6 grid {Playerposition[0]                            -= 6; Console.WriteLine ("You choose to bomb each other, player" A "will back 6 grid ~!)                        "); } BreaK } Case 2://the universe, and the other Exchange position {//playerposition[0] = playerposition[0                        ] + playerposition[1];                        PLAYERPOSITION[1] = playerposition[0]-playerposition[1];                        Playerposition[0] = playerposition[0]-playerposition[1];                        int temp = playerposition[0];                        Playerposition[0] = playerposition[1];                        PLAYERPOSITION[1] = temp; Console.WriteLine ("You chose the big change of the universe, and the other Exchange position!")                        ");                    Break            }} checkposition ();            Console.ReadLine ();            Console.clear ();            Showlogo ();        Showmap (); } #endregion #region 4. Check the player position and set the threshold void checkposition ()///<summary>//4. Check if there is an out-of-bounds Player position, set the threshold value//</summary> static void Checkposition () {if (Playe) if there is an out-of-boundsRposition[0] < 0) playerposition[0] = 0;            if (Playerposition[1] < 0) playerposition[1] = 0;            if (Playerposition[0] >) playerposition[0] = 99;        if (playerposition[1] >) playerposition[1] = 99; } #endregion//-----------------------Tool method-------------------------------//------------------------ -------------------------------------#region 0.0 reads a non-empty string ReadString (string strMsg)///<summary >//0.0 read a non-empty string///</summary>//<returns></returns> static string            ReadString (String strMsg) {string strmsgback= "";                while (true) {Console.Write (STRMSG); Strmsgback = Console.ReadLine ().                Trim (); if (string.                IsNullOrEmpty (Strmsgback)) {Console.WriteLine ("The string you entered cannot be empty ~ ~");           } else {         Break }} return strmsgback;//returns the received non-empty string//trim method used to remove spaces on both sides of the string, such as: "AAA aaa" = "AAA AAA"//string.  IsNullOrEmpty determines whether the string is empty, returns true if it is empty, or returns false} #endregion #region 0.0 reads a numeric value int readanum (string STRMSG)///<summary>//0.0 read a value///</summary>//<returns></retur            ns> static int Readanum (string strMsg) {int num =-1;                while (true) {string strmsgback = ReadString (STRMSG); if (int.                TryParse (strmsgback, out num) && (num > 0 && num<3)) {break; } else {Console.WriteLine ("Please enter a value between 1-2!")                ");        }} return num; } #endregion}}

　　

The Glorious Years of wisdom-c# basic six flying chess