private float Timer; // 纪录时间
private void Awake()
{
DoPlayerPath = GetComponent <DOTweenPath>();
DoCar1Path = Car1.GetComponent <DOTweenPath>();
DoCar2Path = Car2.GetComponent <DOTweenPath>();
DoCar3Path = Car3.GetComponent <DOTweenPath>();
}
//Resets some variables and statuses the a certain player is made a CPU
void resetControlsCPU()
{
if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy1)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy1_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy2)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy2_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.ArrowKeys)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_arrowKeys_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.WSDA)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_wsda_taken = false;
}
Control_Type.text = "Not Assigned";
carImage.sprite = default_Empty;
playerCoin.transform.position = m.playerPosition;
if (Car1.ThisCarSelected == true && CoinController.CoinID == Car1.ID)
{
Car1.CheckPlayerActivation();
}
else if (Car2.ThisCarSelected == true && CoinController.CoinID == Car2.ID)
{
Car2.CheckPlayerActivation();
}
else if (Car3.ThisCarSelected == true && CoinController.CoinID == Car3.ID)
{
Car3.CheckPlayerActivation();
}
else if (Car4.ThisCarSelected == true && CoinController.CoinID == Car4.ID)
{
Car4.CheckPlayerActivation();
}
CPU_Controls = 0;
m.Hand.SetAsLastSibling();
CoinController.is_car_selected = false;
if (m.playerID == 1)
{
buttonController.SetOverlay(false);
controlController.SetOverlay(false);
}
}
static void Main(string[] args)
{
Car1 myCar1 = new Car1();
myCar1.StartEngine1();
myCar1.color1 = "red";
Console.WriteLine(myCar1.color1);
Car2 myCar2 = new Car2("red");
Console.WriteLine(myCar2.GetDetails());
myCar2.color2 = "blue";
Console.WriteLine(myCar2.GetDetails());
Car3 myCar3 = new Car3();
myCar3.Color = "blue";
Console.WriteLine("The new car's color is " + myCar3.Color);
Car4 myCar4 = new Car4();
Console.WriteLine(myCar4.GetDetails());
}
// NAME :- MAIN METHOD
// AUTHOR NAME :- SHIKHA MALIK
// DECRIPTION :- MAIN METHOD
// CREATED DATE :- 16/07/2012
static void Main(string[] args)
{
string strS; Vowel objVowel; SwitchVowel objSvowel; CaseCheck objCaseCheck; Reverse objReverse; PowerNum objPowerNum; WindowName objWindowName; //Declaration of variable
char chr = 'a'; int n, m; ArrayList arrLstN = new ArrayList(); List <object> arrLstlist = new List <object>();
StructDate[] objdt; ReverseSort objReverse1; SearchArray objSearchArray; ReviseArray objReviseArray; CopyArray objCopyArray; NotePadApplication objNotePadApplication;
Franchisee objFranchisee; Customer objCustomer; BubbleSort objBubbleSort; TransformArry objTransformArry; CastValue objCastValue; StringBldr objStringBldr;
StructDate objStructure; DateArray objDateArray; TextFile objTextFile; ReadTextFile objReadTextFile; ArrayList arrLstCarArmd = new ArrayList();
List <object> objListCar5 = new List <object>(); Driver objDriver; Car objCar; Car2 objCar2; Car3 objCar3; Car4 objCar4; ArmoredVehicle objArmoredVehicle;
CarArmoredVcle objCarArmoredVcle; CarArmoredVcle1 objCarArmoredVcle1; Car5 objCar5; List <object> objArryLstD = new List <object>(); List <object> objArryLstD1 = new List <object>();
try
{
System.Console.WriteLine(Constant.strEntrP1);
System.Console.WriteLine(Constant.strEntrP2);
System.Console.WriteLine(Constant.strEntrP3);
System.Console.WriteLine(Constant.strEntrP4);
System.Console.WriteLine(Constant.strEntrP5);
System.Console.WriteLine(Constant.strEntrP6);
System.Console.WriteLine(Constant.strEntrP7);
System.Console.WriteLine(Constant.strEntrP8);
System.Console.WriteLine(Constant.strEntrP9);
System.Console.WriteLine(Constant.strEntrP10);
System.Console.WriteLine(Constant.strEntrP11);
System.Console.WriteLine(Constant.strEntrP12);
System.Console.WriteLine(Constant.strEntrP13);
System.Console.WriteLine(Constant.strEntrP14);
System.Console.WriteLine(Constant.strEntrP15);
System.Console.WriteLine(Constant.strEntrP16);
System.Console.WriteLine(Constant.strEntrP17);
System.Console.WriteLine(Constant.strEntrP18);
System.Console.WriteLine(Constant.strEntrP19);
System.Console.WriteLine(Constant.strEntrP20);
System.Console.WriteLine(Constant.strEntrP21);
System.Console.WriteLine(Constant.strEntrP22);
System.Console.WriteLine(Constant.strEntrP23);
System.Console.WriteLine(Constant.strEntrP24);
System.Console.WriteLine(Constant.strEntrP25);
System.Console.WriteLine(Constant.strEntrP26);
System.Console.WriteLine(Constant.strEntrP27);
System.Console.WriteLine(Constant.strEntrP28);
System.Console.WriteLine(Constant.strEntrP29);
System.Console.WriteLine(Constant.strEntrP30);
System.Console.WriteLine(Constant.strEntrP31);
System.Console.WriteLine(Constant.strEntrP32);
System.Console.WriteLine(Constant.strEntrP33);
System.Console.WriteLine(Constant.strEntrP34);
System.Console.WriteLine(Constant.strEntrP35);
System.Console.WriteLine(Constant.strSpace);
System.Console.WriteLine(Constant.strStar);
do
{
System.Console.WriteLine(Constant.strEntrCh); //Gather Information regarding choice
strS = System.Console.ReadLine(); //Read value of string
switch (strS)
{
case "2.1": //case use for 2.1 exercise that is chracter is vowel or not
objVowel = new Vowel(); //create object for class
objVowel.vowelc();
break;
case "2.2": //case use for 2.2 exercise that is chracter is vowel or not using swith case
objSvowel = new SwitchVowel(); //create object for class
objSvowel.Switchvl();
break;
case "2.3": //case use for 2.3 exercise that is for Enter digit , char in both case and count their times.
objCaseCheck = new CaseCheck(); //create object for class
objCaseCheck.CaseC();
break;
case "2.4": //case use for 2.4 exercise that is use for reverse array
objReverse = new Reverse(); //create object for class
objReverse.Rev();
break;
case "2.5": // case use for 2.5 exercise that is use for reverse array and sort array
objReverse1 = new ReverseSort(); //create object for class
objReverse1.RevS();
break;
case "2.6": // case use for 2.6 exercise that is use for search element from arry
objSearchArray = new SearchArray(); //create object for class
objSearchArray.Sarray();
break;
case "2.7": // case use for 2.7 exercise that is use for serch element and print number of times its exists.
objReviseArray = new ReviseArray(); //create object for class
objReviseArray.Rarray();
break;
case "2.8": // case use for 2.8 exercise that is use for copy array according to condition
objCopyArray = new CopyArray(); //create object for class
objCopyArray.Carray();
break;
case "2.9": // case use for 2.9 exercise that is use for calculate the power of entered number
objPowerNum = new PowerNum(); //create object for class
objPowerNum.Pwrnum();
break;
case "2.10": // case use for 2.10 exercise that is used for open notepad
objNotePadApplication = new NotePadApplication(); //create object for class
objNotePadApplication.Notepad();
break;
case "2.11": // case use for 2.11 exercise that is used for display required system information
objWindowName = new WindowName(); //create object for class
objWindowName.WinName();
break;
case "4.7": // case use for 4.7 exercise that is for arraylist
Console.WriteLine(Constant.strEnumObjArry); //message for enter number of object of Customer class
n = int.Parse(Console.ReadLine());
for (int i = 1; i <= n; i++) // loop for number of times of object of Customer class
{
objCustomer = new Customer();
Console.WriteLine(Constant.strEntrsalCt + "" + i);
objCustomer.Salutation = Console.ReadLine();
Console.WriteLine(Constant.strEntrNmCt + "" + i);
objCustomer.Name = Console.ReadLine();
Console.WriteLine(Constant.strEntrMatCt + "" + i);
objCustomer.Maritial_Status = Console.ReadLine();
Console.WriteLine(Constant.strEntrGenCt + "" + i);
objCustomer.Gender = Console.ReadLine();
Console.WriteLine(Constant.strEntrAddCt + "" + i);
objCustomer.Address = Console.ReadLine();
Console.WriteLine(Constant.strEntrQualCt + "" + i);
objCustomer.Qualification = Console.ReadLine();
Console.WriteLine(Constant.strEntrLanCt + "" + i);
objCustomer.Language = Console.ReadLine();
arrLstN.Add(objCustomer); //add into arraylist
}
Console.WriteLine(Constant.strEntrObjFrch); // message for enter number of object of Franchisee class
m = int.Parse(Console.ReadLine());
for (int i = 1; i <= m; i++) // loop for number of times of object of Franchisee class
{
objFranchisee = new Franchisee();
Console.WriteLine(Constant.strEntrFeesFrch + "" + i);
objFranchisee.Fees = int.Parse(Console.ReadLine());
arrLstN.Add(objFranchisee); //add into arraylist
}
Console.ReadLine();
break;
case "4.8": // case use for 4.8 exercise that is for show arraylist
for (int i = 0; i < arrLstN.Count; i++)
{
Console.WriteLine(arrLstN[i].ToString());
}
break;
case "4.9": // case use for 4.9 exercise that is for Typed Arraylist
Console.WriteLine(Constant.strEnumObjList); //message for enter number of object of Customer class
n = int.Parse(Console.ReadLine());
for (int i = 1; i <= n; i++) // loop for number of times of object of Customer class
{
objCustomer = new Customer();
Console.WriteLine(Constant.strEntrsalCt + "" + i);
objCustomer.Salutation = Console.ReadLine();
Console.WriteLine(Constant.strEntrNmCt + "" + i);
objCustomer.Name = Console.ReadLine();
Console.WriteLine(Constant.strEntrMatCt + "" + i);
objCustomer.Maritial_Status = Console.ReadLine();
Console.WriteLine(Constant.strEntrGenCt + "" + i);
objCustomer.Gender = Console.ReadLine();
Console.WriteLine(Constant.strEntrAddCt + "" + i);
objCustomer.Address = Console.ReadLine();
Console.WriteLine(Constant.strEntrQualCt + "" + i);
objCustomer.Qualification = Console.ReadLine();
Console.WriteLine(Constant.strEntrLanCt + "" + i);
objCustomer.Language = Console.ReadLine();
arrLstlist.Add(objCustomer); // add into List
}
Console.WriteLine(Constant.strEntrObjFrch);
m = int.Parse(Console.ReadLine());
for (int i = 1; i <= m; i++)
{
objFranchisee = new Franchisee();
Console.WriteLine(Constant.strEntrFeesFrch + "" + i);
objFranchisee.Fees = int.Parse(Console.ReadLine());
arrLstlist.Add(objFranchisee); // add into List
}
Console.ReadLine();
break;
case "4.10": // case use for 4.10 exercise that is for show arraylist
for (int i = 0; i < arrLstlist.Count; i++)
{
Console.WriteLine(arrLstlist[i].ToString());
}
break;
case "4.11": //case use for 4.11 exercise that is use for sorting array
objBubbleSort = new BubbleSort(); //create object for class
objBubbleSort.BublSrt();
break;
case "4.12": //case use for 4.12 exercise that is used for transform matrix
objTransformArry = new TransformArry(); //create object for class
objTransformArry.TrnsfrmArr();
break;
case "4.13": //case use for 4.13 exercise that is used for casting of double value
objCastValue = new CastValue();
objCastValue.CastFltMy(); //create object for class
break;
case "4.14": //case use for 4.14 exercise that is used for convert input amount into string
objStringBldr = new StringBldr();
Console.WriteLine(Constant.strEntrAmount);
int intN = int.Parse(Console.ReadLine());
string strS2;
strS2 = objStringBldr.NumToWrds(intN); //create object for class
Console.WriteLine(strS2);
break;
case "4.15": //case use for 4.15 exercise that is used for create StructDate
objStructure = new StructDate();
objStructure.dateArray(); // //create object for class
break;
case "4.16": //Case use for 4.16 exercise that is used for sorting date
Console.WriteLine(Constant.strEnumDate);
int size = Convert.ToInt32(Console.ReadLine());
objdt = new StructDate[size]; //create object of structDate array
for (int i = 0; i < size; i++)
{
Console.WriteLine(Constant.strEntrdate + (i + 1));
Console.WriteLine(objdt[i].dateArray());
}
objDateArray = new DateArray();
objDateArray.dateArray(objdt); //Pass by value
objDateArray.dateArray(ref objdt); //Pass by Reference break
break;
case "4.17": //Case use for 4.17 exercise that is used for Write lines on file
objTextFile = new TextFile(); //create object for class
objTextFile.TextFileM();
break;
case "4.18": //Case use for 4.18 exercise that is used for read file content
objReadTextFile = new ReadTextFile(); //create object for class
objReadTextFile.ReadText();
break;
case "7.1": //Case use for 7.1 exercise that is used Driver class
objDriver = new Driver();
objDriver.Drive(); //create object for class
break;
case "7.2":
objCar = new Car(); //Case use for 7.2 exercise that is used Car class
objCar.Drive();
break;
case "7.3": //Case use for 7.3 exercise that is used Car2 class
objCar2 = new Car2();
objCar2.Drive(); //create object for class
break;
case "7.4": //Case use for 7.4 exercise that is used Car3 class
objCar3 = new Car3();
objCar3.Drive(); //create object for class
break;
case "7.5": //Case use for 7.5 exercise that is used Car4 class
objCar4 = new Car4();
objCar4.Destruct(); //create object for class
break;
case "7.6": //Case use for 7.6 exercise that is used ArmoredVehicle class
objArmoredVehicle = new ArmoredVehicle();
objArmoredVehicle.Destruct(); //create object for class
break;
case "7.7": //Case use for 7.7 exercise that is used CarArmoredVcle class
objCarArmoredVcle = new CarArmoredVcle();
ArrayList objarr = objCarArmoredVcle.CarArmored(); //create object for class
foreach (object obj in objarr)
{
Console.WriteLine(obj);
}
break;
case "7.8": //Case use for 7.8 exercise that is used CCarArmoredVcle1 class
objCarArmoredVcle1 = new CarArmoredVcle1();
ArrayList objarr1 = objCarArmoredVcle1.CarArmored(); //create object for class
foreach (object obj in objarr1)
{
try { Console.WriteLine(obj); }
catch (VehicleNtDestydException v)
{
Console.WriteLine(v.Message);
}
}
break;
case "7.9": //Case use for 7.9 exercise that is used Arraylist, create dynamically object
Console.WriteLine(Constant.strEntrCarobject);
int intLst1 = int.Parse(Console.ReadLine());
for (int i = 0; i < intLst1; i++) //Create object in looping
{
Console.WriteLine(Constant.strEntrCarModel);
string strModelnm = Console.ReadLine();
objCar5 = new Car5(strModelnm);
objArryLstD1.Add(objCar5); //Add object intito Arraylist
}
for (int i = 0; i < objArryLstD1.Count; i++) //looping for traverse list
{
Console.WriteLine(objArryLstD1[i].ToString());
}
break;
//objListCar5.Add(objCar5 = new Car5("IV-Tec"));
//objListCar5.Add(objCar5 = new Car5("City Honda"));
//foreach (object obj in objListCar5)
//{
// Console.WriteLine(obj.ToString());
//}
// break;
case "7.10": //Case use for 7.10 exercise that is used Arraylist, create dynamically object and make readonly property
Console.WriteLine(Constant.strEntrCarobject);
int intLst = int.Parse(Console.ReadLine());
for (int i = 0; i < intLst; i++) //Create object in looping
{
Console.WriteLine(Constant.strEntrCarModel);
string strModelnm = Console.ReadLine();
CarArmoredVclList objCarArmoredVclList = new CarArmoredVclList(strModelnm);
objArryLstD.Add(objCarArmoredVclList); //Add object intito Arraylist
}
for (int i = 0; i < objArryLstD.Count; i++) //looping for traverse list
{
Console.WriteLine(objArryLstD[i].ToString());
}
break;
case "7.11": //Case use for 7.11 exercise that is used for fuel calculation
Console.WriteLine(Constant.strIniValCar); //Enter initial value for car
int intK = Convert.ToInt16(Console.ReadLine());
Car6 objCar6 = new Car6(intK);
Console.WriteLine(Constant.strIniValArmored); //Enter initial value for Armored Vehicle
int intC = Convert.ToInt16(Console.ReadLine());
CarFuelCmsptn objCarFuelCmsptn = new CarFuelCmsptn(intC);
objCarFuelCmsptn.FuelEfficiency = 5;
objCar6.FuelEfficiency = 14;
Console.WriteLine(Constant.strEntrKiloCar); //Enter number of Kilometer Driven by Car by user
try { objCar6.Drive(Convert.ToDouble(Console.ReadLine())); }
catch (NoFuelLeftException v) { Console.WriteLine(v); }
Console.WriteLine(Constant.strEntrKiloArmored); // Enter number of Kilometer Driven by ArmoredVehicle by user
try { objCar6.Drive(Convert.ToDouble(Console.ReadLine())); }
catch (NoFuelLeftException StrFuel) { Console.WriteLine(StrFuel); }
break;
case "7.12": //Case use for 7.11 exercise that is used for create hash table, add object in it.
HashTblCar objHashTblCar = new HashTblCar();
objHashTblCar.HashTblSort(); //create object for class
break;
default:
Console.WriteLine(Constant.strEntrNch); //enter no choice
break;
}
Console.WriteLine(Constant.strEntrCyn); // Gather information that you want continue or not
chr = Char.Parse(Console.ReadLine()); // Read value of character
} while (chr == 'Y' || chr == 'y');
if (chr == 'N' || chr == 'n')
{
Console.WriteLine(Constant.strMsg); // Display message if you press N
Console.ReadLine();
}
}
catch (Exception ex)
{
System.Console.WriteLine(ex.Message.ToString()); // throw exception
Console.Read();
}
finally
{
strS = null; objVowel = null; objSvowel = null; objCaseCheck = null; //REALLOCATE THE MEMORY
objdt = null; objReverse = null; objPowerNum = null; objWindowName = null;
objReverse1 = null; objSearchArray = null; objReviseArray = null; objCopyArray = null;
objNotePadApplication = null; objDateArray = null; objTextFile = null;
objReadTextFile = null; objDriver = null; objCar = null; objCar2 = null; objCar3 = null; objCar4 = null; objCar5 = null;
objArmoredVehicle = null; objCarArmoredVcle = null; objCarArmoredVcle1 = null;
}
}
//This funciton is called when the activation button on the panel is pressed (changes the player status to active, non active or cpu)
public void PanelManager()
{
if (m.playerID != 1) //Player 1 will have a slightly different behaviour
{
if (!CoinController.is_grabbed)
{
//A new player can be activated only if it's the one right next to the highest currently activated player. e.g. if only player 1 is active you can activate player 2 but not player 3
if (l.num_players == m.playerID || l.num_players == m.playerID - 1)
{
switch_case++;
switch (switch_case)
{
case 1:
//Makes it an active player
if (l.num_players == m.playerID - 1 && !m.is_this_active)
{
Token.sprite = Player_Token;
HandObject.SetActive(true);
playerCoin.SetActive(true);
cpuText.text = "";
t.text = nameplayer;
Hand.sprite = hand_closed;
m.Hand.SetAsLastSibling();
if (m.playerID == 1)
{
m.GetComponent <Collider2D>().enabled = false;
}
if (l.num_players < m.playerID)
{
l.num_players++;
}
if (m.playerID == 1)
{
l.is_p1_active = true;
}
else if (m.playerID == 2)
{
l.is_p2_active = true;
}
else if (m.playerID == 3)
{
l.is_p3_active = true;
}
else if (m.playerID == 4)
{
l.is_p4_active = true;
}
m.is_this_active = true;
CPU_Controls = 1;
is_CPU = false;
carImage.sprite = default_Empty;
}
break;
case 2:
//Makes it a CPU
if (l.num_players == m.playerID - 1 && !m.is_this_active)
{
playerCoin.SetActive(true);
m.is_this_active = true;
l.num_players++;
if (m.playerID == 1)
{
l.is_p1_active = true;
}
else if (m.playerID == 2)
{
l.is_p2_active = true;
}
else if (m.playerID == 3)
{
l.is_p3_active = true;
}
else if (m.playerID == 4)
{
l.is_p4_active = true;
}
}
if (m.is_this_active)
{
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 2;
carImage.sprite = default_Empty;
Controls = 4;
HandObject.SetActive(false);
Token.sprite = CPU_Token;
l.num_CPU_Players++;
resetControlsCPU();
ControlManager();
}
break;
default:
//Deactivates it and resets all its variables
if (l.num_players == m.playerID && m.is_this_active)
{
print("deleting player");
playerCoin.SetActive(false);
if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy1)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy1_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.Joy2)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_joy2_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.ArrowKeys)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_arrowKeys_taken = false;
}
else if (m.ThisPlayerControl == MoveSelector.ControlTypesHere.WSDA)
{
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
l.is_wsda_taken = false;
}
if (m.playerID == 1)
{
l.is_p1_active = false;
}
else if (m.playerID == 2)
{
l.is_p2_active = false;
}
else if (m.playerID == 3)
{
l.is_p3_active = false;
}
else if (m.playerID == 4)
{
l.is_p4_active = false;
}
l.num_players--;
l.num_CPU_Players--;
m.is_this_active = false;
is_CPU = false;
CoinController.is_car_selected = false;
}
switch_case = 0;
playerCoin.transform.position = m.playerPosition;
carImage.sprite = default_notActive;
if (Car1.ThisCarSelected == true && CoinController.CoinID == Car1.ID)
{
Car1.CheckPlayerActivation();
}
else if (Car2.ThisCarSelected == true && CoinController.CoinID == Car2.ID)
{
Car2.CheckPlayerActivation();
}
else if (Car3.ThisCarSelected == true && CoinController.CoinID == Car3.ID)
{
Car3.CheckPlayerActivation();
}
else if (Car4.ThisCarSelected == true && CoinController.CoinID == Car4.ID)
{
Car4.CheckPlayerActivation();
}
CPU_Controls = 0;
t.text = "N/A";
cpuText.text = "";
if (m.playerID == 1)
{
buttonController.SetOverlay(false);
controlController.SetOverlay(false);
}
Controls = 4;
ControlManager();
break;
}
}
//If this is a middle player (e.g. player 2 when 3 players are active) only switches between CPU and active status. Player cannot be disabled
else if (m.is_this_active)
{
CPU_Controls++;
switch (CPU_Controls)
{
case 1:
is_CPU = false;
resetControlsCPU();
Controls = 4;
ControlManager();
Hand.sprite = hand_closed;
cpuText.text = "";
t.text = nameplayer;
switch_case = 1;
Token.sprite = Player_Token;
HandObject.SetActive(true);
CPU_Controls = 1;
l.num_CPU_Players--;
break;
case 2:
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 0;
switch_case = 2;
resetControlsCPU();
Controls = 4;
ControlManager();
l.num_CPU_Players++;
HandObject.SetActive(false);
Token.sprite = CPU_Token;
m.ThisPlayerControl = MoveSelector.ControlTypesHere.NotAssigned;
break;
default:
switch_case = 0;
CPU_Controls = 0;
Controls = 4;
is_CPU = false;
break;
}
}
}
}
//Player 1 can also not be deactivated as it controls other players' statuses and activation
else
{
CPU_Controls++;
switch (CPU_Controls)
{
case 1:
cpuText.text = "";
t.text = nameplayer;
is_CPU = false;
switch_case = 1;
Token.sprite = Player_Token;
break;
case 2:
cpuText.text = "";
t.text = "CPU";
is_CPU = true;
CPU_Controls = 0;
Token.sprite = CPU_Token;
switch_case = 2;
break;
default:
switch_case = 0;
CPU_Controls = 0;
is_CPU = false;
break;
}
}
}
