Dependencies: mbed C12832_lcd LCD_fonts TextLCD
Diff: main.cpp
- Revision:
- 0:fc74113aca28
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/main.cpp Thu Apr 14 20:21:15 2022 +0000
@@ -0,0 +1,438 @@
+#include "mbed.h" //Including the libraries for the code
+#include "Small_7.h" //Including the libraries for the code
+#include "Arial_9.h" //Including the libraries for the code
+#include "C12832_lcd.h" //including the libraries for the code
+#include "stdio.h" //Including the libraries for the code
+#include "rtos.h" //Including the libraries for the code
+#include "TextLCD.h" // Including the libraries for the code
+
+DigitalOut LED_A(LED1); //Declaring I/O for the board
+DigitalOut LED_B(LED2); //Declaring I/O for the board
+DigitalOut LED_C(LED3); //Declaring I/O for the board
+DigitalOut LED_D(LED4); //Declaring I/O for the board
+DigitalIn Player1Input(p15); //Declaring I/O for the board
+DigitalIn Player2Input(p12); //Declaring I/O for the board
+DigitalIn PlayerCheck(p14); //Declaring I/O for the board
+C12832_LCD LCD;
+Mutex LCD_Mutex;
+Timer T;
+PwmOut Speaker(p26);
+int Player1Points; //Declaration of variables - Variable tracks points for Player1
+int Player2Points; //Declaration of variables - Variable tracks points for Player2
+float Time1; //Declaration of variables - Variable tracks time system for Player1
+float Time2; //Declaration of variables - Variable tracks time system for Player1
+float FastestTime; //Declaration of variables - Variable tracks time system for fastest reaction time through the rounds
+int Check=0; //Declaration of variables - Flags (Signals the function to run)
+int Ready=0; //Declaration of variables - Flags (Signals the function to run)
+int Player1Turn=0; //Declaration of variables - Flags (Signals the function to run)
+int Player1Begin=0; //Declaration of variables - Flags (Signals the function to run)
+int Player2Turn=0; //Declaration of variables - Flags (Signals the function to run)
+int Player2Begin=0; //Declaration of variables - Flags (Signals the function to run)
+int Scored=0; //Declaration of variables - scoring system for the rounds, allocation of points per round
+int i=0; //Declaration of variables
+int Fast=0; //Declaration of variables - variable tracks which Player has fastest time
+
+void GameStart(void const *args){ //Defining a function
+ int i = 0; //Local variable
+ for (i=0; i<1; i++) { //For loop which runs the code only for a single cycle
+ LCD_Mutex.lock(); //Locks the LCD from other threads
+ LCD.locate(36,10); //Locates the start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("20001248"); //Prints text for student id number
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ wait(3); //Delay in seconds
+ LCD_Mutex.lock(); //Locks the LCD from other threads
+ LCD.locate(25,20); //Locates position for the print statement on the LCD
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Reaction_2Player"); //Prints name of featured program
+ LCD_Mutex.unlock(); //Unlocks the LCD to other threads
+ wait(1); //Delay in seconds
+ LED_A=1; //Turns LED 'ON' - (High = 1)
+ Speaker.period(1.0/800.0); //Speaker frequency set to 800Hz
+ Speaker = 0.05; //Duty cycle set to 5% - low range volume
+ wait(0.05); //Delay in seconds
+ Speaker = 0; //Turn 'OFF' speaker
+ wait(0.3); //Delay in seconds
+ LED_A=0; //Turns LED1 'OFF' - (Low = 0)
+ LED_B=1; //Turns LED2 'ON' - (High = 1)
+ Speaker.period(1.0/800.0); //Speaker frequency set to 800Hz
+ Speaker = 0.05; //Duty cycle set to 5% - low range volume
+ wait(0.05); //Delay in seconds
+ Speaker = 0; //Turn 'OFF' speaker
+ wait(0.3); //Delay in seconds
+ LED_B=0; //Turns LED2 'OFF' - (Low = 0)
+ LED_C=1; //Turns LED3 'ON' - (High = 1)
+ Speaker.period(1.0/800.0); //Speaker frequency set to 800Hz
+ Speaker = 0.05; //Duty cycle set to 5% - low range volume
+ wait(0.05); //Delay in seconds
+ Speaker = 0; //Turn 'OFF' speaker
+ wait(0.3); //Delay in seconds
+ LED_C=0; //Turns LED3 'OFF' - (Low = 0)
+ LED_D=1; //Turns LED4 'ON' - (High = 1)
+ Speaker.period(1.0/800.0); //Speaker frequency set to 800Hz
+ Speaker = 0.05; //Duty cycle set to 5% - low range volume
+ wait(0.05); //Delay in seconds
+ Speaker = 0; //Turn 'OFF' speaker
+ wait(0.3); //Delay in seconds
+ LED_D=0; //Turns LED4 'OFF' - (Low = 0)
+ wait(0.3); //Delay in seconds
+ LED_A=1; //Turns LED1 'ON' - (High = 1)
+ LED_B=1; //Turns LED2 'ON' - (High = 1)
+ LED_C=1; //Turns LED3 'ON' - (High = 1)
+ LED_D=1; //Turns LED4 'ON' - (High = 1)
+ Speaker.period(1.0/800.0); //Speaker frequency set to 800Hz
+ Speaker = 0.1f; //Duty cycle set to 1% - low range volume
+ wait(0.05); //Delay in seconds
+ Speaker = 0; //Turn 'OFF' speaker
+ wait(0.3); //Delay in seconds
+ LED_A=0; //Turns LED1 'OFF' - (Low = 0)
+ LED_B=0; //Turns LED2 'OFF' - (Low = 0)
+ LED_C=0; //Turns LED3 'OFF' - (Low = 0)
+ LED_D=0; //Turns LED4 'OFF' - (Low = 0)
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+}
+void CheckThread(void const *args){ //Defining a function
+ while(true){ //While loop which runs thread
+ if ((PlayerCheck) && (Check == 0)){ //Playercheck & check is the pressing of the joystick, if statement conditions are met it will run the code
+ Ready = 1;
+ }
+ }
+}
+void Player1Go(void const *args){ //Defining a function
+ while(true){ //While loop whichs runs thread
+ if (Player1Turn == 1){ //If statement conditions are met it will run the code for Player1
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 5
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("5"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 4
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("4"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 3
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("3"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 2
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("2"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 1
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("1"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears the LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ LED_A=1; //Turns LED1 'ON' - (High = 1)
+ T.start(); //Timer will start counting in seconds
+ Player1Begin=1; //Flag variable is used to signal condition is met, i.e. to initialise Player1 turn
+ Player1Turn=0; //Flag variable is used to signal condition is met, i.e. doesn't run IF statment if not required
+ }
+ }
+}
+void Player1Action(void const *args){ //Defining a function
+ while(true){ //While loop whichs runs thread
+ if(Player1Input){ //Player1 presses joystick upward
+ if (Player1Begin == 1){ //If statement which will run when certain conditions are met
+ LED_A=0; //Turns LED4 'OFF' - (Low = 0)
+ T.stop(); //Timer stops
+ wait(0.01); //Delay in seconds
+ Time1 = T.read(); //Timer will be stopped, and read to signify time in seconds
+ if (Time1 < FastestTime);{ //Set new fastest time if condition is met
+ FastestTime = Time1;
+ Fast=1; //Player1 = Fastest Time
+ }
+ if (Time1 < 0.1){ //Scoring system for determing points for Player1 per round
+ Player1Points += 30;
+ Scored = 30;}
+ else if ((Time1 < 0.15) && (Time1 > 0.1)){
+ Player1Points += 20;
+ Scored = 20;}
+ else if ((Time1 < 0.25) && (Time1 > 0.15)){
+ Player1Points += 10;
+ Scored = 10;}
+ else if ((Time1 < 0.5) && (Time1 > 0.25)){
+ Player1Points += 5;
+ Scored = 5;}
+ else if ((Time1 < 1) && (Time1 > 0.5)){
+ Player1Points += 3;
+ Scored = 3;}
+ else if ((Time1 < 3) && (Time1 > 1)){
+ Player1Points += 1;
+ Scored = 1;}
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Scored: %d",Scored); //Print points for Player1 for that round
+ wait(2); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ Player1Turn=0; //Ends Player1's turn
+ Player1Begin=0;
+ T.reset();// Timer resets to zero
+ }
+ }
+ }
+}
+void Player2Go(void const *args){// Defining a function
+ while(true){ //While loop which runs thread
+ if (Player2Turn == 1){ //If statement conditions are met it will run the code for Player2
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 5
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("5"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 4
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("4"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 3
+ LCD.set_font((unsigned char*) Small_7);
+ LCD.printf("3"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 2
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("2"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(55,10); //Locates start position for the print statement, i.e. number 1
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("1"); //Prints statement onto LCD. Countdown from 5 in descending order to 1
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other thread
+ LED_A=1; //Turns LED1 'ON' - (High = 1)
+ T.start(); //Timer will start counting in seconds
+ Player2Begin=1; //Flag variable is used to signal condition is met, i.e. to initialise Player1 turn
+ Player2Turn=0; //Flag variable is used to signal condition is met, i.e. doesn't run IF statment if not required
+ }
+ }
+}
+
+void Player2Action(void const *args){
+ while(true){ //While loop which runs thread
+ if(Player2Input){ //Player1 presses joystick downward
+ if (Player2Begin == 1){ //If statement which will run when certain conditions are met
+ LED_A=0; //Turns LED1 'OFF' - (Low = 0)
+ T.stop(); //Timer stops
+ wait(0.01); //Delay in seconds
+ Time2 = T.read(); //Timer will be stopped, and read to signify time in seconds
+ if (Time2 < FastestTime);{ //Set new fastest time if condition is met
+ FastestTime = Time2;
+ Fast=2; //Player2 = Fastest Time
+ }
+ if (Time2 < 0.1){ //Scoring system for determing points for Player1 per round
+ Player2Points += 30;
+ Scored = 30;}
+ else if ((Time2 < 0.15) && (Time2 > 0.1)){
+ Player2Points += 20;
+ Scored = 20;}
+ else if ((Time2 < 0.25) && (Time2 > 0.15)){
+ Player2Points += 10;
+ Scored = 10;}
+ else if ((Time2 < 0.5) && (Time2 > 0.25)){
+ Player2Points += 5;
+ Scored = 5;}
+ else if ((Time2 < 1) && (Time2 > 0.5)){
+ Player2Points += 3;
+ Scored = 3;}
+ else if ((Time2 < 3) && (Time2 > 1)){
+ Player2Points += 1;
+ Scored = 1;}
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Scored: %d",Scored); //Print points for Player2 for that round
+ wait(2); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ Player2Turn=0; //Ends Player2's turn
+ Player2Begin=0;
+ T.reset(); //Timer resets to zero
+ }
+ }
+ }
+}
+void MainGame(void const *args){ //Defining a function
+ while(true){ //While loop which run thread
+ wait(6); //Delay in seconds
+ i = 0;
+ for (i=1;i<4;i++){ //For loop repeats three times to signify three rounds of reaction game
+ Check=1; //Flag variable is used to signal condition is met, i.e. sets checkthread conditions
+ while(Ready == 0){ //While loop will continue until joystick is pressed
+ wait(0.5); //Delay in seconds
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(0,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Press Joystick In To Begin"); //Prints statement which is a command for the Player to begin the game
+ wait(0.5); //Dlay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ Ready=0; //Resets flag variable
+ Check = 0; //Resets flag variable
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ wait(0.1); //Delay in seconds
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Get Set, Ready..."); //Prints statement which is a que to let Players know the game is beginning
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clear LCD
+ LCD_Mutex.unlock(); //Unlock LCD to other threads
+ Player1Turn=1; //Flag variable for Player1
+ wait(9); //Delay in seconds
+ if ((Player1Begin == 1) && (T.read() > 3)){ //Reads timer constantly, and if timer reaches 3 seconds, the round will be forfeited as Player reaction is too slow
+ T.stop(); //Timer stops
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Too slow"); //Prints statement to let Players know of forfeit
+ wait(1); //Delay in seconds
+ LCD.locate(15,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Player 1 Round Lost"); //Prints statement to let Player know they lost the round
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ Player1Begin=0;
+ Player1Turn=0;
+ LED_A=0; //Turns LED1 'OFF' - (Low = 0)
+ wait(1); //Delay in seconds
+ T.reset(); //Timer resets
+ }
+ wait(0.1); //Delay in seconds
+ Ready=0;
+ Check=1; //Checkthread conditions
+ while(Ready == 0){ //While loop whci runs thread. Will be infinite until joystick is pressed. Joysticks acts as an intterupt to this loop.
+ wait(0.5); //Delay in seconds
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(0,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Press Joystick In To Begin"); //Prints statement which is a command for Player to begin the game
+ wait(0.5); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ Ready=0; //Resets flag variable
+ Check = 0; //Resets flag variable
+ LCD_Mutex.lock(); //Locks LCD deom other threads
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ wait(0.1); //Delay in seconds
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Get Set, Ready..."); //Prints statement which is a que to let Players know the game is beginning
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ Player2Turn=1; //Flag variable for Player2
+ wait(9); //Delay in seconds
+ if ((Player2Begin == 1) && (T.read() > 3)){ //Reads timer constantly, and if timer reaches 3 seconds, the round will be forfeited as Player reaction is too slow
+ T.stop(); //Timer stops
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Too Slow"); //Prints statement to let Players know of forfeit
+ wait(1); //Delay in seconds
+ LCD.locate(15,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Player 2 Round Lost"); //Prints statement to let Player know they lost the round
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ Player2Begin=0;
+ Player2Turn=0;
+ LED_A=0; //Turns LED1 'OFF' - (Low = 0)
+ wait(1); //Delay in seconds
+ T.reset(); //Timer resets
+ }
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(15,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("The Results Of Round %d",i); //Prints statement to show points accumulated in the round
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ wait(0.1); //Delay in seconds
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Player 1: %d",Player1Points); //Prints statement which shows Player1 points
+ LCD.locate(30,20); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Player 2: %d",Player2Points); //Prints statement which shows Player2 points
+ wait(2); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("After 3 rounds..."); //Prints statement of the total from the three rounds
+ wait(1); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ wait(0.01); //Delay in seconds
+ LCD.locate(10,0); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("The Fastest Reaction Time"); //Prints statement showing the fastest reaction time through the three rounds
+ LCD.locate(20,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Was By Player %d",Fast); //Prints statement showing which Player got the the fastest reaction time
+ LCD.locate(23,20); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("%f",FastestTime); //Prints statement - Fastest Time
+ wait(3); //Delay in seconds
+ LCD.locate(0,0);
+ LCD.cls(); //Clears LCD
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ if (Player1Points > Player2Points){ //If Player1 has more points than Player2, the code will execute
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(20,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Congrats, Player 1 Wins"); //Prints statement congratulating winner (Player1)
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ else if (Player2Points > Player1Points){ //If Player2 has more points than Player 1, the code will execute
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(20,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Congrats, Player 2 Wins"); //Prints statement congratulating winner (Player2)
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ else if (Player1Points == Player2Points){ //If Player1 & Player2 have equal points, then the code will execute
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,10); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("It's A Draw!!"); //Prints statement to acknowledge draw between Player1 & Player2
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+ LCD_Mutex.lock(); //Locks LCD from other threads
+ LCD.locate(30,20); //Locates start position for the print statement
+ LCD.set_font((unsigned char*) Small_7); //Setting of font size (small)
+ LCD.printf("Well Done!"); //Prints statement to recognise the end of the game
+ LCD_Mutex.unlock(); //Unlocks LCD to other threads
+ }
+
+}
+ int main(){ //Defining a function
+ Thread T1(GameStart); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T2(CheckThread); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T3(MainGame); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T4(Player1Go); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T5(Player1Action); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T6(Player2Go); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ Thread T7(Player2Action); //Threads runs constantly - (Threads are smalls sets of instructions which scedule and execute several functions at the same time.
+ wait(99999); //Delay in seconds
+ Thread::wait(1);
+}
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