/* 🔲:::: One Shot 🔲 :: 🔲:::: :::::: :::::: ::::🔲 🔲 ::🔲:: :: :: :: 🔲 🔲 :::::: :: :: ::::🔲 🔲 Game ::::🔲 ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ Player serves a ball from a random place & direction across the pong table. The ball will bounce of the sides of the screen You have one shot each run to win against CPU Good luck! 🔺 Scroll screen upwards to see full pong table 🔺 Results and logics Thanks ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ Created by D_Stark. Development start date 05/12/17. Build time & bug testing approx 30 hrs. Development platform Android. Development end date 15/12/17. Game Genre (Retro). © 2017 D_Stark. Subject to https://www.sololearn.com/Privacy-Policy ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ */ import java.util.*; public class Pong_Game { //Instance Variables //Ball 1. char shapeBall, //Paddle 1 shapePaddle1,sizePaddle1, //Paddle 2 shapePaddle2,sizePaddle2, //Border shapeTLC,shapeLA,shapeTRC,shapeLD,shapeBLC,shapeBRC, //Table. tableSize; //spaces static char space; //Prints Object. static void print(String i){System.out.print(i);} //Start of Execution public static void main(String[] D_Stark) { //Creating objects from class Pong_Game. //Char values Pong_Game ball = new Pong_Game(); ball.shapeBall = 254;//254//64 Pong_Game paddle1 = new Pong_Game(); paddle1.shapePaddle1 = 240;//223 paddle1.sizePaddle1 = 8; Pong_Game paddle2 = new Pong_Game(); paddle2.shapePaddle2 = 240;//223//37 paddle2.sizePaddle2 = 8; Pong_Game border = new Pong_Game(); border.shapeTLC = 201;border.shapeLA = 205; border.shapeTRC = 187;border.shapeLD = 186; border.shapeBLC = 200;border.shapeBRC = 188; Pong_Game table = new Pong_Game(); table.tableSize = 26; //correcting char positioning for mobile space = 9; //Importing Random class. Random rnd = new Random(); int rndfwd = rnd.nextInt(17)+1; int position_LR =0; //Toggle serve direction int toggle = rnd.nextInt(2); //Storing Serve Position. int serve = rndfwd; //Top Boarder / Left Corner (Char). print(" "+border.shapeTLC); for(int borderT = 0;borderT<32;++borderT){ //Straight line / Right corner (Char). print(borderT<31?""+border.shapeLA:""+border.shapeTRC );} print("\n"); //P1 Paddle. int rndp = rndfwd; int offset = 3; //Positioning Paddle length in sync with serve print(" "+border.shapeLD); for(;offset=0 && rndfwd <= 17){ //Travel position left && right. if(rndfwd >=0 && rndfwd <= 17){++position_LR;} //Creating space to place ball && Centre line print(" "+border.shapeLD); for(int fwd = 0;fwd12){ for(int fil =rndfwd;fil<19;++fil){print(fil<18?" ":border.shapeLD+"\n");};} //Centre Line if(x==12){ for(int fil =rndfwd;fil<19;++fil){print(fil<18?"--":""+border.shapeLD+"\n");};} //Incrementing Spaces & resetting Position if change //Toggles direction of served ball. if(toggle>0){--rndfwd;++rndbk;position_LR=0;} else if(toggle<1){++rndfwd;++rndbk;position_LR=0;} if(toggle ==1 && rndfwd==0){--toggle;rndfwd=0;rndbk=0;}}/* ====================================================== Changing direction of Ball ====================================================== *///Reverse direction of ball & toggle position. else if(rndfwd > 17 & toggle == 0){position_LR = 1; //Creating space to place ball. print(" "+border.shapeLD); for(int bkwd = 0;bkwd12){ for(int fill =rndbk;fill<19;++fill){print(fill<18?" ":""+border.shapeLD+"\n");}; --rndbk;} //Print Center line. if(x==12){ for(int fill =rndbk;fill<19;++fill){print(fill<18?"--":""+border.shapeLD+"\n");}; --rndbk;}} //When rndbk reaches 0 in loop reset rndfwd ball to 0. if(rndbk == 0){rndfwd = rndbk;}} //CPU Paddle. int rndp2 = rnd.nextInt(16); //sp used for paddle position. int sp=0; print(" "+border.shapeLD); for(;sp 0){ print("Ball traveling left ended at Position "+lt+"\n\n");} if(position_LR < 1){ print("Ball traveling right ended at Position "+rt+"\n\n");} if(padl-1==-1){ print("CPU Paddle Position ["+(padl)+"]["+((padl)+1)+"]["+((padl)+2)+"]["+((padl)+3)+"]\n\n");} if(padl-1>=0){ print("CPU Paddle Position ["+(padl-1)+"]["+((padl))+"]["+((padl)+1)+"]["+((padl)+2)+"]\n\nTable length "+x+" Rows\n\nleft=(1) right=(0) Direction "+position_LR);} } }//Created by D_Stark Finish date 15/12/17.

🕹️🏓 One Shot Pong Game 🏓🕹️