Progress Report NAVEEN

8/7/2019 Progress Report NAVEEN

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MINOR PROJECT PROGRESS REPORT

ON

PUYO_PUYO GAME

SUBMITTED IN PARTIAL FULFILLMENT OF THE

REQUIREMENT FOR THE PROGRESS REPORT

GROUP NUMBER: CO 43

UNDER GUIDENCE OF: - SUBMITTED

Miss.MEENAKSHI ANTIL NAVEEN( 1506010)GAURAV (1506053)

PROJECT INCHARGE:-Mr. SANDEEP JAGLAN

DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING

N.C COLLEGE OF ENGINEERING

ISRANA (PANIPAT)


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ACKNOWLEDGEMENT

On every step there is need of proper guidance, support & motivatio

encouragement enables the person to give his best performance & thus to achieve his

goal.

We express our deep sense of regard to Mr. Sukhvir Singh (H.O.D., C.S.E. Department)

for extending us the opportunity for project development and providing all the necessary

resources and expertise for this purpose.

We honorably thankMiss. MEENAKSHI ANTIL for her valuable support & for

providing various facilities & kind guidance necessary for the project. We would also like

to take this opportunity to thankMr. Sandeep Jaglan for his valuable suggestion during

the Progess period of project. We would like to thank all those who helped us directly or

indirectly.

Last but not the least, We would like to acknowledge the ongoing support of our teachers,

family and friends, whose patience and encouragement during these long days and night

have been paramount in making this project a reality

Gaurav Dhankhar( 1506053)

Naveen Kumar(1506010)


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DESIGNING PHASE


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CODING OF THE DESIGN

import java.awt.*;//Dimension,Image,Toolkit,Graphics,Container,Color,Graphics2D

//RenderingHints,GradientPaint,Font,Recta

ngle,AlphaCompositeimport java.awt.event.*;//ActionEvent,ActionListener,KeyAdapter,KeyEvent

import java.applet.*; //Applet,AudioClip

import java.net.*; //URL,MalformedURLException

public class Puyo_Puyo extends JFrame

{GamePane gp; //GamePane is subclass of JComponent on which the puyos are moved

int width,height;

int rows,cols;int puyo_len; //holds the length of the each puyo(because it is a square piece)

Dimension screenSize; //holds the dimension of the screen interms of resolution

public Puyo_Puyo(){

super("Puyo_Puyo");

cols=6; // Can be set to any value, game rows*cols depends on this value

rows=cols*2;screenSize= Toolkit.getDefaultToolkit().getScreenSize();

width=screenSize.width;

height=screenSize.height;//Width and Height holds the screen resolution.

//Different computers may have set with different resolutions.

//If the Window size is static then it is differ to see from one computer to another.//To place the window at the middle of the screen at any resolution and

//to adjust the window size and puyo size some calculations are taken here.

//Normally resolution(for pc) is windth*height format with 8:6 ratio.

//For puyo game(rows=12,colums=6) window take 1:2(wd*ht) ratio in screen resolution.//So in 8 parts of width(of screen) 2 parts is assigned to window widht and

//and in 6 parts of height(of screen) 4 parts is assigned to window height to place

//window at the middle of the screen.//for puyo(cell size) width and height are same

//puyo size for 12 rows 6 colums puyo game

puyo_len=(width/8)*2/cols; //or (height/6)*4/12gp=new GamePane(puyo_len,rows,cols);

Container c=getContentPane();


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c.add(gp);setResizable(false);

//placing window(added score board size) at the middle of the screen

//3 puyos width is added to the window for score board display

setBounds ((width/8)*3-puyo_len*3/2,(height/6)*1-puyo_len,

(width/8)*2+puyo_len*3+6,(height/6)*4+25+puyo_len);setVisible(true);

setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);}

public static void main(String args[]) {

System.out.println("Starting Puyo_Puyo...");JFrame.setDefaultLookAndFeelDecorated(true);

//to set the look and feel for frame as defined int Java

new Puyo_Puyo();

}}

class GamePane extends JComponent implements ActionListener

{

static int rows,cols;static int scr[][];//scr or(screen) array holds the information about puyos to display

Node tetris; //Formation of Tetris is checked using this object

Timer timer,timer1,timer2,anim_timer;//different timers used for animation of puyos

Image img[]=new Image[4]; //holds 4 puyo images

Image fpipe,bpipe;

//holds the front and back part of pipe image

//2 images of pipe used to get the experience of puyos coming out from pipe

Stringfiles[]={"intro.mid","enter.wav","sound735.wav","blip.wav","sound65.wav","sound136.

wav","tada.wav","sound713.wav"};

AudioClip clips[]=new AudioClip[8];//Array of audio clips to load the soundfiles

Toolkit tk; //used to load the images

Random rand; //this object used to generate puyos randomly in color.

int rot; //used for the rotation of the puyosint len; //length of the puyo ie. width and height

boolean reached; //generated puyo reached the bottom or in movement

int count; //count of puyos when formed tetris to deleteboolean started; //Game is started or not

boolean gameOver,paused;

int a,b; //The two puyos generate to be next are stored in a and bint level,score,pieces,removed_puyos;

//pieces is number of joint puyos(single piece) generated


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//number of removed puyos by forming tetrisint minscore;

int anim;

//to build the pixel by pixel animation (movement of generated puyos)

float alpha,alpha1;

boolean levelflag;public GamePane(int l,int r,int c)

{len=l;

//length of puyos is set by the Puyo_Puyo class where it is calculated and sent here

rows=r+1;//number of rows is taken 12+1 for the easyness of generating puyos from pipe.

//extra one row is occupied by pipe at the top. Only 12 rows are used for puyos.

cols=c; //6 columnsinit(); //initializing game data

//puyo images are selected depending on the length of puyos//length of puyo is calculated depending on the resolution of screen//In this game i used two types of puyos for

//(i)800*600 and below resolutions

//(ii)1024*768 and above resolutions//So images are loaded ofter length of puyos is calculated

loadImages();

loadSounds();generatePuyos(); //to start the generating

puyos

clips[0].loop();

addKeyListener(new KeyAdapter()}

}

public void init()//all variables declared above are initialized here

{scr=new int[rows][cols];

rot=1;

reached=true;

count=0;started=false;

gameOver=false;

paused=false;a=0;

b=0;

level=0;score=0;

pieces=-1;


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removed_puyos=0;minscore=50;

anim=0;

alpha=0.0f;

alpha1=0.0f;

levelflag=true;tk= Toolkit.getDefaultToolkit();

rand=new Random();timer=new Timer(1000,this);

//generates action event for each 1075 milli seconds when timer is started

timer.setInitialDelay(0);//generates first event ofter 0 ms when timer starts

timer1=new Timer(1000,this);

timer2=new Timer(500,this);

anim_timer=new Timer(50,this);anim_timer.start(); //starting the timer

}public void loadImages()//loading images into the image array and pipe objects{

String s="";

if(len>=42)s="_";

for(int i=0;i


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}if(level==20)

{

delay+=25;

delay1+=1;

}timer.setDelay(1075-delay);

anim_timer.setDelay(52-delay1);anim_timer.restart();

}

public void generatePuyos()//To generate Puyos at the top of the game window{

//Checking Top of the game window is occupied by any puyos

//if occupied then game is overint p;

if(cols%2==0)p=cols/2-1;else

p=cols/2;

if(scr[0][p]==0 && scr[1][p]==0){

clips[4].play();

scr[0][p]=a; //a and b are randomly generated Puyosscr[1][p]=b;

}

else

{clips[2].play();

timer.stop();

gameOver=true; //game is overreturn;

}

int r;//Generating puyos randomly for the next fall which are viewed at the right side of

window

//Odd numbers 1,3,5,7(for 4 colors) are used for generating puyos which are in//movement

//Even numbers 2,4,6,6 are used for fallen puyos on bottom of the window

while((r=rand.nextInt(8))%2==0);a=r;

while((r=rand.nextInt(8))%2==0);

b=r;pieces++;

rot=1;


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}

class Node

{

//linked list is bulilt for the tetris of puyos to store their positions

int x,y;Node nextnode;

Node prevnode;public Node(int x,int y)

{

this.x=x;this.y=y;

nextnode=null;

prevnode=null;

}public Node(Node p)

{ x=p.x;y=p.y;

nextnode=null;

prevnode=null;

}

public void setNext(Node lnode){

nextnode=lnode;

}

public Node getNext(){

return nextnode;

}public void setPrev(Node lnode)

{

prevnode=lnode;}

public Node getPrev()

{

return prevnode;}

public int getX()

{return x;

}

public int getY(){

return y;


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}}

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Progress Report NAVEEN