LUDO BOARD GAME OPENGL COMPUTER GRAPHICS

LUDO BOARD GAME OPENGL COMPUTER GRAPHICS

• 1.
   Project Associates: KaranJain 4JN07CS033 Keerthi Kumar K.H 4JN07CS035 Project Guides: Mrs. Thaseen Bhashith , BE M.Tech Lecturer, Dept. of C S & E Ms. Sowmya D , BE Lecturer, Dept. of C S & E CG MINI PROJECT USING OPENGL Jawaharlal Nehru National College of Engineering
• 3.
  Introduction to openGL About Ludo Game Design & Implementation Conclusion & Future Scope Bibliography
• 4.
   OpenGL isan application program interface whose structure is similar to that of most modern API’s.  It supports the simple two- and three- dimensional programs. It also supports the advanced rendering techniques.  GL library  OpenGL Utility Library (GLU)  OpenGL Utility Toolkit (GLUT)
• 5.
  Game Rules •Four piecesare placed in the start area of their colour. •Throw a single die. • First throw a six or one to move. •Player moves a piece forward 1 to 6 squares. •Six results in another turn. •Player can’t move, pass to next player. •Captured and returns to the starting area. •No doubling rules. •Advance to home square. •Winner . About Ludo Game
• 6.
  How to Play •Ludo player path. • Ludo Home. •Start area. •Move from starting square, clockwise around the perimeter. • No resting squares. • Player Identification color.
• 7.
  Start Mouse func orkey func If( btn or key) Roll the dice & Move coin Show menu options Exit(0); ==LEFT ==RIGHT ==‘q’||’Q’ A Design and Implementation
• 8.
  Dice value is6 0r 1 Move coin outside or change its pos Fig: Flowchart of Playing Game yes If its pos = opponent pos Hit opponent Return opponent to initial & play again Enter HomeChange player yes goal Dice=6 Roll the dice no A B B
• 9.
  glBegin(glEnum mode); glColor3f[i fd](TYPE r,TYPE g,TYPE b); glVertex3f(int xcor,int ycor,int zcor); glEnd(); glFlush(); glClearColor(GLclampf r, GLclampf g, GLclampf b, GLclampf a); glClear glutInitDisplayMode(unsigned int mode); glutInitWindowPosition(int x, int y); glutInitWindowSize(int width, int height);
• 10.
  glutCreateWindow(char *title); glutMainLoop(); glutReshapeFunc(void (*func)(void)); glutDisplayFunc(void (*func) (void)); glutMouseFunc(myMouse); gluOrtho2D(GLdouble left, GLdouble right, GLdouble bottom, GLdouble top); glutPostRedisplay(); glTranslatef[fd](TYPE x,TYPE y,TYPE z); glutBitmapCharacter(void *font, int char);  glRasterpos3f(int xcor,int ycor,int zcor);  glutCreateMenu (void (*func) (void));  glutAddMenuEntry(char *name,int index);
• 11.
  Draw(); Ply1win (); Ply2win (); Call(); Arrow (); Check_cond (); Circle (); Dice (); Display (); Display_about (); Display1 ();
• 12.
  Display2 (); Display_abt_game (); Display_enter(); Display_guide (); Init (); Key (); Main (); myMouse (); myReshape (); Player1 (); Player2(); Pl1_pl2 (); Wait ();
• 14.
  CONCLUSION •The LUDO gamehas been improvised with graphical approach. •The demo is made more iterative with a mouse interaction module in the program . FUTURE SCOPE •Even though demo designed is enriched with many options, it is a two dimensional demo, in future it can be re designed with 3D animation and sound effects. • By using this demo further for four coins & four players can be implemented.
• 15.
  Bibliography
• 16.
  THANK YOU