CG LAB

COMPUTER GRAPHICS LABORATORY

EXP NO	EXPERIMENT NAME	EXPERIMENT SOLUTION	OUTPUT
01.	BRENHAM’S LINE DRAWING ALGORITHM FOR ALL TYPES OF SLOPE	LAB1.cpp	OUTPUT
02.	CREATE AND ROTATE A TRIANGLE ABOUT THE ORIGIN AND A FIXED POINT	LAB2.cpp	OUTPUT
03.	COLOUR CUBE AND SPIN IT USING OPENGL TRANSFORMATION MATRICES	LAB3.cpp	OUTPUT
04.	COLOR CUBE AND ALLOW THE USER TO MOVE THE CAMERA SUITABLY TO EXPERIMENT	LAB4.cpp	OUTPUT
05.	CLIP A LINES USING COHEN-SUTHERLAND ALGORITHM	LAB5.cpp	OUTPUT
06.	SIMPLE SHADED SCENE CONSISTING OF A TEA POT ON A TABLE	LAB6.cpp	OUTPUT
07.	TETRAHEDRON TO FORM 3D SIERPINSKI GASKET	LAB7.cpp	OUTPUT
08.	ANIMATE A FLAG USING BEZIER CURVE ALGORITHM	LAB8.cpp	OUTPUT
09.	FILL THE POLYGON USING SCAN LINE ALGORITHM	LAB9.cpp	OUTPUT

CG ALTERNATIVE SOLUTION

EXP NO	EXPERIMENT NAME	EXPERIMENT SOLUTION	OUTPUT
01.	BRESENHAM’S LINE DRAWING ALGORITHM FOR ALL TYPES OF SLOPE	PROG1.cpp	OUTPUT
02.	CREATE AND ROTATE A TRIANGLE ABOUT THE ORIGIN AND A FIXED POINT	PROG2.cpp	OUTPUT
03.	COLOUR CUBE AND SPIN IT USING OPENGL TRANSFORMATION MATRICES	PROG3.cpp	OUTPUT
04.	COLOR CUBE AND ALLOW THE USER TO MOVE THE CAMERA SUITABLY TO EXPERIMENT	PROG4.cpp	OUTPUT
05.	CLIP A LINES USING COHEN-SUTHERLAND ALGORITHM	PROG5.cpp	OUTPUT
06.	SIMPLE SHADED SCENE CONSISTING OF A TEA POT ON A TABLE	PROG6.cpp	OUTPUT
07.	TETRAHEDRON TO FORM 3D SIERPINSKI GASKET	PROG7.cpp	OUTPUT
08.	ANIMATE A FLAG USING BEZIER CURVE ALGORITHM	PROG8.cpp	OUTPUT
09.	FILL THE POLYGON USING SCAN LINE ALGORITHM	PROG9.cpp	OUTPUT