#include
#include
#include
#include
void main()
 {
    int i,j,k=0,count,inc=0,n;
   char name[30],open[30],ch,chh,o[30];
   char op[20]={'=','+','-','*','/','%','^','&','|'};
   clrscr();
   textcolor(3);
   cprintf("--Syntax Analyser--");
   printf("\n");
   printf("\n Enter Syntax");
   printf("\n");
   scanf("%s",name);
   n=strlen(name);
   for(i=0;i
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		https://studentprojects.in/software-development/cpp/cpp-programs/cpp-advanced/c-program-to-implement-three-classes-using-multiple-inheritance/
					https://studentprojects.in/software-development/cpp/cpp-programs/cpp-advanced/c-program-to-implement-three-classes-using-multiple-inheritance/#comments
		
		
		Sat, 13 Mar 2010 15:11:45 +0000
				
		
		
		
		
		
		
		
		http://studentprojects.in/?p=1060

					MULTIPLE INHERITANCES AIM: Write a program to illustrating how all the three classes are implemented in multiple inheritance mode ALGORITHM • Start the process • Invoke the class M • Invoke the another class N • Invoke one more class,ie class P,which is inherited by both M and N • Create an object for class

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										MULTIPLE INHERITANCES

AIM:

Write a program to illustrating how all the three classes are implemented in multiple inheritance mode
ALGORITHM

•	Start the process

•	Invoke the class M

•	Invoke the another class N

•	Invoke one more class,ie class P,which is inherited by both M and N

•	Create an object for class p,ie P p

•	Call p.get_m(),assign the value in to ‘m’

•	Call p.get_n(),assign the value in to ‘n’

•	Call display(), for dispay the result

•	Stop the result 
PROGRAM:
	#include
	#include
	
	Class M
        {
		Protected:
		Int m;
		Public :
		Void get_M();
	};
	Class N
        {		
		Protected:
		Int n;
		Public:
		Void get_N();
	};
	Class p: public M, public N 		
	{
		Public:
		Void disply(void);
	};
	Void M ::get_m(int x)
	{
		m=x;
	}
	Void N::get_n(int y)
	{
		n=y;
	}
	Void P:: disply(void)
	{
	Cout<<”m=”<
OUTPUT
	m=10

	n=20

	m*n=200
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		https://studentprojects.in/software-development/c-tutorials/c/graphics/c-program-to-implement-3-d-rotation-with-respect-to-x-axis-y-axis-and-z-axis/
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		Fri, 02 Oct 2009 10:32:20 +0000
				
		
		
		
		
		
		
		
		http://studentprojects.in/?p=839

					C Program to implement 3-D rotation with respect to x-axis, y-axis and z-axis (wire frame model of a cube). Use appropriate data structures to manipulate the wire frame model.

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										C Program to implement 3-D rotation with respect to x-axis, y-axis and z-axis (wire frame model of a cube). Use appropriate data structures to manipulate the wire frame model.

#include 
#include 
#include 
#include 
#include 
#include 

#define ORG -50

double face1[5][2] = {
			    { 250, 125 },
			    { 350, 125 },
			    { 350, 225 },
			    { 250, 225 },
			    { 250, 125 }
		           };

double face2[5][2] = {
			    { 250+ORG, 125-ORG },
			    { 350+ORG, 125-ORG },
			    { 350+ORG, 225-ORG },
			    { 250+ORG, 225-ORG },
			    { 250+ORG, 125-ORG }
		           };

double angle = 5.0 * M_PI / 180;
double midx1, midy1, midx2, midy2;

void rotate (void)
{
    int i;
    for (i=0; i<5; i++)
    {
	double xnew, ynew;

	xnew = midx1 + (face1[i][0] - midx1) * cos (angle) -
	       (face1[i][1] - midy1) * sin (angle);
	ynew = midy1 + (face1[i][0] - midx1) * sin (angle) +
		(face1[i][1] - midy1) * cos (angle);

	face1[i][0] = xnew;
	face1[i][1] = ynew;

	xnew = midx2 + (face2[i][0] - midx2) * cos (angle) -
		(face2[i][1] - midy2) * sin (angle);
	ynew = midy2 + (face2[i][0] - midx2) * sin (angle) +
		(face2[i][1] - midy2) * cos (angle);

	face2[i][0] = xnew;
	face2[i][1] = ynew;
    }

    cleardevice();

    for (i=0; i<4; i++)
    {
	setcolor(7);
	line (face1[i][0], face1[i][1], face1[i+1][0], face1[i+1][1]);
	setcolor(8);
	line (face2[i][0], face2[i][1], face2[i+1][0], face2[i+1][1]);
	setcolor(9);
	line (face1[i][0], face1[i][1], face2[i][0], face2[i][1]);
    }

    delay (125);
}

void main()
{
    int gd = DETECT, gm;

    midx1 = (face1[0][0] + face1[1][0]) / 2.0;
    midy1 = (face1[1][1] + face1[2][1]) / 2.0;
    midx2 = (face2[0][0] + face2[1][0]) / 2.0;
    midy2 = (face2[1][1] + face2[2][1]) / 2.0;

    initgraph (&gd, &gm, "..\\bgi");

    while (!kbhit())
	rotate();

    closegraph();
}
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