not exactly!
it is 61

I think it was 5 digits a night for 8 nights, 8 years ago.

Shit, you learned that stuff 8 years ago and still know it ?!

Things like that are deleted by my brains garbage collector after 2 weeks... What a waste of (neural-) memory...

- AH

I bet knowing pi to 61 decimal places would come in handy a lot . Maybe a party trick for a *really* boring party?

And with double prescision floating point storage, you get the whole thing taken back to 3.14159265358979 : 14 digits.

Why not memorise some other useful things, like Sqr(2), or the first page of your phone directory... you''d be famous

Trying is the first step towards failure.

Actually I memorized it to 100 places. The 60 are all that''s left. But that''s beside the point.

you see that is what ur computers clip board is for ... ctrl-c ... ctrl-v lol ... works great sept when u copy a few digits too many and vc++ freaks out but what can you expect ;-)

Can I just demonstrate something here please?

When I decided to memorise pi I got to around

here
|
v
3.141592653589793238462643383279502884197169399375105820974944

And some people I knew were quite impressed I''d done that! Because you see, just because pi is a really complex number doesn''t mean you have to memorise it, did your calculator at school not have a pi button? *g*

*lol*

Sorry mate - that is actually quite impressive! I know for a fact that I couldn''t memorise it to 20 places, let alone 100!!! Though the question has to be asked - why???

Samith there is another way to do it.

CVector mView; //Crank the view and position in those
CVector mPosition;

void MoveCamera(float speed)
{
CVector vector={0};



vector.x = mView.x - mPosition.x;
vector.y = mView.y - mPosition.y;
vector.z = mView.z - mPosition.z;

mPosition.x += vector.x * speed;
mPosition.z += vector.z * speed;
mView.x += vector.x * speed;
mView.z += vector.z * speed;
mView.y += vector.z * speed;
mPosition.y += vector.z * speed;
gluLookAt(mPositon.x,mPosition.y,mPosition.z,mView.x,mView.y,mView.z,0,0,0);
}

//it suppose to work. Just MoveCamera(-X)to move back and //MoveCamera(X) to move forward.

loop through this a few times
{
yy = a;
a = (a + b) / 2;
b = sqrt(b*yy);
c = c - xx * pow((a - yy),2.0);
xx = 2.0 * xx;
pi = pow((a + b),2) / (4.0*c) );
}

thanks a lot ppl!! im gonna go try this stuff right now