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float fCameraPosX = dbCameraPositionX (1);
	float fCameraPosY = dbCameraPositionY (1);
	float fCameraPosZ = dbCameraPositionZ (1);

	char buffer[800];

	// our main loop
	while ( LoopGDK ( ) )
	{
		fCameraPosX = dbCameraPositionX ();
		fCameraPosY = dbCameraPositionY ();
		fCameraPosZ = dbCameraPositionZ ();
		dbSetCursor ( 0, 0 );
		sprintf(buffer, \"x:%f, y:%f, z:%f\",fCameraPosX,fCameraPosY,fCameraPosZ);
		dbPrint(buffer);

// Dark GDK - The Game Creators - www.thegamecreators.com

// whenever using Dark GDK you must ensure you include the header file
#include "DarkGDK.h"

// the main entry point for the application is this function
void DarkGDK ( void )
{
	// turn on sync rate and set maximum rate to 60 fps
	dbSyncOn   ( );
	dbSyncRate ( 60 );

	// load a model for our sky
	dbLoadObject		( "skybox2.x", 2 );
	dbSetObjectLight	( 2, 0 );
	dbSetObjectTexture	( 2, 3, 2 );
	dbScaleObject		( 2, 5000, 5000, 5000 );

	dbSync ( );
	
	//dbLoadObject ( "Colonel-X.X", 1);
	dbLoadObject ( "office extrude scale joined.x", 1 );
	dbSetObjectCull(1, 0);
	dbScaleObject		( 1, 5000, 5000, 5000 );
	
	dbPositionCamera ( 0, 50, -80 );

	//dbLoopObject ( 1 );
	//dbSetObjectSpeed ( 1, 40 );
	// camera variables
	float fCameraAngleX = 0.0f;
	float fCameraAngleY = 0.0f;
	float fCameraPosX = dbCameraPositionX (0);
	float fCameraPosY = dbCameraPositionY (0);
	float fCameraPosZ = dbCameraPositionZ (0);

	char buffer[800];


	
	// our main loop
	while ( LoopGDK ( ) )
	{
		fCameraPosX = dbCameraPositionX ();
		fCameraPosY = dbCameraPositionY ();
		fCameraPosZ = dbCameraPositionZ ();
		dbSetCursor ( 0, 0 );
		sprintf(buffer, "x:%f, y:%f, z:%f",fCameraPosX,fCameraPosY,fCameraPosZ);
		dbPrint(buffer);

		// move the camera using the arrow keys
		dbControlCameraUsingArrowKeys ( 0, 1.0, 0.3f );

		// create a rotation axis based on mouse movement
		fCameraAngleX = dbWrapValue ( fCameraAngleX + dbMouseMoveY ( ) * 0.4f );
		fCameraAngleY = dbWrapValue ( fCameraAngleY + dbMouseMoveX ( ) * 0.4f );

		// rotate camera
		dbXRotateCamera ( fCameraAngleX );
		dbYRotateCamera ( fCameraAngleY );

		// update the screen
		dbSync ( );
	}

	// return back to windows
	return;
}

	//char buffer[800];


	
	// our main loop
	while ( LoopGDK ( ) )
	{
		fCameraPosX = dbCameraPositionX ();
		fCameraPosY = dbCameraPositionY ();
		fCameraPosZ = dbCameraPositionZ ();
		dbSetCursor ( 0, 0 );
		//sprintf(buffer, "x:%i, y:%i, z:%i",fCameraPosX,fCameraPosY,fCameraPosZ);
		//dbPrint(buffer);

The Visual C++ compiler supports comparisons of not a number (NAN)
 items in an IEEE-compliant manner. If x is NAN and y is not NAN: 
(x != x) == true 
(x == x) == false 
(y > x) == false 
(y < x) == false 
NAN ordering tests always return false: NAN [<, <=, >, >=] [any_number] will be false.
The following code shows how NANs in Visual C++ cannot be compared 
successfully to a floating-point number:
#include <math.h>
#include <stdio.h>
#include <float.h>

int main( void ) {
unsigned long nan[2]={0xffffffff, 0x7fffffff};
double g = *( double* )nan;

if ( g <= 3.0 )
   printf( "g( %g ) <= 3.0n", g );
else if ( g > 3.0)
   printf( "g( %g ) > 3.0n", g );
else
   printf( "g( %g ) is NaNn", g );
}