cgame.h

symbian 60 3d 的一个很经典的例子

    /*
    *
============================================================================
    *  Name     : CGame.h
    *  Part of  : Example3D
    *  Created  : 12/14/2003 by Forum Nokia
    *  Description:
    *     This is the project specification file for Example3D.
    *     Initial content was generated by Series 60 AppWizard.
    *
    *  Version  : 1.0.0
    *  Copyright: Forum Nokia
    *
============================================================================
    */

#ifndef __CGAME_H__
#define __CGAME_H__


// INCLUDES
#include <e32base.h>
#include "MGame.h"
#include "3dtypes.h"
   
// FORWARD DECLARATIONS
class C3DBase;
class C3DRenderer;
class CPolygonObject;

// ENUMERATIONS

enum TCameraMode
	{
	ECameraBehind,	// camera follows behind car
	ECameraSouth,	// camera looks to car from south
	ECameraLookAt	// camera looks to car from where ever camera might be
	};


// CLASS DECLARATION

/**
*  CGame implemets MGame class
*  MGame classes are used by CEngine
*  Which calls Draw and Move functions
*/

class CGame
	: public CBase
	, public MGame
	{
	public:
		
		/// Two-phased constructor
		/// @param aDisplayMode display's color mode
		/// @param aScreen bitmap to draw to
		static CGame* NewL( TDisplayMode aDisplayMode, const TBitmap& aScreen );

		/// Destructor
		~CGame();

	private:
		
		/// Second-phase constructor
		/// @param aScreen bitmap to draw to
		void ConstructL( const TBitmap& aScreen );

		/// Default constructor
		CGame( TDisplayMode aDisplayMode );

	public: // MGame
		
		/// Called from CEngine
		/// @param aScreen bitmap to draw to
		void Draw( const TBitmap& aScreen );

		/// Called from CEngine
		/// @param aKey key table to read key press states
		/// for example if( aKey[ '1' ] ) Pause();
		void Move( TUint8* aKey );

	private: // New methods:

		/// creates a wheel 3D-object with given parameters
		/// with more points the wheel is more like a circle
		/// @param aRadius wheel radius
		/// @param aWidth wheel width
		/// @param aNumPoints number of points used on wheel surface
		CPolygonObject*	CreateWheel( TInt aRadius, TInt aWidth, TInt aNumPoints );

		/// creates a 3D-object from given data
		/// @param aVertexData pointer to vertex data
		/// @param aFaceData pointer to face data
		/// @param aNumVertices number of vertices in vertex data
		/// @param aNumFaces number of faces in face data
		/// @param aTexOffset offset added to texture coordinates
		/// @param aTexMul original texture coordinates are multiplied with this
		CPolygonObject*	CreateObject( const TInt* aVertexData, const TInt* aFaceData,
									  TInt aNumVertices, TInt aNumFaces,
									  const TPoint& aTexOffset, TInt aTexMul );






	private: // data

		TDisplayMode	iDisplayMode;	// color mode to use

		TBitmap			iTexture;		// textures for car and road
		TBitmap			iTexture2;		// textures for house

		C3DBase*		i3DBase;		// base for all 3D
		C3DRenderer*	iRender;		// 3D-renderer

		CPolygonObject*	i3dHouse;		// house building
		CPolygonObject*	i3dRoad;		// one tile of road
		CPolygonObject*	i3dGrass;		// one tile of grass
		CPolygonObject* i3dCar;			// the car
		CPolygonObject* i3dFrontWheel;	// one piece of front wheels
		CPolygonObject* i3dRearWheel;	// one piece of rear wheels

		TInt	iCarAngle;				// car position and movemet parameters
		TInt	iCarAngleSpeed;
		TInt	iCarSpeed;
		TInt	iCarPos;
		TVertex iCarPosition;
		TVertex iCarPositionAdd;

		TInt iSpeed;
		TInt iAngleSpeed;

		TInt	iSteerAngle;
		TInt	iThrottle;

		TCameraMode iCameraMode;		// camera mode



	};

#endif