E:/uas2/Server/cWObjectModels.h

/*
* This file is part of UAS2.
*
* UAS2 is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* UAS2 is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
* GNU General Public License for more details.

* You should have received a copy of the GNU General Public License
* along with UASv1; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
*/

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
#include <winsock2.h>
#include "shared.h"

#define WORLD_OBJECT_MODEL_TABLE_SIZE 1000

class cWObjectModels  
{
        friend class cMasterServer;
public:
        cWObjectModels( DWORD dwModelID, BOOL fAddToHash = TRUE )
                        :       m_dwModelID( dwModelID ),
                                m_pcPrev                ( NULL ),
                                m_pcNext                ( NULL )
        {
                m_dwUnknownDword        =       0x0L;
                m_dwUnknown                     =       0x0L;
                m_wSeagreen10           =       0x0;
                m_dwFlags2                      =       0x00800016;
                m_dwObjectFlags1        =       0x00000010;
                m_dwObjectFlags2        =       0x00000014;
                m_wUnknown1                     =       0x0;
                m_flScale                       =       1.0f;
                m_dwTrio1[0]            =       0x0;
                m_dwTrio1[1]            =       0x0;
                m_dwTrio1[2]            =       0x0;
                m_dwTrio2[0]            =       0x0;
                m_dwTrio2[1]            =       0x0;
                m_dwTrio2[2]            =       0x0;
                m_dwTrio3[0]            =       0x0;
                m_dwTrio3[1]            =       0x0;
                m_dwTrio3[2]            =       0x0;

                if( fAddToHash )
                Hash_Add( this );

        }
        virtual ~cWObjectModels()
        {
                if ( m_pcPrev ) m_pcPrev->m_pcNext = m_pcNext;
                else                    m_lpcHashTable[m_dwModelID] = m_pcNext;
                if ( m_pcNext ) m_pcNext->m_pcPrev = m_pcPrev;
        }
                
        static inline void Hash_Load( ) 
        { 
                ZeroMemory( m_lpcHashTable, sizeof( m_lpcHashTable ) ); 
        }
        
        static inline cWObjectModels *Hash_New( DWORD& dwModelID )
        {
                cWObjectModels *pcModel = Hash_Find( dwModelID );
                if ( pcModel )
                        return pcModel;

                return new cWObjectModels( dwModelID ) ;
        }

        static void             Hash_Erase      ( );
        static void             Hash_Remove     ( cWObjectModels *pcModel );
        static cWObjectModels   *FindModel      ( DWORD dwModelID );

        std::string             m_strName;
        std::string             m_strDescription;
        DWORD                   m_dwModelID;
        
        // Model vectors
        BYTE                    m_bPaletteChange;
        DWORD                   m_wPaletteVector;
        sPaletteChange  m_vectorPal[255];

        BYTE                    m_bTextureChange;
        DWORD                   m_wTextureVector;
        sTextureChange  m_vectorTex[255];
                
        BYTE                    m_bModelChange;
        DWORD                   m_wModelVector;
        sModelChange    m_vectorMod[255];

        WORD                    m_wPortalMode;
        WORD                    m_wUnknown_1;
        
        DWORD                   m_dwUnknownCount;
        BYTE                    m_bInitialAnimation[200];
        DWORD                   m_dwUnknownDword;

        DWORD                   m_dwUnknown;
        WORD                    m_wSeagreen8;
        WORD                    m_wSeagreen10;

        WORD                    m_wModel;
        WORD                    m_wIcon;
        WORD                    m_wAnimConfig;
        WORD                    m_wSoundSet;
        
        
        DWORD                   m_dwModelNumber;
        DWORD                   m_dwObjectFlags1;
        DWORD                   m_dwObjectFlags2;
        DWORD                   m_dwFlags1;
        DWORD                   m_dwFlags2;
        WORD                    m_wUnknown1;
        DWORD                   m_dwUnknown_Blue;
        float                   m_flScale;
        DWORD                   m_dwUnknown_LightGrey;
        DWORD                   m_dwTrio1[3];
        DWORD                   m_dwTrio2[3];
        DWORD                   m_dwTrio3[3];
        DWORD                   m_dwMedGrey;
        DWORD                   m_dwBlueGrey;
        DWORD                   m_dwUnknown_v2;
        DWORD                   m_dwUnknown_v6;

        cWObjectModels                  *m_pcNext;
        cWObjectModels                  *m_pcPrev;
        #pragma warning(disable:4786)
        std::list< cWObjectModels * >   m_lstModels;

private:
        static cWObjectModels *m_lpcHashTable[WORLD_OBJECT_MODEL_TABLE_SIZE];

        static inline Hash_Add( cWObjectModels *pcModels )
        {
                const DWORD dwModelID = pcModels->m_dwModelID;
                if ( !m_lpcHashTable[dwModelID] )
                        m_lpcHashTable[dwModelID] = pcModels;
                else
                {
                        pcModels->m_pcNext      =       m_lpcHashTable[dwModelID];
                        m_lpcHashTable[dwModelID]->m_pcPrev     = pcModels;
                        m_lpcHashTable[dwModelID]                       = pcModels;
                }
        }

        
        static inline cWObjectModels *Hash_Find( DWORD& dwModelID )
        {
                const DWORD dwModel = dwModelID;
                cWObjectModels *pcModels = m_lpcHashTable[dwModel];
                while ( pcModels )
                {
                        if ( pcModels->CompareModel( dwModelID ) )      return pcModels;
                        else    
                                pcModels = pcModels->m_pcNext;
                }
                return NULL;
        }
        
        inline BOOL CompareModel( DWORD& dwModelID )
        {
                if ( dwModelID == m_dwModelID )
                        return true;
                else
                        return false;
        }
};

---