/*recursive*/
void DisposeList(List *L)
{
if (NULL == *L) {
return;
} else {
DisposeList(&((*L)->next));
}
free (*L);
*L = NULL;
}
int test_DisposeList() {
solved=TRUE;
DisposeList(&TEMPLIST);
if (!solved) {
printf("Operace DisposeList() nebyla implementována!\n");
return(FALSE);
}
print_elements_of_list(TEMPLIST);
return(TRUE);
}
BOOL _XObjectManager::LoadObjectList( FILE* Fileptr, LPSTR Filename )
{
_XMEMORYUSECHECKREADY
_XMEMORYUSECHECKSTART
assert( Fileptr );
if( !Fileptr )
{
_XFatalError( "LoadObjectList(%s) : Invalid file pointer", Filename );
return FALSE;
}
int objectcount = 0;
if( fread( &objectcount, sizeof(int), 1, Fileptr ) < 1 )
{
_XFatalError( "LoadObjectList(%s) Read object count", Filename );
return FALSE;
}
DisposeList();
_LPXObject pobjectarray = NULL;
_EXT_Object* pExtObject = NULL;
// 생활 이벤트쪽 테스트용으로 쓰기 위해..
// 우선 임시로 이름으로 비교한다.
/* if (_stricmp(Filename, "map_noklim.xtg") == 0)
{
pExtObject = new _EXT_Object[objectcount];
if( fread( pExtObject, sizeof(_EXT_Object)*objectcount, 1, Fileptr ) < 1 )
{
_XFatalError( "LoadTerrain(%s) Read object data", Filename );
delete[] pExtObject;
return FALSE;
}
}
else
*/ {
pobjectarray = new _XObject[objectcount];
if( !pobjectarray )
{
_XFatalError( "LoadObjectList(%s) Allocation object temporary array", Filename );
return FALSE;
}
if( fread( pobjectarray, sizeof(_XObject)*objectcount, 1, Fileptr ) < 1 )
{
_XFatalError( "LoadTerrain(%s) Read object data", Filename );
delete[] pobjectarray;
return FALSE;
}
}
m_ObjectCount = objectcount;
m_pObjectArray = new _XOctreeObject[ objectcount ];
if( !m_pObjectArray )
{
_XFatalError( "LoadObjectList(%s) Allocation object array", Filename );
delete[] pobjectarray;
return FALSE;
}
//memset( m_pObjectArray, 0, sizeof(_XOctreeObject) * objectcount );
_XMeshContainer* model = NULL;
for( int i=0; i<objectcount; i++ )
{
// 생활 이벤트쪽 때문에 테스트 데이타용으로 쓰기 위해서..
/* if (_stricmp(Filename, "map_noklim.xtg") == 0)
{
m_pObjectArray[i].m_matWorldPosition = pExtObject[i].m_matWorldPosition;
m_pObjectArray[i].m_ObjectIndex = pExtObject[i].m_ObjectIndex;
m_pObjectArray[i].m_nEventType = pExtObject[i].m_nEventType;
m_pObjectArray[i].m_nEventValue = pExtObject[i].m_nEventValue;
}
else
*/ {
m_pObjectArray[i].m_matWorldPosition = pobjectarray[i].m_matWorldPosition;
m_pObjectArray[i].m_ObjectIndex = pobjectarray[i].m_ObjectIndex;
}
model = (_XMeshContainer*)g_LodTerrain.m_MeshObjectManager.GetModelContainer(m_pObjectArray[i].m_ObjectIndex);
if( model )
{
if (!model->m_strName.empty())
{
_XMeshObjectManager::smdef_BipedController::iterator it = g_LodTerrain.m_MeshObjectManager.m_smBipedController.find(model->m_strName.c_str());
if (it != g_LodTerrain.m_MeshObjectManager.m_smBipedController.end())
{
m_pObjectArray[i].m_pBipedController = (*it).second;
_LPXM_MOTION lpMotion = m_pObjectArray[i].m_pBipedController->GetMotion(0);
if (lpMotion)
{
m_pObjectArray[i].m_fAniTime = rand() % static_cast<int>(lpMotion->EndFrame);
}
}
/* // 대소문자를 구별하지 않는 find문을 이용해야 하나 지금 책이 없어 기억이 안 나므로
// 우선 이렇게 체크 한다. 차후 수정하기로 한다.
_XMeshObjectManager::smdef_BipedController::iterator it;
for (it = g_LodTerrain.m_MeshObjectManager.m_smBipedController.begin(); it != g_LodTerrain.m_MeshObjectManager.m_smBipedController.end(); ++ it)
{
if (_stricmp(it->first.c_str(), model->m_strName.c_str()) == 0)
{
m_pObjectArray[i].m_pBipedController = (*it).second;
_LPXM_MOTION lpMotion = m_pObjectArray[i].m_pBipedController->GetMotion(0);
if (lpMotion)
{
m_pObjectArray[i].m_fAniTime = rand() % static_cast<int>(lpMotion->EndFrame);
}
break;
}
}
*/
}
m_pObjectArray[i].m_Radius = model->m_ObjectRadius;
}
}
delete[] pobjectarray;
_XDWINPRINT( "%d Object loaded", objectcount );
_XMEMORYUSECHECKEND( "World object list" );
return TRUE;
}
_XObjectManager::~_XObjectManager()
{
DisposeList();
}
