void GroundEyeshot::close()
{
m_pMapStream = 0;
m_groundRenderQueue.finalize();
m_vTextures.clear();
safeDeleteArray(m_pGroundTileTable);
if(m_pGroundTile)
{
int nTotalGrid = m_nTotalGridX * m_nTotalGridY;
for(int i = 0;i < nTotalGrid;i++)
{
handle h = m_pGroundTile[i].getResHandle();
if(m_pResourceManager)
{
m_pResourceManager->releaseResource(h);
m_pGroundTile[i].setResHandle(0);
}
}
}
//资源加载器不能释放，否则会造成异步加载时加载器为野指针
// if(m_pResourceManager)
// {
// m_pResourceManager->unregisterResourceLoader(typeResourceGroundTile);
// safeDelete(m_ResourceLoader);
// }
safeDeleteArray(m_pGroundTile);
safeRelease(m_pDefaultTexture);
}
void cBatchRenderManager::finalize()
{
// line
safeDeleteArray(m_lineList);
safeDeleteArray(m_lineStrip);
// entity
for (uint i = 0; i < MASK_NUM; ++i)
safeDelete(m_entityList[i]);
}
Mesh::~Mesh() {
safeDeleteArray(m_vertices);
safeDeleteArray(m_normals);
safeDeleteArray(m_uvs);
safeDeleteArray(m_triangles);
safeDelete(m_spatialAccel);
if (m_batch != 0)
glDeleteLists(m_batch, 1);
}
bool FileStream::save(const char* newName)
{
Assert(!m_path.empty());
if (newName == NULL)
return flush();
int oldPos = 0;
uint size = 0;
uchar* buffer = 0;
FileStream fs(newName);
bool isopen = isOpen();
if (!fs.open("wb"))
goto IOErr;
if (isopen)
{
flush();
oldPos = getPosition();
}
else
{
if (!open())
goto IOErr;
}
size = getLength();
buffer = 0;
if (size > 0)
{
buffer = new uchar[size];
if (!seekToBegin() || !read(buffer, size) || !fs.write(buffer, size))
goto IOErr;
}
fs.close();
if (isopen)
seek(oldPos);
else
close();
safeDeleteArray(buffer);
return true;
IOErr:
if (!isopen && isOpen())
close();
fs.close();
safeDeleteArray(buffer);
return false;
}
CWall3D::~CWall3D()
{
for( int i = 0; i < RMCOUNT; ++i ) {
safeDelete( mRenderables[i] );
}
safeDelete( mFadeInMesh );
stl_utils::wipe( mPiecesCombined );
safeDeleteArray( mPieces3D );
safeDeleteArray( mFracturedPieces );
safeDeleteArray( mPieceRestoreTimes );
safeDeleteArray( mQuadtree );
safeDeleteArray( mResTimeGrid );
}
void QuadraticBrush::makeMask()
{
// @TODO: [BRUSH] Set up the mask for your Quadratic brush here...
// begin ta code
{
int size = 2 * m_radius + 1;
if (m_mask) safeDeleteArray(m_mask);
float *mask_ptr = m_mask = new float[size * size];
float flow = (float)m_flow / 255.0f;
for(int y = 0; y < size; y++)
{
float fy = map_int_to_float(y, size);
for(int x = 0; x < size; x++)
{
float fx = map_int_to_float(x, size);
float radius_squared = fx * fx + fy * fy;
if(radius_squared <= 1.0f)
{
float one_minus_radius = 1.0f - sqrtf(radius_squared);
*mask_ptr++ = flow * one_minus_radius * one_minus_radius;
}
else *mask_ptr++ = 0.0f;
}
}
}
}
bool CResUpdater::WriteOldData(
DWORD dwFileCount,
const UHashValue* pRemoveList,
DWORD dwRemoveFileCount )
{
/**
*@note 1. 首先预留一个文件头
*/
DWORD dwFileHeadSize = Util::GetFileHeadSize<File_Version_1_0>(dwFileCount);
m_NewResFile.Seek(dwFileHeadSize);
m_dwPosNow = dwFileHeadSize;
/**
*@note 2. 将老文件中保留的数据索引放进m_NewFileDataIndex
*/
GetReserveDataIndexFromOldFile(
m_pOldFileHead, pRemoveList, dwRemoveFileCount);
/**
*@note 将需要保留的数据从老文件中读出，并保存新文件
*/
bool bRc = true;
char* pBuf = NULL;
DWORD nBufSize = 0;
set<DataIndex0>::iterator iter = m_NewFileDataIndex.begin();
for (; iter!=m_NewFileDataIndex.end(); ++iter)
{
DataIndex0& TmpDataIndex = *iter;
const DWORD& dwDataLen = TmpDataIndex.dwLen;
DWORD& dwDataOffset = TmpDataIndex.dwOffset;
/**
*@note 看上次的buf是否够这个读文件，不够就重新new一个
* 这样设计的目的，减少对内存的new，delete，提高效率
*/
Util::TryResetBuf(pBuf, nBufSize, dwDataLen);
/**
*@note 从老文件读数据，并写进新文件
*/
m_OldResFile.Seek(dwDataOffset);
if ( dwDataLen != m_OldResFile.Read(pBuf, dwDataLen) )
{
bRc = false;
break;
}
m_NewResFile.Write(pBuf, dwDataLen);
/**
*@note 改写新的文件索引，并刷新文件位置
*/
dwDataOffset = m_dwPosNow; // 重新设定数据在新文件的位置
m_dwPosNow += dwDataLen;
}
safeDeleteArray(pBuf);
m_OldResFile.Close();
return bRc;
}
/** 关闭
@param
@param
@return
*/
void FrameInfoHeader::Close(void)
{
if(m_streamImageData.getBuffer() != NULL)
{
uchar * pBuff = m_streamImageData.detach();
safeDeleteArray(pBuff);
}
}
void GroundEyeshot::load(xs::Stream* pMapFile)
{
m_pMapStream = pMapFile;
pMapFile->seekToBegin();
m_vTextures.clear();
safeDeleteArray(m_pGroundTileTable);
m_strDistanceTextureFileName.clear();
xs::DataChunk chunk;
xs::DataChunk::stChunk *pChunk = chunk.beginChunk(pMapFile);
while(pChunk)
{
switch(pChunk->m_ui32Type)
{
case 'MTEX':
{
// 纹理列表
getNameList(m_vTextures,(char*)pChunk->m_pData,pChunk->m_ui32DataSize);
}
break;
case 'MTID':
{
// 对应的纹理ID
m_pGroundTileTable = new DWORD[m_nTotalGridX * m_nTotalGridY];
memcpy(m_pGroundTileTable,pChunk->m_pData,pChunk->m_ui32DataSize);
}
break;
case 'MDIS':
{
// 远景图片
ASSERT(pChunk->m_pData != NULL);
BYTE cbFileNameLength = *((BYTE*)(pChunk->m_pData));
char* szFileName = new char[cbFileNameLength + 1];
memcpy(szFileName, (BYTE*)(pChunk->m_pData) + sizeof(BYTE), cbFileNameLength);
szFileName[cbFileNameLength] = 0;
normalize_path(szFileName,strlen(szFileName));
SetDistanceTexture(szFileName);
delete[] szFileName;
}
break;
}
pChunk = chunk.nextChunk(pMapFile);
}
for(int i = 0;i < m_nTotalGridX;i++)
for(int j = 0;j < m_nTotalGridY;j++)
{
GroundTile *pTile = static_cast<GroundTile*>(getGroundTile(i,j));
m_pMapStream->seek(m_pGroundTileTable[j * m_nTotalGridX + i]);
pTile->loadBasicInfo(m_pMapStream,m_vTextures);
}
}
void SceneMgr::close()
{
#if defined(RELEASEDEBUG) || defined(_DEBUG)
m_mapTileInfo.clear();
#endif
m_nMapVersion = ORIGIN_MAP_VERSION;
SceneManager * pRealSceneMgr = static_cast<SceneManager * >( m_pSceneManager);
SceneEntityList::iterator it = m_EntityList.begin();
SceneEntityList::iterator end = m_EntityList.end();
for(;it != end;)
{
bool ret = pRealSceneMgr->IsReferencedBySceneManager( (*it) );
if( ret )
{
++it;
continue;
}
if (m_pSceneManager->getRunType() == RUN_TYPE_GAME)
{
EntityView *pEntity = (*it);
pEntity->removeFlag(flagFade);
// 地图上的物件(主要是magicview)在切换地图，原先没有正确释放掉，这里增加flagReleaseImmediate标志，使其立即释放避免内存泄露 [5/5/2011 zgz]
pEntity->addFlag(flagReleaseImmediate);
pEntity->update(0,0,0);
safeRelease((*it));
}
it = m_EntityList.erase(it);
}
safeDeleteArray(m_pMapTable);
safeDeleteArray(m_pMultiValueTable);
safeDeleteArray(m_pTiles);
if(m_pTiles)m_nMatrixWidth = 0;
m_EntityList.clear();
m_LayerListCache.close();
}
void MinimapEyeshot::close()
{
if(m_pResourceManager)
{
m_pResourceManager->unregisterResourceLoader(typeResourceMinimap);
}
if (m_pWorldMap)
{
m_pWorldMap->finalize();
safeDelete(m_pWorldMap);
}
safeRelease(m_pMinimapMask);
safeDeleteArray(m_pTile);
}
void CResReaderBase<Version>::Release(
CUnPackDataInfo* pUnPackDataInfo)
{
ResMemType t = (ResMemType)pUnPackDataInfo->m_nMemType;
switch (t)
{
case Mem_Unknown:
case User_Allocate:
break;
case Reader_Static_Buf:
case Reader_Allocate:
safeDeleteArray(pUnPackDataInfo->m_pData);
default:
break;
}
}
/* Computes the normals. The vertex positions should be set. The normals
* will be averaged (Gouraud Shading) */
void Mesh::computeNormals() {
/*bool *normalFlip = new bool[m_nTriangles * 3];
for (unsigned i = 0; i < m_nTriangles; i++) {
const Vector3 &normal = m_triangles[i].getNormal(pt);
const Vector3 &nA = m_normals[m_triangles[i].nA];
const Vector3 &nB = m_normals[m_triangles[i].nB];
const Vector3 &nC = m_normals[m_triangles[i].nC];
normalFlip[i*3 + 0] = normal.dot(nA) < 0;
normalFlip[i*3 + 1] = normal.dot(nB) < 0;
normalFlip[i*3 + 2] = normal.dot(nC) < 0;
}*/
Normal *normals = new Normal[m_nVertices];
m_nNormals = m_nVertices;
for(unsigned i = 0; i < m_nTriangles; i++) {
unsigned v1 = m_triangles[i].A;
unsigned v2 = m_triangles[i].B;
unsigned v3 = m_triangles[i].C;
m_triangles[i].nA = v1;
m_triangles[i].nB = v2;
m_triangles[i].nC = v3;
const Vector3 &normal = m_triangles[i].getNormal();
normals[v1] += normal;
normals[v2] += normal;
normals[v3] += normal;
}
for(unsigned i = 0; i < m_nNormals; i++)
normals[i].normalize();
Normal *oldNormals = m_normals;
m_normals = normals;
setPreviewDirty();
safeDeleteArray(oldNormals);
//safeDeleteArray(normalFlip);
}
cTerrain::~cTerrain()
{
safeDelete(m_cell);
safeDeleteArray(m_vertexList);
}
SpectralSampleSet::~SpectralSampleSet() {
safeDeleteArray(m_data);
}
CIVPlaybackDataBuf::ChannelTarget::~ChannelTarget()
{
safeDeleteArray(m_pTargetBuf);
};
cShadowCSM::~cShadowCSM()
{
safeDeleteArray(m_renderContext);
safeDelete(m_depthShader);
}
CGameMap::~CGameMap()
{
safeDeleteArray( mCells );
}
CResUpdaterByPatchData::~CResUpdaterByPatchData()
{
if ( m_bAutoDel ){safeDeleteArray(m_pPatchData);}
}
cTerrainHeightMeshCell::~cTerrainHeightMeshCell()
{
safeDeleteArray(m_cellList);
}
cAnimationMotion::~cAnimationMotion()
{
safeDeleteArray(m_frame);
}
cTerrainNaviMeshCell::~cTerrainNaviMeshCell()
{
safeDeleteArray(m_cellList);
safeDeleteArray(m_pathDataList);
}