void GlobalGrid::setUpdate( const IndexSet *update ){
tensorList->add( update );
makeOnedRule( getMaxLevel(tensorList) );
makeTensorsArray();
makeBalanceWeights();
makePoints();
};
int caCamera::qt_metacall(QMetaObject::Call _c, int _id, void **_a)
{
_id = QWidget::qt_metacall(_c, _id, _a);
if (_id < 0)
return _id;
#ifndef QT_NO_PROPERTIES
if (_c == QMetaObject::ReadProperty) {
void *_v = _a[0];
switch (_id) {
case 0: *reinterpret_cast< QString*>(_v) = getPV_Data(); break;
case 1: *reinterpret_cast< QString*>(_v) = getPV_Width(); break;
case 2: *reinterpret_cast< QString*>(_v) = getPV_Height(); break;
case 3: *reinterpret_cast< QString*>(_v) = getPV_Code(); break;
case 4: *reinterpret_cast< QString*>(_v) = getPV_BPP(); break;
case 5: *reinterpret_cast< zoom*>(_v) = getZoom(); break;
case 6: *reinterpret_cast< colormap*>(_v) = getColormap(); break;
case 7: *reinterpret_cast< bool*>(_v) = getInitialAutomatic(); break;
case 8: *reinterpret_cast< QString*>(_v) = getMinLevel(); break;
case 9: *reinterpret_cast< QString*>(_v) = getMaxLevel(); break;
case 10: *reinterpret_cast< QString*>(_v) = getDataProcChannels(); break;
}
_id -= 11;
} else if (_c == QMetaObject::WriteProperty) {
void *_v = _a[0];
switch (_id) {
case 0: setPV_Data(*reinterpret_cast< QString*>(_v)); break;
case 1: setPV_Width(*reinterpret_cast< QString*>(_v)); break;
case 2: setPV_Height(*reinterpret_cast< QString*>(_v)); break;
case 3: setPV_Code(*reinterpret_cast< QString*>(_v)); break;
case 4: setPV_BPP(*reinterpret_cast< QString*>(_v)); break;
case 5: setZoom(*reinterpret_cast< zoom*>(_v)); break;
case 6: setColormap(*reinterpret_cast< colormap*>(_v)); break;
case 7: setInitialAutomatic(*reinterpret_cast< bool*>(_v)); break;
case 8: setMinLevel(*reinterpret_cast< QString*>(_v)); break;
case 9: setMaxLevel(*reinterpret_cast< QString*>(_v)); break;
case 10: setDataProcChannels(*reinterpret_cast< QString*>(_v)); break;
}
_id -= 11;
} else if (_c == QMetaObject::ResetProperty) {
_id -= 11;
} else if (_c == QMetaObject::QueryPropertyDesignable) {
_id -= 11;
} else if (_c == QMetaObject::QueryPropertyScriptable) {
_id -= 11;
} else if (_c == QMetaObject::QueryPropertyStored) {
_id -= 11;
} else if (_c == QMetaObject::QueryPropertyEditable) {
_id -= 11;
} else if (_c == QMetaObject::QueryPropertyUser) {
_id -= 11;
}
#endif // QT_NO_PROPERTIES
return _id;
}
void causalgraph::equalizeOutputLevels()
{
long maxlevel = getMaxLevel();
for(std::list<recyclegate*>::iterator it = tmpCircuit.begin();
it != tmpCircuit.end(); it++)
{
if((*it)->willPush.size() == 0)
{
(*it)->level = maxlevel;
}
}
}
void GlobalGrid::setState( const IndexSet* state ){
TypeOneDRule oldRuleType = ruleType;
int outputs = num_outputs;
clear();
ruleType = oldRuleType;
num_outputs = outputs;
makeOnedRule( getMaxLevel(state) );
num_dimensions = state->getNumDimensions();
tensorList = new IndexSet( num_dimensions );
tensorList->copy( state );
makeTensorsArray();
makeBalanceWeights();
makePoints();
};
int main(int argc, char ** argv)
{
treeNode * root = createTree();
if (!root)
return -1;
printf("\n------------------\n");
LDRTree(root);
printf("\n------------------\n");
DLRTree(root);
printf("\n------------------\n");
LRDTree(root);
printf("\n叶子结点个数 %d\n", leafnum(root));
printf("\n二叉树层高 %d\n", getMaxLevel(root));
showTree(root);
return 0;
}
int init(int argc, char **argv, char **env) {
#ifdef _ITEM_QUITPARTY
FILE *f;
int i;
char line[256];
#endif
srand(getpid());
print("This Program is compiled at %s %s by gcc %s\n",
__DATE__, __TIME__, __VERSION__);
defaultConfig(argv[0]);
signalset();
GOTORETURNFALSEIFFALSE(parseCommandLine(argc, argv));
GOTORETURNFALSEIFFALSE(parseEnvironment(env));
{
Char aho;
debug(sizeof(aho), d);
debug(sizeof(aho.data), d);
debug(sizeof(aho.string), d);
debug(sizeof(aho.flg), d);
debug(sizeof(aho.indexOfExistItems), d);
debug(sizeof(aho.haveSkill), d);
debug(sizeof(aho.indexOfHaveTitle), d);
debug(sizeof(aho.addressBook), d);
debug(sizeof(aho.workint), d);
debug(sizeof(aho.workchar), d);
}
print("配置文件: %s\n", getConfigfilename());
GOTORETURNFALSEIFFALSE(readconfigfile(getConfigfilename()));
nice(getrunlevel());
{
int iWork = setAcWBSize();
if(iWork == 0) {
printf("----------------------------------------\n");
printf("-------------[AC缓冲] 无法设置 %s\n", getConfigfilename());
printf("----------------------------------------\n");
exit(1);
} else {
printf("AC缓冲 = %d\n", iWork);
}
}
if(getDebuglevel() >= 1) {
print("调试等级: %d\n", getDebuglevel());
print("运行等级: %d\n", getrunlevel());
print("接收缓冲: %d\n", getrecvbuffer() * 1024);
print("发送缓冲: %d\n", getsendbuffer() * 1024);
print("接收缓冲下限: %d\n", getrecvlowatbuffer());
print("内存单元大小: %d\n", getMemoryunit());
print("内存单元数量: %d\n", getMemoryunitnum());
print("账号服务器地址: %s\n", getAccountservername());
print("账号服务器端口: %d\n", getAccountserverport());
print("登陆服务器名称: %s\n", getGameservername());
print("登陆服务器密码: %s\n", getAccountserverpasswd());
print("等待连接端口: %d\n", getPortnumber());
print("服务端序列号: %d\n", getServernumber());
print("重复地址使用: %d\n", getReuseaddr());
print("最大在线人数: %d\n", getFdnum());
print("最大在线宠数: %d\n", getPetcharnum());
print("最大其他数目: %d\n", getOtherscharnum());
print("最大对象数目: %d\n", getObjnum());
print("最大物品数目: %d\n", getItemnum());
print("最大战斗数目: %d\n", getBattlenum());
print("顶层文件目录: %s\n", getTopdir());
print("地图文件目录: %s\n", getMapdir());
print("地图标识文件: %s\n", getMaptilefile());
print("物品配置文件: %s\n", getItemfile());
print("不可战斗文件: %s\n", getInvfile());
print("显示位置文件: %s\n", getAppearfile());
print("头衔名称文件: %s\n", getTitleNamefile());
print("头衔配置文件: %s\n", getTitleConfigfile());
print("遇敌坐标文件: %s\n", getEncountfile());
print("遇敌组群文件: %s\n", getGroupfile());
print("宠物基本文件: %s\n", getEnemyBasefile());
print("创建宠物文件: %s\n", getEnemyfile());
print("精灵魔法文件: %s\n", getMagicfile());
#ifdef _ATTACK_MAGIC
print("攻击魔法文件: %s\n", getAttMagicfileName());
#endif
print("宠物技能文件: %s\n", getPetskillfile());
print("物品成份文件: %s\n", getItematomfile());
print("猜迷问题文件: %s\n", getQuizfile());
#ifdef _GMRELOAD
print("G M 配置文件: %s\n", getGMSetfile());
#endif
print("日志记录文件: %s\n", getLsgenlogfilename());
print("还原资料目录: %s\n", getStoredir());
print("NPC 配置目录: %s\n", getNpcdir());
print("日志记载文件: %s\n", getLogdir());
print("日志配置文件: %s\n", getLogconffile());
print("GM的指命密码: %s\n", getChatMagicPasswd());
print("使用GM的权限: %d\n", getChatMagicCDKeyCheck());
print("NPC 模板数目: %d\n", getNpctemplatenum());
print("NPC 最大数目: %d\n", getNpccreatenum());
print("走路时间间隔: %d\n", getWalksendinterval());
print("清除所有间隔: %d\n", getCAsendinterval_ms());
print("清除目标间隔: %d\n", getCDsendinterval_ms());
print("执行一次时间: %d\n", getOnelooptime_ms());
print("宠物清除时间: %d\n", getPetdeletetime());
print("道具清除时间: %d\n", getItemdeletetime());
#ifdef _DEL_DROP_GOLD
print("石器清除时间: %d\n", getGolddeletetime());
#endif
print("数据保存间隔: %d\n", getCharSavesendinterval());
print("名片最大数目: %d\n", getAddressbookoffmsgnum());
print("读取频率协议: %d\n", getProtocolreadfrequency());
print("连接错误上限: %d\n", getAllowerrornum());
#ifdef _GET_BATTLE_EXP
print("战斗经验倍数: %d倍\n", getBattleexp() );
#endif
#ifdef _NEW_PLAYER_CF
print("出生人物转数: %d转\n", getNewplayertrans());
print("出生人物等级: %d级\n", getNewplayerlv());
print("出生人物金钱: %d S\n", getNewplayergivegold());
print("出生宠物等级: %d级\n", getNewplayerpetlv());
#ifdef _VIP_SERVER
print("出生拥有点数: %d点\n", getNewplayergivevip());
#endif
print("出生能骑等级: %d\n", getRidePetLevel());
#ifdef _NEW_PLAYER_RIDE
print("出生配套骑宠: %s\n", getPlayerRide());
#endif
print("出生拥有宠物: NO1:%d NO2:%d NO3:%d NO4:%d NO5:%d\n", getNewplayergivepet(0),
getNewplayergivepet(1),
getNewplayergivepet(2),
getNewplayergivepet(3),
getNewplayergivepet(4));
print("出生拥有物品: ITEM1:%d ITEM2:%d ITEM3:%d ITEM4:%d ITEM5:%d\n"
" ITEM1:%d ITEM2:%d ITEM3:%d ITEM4:%d ITEM5:%d\n"
" ITEM1:%d ITEM2:%d ITEM3:%d ITEM4:%d ITEM5:%d\n", getNewplayergiveitem(0), getNewplayergiveitem(1),
getNewplayergiveitem(2), getNewplayergiveitem(3), getNewplayergiveitem(4), getNewplayergiveitem(5),
getNewplayergiveitem(6), getNewplayergiveitem(7), getNewplayergiveitem(8), getNewplayergiveitem(9),
getNewplayergiveitem(10), getNewplayergiveitem(11), getNewplayergiveitem(12), getNewplayergiveitem(13),
getNewplayergiveitem(14));
#endif
#ifdef _UNREG_NEMA
print("禁止人物名称: 名字1:%s 名字2:%s 名字3:%s 名字4:%s 名字5:%s\n", getUnregname(0),
getUnregname(1),
getUnregname(2),
getUnregname(3),
getUnregname(4));
#endif
#ifdef _UNLAW_WARP_FLOOR
print("禁止传送地图: 地图1:%d 地图2:%d 地图3:%d 地图4:%d 地图5:%d\n"
" 地图1:%d 地图2:%d 地图3:%d 地图4:%d 地图5:%d\n", getUnlawwarpfloor(0),
getUnlawwarpfloor(1),
getUnlawwarpfloor(2),
getUnlawwarpfloor(3),
getUnlawwarpfloor(4),
getUnlawwarpfloor(5),
getUnlawwarpfloor(6),
getUnlawwarpfloor(7),
getUnlawwarpfloor(8),
getUnlawwarpfloor(9));
#endif
#ifdef _WATCH_FLOOR
print("是否全图观战: %s\n",getWatchFloorCF());
if(strcmp(getWatchFloorCF(),"是"))
print("允许观战地图: 地图1:%d 地图2:%d 地图3:%d 地图4:%d 地图5:%d\n",getWatchFloor(1),
getWatchFloor(2),
getWatchFloor(3),
getWatchFloor(4),
getWatchFloor(5));
#endif
#ifdef _BATTLE_FLOOR
print("是否强制战斗: %s\n",getBattleFloorCF());
if(strcmp(getBattleFloorCF(),"是"))
print("强制战斗地图: 地图1:%d 地图2:%d 地图3:%d 地图4:%d 地图5:%d\n",getBattleFloor(1),
getBattleFloor(2),
getBattleFloor(3),
getBattleFloor(4),
getBattleFloor(5));
#endif
#ifdef _TRANS_LEVEL_CF
print("人物等级转数: %d级\n", getChartrans());
print("宠物等级转数: %d级\n", getPettrans());
#endif
#ifdef _POINT
print("禁止点数上限: %s\n", getPoint());
if(strcmp(getPoint(), "是"))
print("每转点数上限: 0转:%d 1转:%d 2转:%d 3转:%d 4转:%d 5转:%d 6转:%d\n", getTransPoint(0),
getTransPoint(1),
getTransPoint(2),
getTransPoint(3),
getTransPoint(4),
getTransPoint(5),
getTransPoint(6));
#endif
#ifdef _PET_UP
print("宠物能否捡获: %s\n", getPetup());
#endif
#ifdef _LOOP_ANNOUNCE
print("循环公告路径: %s\n",getLoopAnnouncePath());
print("循环时间间隔: %d分钟\n",getLoopAnnounceTime());
#endif
#ifdef _SKILLUPPOINT_CF
print("每级升级点数: %d\n",getSkup());
#endif
#ifdef _RIDELEVEL
print("骑宠等级相差: %d级\n",getRideLevel());
#endif
#ifdef _REVLEVEL
print("还原上限等级: %s级\n",getRevLevel());
#endif
#ifdef _TRANS_LEVEL_CF
print("一般等级上限: %d级\n", getYBLevel());
print("最高等级上限: %d级\n", getMaxLevel());
#endif
#ifdef _FIX_CHARLOOPS
print("恶魔时间倍数: %d倍\n", getCharloops());
#endif
#ifdef _PLAYER_ANNOUNCE
if(getPAnnounce() == -1)
print("喇叭消耗点数: 关闭使用\n");
else
print("喇叭消耗点数: %d点\n", getPAnnounce());
#endif
#ifdef _PLAYER_MOVE
if(getPMove() == -1)
print("顺移消耗点数: 关闭使用\n");
else
print("顺移消耗点数: %d点\n", getPMove());
#endif
#ifdef _BATTLE_GOLD
print("战斗获得金钱: %d%\n", getBattleGold());
#endif
#ifdef _ANGEL_TIME
print("精灵召唤时间: (%d人/在线人数)分\n", getAngelPlayerTime());
print("精灵召唤人数: %d人\n", getAngelPlayerMun());
#endif
#ifdef _RIDEMODE_20
print("2.0 骑宠模式: %d\n", getRideMode());
#endif
#ifdef _FM_POINT_PK
print("庄园互抢模式: %s\n", getFmPointPK());
#endif
}
{ //andy_add 2003/05/05 check GameServer Name
char *GameServerName;
GameServerName = getGameserverID();
if(GameServerName == NULL || strlen(GameServerName) <= 0)
return FALSE;
print("\n游戏服务器ID: %s\n", GameServerName);
}
print("开始初始化\n");
//#define DEBUG1( arg... ) if( getDebuglevel()>1 ){##arg}
print("建立内存空间...");
GOTORETURNFALSEIFFALSE(configmem(getMemoryunit(),
getMemoryunitnum()));
GOTORETURNFALSEIFFALSE(memInit());
print("完成\n");
print("始终化连接空间...");
if(!initConnect(getFdnum()))
goto MEMEND;
print("完成\n");
while(1) {
print("尝试绑定本地端口 %d... ", getPortnumber());
bindedfd = bindlocalhost(getPortnumber());
if(bindedfd == -1)
sleep(10);
else
break;
}
print("完成\n");
print("建立对象...");
if(!initObjectArray(getObjnum()))
goto CLOSEBIND;
print("完成\n");
print("建立人物...");
if(!CHAR_initCharArray(getFdnum(), getPetcharnum(), getOtherscharnum()))
goto CLOSEBIND;
print("完成\n");
print("建立物品...");
if(!ITEM_readItemConfFile(getItemfile()))
goto CLOSEBIND;
if(!ITEM_initExistItemsArray(getItemnum()))
goto CLOSEBIND;
print("完成\n");
print("建立战斗...");
if(!BATTLE_initBattleArray(getBattlenum()))
goto CLOSEBIND;
print("完成\n");
print("建立功能模块...");
if(!initFunctionTable())
goto CLOSEBIND;
print("完成\n");
print("初始化邮件...");
if(!PETMAIL_initOffmsgBuffer(getAddressbookoffmsgnum()))
goto CLOSEBIND;
print("完成\n");
print("读取不可战斗文件...");
if(!CHAR_initInvinciblePlace(getInvfile()))
goto CLOSEBIND;
print("完成\n");
print("读取显示位置文件...");
if(!CHAR_initAppearPosition(getAppearfile()))
goto CLOSEBIND;
print("完成\n");
print("读取头衔名称文件...");
if(!TITLE_initTitleName(getTitleNamefile()))
goto CLOSEBIND;
print("完成\n");
print("读取头衔配置文件...");
if(!TITLE_initTitleConfig(getTitleConfigfile()))
goto CLOSEBIND;
print("完成\n");
print("读取遇敌坐标文件...");
if(!ENCOUNT_initEncount(getEncountfile()))
goto CLOSEBIND;
print("完成\n");
print("读取宠物基本文件...");
if(!ENEMYTEMP_initEnemy(getEnemyBasefile()))
goto CLOSEBIND;
print("完成\n");
print("读取创建宠物文件...");
if(!ENEMY_initEnemy(getEnemyfile()))
goto CLOSEBIND;
print("完成\n");
print("读取遇敌组群文件...");
if(!GROUP_initGroup(getGroupfile()))
goto CLOSEBIND;
print("完成\n");
print("读取魔法文件...");
if(!MAGIC_initMagic(getMagicfile()))
goto CLOSEBIND;
print("完成\n");
#ifdef _ATTACK_MAGIC
print("读取魔法攻击文件...");
if(!ATTMAGIC_initMagic(getAttMagicfileName()))
// if( !ATTMAGIC_initMagic( getMagicfile() ) )
goto CLOSEBIND;
print("魔法攻击文件 -->%s...", getAttMagicfileName());
print("完成\n");
#endif
print("读取宠物技能文件...");
if(!PETSKILL_initPetskill(getPetskillfile()))
goto CLOSEBIND;
print("完成\n");
print("读取物品成份文件...");
if(!ITEM_initItemAtom(getItematomfile()))
goto CLOSEBIND;
print("完成\n");
print("初始化料理合成物品...");
if(!ITEM_initItemIngCache())
goto CLOSEBIND;
print("完成\n");
print("初始料理合成随机设定...");
if(!ITEM_initRandTable())
goto CLOSEBIND;
print("完成\n");
print("读取猜迷问题文件...");
if(!QUIZ_initQuiz(getQuizfile()))
goto CLOSEBIND;
print("完成\n");
#ifdef _GMRELOAD
print("读取GM配置文件...");
if(!LoadGMSet(getGMSetfile()))
goto CLOSEBIND;
print("完成\n");
#endif
#ifdef _USER_EXP_CF
print( "读取经验配置文件..." );
if ( !LoadEXP( getEXPfile() ) )
goto CLOSEBIND;
print("最高等级: %d...",getMaxLevel());
print("一般等级: %d...",getYBLevel());
print( "完成\n" );
#endif
#ifdef _LOOP_ANNOUNCE
print("读取循环公告文件...");
if(!loadLoopAnnounce())
print("...失败\n");
else
print("完成\n");
#endif
#ifdef _RIDE_CF
print("读取自定义骑宠文件...");
if(!CHAR_Ride_CF_init())
print("...失败\n");
print("完成\n");
#endif
#ifdef _FM_LEADER_RIDE
print("读取庄园族长专用骑宠文件...");
if(!CHAR_FmLeaderRide_init())
print("...失败\n");
print("完成\n");
#endif
#ifdef _NEED_ITEM_ENEMY
print("读取融合宠配置文件...");
if(!need_item_eneny_init())
print("...失败\n");
print("完成\n");
#endif
print("建立地图...");
if(!MAP_initReadMap(getMaptilefile(), getMapdir()))
goto CLOSEBIND;
print("完成\n");
print("读取NPC文件...");
if(!NPC_readNPCSettingFiles(getNpcdir(), getNpctemplatenum(),
getNpccreatenum()))
goto CLOSEBIND;
print("完成\n");
print("初始化 NPC 服务器... ");
if(lssproto_InitServer(lsrpcClientWriteFunc, LSGENWORKINGBUFFER) < 0)
goto CLOSEBIND;
print("完成\n");
print("尝试连接账号服务器... ");
acfd = connectHost(getAccountservername(), getAccountserverport());
if(acfd == -1)
goto CLOSEBIND;
print("完成\n");
initConnectOne(acfd, NULL, 0);
if(!CONNECT_acfdInitRB(acfd)) goto CLOSEAC;
if(!CONNECT_acfdInitWB(acfd)) goto CLOSEAC;
CONNECT_setCtype(acfd, AC);
print("初始化 NPC 客户端 ... ");
if(saacproto_InitClient(lsrpcClientWriteFunc, LSGENWORKINGBUFFER, acfd) < 0)
goto CLOSEAC;
print("完成\n");
print("向账号服务器发送登陆请求... ");
saacproto_ACServerLogin_send(acfd, getGameservername(), getAccountserverpasswd());
print("完成\n");
if(isExistFile(getLsgenlogfilename())) {
lssproto_SetServerLogFiles(getLsgenlogfilename(), getLsgenlogfilename());
saacproto_SetClientLogFiles(getLsgenlogfilename(), getLsgenlogfilename());
}
print("初始化已完成\n");
print("开始记始日志\n");
{
if(!initLog(getLogconffile()))
goto CLOSEAC;
}
#ifdef _ITEM_QUITPARTY
print("读取队伍解散物品消失文件...");
//读取档案
f = fopen(getitemquitparty(), "r");
if(f != NULL) {
while(fgets(line, sizeof(line), f)) {
if(line[0] == '#')continue;
if(line[0] == '\n')continue;
chomp(line);
itemquitparty_num++;
}
if(fseek(f, 0, SEEK_SET) == -1) {
print("物品录找错误\n");
fclose(f);
goto CLOSEAC;
}
//配记忆体
Disappear_Item = allocateMemory(sizeof(struct tagDisappearItem) * itemquitparty_num);
if(Disappear_Item == NULL) {
print("无法分配内存 %d\n", sizeof(struct tagDisappearItem) * itemquitparty_num);
fclose(f);
goto CLOSEAC;
}
i = 0;
//将道具编号存入 Disappear_Item.string
while(fgets(line, sizeof(line), f)) {
if(line[0] == '#')continue;
if(line[0] == '\n')continue;
chomp(line);
sprintf(Disappear_Item[i].string, "%s", line);
print("\n道具编号:%s", Disappear_Item[i].string);
i++;
}
fclose(f);
}
#endif
DEBUG_ADJUSTTIME = 0;
return TRUE;
CLOSEAC:
close(acfd);
CLOSEBIND:
close(bindedfd);
endConnect();
MEMEND:
memEnd();
RETURNFALSE:
return FALSE;
}
void SpatialHashHierarchy::convertToUnstructuredGrid(CUnstrGridr& ugrid)
{
int NEL=0;
int NVT=0;
//create entries on each level
for(int j=0;j<maxLevel_;j++)
{
NEL+=levels_[j]->GetUsedCells();
}//end for
NVT=8*NEL;
ugrid.nvt_ = NVT;
ugrid.nel_ = NEL;
ugrid.vertexCoords_ = new VECTOR3[NVT+1];
ugrid.hexas_ = new Hexa[NEL];
ugrid.m_myTraits = new DTraits[NVT];
//needed vertexcoords,hexas,traits
int ive=0;
int iel=0;
//start with the highest level
for(int level=getMaxLevel();level >= 0;level--)
{
SimpleSpatialHash::hashiterator iter = levels_[level]->begin();
for(;iter!=levels_[level]->end();iter++,iel++)
{
//Get the entries of the hash bucket
std::vector<CSpatialHashEntry>* vec = iter.Get();
Real dist=0;
Real hgridsize = levels_[level]->getCellSize()/2.0;
VECTOR3 center(vec->front().m_Cell.x*levels_[level]->getCellSize()+hgridsize,
vec->front().m_Cell.y*levels_[level]->getCellSize()+hgridsize,
vec->front().m_Cell.z*levels_[level]->getCellSize()+hgridsize);
ugrid.vertexCoords_[ive]=VECTOR3(center.x-hgridsize,center.y-hgridsize,center.z-hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[0]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x+hgridsize,center.y-hgridsize,center.z-hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[1]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x+hgridsize,center.y+hgridsize,center.z-hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[2]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x-hgridsize,center.y+hgridsize,center.z-hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[3]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x-hgridsize,center.y-hgridsize,center.z+hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[4]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x+hgridsize,center.y-hgridsize,center.z+hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[5]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x+hgridsize,center.y+hgridsize,center.z+hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[6]=ive++;
ugrid.vertexCoords_[ive]=VECTOR3(center.x-hgridsize,center.y+hgridsize,center.z+hgridsize);
ugrid.m_myTraits[ive].distance=dist;
ugrid.m_myTraits[ive].iTag=level;
ugrid.hexas_[iel].hexaVertexIndices_[7]=ive++;
}//end for
}//end for
}
