STDAPI DllUnregisterServer()
{
// Unregister the CLSID
UnregisterObject(CLSID_Hack);
return S_OK;
}
STDAPI DllUnregisterServer()
{
// Unregister the CLSID
UnregisterObject(CLSID_CustomEVRPresenter);
return S_OK;
}
virtual void DeleteObject(const ezUuid& guid) override
{
auto object = GetObjectByGUID(guid);
object.m_pType->GetAllocator()->Deallocate(object.m_pObject);
UnregisterObject(guid);
}
STDAPI DllUnregisterServer()
{
// Unregister the MFT.
MFTUnregister(CLSID_GrayscaleMFT);
// Unregister the CLSID.
UnregisterObject(CLSID_GrayscaleMFT);
return S_OK;
}
/*
Called by CObject::SetID() when a CObject's ID is changed. Shouldn't be called
from any other place.
*/
void CBaseManager::ReregisterObject(CObject& obj, uint32 newId)
{
/*
In the CTracker singleton, we are concerned with keeping:
-Aliases. They don't use object ID, just pointers
-Event listeners: don't use ID, so no worries
-Waiting script entries: scan through and change stored ID
*/
m_new_id_of_object_being_momentarily_removed = newId;
m_momentary_removal = true;
UnregisterObject(obj);
obj.m_id = newId;
RegisterObject(obj);
m_momentary_removal = false;
}
int CDOSObjectGroup::ProcessObjectRegister(int ProcessLimit)
{
FUNCTION_BEGIN;
CAutoLock Lock(m_EasyCriticalSection);
int ProcessCount=0;
DOS_OBJECT_REGISTER_INFO ObjectRegisterInfo;
while(m_ObjectRegisterQueue.PopFront(ObjectRegisterInfo))
{
UINT ID;
DOS_OBJECT_INFO * pObjectInfo=NULL;
ID=m_ObjectPool.NewObject(&pObjectInfo);
if(pObjectInfo)
{
pObjectInfo->ObjectID=ObjectRegisterInfo.ObjectID;
pObjectInfo->ObjectID.GroupIndex=m_Index;
pObjectInfo->ObjectID.ObjectIndex=ID;
OnObjectRegister(pObjectInfo->ObjectID);
pObjectInfo->Weight=ObjectRegisterInfo.Weight;
pObjectInfo->Param=ObjectRegisterInfo.Param;
pObjectInfo->pObject=ObjectRegisterInfo.pObject;
pObjectInfo->pObject->SetObjectID(pObjectInfo->ObjectID);
pObjectInfo->pObject->SetGroup(this);
if(!pObjectInfo->pObject->Init(ObjectRegisterInfo))
{
UnregisterObject(pObjectInfo->ObjectID);
}
}
else
{
PrintDOSLog(0,_T("CDOSObjectGroup::ProcessObjectRegister:对象池已耗尽%u/%u"),m_ObjectPool.GetObjectCount(),m_ObjectPool.GetBufferSize());
m_Weight-=ObjectRegisterInfo.Weight;
ObjectRegisterInfo.pObject->Destory();
SAFE_RELEASE(ObjectRegisterInfo.pObject);
}
ProcessLimit--;
ProcessCount++;
if(ProcessLimit<=0)
break;
}
return ProcessCount;
FUNCTION_END;
return 0;
}
void cBonusShot::Step (uint32_t a_ElapsedMiliSec)
{
// Calculate angle to destination
double l_AngleToDest =
atan2(m_Destination.y - GetPosition().y, m_Destination.x - GetPosition().x);
if (m_AngleInRadians < l_AngleToDest + g_kPI / 40 || m_AngleInRadians > l_AngleToDest - g_kPI / 40)
{
// We need to rotate our angle towards destination. Figure out direction.
bool l_IsClockwise = false;
if (l_AngleToDest < -g_kPI / 2.0)
{
l_IsClockwise = true;
}
double l_AngleDiff = l_AngleToDest - m_AngleInRadians;
l_AngleDiff = std::fmod(l_AngleDiff, 2 * g_kPI);
//~ if (l_AngleDiff > 0)
//~ {
//~ l_IsClockwise = false;
//~ }
//~
//~ if (l_AngleDiff > g_kPI)
//~ {
//~ l_IsClockwise = !l_IsClockwise;
//~ }
// Now rotate
if (m_Speed < g_kMaxSpeed)
{
m_Speed += g_kAcceleration * a_ElapsedMiliSec / 1000;
}
//~ else
//~ {
//~ std::cout << "MAXXXXXXXXXXXX" << std::endl;
//~ }
double l_DistanceToRotate = m_Speed / 1000 * 4 * g_kPI * a_ElapsedMiliSec / 1000.0;
if (l_DistanceToRotate > fabs(l_AngleDiff))
{
m_AngleInRadians = l_AngleToDest;
}
else if (l_IsClockwise)
{
m_AngleInRadians -= l_DistanceToRotate;
if (m_AngleInRadians < -g_kPI)
{
m_AngleInRadians += 2 * g_kPI;
}
}
else
{
m_AngleInRadians += l_DistanceToRotate;
if (m_AngleInRadians > g_kPI)
{
m_AngleInRadians -= 2 * g_kPI;
}
}
}
SetVelocityX(cos(m_AngleInRadians) * m_Speed, kNormal);
SetVelocityY(sin(m_AngleInRadians) * m_Speed, kNormal);
// If the destination is between our position and original position then we
// made it.
sf::Vector3<double> l_Distance1 = m_Destination - m_OriginalPosition;
sf::Vector3<double> l_Distance2 = GetPosition() - m_OriginalPosition;
if (fabs(l_Distance2.x) > fabs(l_Distance1.x))
{
UnregisterObject(true);
}
}
void cCountdownStart::Step (uint32_t a_ElapsedMiliSec)
{
m_TimeAlive += a_ElapsedMiliSec;
if (m_TimeAlive > 1300 && m_State == kThreeState)
{
LoadAnimations("Media/Countdown.ani");
PlayAnimationLoop("Three");
PlaySound("Media/Sounds/BlockMove.wav");
m_State = kTwoState;
}
else if (m_TimeAlive > 1900 && m_State == kTwoState)
{
PlayAnimationLoop("Two");
PlaySound("Media/Sounds/BlockMove.wav");
m_State = kOneState;
}
else if (m_TimeAlive > 2500 && m_State == kOneState)
{
PlayAnimationLoop("One");
PlaySound("Media/Sounds/BlockMove.wav");
m_State = kGoState;
}
else if (m_TimeAlive > 3100 && m_State == kGoState)
{
PlayAnimationLoop("Go");
PlaySound("Media/Sounds/BlockMove.wav");
GetResources()->GetBackGroundMusic()->play();
m_State = kWaitState;
}
else if (m_TimeAlive > 3700)
{
if (GetResources()->GetGameConfigData()->GetProperty("GameType") == "Challenge")
{
// Anti-cheating measure. If this is a challenge game then mark the game
// in progress. If the player quits out then we can use this to increase
// the retry count
std::string l_GameStarted =
(*(GetResources()->GetGameConfigData()))["Challenge"]["GameStarted"];
if (l_GameStarted == "1")
{
std::string l_RetryString =
(*(GetResources()->GetGameConfigData()))["Challenge"]["Retries"];
if (l_RetryString.empty())
{
l_RetryString = "0";
}
uint32_t l_RetryCount = std::stoi(l_RetryString);
++l_RetryCount;
(*(GetResources()->GetGameConfigData()))["Challenge"]["Retries"]
= std::to_string(l_RetryCount);
}
(*(GetResources()->GetGameConfigData()))["Challenge"]["GameStarted"] = "1";
// Save progress for testing
// (*(GetResources()->GetGameConfigData()))["Challenge"].ExportToFile("Config/SaveGame.SG");
}
// Tell the players they can begin.
sMessage l_Message;
l_Message.m_From = GetUniqueId();
l_Message.m_Category = "StartGame";
l_Message.m_Key = "StartGame";
l_Message.m_Value = "StartGame";
GetResources()->GetMessageDispatcher()->PostMessage(l_Message);
UnregisterObject(true);
}
}
PUBLIC( void, UnloadPlugin )( void ) // this routine is called when /unload is invoked
{
UnregisterObject( "odbc" );
//UnregisterRoutine( "odbc" );
}
