/**
* @brief CollisionSystem::Update checks for collisions between entities that have moved and all other entities
* @param dt frame time
*/
void CollisionSystem::Update(sf::Time dt)
{
PositionComponent* p1 = nullptr;
sf::Vector2f norm;
std::list<unsigned int> movedEntities = _MovedEntities;
_MovedEntities.clear();
std::list<unsigned int>::iterator mit;
FillBins();
for(mit = movedEntities.begin(); mit != movedEntities.end(); mit++)
{
p1 = this->GetEntity(*mit)->GetComponent<PositionComponent>("Position");
if(CheckCollisions(*mit, norm))
{
MoveEntityMessage msg;
msg.ID = *mit;
msg.newPosition.x = p1->GetPosition().x - norm.x;
msg.newPosition.y = p1->GetPosition().y - norm.y;
Emit<MoveEntityMessage>(msg);
}
}
ClearBins();
}
void GCAllocator::Setup(const ::CrossNetRuntime::InitOptions & options)
{
CROSSNET_ASSERT(IsAligned(sizeof(AllocStructure)), "");
CROSSNET_ASSERT(IsAligned((int)options.mMainBuffer), "");
// Set the allocated buffer to a specific pattern (to detect bugs earlier)
__memset__(options.mMainBuffer, 0xA5, options.mMainBufferSize);
sCurrentAllocPointer = static_cast<unsigned char *>(options.mMainBuffer);
sEndMainBuffer = sCurrentAllocPointer + options.mMainBufferSize;
ClearBins();
}
void LuaMatHandler::ClearBins(LuaObjType objType)
{
for (int m = 0; m < LUAMAT_TYPE_COUNT; m++) {
ClearBins(objType, LuaMatType(m));
}
}
