UCECube::UCECube(const class FObjectInitializer& PCIP) : Super(PCIP)
{
// Размер куба 100*100*100 (по 50 от центра)
BoxExtent = FVector(50, 50, 50);
// Включаем отслеживание трассировки лучей
SetCollisionResponseToAllChannels(ECollisionResponse::ECR_Block);
SetCollisionEnabled(ECollisionEnabled::Type::QueryAndPhysics);
}
// Bounding collision region
void Item::CreateBoundingRegion(vec3 origin, BoundingRegionType boundingType, float radius, float xWidth, float yWidth, float zWidth, float scale)
{
if(m_vpBoundingRegionList.size() >= 1)
{
return;
}
SetCollisionEnabled(true);
BoundingRegion* lpNewRegion = new BoundingRegion();
lpNewRegion->m_origin = origin;
lpNewRegion->m_boundingType = boundingType;
lpNewRegion->m_radius = radius;
lpNewRegion->m_x_length = xWidth;
lpNewRegion->m_y_length = yWidth;
lpNewRegion->m_z_length = zWidth;
lpNewRegion->m_scale = scale;
Matrix4x4 transformMatrix;
lpNewRegion->UpdatePlanes(transformMatrix, 1.0f);
m_vpBoundingRegionList.push_back(lpNewRegion);
}
void CClientObject::Create ( void )
{
// Not already created an object?
if ( !m_pObject )
{
// Check again that the limit isn't reached. We are required to do so because
// we load async. The streamer isn't always aware of our limits.
if ( !CClientObjectManager::IsObjectLimitReached () )
{
// Add a reference to the object
m_pModelInfo->ModelAddRef ( BLOCKING, "CClientObject::Create" );
// If the new object is not breakable, allow it into the vertical line test
g_pMultiplayer->AllowCreatedObjectsInVerticalLineTest ( !CClientObjectManager::IsBreakableModel ( m_usModel ) );
// Create the object
m_pObject = g_pGame->GetPools ()->AddObject ( m_usModel, m_bIsLowLod, m_bBreakingDisabled );
// Restore default behaviour
g_pMultiplayer->AllowCreatedObjectsInVerticalLineTest ( false );
if ( m_pObject )
{
// Put our pointer in its stored pointer
m_pObject->SetStoredPointer ( this );
// Add XRef
g_pClientGame->GetGameEntityXRefManager ()->AddEntityXRef ( this, m_pObject );
// If set to true,this has the effect of forcing the object to be static at all times
m_pObject->SetStaticWaitingForCollision ( m_bIsStatic );
// Apply our data to the object
m_pObject->Teleport ( m_vecPosition.fX, m_vecPosition.fY, m_vecPosition.fZ );
m_pObject->SetOrientation ( m_vecRotation.fX, m_vecRotation.fY, m_vecRotation.fZ );
#ifndef MTA_BUILDINGS
m_pObject->ProcessCollision ();
#endif
m_pObject->SetupLighting ();
UpdateVisibility ();
if ( !m_bUsesCollision ) SetCollisionEnabled ( false );
if ( m_vecScale.fX != 1.0f &&
m_vecScale.fY != 1.0f &&
m_vecScale.fZ != 1.0f)
SetScale ( m_vecScale );
m_pObject->SetAreaCode ( m_ucInterior );
SetAlpha ( m_ucAlpha );
m_pObject->SetHealth ( m_fHealth );
// Set object mass
if ( m_fMass != -1.0f )
m_pObject->SetMass ( m_fMass );
// Reattach to an entity + any entities attached to this
ReattachEntities ();
// Validate this entity again
m_pManager->RestoreEntity ( this );
// Tell the streamer we've created this object
NotifyCreate ();
// Done
return;
}
else
{
// Remove our reference to the object again
m_pModelInfo->RemoveRef ();
}
}
// Tell the streamer we could not create it
NotifyUnableToCreate ();
}
}
