public override void Tick()
{
tick++;
if (tick >= 10)
{
Vector3i startPosition = Position3i + Vector3i.Up * 3;
foreach (RubbleObject obj in NetObjectManager.GetObjectsOfType <RubbleObject>())
{
if (Vector3.Distance(obj.Position, Position + Vector3.Up * 1) < 1.5f)
{
if (obj.IsBreakable)
{
obj.Breakup();
}
else if (entry.GetLinker() != null)
{
ConnectorObject output = entry.GetLinker().GetFirstValidOutput(this, obj.GetType());
if (output != null)
{
obj.TryPickup(output.Output.GetComponent <PublicStorageComponent>().Inventory);
}
}
}
}
tick = 0;
}
}
private void BlockChanged(Vector3i pos)
{
if (entry.GetLinker() != null)
{
Vector3i startPosition = Position3i + Vector3i.Up * 3;
for (int i = -1; i <= 1; i++)
{
for (int j = -1; j <= 1; j++)
{
if (pos == startPosition + new Vector3i(i, 0, j))
{
Type blockType = World.GetBlock(pos).GetType();
if (blockType == typeof(EmptyBlock))
{
continue;
}
BlockItem item = BlockItem.CreatingItem(blockType);
ConnectorObject obj = entry.GetLinker().GetFirstValidOutput(this, item.GetType());
if (obj == null)
{
continue;
}
obj.Output.GetComponent <PublicStorageComponent>().Inventory.TryAddItem(item);
World.DeleteBlock(pos);
}
}
}
}
}
public override void Tick()
{
actualMiningTime += WorldObjectManager.TickDeltaTime;
if (actualMiningTime >= MINING_TIME && Operating)
{
Vector3i previousMiningBlock = blockMinedPos;
blockMinedPos += Rotation.Right.Floor;
int testPos = 0;
if (Rotation.Right.Floor.x < 0)
{
testPos = -blockMinedPos.x;
}
else if (Rotation.Right.Floor.x > 0)
{
testPos = blockMinedPos.x;
}
else if (Rotation.Right.Floor.z < 0)
{
testPos = -blockMinedPos.z;
}
else if (Rotation.Right.Floor.z > 0)
{
testPos = blockMinedPos.z;
}
if (testPos == (MINING_SIZE / 2) + 1)
{
blockMinedPos += Rotation.Forward.Floor;
blockMinedPos += -Rotation.Right.Floor * MINING_SIZE;
}
if (Rotation.Forward.Floor.x < 0)
{
testPos = -blockMinedPos.x;
}
else if (Rotation.Forward.Floor.x > 0)
{
testPos = blockMinedPos.x;
}
else if (Rotation.Forward.Floor.z < 0)
{
testPos = -blockMinedPos.z;
}
else if (Rotation.Forward.Floor.z > 0)
{
testPos = blockMinedPos.z;
}
if (testPos == MINING_SIZE + 1)
{
blockMinedPos += -Rotation.Up.Floor;
blockMinedPos += -Rotation.Forward.Floor * MINING_SIZE;
}
Block minedBlock = World.GetBlock(blockMinedPos + Position3i);
if (minedBlock.Is <Impenetrable>())
{
GetComponent <OnOffComponent>().SetOnOff(Creator.Player, false);
blockMinedPos = previousMiningBlock;
return;
}
Item minedItem = null;
if (minedBlock.Is <Diggable>())
{
minedItem = BlockItem.CreatingItem(minedBlock.GetType());
}
if (minedBlock.Is <Minable>())
{
if (minedBlock is StoneBlock)
{
minedItem = Item.Create(typeof(StoneItem));
}
else if (minedBlock is CoalBlock)
{
minedItem = Item.Create(typeof(CoalItem));
}
else if (minedBlock is CopperOreBlock)
{
minedItem = Item.Create(typeof(CopperOreItem));
}
else if (minedBlock is IronOreBlock)
{
minedItem = Item.Create(typeof(IronOreItem));
}
else if (minedBlock is GoldOreBlock)
{
minedItem = Item.Create(typeof(GoldOreItem));
}
}
if (minedItem != null && entry.GetLinker() != null)
{
//, minedBlock.Is<Minable>() ? 4 : 1
ConnectorObject obj = entry.GetLinker().GetFirstValidOutput(this, minedItem.GetType());
if (obj == null)
{
blockMinedPos = previousMiningBlock;
return;
}
obj.Output.GetComponent <PublicStorageComponent>().Inventory.TryAddItems(minedItem.Type, minedBlock.Is <Minable>() ? 4 : 1);
}
World.DeleteBlock(blockMinedPos + Position3i);
actualMiningTime = 0;
}
}