private void TryInitializeFurnace(FurnaceState state, IEventScheduler scheduler, IWorld world,
Coordinates3D coords, IItemRepository itemRepository)
{
if (TrackedFurnaces.ContainsKey(coords))
{
return;
}
var inputStack = state.Items[FurnaceWindow.IngredientIndex];
var fuelStack = state.Items[FurnaceWindow.FuelIndex];
var outputStack = state.Items[FurnaceWindow.OutputIndex];
var input = itemRepository.GetItemProvider(inputStack.ID) as ISmeltableItem;
var fuel = itemRepository.GetItemProvider(fuelStack.ID) as IBurnableItem;
if (state.BurnTimeRemaining > 0)
{
if (state.CookTime == -1 && input != null && (outputStack.Empty || outputStack.CanMerge(input.SmeltingOutput)))
{
state.CookTime = 0;
SetState(world, coords, state);
}
var subject = new FurnaceEventSubject();
TrackedFurnaces[coords] = subject;
scheduler.ScheduleEvent("smelting", subject, TimeSpan.FromSeconds(1),
server => UpdateFurnace(server.Scheduler, world, coords, itemRepository));
return;
}
if (fuel != null && input != null) // We can maybe start
{
if (outputStack.Empty || outputStack.CanMerge(input.SmeltingOutput))
{
// We can definitely start
state.BurnTimeRemaining = state.BurnTimeTotal = (short)(fuel.BurnTime.TotalSeconds * 20);
state.CookTime = 0;
state.Items[FurnaceWindow.FuelIndex].Count--;
SetState(world, coords, state);
world.SetBlockID(coords, LitFurnaceBlock.BlockID);
var subject = new FurnaceEventSubject();
TrackedFurnaces[coords] = subject;
scheduler.ScheduleEvent("smelting", subject, TimeSpan.FromSeconds(1),
server => UpdateFurnace(server.Scheduler, world, coords, itemRepository));
}
}
}
private void RegisterEntropySources(IEnumerable <IEntropyProvider> entropyProviders)
{
foreach (var entropyProvider in entropyProviders)
{
var eventSource = _sourceCount++;
if (eventSource > MaxNumberOfSources)
{
throw new InvalidOperationException($"Cannot configure more than {MaxNumberOfSources} for accumulating entropy.");
}
_eventScheduler.ScheduleEvent(eventSource, entropyProvider.GetScheduledEvent());
}
}
private void TryInitializeFurnace(FurnaceState state, IEventScheduler scheduler, IWorld world,
Coordinates3D coords, IItemRepository itemRepository)
{
if (TrackedFurnaces.ContainsKey(coords))
return;
var inputStack = state.Items[FurnaceWindow.IngredientIndex];
var fuelStack = state.Items[FurnaceWindow.FuelIndex];
var outputStack = state.Items[FurnaceWindow.OutputIndex];
var input = itemRepository.GetItemProvider(inputStack.ID) as ISmeltableItem;
var fuel = itemRepository.GetItemProvider(fuelStack.ID) as IBurnableItem;
if (state.BurnTimeRemaining > 0)
{
if (state.CookTime == -1 && input != null && (outputStack.Empty || outputStack.CanMerge(input.SmeltingOutput)))
{
state.CookTime = 0;
SetState(world, coords, state);
}
var subject = new FurnaceEventSubject();
TrackedFurnaces[coords] = subject;
scheduler.ScheduleEvent("smelting", subject, TimeSpan.FromSeconds(1),
server => UpdateFurnace(server.Scheduler, world, coords, itemRepository));
return;
}
if (fuel != null && input != null) // We can maybe start
{
if (outputStack.Empty || outputStack.CanMerge(input.SmeltingOutput))
{
// We can definitely start
state.BurnTimeRemaining = state.BurnTimeTotal = (short)(fuel.BurnTime.TotalSeconds * 20);
state.CookTime = 0;
state.Items[FurnaceWindow.FuelIndex].Count--;
SetState(world, coords, state);
world.SetBlockID(coords, LitFurnaceBlock.BlockID);
var subject = new FurnaceEventSubject();
TrackedFurnaces[coords] = subject;
scheduler.ScheduleEvent("smelting", subject, TimeSpan.FromSeconds(1),
server => UpdateFurnace(server.Scheduler, world, coords, itemRepository));
}
}
}