private void CalculateNextTurn()
{
if (doingTurn)
{
return;
}
ResourcesStorage.Reset();
foreach (ResourceDelta delta in upkeepDeltas)
{
ResourcesStorage.AddDelta(delta);
}
var rocket = new Rocket(); // TODO this needs to stick around, really, if only so that the rocket contents can be communicated to the player
// Upkeep gets dibs on rocket capacity.
EnsureUpkeepIsMet(rocket);
// Fill any remaining space with materials for however many projects we can complete this turn.
TryCompleteProjects(rocket);
// TODO fill the rest of the rocket's capacity with some player-configurable default resource.
// TODO or, possibly, include some subset of the resources for the next project, if any.
OnChanged?.Invoke();
}
public void HappyCase()
{
var storages = new ResourcesStorage();
storages.AddDelta(new ResourceDelta(ResourceType.Air, 20));
storages.AddDelta(new ResourceDelta(ResourceType.Food, -20));
Assert.AreEqual(20, storages.NextAmount(ResourceType.Air));
Assert.AreEqual(-20, storages.NextAmount(ResourceType.Food));
storages.Tick();
Assert.AreEqual(20, storages.NextAmount(ResourceType.Air));
Assert.AreEqual(20, storages.ResourceStorages[ResourceType.Air].CurrentAmount);
}
public void TestUpkeep()
{
var station = new Station();
ResourcesStorage storage = station.ResourcesStorage;
storage.AddDelta(new ResourceDelta(ResourceType.Air, 20));
station.DoTurn();
station.AddUpkeepDelta(new ResourceDelta(ResourceType.Air, -10));
// upkeep depletes stored resource first
Assert.AreEqual(10, storage.NextAmount(ResourceType.Air));
station.DoTurn();
Assert.AreEqual(0, storage.NextAmount(ResourceType.Air));
// and will launch resources via the rocket instead of going negative
station.DoTurn();
Assert.AreEqual(0, storage.NextAmount(ResourceType.Air));
}