protected override void Update()
{
if (ProcessTask == null)
{
return;
}
//Transportation volume and energy usage
float range = Loader.GetRange(Processor.VolumePerSecond);
float sample_volume = Processor.VolumePerSecond *
Time.deltaTime *
YieldAdjustedUsageFraction;
Pile sample = Scene.Main.World.Asteroid.Regolith
.TakeSample(ProcessTask.Target.Position, range, sample_volume);
input_concentration = sample.GetVolumeOf(ProcessTask.Feedstock.GetPrincipleComponent()) /
sample.Volume;
//Separation
float sample_concentration = 1;
foreach (Resource resource in ProcessTask.Feedstock.Resources)
{
float maximum_concentration = ProcessTask.Feedstock.GetVolumeOf(resource) /
ProcessTask.Feedstock.Volume;
float actual_concentration = sample.GetVolumeOf(resource) / sample.Volume;
sample_concentration = Mathf.Min(sample_concentration, actual_concentration /
maximum_concentration);
}
effective_separation_efficiency = ProcessTask.GetEffectiveSeparationEfficiency(sample_concentration);
float removed_volume = effective_separation_efficiency *
sample_concentration *
sample_volume;
Pile product =
ProcessTask.Product.Normalized() *
sample.TakeOut(ProcessTask.Feedstock.Normalized() * removed_volume).Volume *
(ProcessTask.Product.Volume / ProcessTask.Feedstock.Volume);
if (IsProducingTools)
{
float tools_produced = product.TakeOut(Resource.Tools).Volume;
float net_tools = tools_produced -
YieldAdjustedUsageFraction *
Appliance.ToolsPerSecond *
Time.deltaTime;
if (net_tools < 0)
{
Unit.Team.Stock.Pile.TakeOut(Resource.Tools, -net_tools);
Unit.Task = null;
}
else
{
Unit.Team.Stock.Pile.PutIn(Resource.Tools, net_tools);
}
}
Unit.Team.Stock.Pile.PutIn(product);
Scene.Main.World.Asteroid.Litter(Processor.Waster.WasteSite, sample);
base.Update();
}
