public void SpawnEmptyContainer(string part_name)
{
if (vessel_spawner.LaunchInProgress)
{
Utils.Message("In progress...");
return;
}
if (Opened)
{
Utils.Message("Need to close assembly space first");
Close();
return;
}
var kit_ship = new VesselKit().CreateShipConstruct(part_name, part.flagURL);
if (kit_ship != null)
{
var kit_metric =
new Metric(kit_ship.Bounds(kit_ship.parts[0].localRoot.partTransform));
if (!SpawnManager.MetricFits(kit_metric))
{
kit_ship.Unload();
Utils.Message("Container is too big for this assembly space");
return;
}
PartKit.GetRequirements(kit_ship.Parts[0],
out var assembly_reqs,
out var construction_reqs);
var need_ec = assembly_reqs.energy + construction_reqs.energy;
if (!part.TryUseResource(Utils.ElectricCharge.id, need_ec))
{
Utils.Message("Not enough energy to make the container");
kit_ship.Unload();
return;
}
if (assembly_reqs &&
!part.TryUseResource(assembly_reqs.resource.id,
assembly_reqs.resource_amount))
{
Utils.Message("Not enough {0} to make the container",
assembly_reqs.resource.name);
kit_ship.Unload();
return;
}
if (construction_reqs &&
!part.TryUseResource(construction_reqs.resource.id,
construction_reqs.resource_amount))
{
Utils.Message("Not enough {0} to make the container",
construction_reqs.resource.name);
kit_ship.Unload();
return;
}
GroundConstructionScenario.SaveGame(vessel.name + "-before_spawn_empty");
StartCoroutine(spawn_kit_vessel(kit_ship));
}
}
public static void GetRequirements(
Part p,
out Requirements assembly_requirements,
out Requirements construction_requirements
)
{
var kit = new PartKit(p, false);
if(kit.CurrentIndex == ASSEMBLY)
{
assembly_requirements = kit.RemainingRequirements().Copy();
kit.SetStageComplete(DIYKit.ASSEMBLY, true);
}
else
assembly_requirements = new Requirements();
construction_requirements = kit.RemainingRequirements().Copy();
}
public void GetRecycleInfo(
Part p,
float efficiency,
out DIYKit.Requirements assembly_requirements,
out DIYKit.Requirements construction_requirements
)
{
PartKit.GetRequirements(p, out assembly_requirements, out construction_requirements);
if (assembly_requirements)
{
assembly_requirements.resource_amount *=
assembly_requirements.resource.MaxRecycleRatio * efficiency;
assembly_requirements.energy *= GLB.RecycleEnergyRatio;
}
if (construction_requirements)
{
construction_requirements.resource_amount *=
construction_requirements.resource.MaxRecycleRatio * efficiency;
construction_requirements.energy *= GLB.RecycleEnergyRatio;
}
}