public void SetEntity(EntityState entityState)
{
if (entityState.DataBlobs.ContainsKey(typeof(EnergyGenAbilityDB))) //If the entity has power data
{
_entityState = entityState; //Store it as the entity being show
_energyGenDB = (EnergyGenAbilityDB)entityState.DataBlobs[typeof(EnergyGenAbilityDB)]; //Store it's power value
CanActive = true; //And note if that it can be displayed
}
else
{
//CanActive = false;
//_entityState = null;
}
}
public static void EnergyGen(Entity entity, DateTime atDateTime)
{
EnergyGenAbilityDB _energyGenDB = entity.GetDataBlob <EnergyGenAbilityDB>();
TimeSpan t = atDateTime - _energyGenDB.dateTimeLastProcess;
Guid energyType = _energyGenDB.EnergyType.ID;
var stored = _energyGenDB.EnergyStored[energyType];
var storeMax = _energyGenDB.EnergyStoreMax[energyType];
double freestore = Math.Max(0, storeMax - stored);
double totaldemand = _energyGenDB.Demand + freestore;
var output = _energyGenDB.TotalOutputMax - _energyGenDB.Demand;
output = GMath.Clamp(output, -stored, freestore);
_energyGenDB.EnergyStored[energyType] += output;
if (output > 0)
{
double timeToFill = Math.Ceiling(freestore / output);
DateTime interuptTime = atDateTime + TimeSpan.FromSeconds(timeToFill);
entity.Manager.ManagerSubpulses.AddEntityInterupt(interuptTime, nameof(EnergyGenProcessor), entity);
}
else if (output < 0)
{
double timeToEmpty = Math.Ceiling(Math.Abs(stored / output));
DateTime interuptTime = atDateTime + TimeSpan.FromSeconds(timeToEmpty);
entity.Manager.ManagerSubpulses.AddEntityInterupt(interuptTime, nameof(EnergyGenProcessor), entity);
}
double load = 0;
if (output > 0)
{
load = _energyGenDB.TotalOutputMax / output;
}
else if (output < 0)
{
load = 1;
}
_energyGenDB.Load = load;
_energyGenDB.Output = output;
double fueluse = _energyGenDB.TotalFuelUseAtMax.maxUse * load;
_energyGenDB.LocalFuel -= fueluse * t.TotalSeconds;
_energyGenDB.dateTimeLastProcess = atDateTime;
var histogram = _energyGenDB.Histogram;
int hgFirstIdx = _energyGenDB.HistogramIndex;
int hgLastIdx;
if (hgFirstIdx == 0)
{
hgLastIdx = histogram.Count - 1;
}
else
{
hgLastIdx = hgFirstIdx - 1;
}
var hgFirstObj = histogram[hgFirstIdx];
var hgLastObj = histogram[hgLastIdx];
int optime = hgLastObj.seconds;
int newoptime = (int)(optime + t.TotalSeconds);
var nexval = (foo : output, demand : totaldemand, store : stored, newoptime);
if (histogram.Count < _energyGenDB.HistogramSize)
{
histogram.Add(nexval);
}
else
{
histogram[hgFirstIdx] = nexval;
if (hgFirstIdx == histogram.Count - 1)
{
_energyGenDB.HistogramIndex = 0;
}
else
{
_energyGenDB.HistogramIndex++;
}
}
}
