public void PowerNetUpdate(PowerNet net, HashSet <Building_BackupPowerAttachment> brokers)
{
// get desired power
var users = net.powerComps
.Select(p => (comp: p,
broker: p.parent is Building building
? brokers.FirstOrDefault(b => b.Parent == building)
: null,
consumption: Consumption(p),
currentProduction: CurrentProduction(p),
potentialProduction: PotentialProduction(p)));
var need = users.Sum(u => u.consumption);
var production = users.Sum(u => u.currentProduction);
var hasStorage = net.HasStorage();
var storageLevel = net.StorageLevel();
// Log.Debug( $"need: {need}, production: {production}, static: {staticProduction}" );
if (production > need || hasStorage && storageLevel > 0)
{
// try to shut backups off
var overProduction = production - need;
var backups = users.Where(u => u.broker != null &&
u.currentProduction > 0 &&
u.currentProduction <= overProduction &&
(!hasStorage || storageLevel >= u.broker.batteryRange.max) &&
u.broker.CanTurnOff())
.ToList();
if (backups.TryRandomElementByWeight(c => 1 / c.currentProduction, out var backup))
{
backup.broker.TurnOff();
}
}
if (production < need || hasStorage && storageLevel < 1)
{
// try to turn backups on
var backups = users.Where(u => u.broker != null &&
Math.Abs(u.currentProduction) < Mathf.Epsilon &&
u.potentialProduction > 0 &&
(!hasStorage || storageLevel <= u.broker.batteryRange.min))
.ToList();
if (backups.TryRandomElementByWeight(c => c.potentialProduction, out var backup))
{
backup.broker.TurnOn();
}
}
}
public void PowerNetUpdate(PowerNet net, HashSet <Building_BackupPowerAttachment> brokers)
{
// get desired power
IEnumerable <(CompPowerTrader comp, Building_BackupPowerAttachment broker, float consumption, float currentProduction, float potentialProduction)> users = net.powerComps
.Select(p => (comp: p,
broker: p.parent is Building building
? brokers.FirstOrDefault(b => b.Parent == building)
: null,
consumption: Consumption(p),
currentProduction: CurrentProduction(p),
potentialProduction: PotentialProduction(p)));
float need = users.Sum(u => u.consumption);
float production = users.Sum(u => u.currentProduction);
bool hasStorage = net.HasStorage();
float storageLevel = net.StorageLevel();
// Log.Debug( $"need: {need}, production: {production}, static: {staticProduction}" );
if (production > need || (hasStorage && storageLevel > 0))
{
// try to shut backups off
List <(CompPowerTrader comp, Building_BackupPowerAttachment broker, float consumption, float currentProduction, float potentialProduction)> backups = users.Where(u => u.broker != null &&
u.currentProduction > 0 &&
(u.currentProduction <= (production - need) || u.broker.runOnBatteriesOnly) &&
((!hasStorage && !u.broker.runOnBatteriesOnly) || storageLevel >= u.broker.batteryRange.max) &&
u.broker.CanTurnOff())
.ToList();
if (backups.TryRandomElementByWeight(c => 1 / c.currentProduction, out (CompPowerTrader comp, Building_BackupPowerAttachment broker, float consumption, float currentProduction, float potentialProduction)backup))
{
backup.broker.TurnOff();
}
}
if (production < need || (hasStorage && storageLevel < 1))
{
// try to turn backups on
List <(CompPowerTrader comp, Building_BackupPowerAttachment broker, float consumption, float currentProduction, float potentialProduction)> backups = users.Where(u => u.broker != null &&
Math.Abs(u.currentProduction) < Mathf.Epsilon &&
u.potentialProduction > 0 &&
(!hasStorage || storageLevel <= u.broker.batteryRange.min))
.ToList();
if (backups.TryRandomElementByWeight(c => c.potentialProduction, out (CompPowerTrader comp, Building_BackupPowerAttachment broker, float consumption, float currentProduction, float potentialProduction)backup))
{
backup.broker.TurnOn();
}
}
}
