void Connections()
{
//ExpencesCommunications = 0;
float plumbingLen = 0;
float heatingLen = 0;
float ventsLen = 0;
// HOT WATER
// looking for closest boiler
foreach (LogicRiser l in LCache.Risers)
{
LogicBoiler b = LCache.FindClosest <LogicBoiler>(LCache.Boilers, l.Center);
if (b != null)
{
plumbingLen += Vector3.Distance(b.Center, l.Center);
l.HasHotWater = true;
}
else
{
l.HasHotWater = Conditions.HotWater;
}
}
//looking for risers
foreach (IHotWaterConsumer lh in LCache.HotWaterConsumers)
{
ILogicObject l = lh as ILogicObject;
LogicRiser r = LCache.FindClosest <LogicRiser>(LCache.Risers, l.Center);
if (r != null)
{
plumbingLen += Vector3.Distance(r.Center, l.Center);
lh.HasHotWater = r.HasHotWater;
}
}
// HEATING
foreach (LogicHeatingPipe h in LCache.HeatingPipes)
{
h.HasHotWater = Conditions.HotWater;
}
foreach (LogicHeater h in LCache.Heaters)
{
LogicHeatingPipe pipe = LCache.FindClosest <LogicHeatingPipe>(LCache.HeatingPipes, h.Center);
if (pipe != null)
{
heatingLen += Vector3.Distance(h.Center, pipe.Center);
h.Operates = pipe.HasHotWater;
}
}
if (LCache.Vents.Count > 0)
{
// Vents
foreach (Room r in Rooms)
{
if (r.TypeOfRoom != RoomType.Kitchen &&
r.TypeOfRoom != RoomType.Garage &&
r.TypeOfRoom != RoomType.Dining &&
r.TypeOfRoom != RoomType.Bathroom &&
r.TypeOfRoom != RoomType.Toilet &&
r.TypeOfRoom != RoomType.ToiletBathroom)
{
continue;
}
float distance = -1;
LogicVentshaft closest = null;
foreach (LogicVentshaft v in LCache.Vents)
{
float d = r.CalcDistance(v.Center);
if (closest == null || distance > d)
{
closest = v;
distance = d;
}
}
ventsLen += distance;
r.Ventilated = true;
}
}
Debug.Log(string.Format("pipes len {0}, heating len {1}, vents len {2}",
plumbingLen, heatingLen, ventsLen));
M.Statistic.CommunicationsCost = (int)(plumbingLen * Conditions.PlumbingCost
+ heatingLen * Conditions.HeatingCost
+ ventsLen * Conditions.VentsCost);
}