/*
* Shift the water
*/
public virtual WaterObject OnFlow(WaterObject inflow)
{
if (inflow == null)
{
WaterObject myWater = null;
if (this.Water != null)
{
myWater = this.Water.Copy();
}
this.Water = null;
return(myWater);
}
if (this.Water == null)
{
this.Water = inflow.Copy();
return(null);
}
WaterObject cpy = this.Water.Copy();
this.Water = inflow.Copy();
return(cpy);
}
/// <summary>
/// Makes time move (tick) forward for the modules. Ticking time forward allows for the water to flow through
/// the system.
/// </summary>
public List <WaterObject> TickModules()
{
List <WaterObject> waterLeaving = new List <WaterObject>();
// Flow water through the reservoir, to start flow through everything else
try
{
for (int i = 0; i < MapCapacity; i++)
{
this.Reservoir.Tick();
WaterObject water = this.Reservoir.OnFlow(new WaterObject());
var currentModule = this.Reservoir.NextModule;
while (currentModule != null)
{
currentModule.Tick();
water = currentModule.OnFlow(water);
currentModule = currentModule.NextModule;
}
if (water != null)
{
waterLeaving.Add(water.Copy()); // Add the water that came from the last module
}
}
}
catch (Exception e)
{
}
return(waterLeaving);
}
// Fill the reservoir
public override WaterObject OnFlow(WaterObject inflow)
{
if (inflow != null)
{
Water.Enqueue(inflow.Copy());
}
if (this.IsEmpty || this.DrainBroken)
{
return(null);
}
return(Water.Dequeue());
}