public static Route RouteSingleDropletToModule(Module module, Board board, int currentTime, Droplet dropletInput)
{
BoardFluid InputFluidType = dropletInput.GetFluidType();
if (InputFluidType.GetNumberOfDropletsAvailable() < 1)
{
throw new RuntimeException("There isn't enough droplets of type " + InputFluidType.FluidName +
" avaiable, to satisfy the requirement of the module: " + module.ToString());
}
//Routes a droplet of type InputFluid to the module.
Route route = DetermineRouteToModule(haveReachedDropletOfTargetType(dropletInput), module, dropletInput, board, currentTime); //Will be included as part of a later step.
if (route == null)
{
throw new InternalRuntimeException("No route found. This should not be possible.");
}
//The droplet has been "used up"/it is now inside a module,
//so it needs to be removed from its original position:
RemoveRoutedDropletFromBoard(board, route);
return(route);
}
private int DoGarbageCollection(int currentTime, FluidBlock operation, BoardFluid oldFluidType)
{
int numberOfDropletsToRoute = oldFluidType.GetNumberOfDropletsAvailable();
WasteModule waste = (WasteModule)StaticModules[WASTE_MODULE_NAME];
waste.GetInputLayout().Droplets[0].FakeSetFluidType(oldFluidType);
Droplet dropletInput = waste.GetInputLayout().Droplets[0];
List <Route> wasteRoutes = new List <Route>();
for (int i = 0; i < numberOfDropletsToRoute; i++)
{
Route route = Router.RouteSingleDropletToModule(waste, board, currentTime, dropletInput);
wasteRoutes.Add(route);
//The route is scheduled sequentially, so the end time of the current route (+1) should be the start of the next.
//This will give an overhead of +1 for the operation starting time, for each droplet routed:
currentTime = route.getEndTime() + 1;
}
if (wasteRoutes.Count > 0)
{
operation.WasteRoutes.Add(oldFluidType.FluidName, wasteRoutes);
}
return(currentTime);
}