public Model Parse(string fileName)
{
var lines = File.ReadAllLines(fileName);
int lineIndex;
// read model setup
for (lineIndex = 0; lineIndex < lines.Length && lines[lineIndex] != ""; ++lineIndex)
{
int currentPosition = 0;
var input = lines[lineIndex];
// read alternating sequence of station identifiers and connections
Station lastStation = ReadStation(input, ref currentPosition);
while (currentPosition < input.Length)
{
var isTwoWay = ReadConnection(input, ref currentPosition);
var station = ReadStation(input, ref currentPosition);
Connect(lastStation, station);
if (isTwoWay)
{
Connect(station, lastStation);
}
lastStation = station;
}
}
var model = new Model(_stations.ToArray(), new FastObserverController(_stations.ToArray()));
// read recipes to be produced by the model
for (lineIndex++; lineIndex < lines.Length; ++lineIndex)
{
var input = lines[lineIndex];
int currentPosition = 0;
var amount = ReadUntil(input, ref currentPosition, ' ');
var ingredients = new List <Ingredient>();
while (currentPosition < input.Length)
{
ingredients.Add(ReadIngredient(input, ref currentPosition));
}
model.ScheduleProduction(new Recipe(ingredients.ToArray(), uint.Parse(amount)));
}
return(model);
}
public Model Parse(string fileName)
{
var lines = File.ReadAllLines(fileName);
int lineIndex;
// read model setup
for (lineIndex = 0; lineIndex < lines.Length && lines[lineIndex] != ""; ++lineIndex)
{
int currentPosition = 0;
var input = lines[lineIndex];
// read alternating sequence of station identifiers and connections
Station lastStation = ReadStation(input, ref currentPosition);
while (currentPosition < input.Length)
{
var isTwoWay = ReadConnection(input, ref currentPosition);
var station = ReadStation(input, ref currentPosition);
Connect(lastStation, station);
if (isTwoWay)
Connect(station, lastStation);
lastStation = station;
}
}
var model = new Model(_stations.ToArray(), new FastObserverController(_stations.ToArray()));
// read recipes to be produced by the model
for (lineIndex++; lineIndex < lines.Length; ++lineIndex)
{
var input = lines[lineIndex];
int currentPosition = 0;
var amount = ReadUntil(input, ref currentPosition, ' ');
var ingredients = new List<Ingredient>();
while (currentPosition < input.Length)
{
ingredients.Add(ReadIngredient(input, ref currentPosition));
}
model.ScheduleProduction(new Recipe(ingredients.ToArray(), uint.Parse(amount)));
}
return model;
}
public static Model NoRedundancyCircularModel()
{
// create 3 stations
var dispenser = new ParticulateDispenser();
var stations = new Station[]
{
new ContainerLoader(),
dispenser,
new PalletisationStation()
};
dispenser.SetStoredAmount(IngredientType.BlueParticulate, 50u);
dispenser.SetStoredAmount(IngredientType.RedParticulate, 50u);
dispenser.SetStoredAmount(IngredientType.YellowParticulate, 50u);
// connect them to a circle
for (var i = 0; i < stations.Length; ++i)
{
var next = stations[(i + 1) % stations.Length];
stations[i].Outputs.Add(next);
next.Inputs.Add(stations[i]);
}
var model = new Model(stations, new FastObserverController(stations));
var recipe = new Recipe(ingredients: new[]
{
new Ingredient(IngredientType.BlueParticulate, 12),
new Ingredient(IngredientType.RedParticulate, 4),
new Ingredient(IngredientType.YellowParticulate, 5)
}, amount: 3);
model.ScheduleProduction(recipe);
return(model);
}
public static Model NoRedundancyCircularModel()
{
// create 3 stations
var dispenser = new ParticulateDispenser();
var stations = new Station[]
{
new ContainerLoader(),
dispenser,
new PalletisationStation()
};
dispenser.SetStoredAmount(IngredientType.BlueParticulate, 50u);
dispenser.SetStoredAmount(IngredientType.RedParticulate, 50u);
dispenser.SetStoredAmount(IngredientType.YellowParticulate, 50u);
// connect them to a circle
for (var i = 0; i < stations.Length; ++i)
{
var next = stations[(i + 1) % stations.Length];
stations[i].Outputs.Add(next);
next.Inputs.Add(stations[i]);
}
var model = new Model(stations, new FastObserverController(stations));
var recipe = new Recipe(ingredients: new[]
{
new Ingredient(IngredientType.BlueParticulate, 12),
new Ingredient(IngredientType.RedParticulate, 4),
new Ingredient(IngredientType.YellowParticulate, 5)
}, amount: 3);
model.ScheduleProduction(recipe);
return model;
}