public void SeedData()
{
if (!Categories.Any())
{
var appliances = new Category()
{
Name = "Appliances",
Subcategories = new List <Category>()
{
new Category()
{
Name = "Microwaves"
}
}
};
Categories.Add(appliances);
SaveChanges();
}
if (!Cities.Any())
{
Cities.AddRange(
new City {
Name = "New York"
},
new City {
Name = "Seattle"
},
new City {
Name = "San Francisco"
});
SaveChanges();
}
}
/// <summary>
/// В этом закрытом методе заполняются списки Cities, Directions данными из файла input.txt
/// </summary>
void Filling()
{
if (Lines != null)
{
foreach (var line in Lines)
{
var split = line.Replace(" ", string.Empty).Replace("\"", string.Empty).Split('→');
City cityFrom = new City(split.First());
City cityTo = new City(split.Last());
if (!Cities.Any(c => c.Name == cityFrom.Name))
{
Cities.Add(cityFrom);
}
if (!Cities.Any(c => c.Name == cityTo.Name))
{
// здесь указывется что данный город не является точкой отсчета т.к. он является пунктом назначения на данном этапе
cityTo.IsNotRoot = true;
Cities.Add(cityTo);
}
else
{
//этот город был пунктом откправления но в данном случае он является пунктом назначения
Cities.FirstOrDefault(c => c.Name == cityTo.Name).IsNotRoot = true;
}
Directions.Add(new Direction(cityFrom, cityTo));
}
}
}
private void SeedForecasts(int maxDays)
{
if (maxDays < 1)
{
throw new InvalidSeedDataException("Expected maxDays to be at least 1.");
}
if (!Cities.Any())
{
throw new InvalidSeedOrderException("Cities must be seeded first.");
}
foreach (var city in Cities)
{
for (int days = 1; days <= maxDays; days++)
{
Forecasts.Add(new Forecast(city, days));
}
}
}
public void Initialize()
{
_attentionCode = 0x00; // 0b00000000
// MORALE
{
_morale = Convert.ToInt32(Cities.Average(city => city.Morale));
_moraleColumn = _morale + " Avg";
_moraleModifiersColumn = "";
foreach (HCity city in _cities)
{
int sum = city.MoraleModifiers.Values.Sum();
if (!_moraleModifiers.Contains(sum))
{
if (_moraleModifiersColumn != "")
{
_moraleModifiersColumn += ", ";
}
_moraleModifiersColumn += sum.ToString("+#0;-#0;±#0");
}
_moraleModifiers.Add(sum);
}
_moraleModifiersColumn = Math.Floor(_moraleModifiers.Average()).ToString("+#0;-#0;±#0") + " (" + _moraleModifiersColumn + ")";
_moraleOverview = "WIP";
}
// Decay
{
_abandonment = Cities.Min(city => city.Abandonment);
_abandonmentMax = Cities.Min(city => city.AbandonmentMax);
bool decaying = Cities.Any(city => city.DistressOverview.Contains("City is decaying."));
if (decaying)
{
_abandonmentColumn = " Decaying";
}
else if (_abandonmentMax < Hazeron.AbandonmentInterval)
{
_abandonmentColumn = " Unstable";
}
else if (_abandonment == _abandonmentMax)
{
_abandonmentColumn = _abandonment.ToString("00") + "~/" + _abandonmentMax.ToString("00") + " days";
}
else if (_abandonment > 0)
{
_abandonmentColumn = _abandonment.ToString("00") + " /" + _abandonmentMax.ToString("00") + " days";
}
else
{
_abandonmentColumn = " ERROR!?";
}
}
// POPULATION & LIVING CONDITIONS
{
_population = Cities.Sum(city => city.Population);
_homes = Cities.Sum(city => city.Homes);
_jobs = Cities.Sum(city => city.Jobs);
_populationLimit = Cities.Sum(city => city.PopulationLimit);
_populationColumn = "Population " + _population + ", Homes " + _homes;
_loyalty = Cities.Sum(city => city.Loyalty);
_loyaltyColumn = _loyalty + " citizens (" + Math.Round(((float)_loyalty / _population) * 100, 2) + "%)";
}
// Population overwiew
{
_populationOverview = "City's population:";
_populationOverview += Environment.NewLine + " " + _loyalty.ToString().PadLeft(5) + ", Loyal citizens";
if (_loyalty != _population)
{
int minutesToLoyal;
bool disloyal = (_cities.Min(city => city.Loyalty) < 0);
if (!disloyal)
{
minutesToLoyal = ((_cities.Max(city => (city.Population - city.Loyalty))) * 13);
}
else
{
minutesToLoyal = (Math.Abs(_loyalty) * 13);
}
_populationOverview += " [color=" + (disloyal ? "red" : "orange") + "](";
if (minutesToLoyal < 120) // Less than two hours.
{
_populationOverview += minutesToLoyal + " minutes";
}
else if (minutesToLoyal < 2980) // Less than two days.
{
_populationOverview += (minutesToLoyal / 60) + " hours";
}
else // More than two days.
{
_populationOverview += (minutesToLoyal / 1490) + " days";
}
_populationOverview += " to " + (disloyal ? "loyal" : "full") + ")[/color]";
}
_populationOverview += Environment.NewLine + " " + _population.ToString().PadLeft(5) + ", Citizens";
_populationOverview += Environment.NewLine + " " + _homes.ToString().PadLeft(5) + ", Homes";
_populationOverview += Environment.NewLine + " " + _jobs.ToString().PadLeft(5) + ", Jobs";
_populationOverview += Environment.NewLine + " " + _populationLimit.ToString().PadLeft(5) + ", Population limit";
}
// Technology overview
{
_technologyOverview = "";
_reseatchProjects = new Dictionary <string, int>();
_factilitiesTL = new Dictionary <string, int>();
// Get all the info from the cities
foreach (HCity city in Cities)
{
foreach (KeyValuePair <string, int> project in city.ReseatchProjects)
{
if (!_reseatchProjects.ContainsKey(project.Key))
{
_reseatchProjects.Add(project.Key, project.Value);
}
else
{
_reseatchProjects[project.Key] += project.Value;
}
}
foreach (KeyValuePair <string, int> tech in city.FactilitiesTL)
{
if (!_factilitiesTL.ContainsKey(tech.Key))
{
_factilitiesTL.Add(tech.Key, tech.Value);
}
else if (_factilitiesTL[tech.Key] != tech.Value)
{
_factilitiesTL[tech.Key] = -Math.Max(Math.Abs(_factilitiesTL[tech.Key]), Math.Abs(tech.Value));
}
}
}
if (_reseatchProjects.Count != 0)
{
_technologyOverview = "System's technology projects:";
foreach (string building in _reseatchProjects.Keys)
{
if (_factilitiesTL.ContainsKey(building))
{
_technologyOverview += Environment.NewLine + " " + _reseatchProjects[building].ToString().PadLeft(2) + " (TL" + Math.Abs(_factilitiesTL[building]).ToString().PadLeft(2) + ") running, " + building;
}
else
{
_technologyOverview += Environment.NewLine + " [color=red]" + _reseatchProjects[building].ToString().PadLeft(2) + " running, " + building + " (wasted, none in city)[/color]";
}
}
}
if (_technologyOverview != "")
{
_technologyOverview += Environment.NewLine + Environment.NewLine;
}
_technologyOverview += "System's technology levels:";
List <string> buildingList = _factilitiesTL.Keys.ToList();
buildingList.Sort();
foreach (string building in buildingList)
{
_technologyOverview += Environment.NewLine + " TL" + Math.Abs(_factilitiesTL[building]).ToString().PadLeft(2) + ", " + building;
if (_factilitiesTL[building] < 0)
{
_technologyOverview += " [color=red](not all cities)[/color]";
}
}
}
// Overview
_overview = "WIP";
// AttentionCodes
if (false) // Nothing yet!
{
_attentionCode = (byte)(_attentionCode | 0x01); // 0b00000001
}
if (_population < _homes || _population > _homes) // Population not full, or more than full.
{
_attentionCode = (byte)(_attentionCode | 0x02); // 0b00000010
}
if (Hazeron.AbandonmentInterval * 2 >= _abandonment) // Less than or equal to (Hazeron.AbandonmentInterval * 2) days to decay.
{
_attentionCode = (byte)(_attentionCode | 0x04); // 0b00000100
}
if (Hazeron.AbandonmentInterval >= _abandonment) // Less than or equal to (Hazeron.AbandonmentInterval) days to decay.
{
_attentionCode = (byte)(_attentionCode | 0x08); // 0b00001000
}
if (_population == 0 || _population > _populationLimit) // Population is 0, or zone over populated!
{
_attentionCode = (byte)(_attentionCode | 0x10); // 0b00010000
}
if (false) // Nothing yet!
{
_attentionCode = (byte)(_attentionCode | 0x20); // 0b00100000
}
if (_morale < 20) // Morale not full.
{
_attentionCode = (byte)(_attentionCode | 0x40); // 0b01000000
}
if (false) // Nothing yet!
{
_attentionCode = (byte)(_attentionCode | 0x80); // 0b10000000
}
_initialized = true;
}
public SalesmanVM()
{
model = new SalesmanM(AreaWidth - 30, AreaHeight - 30, 0);
AlgorithmCBs = new ObservableCollection <AlgorithmCB>()
{
new AlgorithmCB()
{
Id = AlgorithmType.Astar,
Name = "A*"
},
new AlgorithmCB()
{
Id = AlgorithmType.NearestNeighbour,
Name = "Nearest Neighbour"
},
new AlgorithmCB()
{
Id = AlgorithmType.SimulatedAnnealing,
Name = "Simulated Annealing"
},
new AlgorithmCB()
{
Id = AlgorithmType.AntColony,
Name = "AntColony"
}
};
Cities = new ObservableCollection <City>();
Edges = new ObservableCollection <Edge>();
VisitedCities = new ObservableCollection <City>();
CurrentEdges = new ObservableCollection <Edge>();
CurrentBestEdge = new ObservableCollection <Edge>();
FinalEdges = new ObservableCollection <Edge>();
CurrentFinalEdges = new ObservableCollection <Edge>();
BindingOperations.EnableCollectionSynchronization(CurrentEdges, _lockCurrentEdges);
BindingOperations.EnableCollectionSynchronization(FinalEdges, _lockFinalEdges);
BindingOperations.EnableCollectionSynchronization(CurrentFinalEdges, _lockCurrentFinalEdges);
BindingOperations.EnableCollectionSynchronization(VisitedCities, _lockVisitedCities);
BindingOperations.EnableCollectionSynchronization(CurrentBestEdge, _lockCurrentBestEdges);
drawGraph = new RelayCommand()
{
CanExecuteDelegate = x => true,
ExecuteDelegate = x =>
{
VisitedCities.Clear();
FinalEdges.Clear();
CurrentEdges.Clear();
CurrentBestEdge.Clear();
model.GenerateRandomCities(CitiesAmount);
model.GenerateRandomDistances();
Cities = new ObservableCollection <City>(model.Cities);
Edges = new ObservableCollection <Edge>(model.Edges);
OnPropertyChanged(nameof(Cities));
OnPropertyChanged(nameof(Edges));
OnPropertyChanged(nameof(VisitedCities));
OnPropertyChanged(nameof(FinalEdges));
OnPropertyChanged(nameof(CurrentEdges));
OnPropertyChanged(nameof(CurrentBestEdge));
}
};
runCommand = new RelayCommand()
{
CanExecuteDelegate = x => Cities.Any(),
ExecuteDelegate = x =>
{
VisitedCities.Clear();
FinalEdges.Clear();
CurrentEdges.Clear();
CurrentBestEdge.Clear();
OnPropertyChanged(nameof(VisitedCities));
OnPropertyChanged(nameof(FinalEdges));
OnPropertyChanged(nameof(CurrentEdges));
OnPropertyChanged(nameof(CurrentBestEdge));
Task.Factory.StartNew(() => { Tuple <int, string> result = model.TSP(AlgorithmCBPicked.Id, Delay, VisitedCities, CurrentEdges, CurrentBestEdge, CurrentFinalEdges, FinalEdges);
Path = result.Item2;
BestDistance = result.Item1.ToString(); });
}
};
}
public bool HasWonder <T>() where T : IWonder => Cities.Any(c => c.HasWonder <T>());
public bool HasWonder <T>() where T : IWonder
{
return(Cities.Any(c => c.HasWonder <T>()));
}
public bool ApplyCities() => Cities != null && Cities.Any();
public void SeedData()
{
if (!Categories.Any())
{
var appliances = new Category()
{
Name = "Appliances",
SubCategories = new List <Category>()
{
new Category()
{
Name = "Microwaves"
}
}
};
Categories.Add(appliances);
SaveChanges();
}
if (!Cities.Any())
{
Cities.AddRange(
new City {
Name = "New York"
},
new City {
Name = "Seattle"
},
new City {
Name = "San Francisco"
});
SaveChanges();
}
if (!Users.Any())
{
Users.AddRange(
new User()
{
Id = "*****@*****.**"
},
new User()
{
Id = "*****@*****.**"
},
new User()
{
Id = "*****@*****.**"
},
new User()
{
Id = "*****@*****.**"
});
SaveChanges();
}
//if (!Products.Any())
//{
// Products.AddRange(
// new Product
// {
// Owner = Users.SingleOrDefault(u => u.Id == "*****@*****.**"),
// Title = "Frigidaire",
// Description =@"This classic top freezer refrigerator from Frigidaire is an excellent piece
// for a starter kitchen. The Store-More™ door shelves featuring gallon storage offer plenty of
// room for condiments and drinks.",
// Category = Categories.SingleOrDefault(c => c.Name == "Appliances"),
// City = Cities.SingleOrDefault(c => c.Name == "San Francisco"),
// PublishDate = DateTime.Now
// },
// new Product
// {
// Owner = Users.SingleOrDefault(u => u.Id == "*****@*****.**"),
// Title = "Dyson V8 Absolute vacuum cleaner",
// Description = @"The Dyson V8 Absolute vacuum cleaner has a soft roller cleaner head for
// hard floors and a motorized cleaner head to remove dirt from carpets. In nickel/iron.",
// Category = Categories.SingleOrDefault(c => c.Name == "Appliances"),
// City = Cities.SingleOrDefault(c => c.Name == "Seattle"),
// PublishDate = DateTime.Now
// },
// new Product
// {
// Owner = Users.SingleOrDefault(u => u.Id == "*****@*****.**"),
// Title = "Whirlpool",
// Description = @"1.7 cu. ft. Over the Range Microwave in Stainless Steel with Electronic Touch Controls",
// Category = Categories.SingleOrDefault(c => c.Name == "Microwaves"),
// City = Cities.SingleOrDefault(c => c.Name == "New York"),
// PublishDate = DateTime.Now
// }
// );
// SaveChanges();
//}
}