private Gameboard ConvertGenericListToGameboard(ObservableCollection <GenericEditorItem> list)
{
// Create defining lists for collation later
List <Residence> residentialList = new List <Residence>();
List <string> residentialSets = new List <string>();
List <Station> stationsList = new List <Station>();
List <Utility> utilitiesList = new List <Utility>();
List <Tax> taxationIndexes = new List <Tax>();
List <int> chanceIndexes = new List <int>();
List <int> cChestIndexes = new List <int>();
foreach (GenericEditorItem item in list)
{
switch (item.Type)
{
case 0: // Residential
if (item.Name == "Protected")
{
break;
}
residentialList.Add(new Residence(null)
{
Position = item.Index,
Name = item.Name,
Set = item.Set,
Price = item.Price,
HouseIncrementationPrice = item.HouseIncrementationCost,
Hex = item.PropertyHex,
Rent = item.Rent.ToArray()
});
if (!residentialSets.Contains(item.Set))
{
residentialSets.Add(item.Set);
}
break;
case 1: // Station
stationsList.Add(new Station(null)
{
Position = item.Index,
Name = item.Name,
Set = item.Set,
Price = item.Price,
Hex = item.PropertyHex,
});
break;
case 2: // Utility
utilitiesList.Add(new Utility(null)
{
Position = item.Index,
Name = item.Name,
Set = item.Set,
Price = item.Price,
Hex = item.PropertyHex,
});
break;
case 3: // Chance tile
chanceIndexes.Add(item.Index);
break;
case 4: // Community chest tile
cChestIndexes.Add(item.Index);
break;
case 5: // Chance tile
taxationIndexes.Add(new Tax(null)
{
Name = item.Name,
Position = item.Index,
Cost = item.Price
});
break;
}
}
// Now we need to assemble these collections into an output gameboard
Gameboard outputGameboard = new Gameboard(null);
// Do the residences
outputGameboard.Residences = new Dictionary <string, List <Residence> >();
foreach (string set in residentialSets)
{
List <Residence> residencesOfSet = new List <Residence>();
foreach (Residence res in residentialList)
{
if (res.Set == set)
{
residencesOfSet.Add(res);
}
}
outputGameboard.Residences.Add(set, residencesOfSet);
}
// Residences done! Onto stations and utilities
outputGameboard.Stations = stationsList;
outputGameboard.StationsRent = StationRents.ToArray();
outputGameboard.Utilities = utilitiesList;
outputGameboard.UtilityMultipliers = UtilityRents.ToArray();
// Properties done! Deal with taxation, chance and community chest
outputGameboard.TaxIndexes = taxationIndexes;
outputGameboard.ChanceIndexes = chanceIndexes.ToArray();
outputGameboard.ChestIndexes = cChestIndexes.ToArray();
return(outputGameboard);
}
private void _UpdateStationUtilityRentCounts(object sender)
{
Console.WriteLine("Refreshing station and utility rent counters");
int stations = 0; int utilities = 0;
foreach (GenericEditorItem item in Board)
{
if (item.Type == 1)
{
// Station
Console.WriteLine("Found a station at index: " + item.Index);
stations++;
}
else if (item.Type == 2)
{
// Utility
Console.WriteLine("Found a utility at index: " + item.Index);
utilities++;
}
}
Console.WriteLine("Counted utilities " + utilities + ", and stations " + stations);
// Change the numbers where needed
if (stations > StationRents.Count())
{
// Need to add an additional integer to StationsRent
for (int i = StationRents.Count(); i < stations; i++)
{
Console.WriteLine("Adding a station to a list of " + StationRents.Count());
StationRents.Add(0);
}
}
else if (stations < StationRents.Count())
{
// Need to remove the unnecessary integers from the end!
ObservableCollection <int> newList = new ObservableCollection <int>();
for (int i = 0; i < stations; i++)
{
newList.Add(StationRents[i]);
Console.WriteLine("Adding stations, index " + i + ": " + StationRents[i]);
}
StationRents = newList;
}
// Repeat such a process for the utilities
// Change the numbers where needed
if (utilities > UtilityRents.Count())
{
// Need to add an additional integer to UtilityRent
for (int i = UtilityRents.Count(); i < utilities; i++)
{
UtilityRents.Add(0);
}
}
else if (utilities < UtilityRents.Count())
{
// Need to remove the unnecessary integers from the end!
ObservableCollection <int> newList = new ObservableCollection <int>();
for (int i = 0; i < utilities; i++)
{
newList.Add(UtilityRents[i]);
}
UtilityRents = newList;
}
Console.WriteLine("Two route done");
// Force visual updates
OnPropertyChanged("StationRents");
OnPropertyChanged("UtilityRents");
Console.WriteLine("Returning");
}