public City(StartingValues startValues)
{
storagePathPeople = startValues.StoragePath;
storagePathMap = startValues.StoragePathMap;
mManager = new TrafficMutator();
_budget = startValues.Budget;
_traffictCycleTime = startValues.TrafficLightCycleTimeDefault;
_cityHeight = startValues.MapHeight;
_cityWidth = startValues.MapWidth;
_population = startValues.Population;
_zoning = new ZoneMap(_cityWidth,_cityHeight);
LiveMap = new ITile[_cityWidth, _cityHeight];
TravelTimes = new int[_cityWidth, _cityHeight];
if (File.Exists(storagePathPeople))
{
//GeneratePeople();
LoadPeopleFromFile();
}
else
{
_zoning = GenerateZones(_zoning);
LiveMap = GenerateLiveMap(LiveMap);
GenerateTravelTimeHelper();
GeneratePeople();
}
PrintCity();
//The larger the number the more accurate the final prediction
while (mManager.GetNumberOfCyclesSinceLastKeptChange() < 200000)
{
Tick();
}
Console.Out.WriteLine("The ideal intersection timing for this city is... [Measured in ticks]");
PrintFinalOutput();
}
public City(StartingValues startValues)
{
storagePathPeople = startValues.StoragePath;
storagePathMap = startValues.StoragePathMap;
mManager = new TrafficMutator();
_budget = startValues.Budget;
_traffictCycleTime = startValues.TrafficLightCycleTimeDefault;
_cityHeight = startValues.MapHeight;
_cityWidth = startValues.MapWidth;
_population = startValues.Population;
_zoning = new ZoneMap(_cityWidth, _cityHeight);
LiveMap = new ITile[_cityWidth, _cityHeight];
TravelTimes = new int[_cityWidth, _cityHeight];
if (File.Exists(storagePathPeople))
{
//GeneratePeople();
LoadPeopleFromFile();
}
else
{
_zoning = GenerateZones(_zoning);
LiveMap = GenerateLiveMap(LiveMap);
GenerateTravelTimeHelper();
GeneratePeople();
}
PrintCity();
//The larger the number the more accurate the final prediction
while (mManager.GetNumberOfCyclesSinceLastKeptChange() < 200000)
{
Tick();
}
Console.Out.WriteLine("The ideal intersection timing for this city is... [Measured in ticks]");
PrintFinalOutput();
}