private ZoneMap GenerateZones(ZoneMap zones)
{
for (int x = 0; x < _cityWidth; x++)
{
for (int y = 0; y < _cityHeight; y++)
{
int shiftedX = x + 2;
int shiftedY = y + 2;
if (x % 4 == 0 || y % 4 == 0)
{
if (x % 4 == 0 && y % 4 == 0)
{
zones.Map[x, y] = Zone.Intersection;
}
else
{
zones.Map[x, y] = Zone.Road;
}
}
//Leave center of blocks Vacant
else if (shiftedX % 4 == 0 && shiftedY % 4 == 0)
{
zones.Map[x, y] = Zone.Vacant;
}
else
{
//If the percent from center is greater than 75% it will always be a house
double rng = _rand.Next(75);
rng = rng / 100;
//Calculate maximum distance from center of map
var maxXSquared = _cityWidth / 2;
var maxYSquared = _cityHeight / 2;
//Calculated current position relative to center of map
var xSquared = x - maxXSquared;
var ySquared = y - maxYSquared;
//Square max value
maxXSquared = maxXSquared * maxXSquared;
maxYSquared = maxYSquared * maxYSquared;
//Square current positon
xSquared = xSquared * xSquared;
ySquared = ySquared * ySquared;
//Calculate percent from center of the map
var distanceFromCenter = Math.Sqrt(xSquared + ySquared);
var percentFromCenter = distanceFromCenter / Math.Sqrt(maxXSquared + maxYSquared);
if (rng < percentFromCenter)
{
zones.Map[x, y] = Zone.Residential;
}
else
{
zones.Map[x, y] = Zone.Work;
}
}
}
}
return(zones);
}
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();
}
private ZoneMap GenerateZones(ZoneMap zones)
{
for (int x = 0; x < _cityWidth; x++)
{
for (int y = 0; y < _cityHeight; y++)
{
int shiftedX = x + 2;
int shiftedY = y + 2;
if (x%4 == 0|| y%4 == 0)
{
if (x%4 == 0 && y%4 == 0)
{
zones.Map[x, y] = Zone.Intersection;
}
else
{
zones.Map[x, y] = Zone.Road;
}
}
//Leave center of blocks Vacant
else if (shiftedX%4 == 0 && shiftedY%4 == 0)
{
zones.Map[x, y] = Zone.Vacant;
}
else
{
//If the percent from center is greater than 75% it will always be a house
double rng = _rand.Next(75);
rng = rng/100;
//Calculate maximum distance from center of map
var maxXSquared = _cityWidth/2;
var maxYSquared = _cityHeight/2;
//Calculated current position relative to center of map
var xSquared = x - maxXSquared;
var ySquared = y - maxYSquared;
//Square max value
maxXSquared = maxXSquared * maxXSquared;
maxYSquared = maxYSquared * maxYSquared;
//Square current positon
xSquared = xSquared * xSquared;
ySquared = ySquared * ySquared;
//Calculate percent from center of the map
var distanceFromCenter = Math.Sqrt(xSquared + ySquared);
var percentFromCenter = distanceFromCenter/Math.Sqrt(maxXSquared + maxYSquared);
if (rng < percentFromCenter)
{
zones.Map[x, y] = Zone.Residential;
}
else
{
zones.Map[x, y] = Zone.Work;
}
}
}
}
return zones;
}