Function to get types of buildings that can be generated.
//in Program.cs
static void GetSupportedBuildings()
{
var url = ConfigurationManager.AppSettings["SettlementSimulationUrl"];
var conn = new HubConnection(url);
var proxy = conn.CreateHubProxy("notificationHub");
try
{
conn.Start().Wait();
proxy.On<string[]>("OnGetSupportedBuildingsResponse", response =>
{
Console.WriteLine("\nSupported buildings:");
response.ToList().ForEach(Console.WriteLine);
//Do something
});
proxy.Invoke("GetSupportedBuildings");
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}Example ouput:
Supported buildings:
Court
University
Administration
Church
School
Market
Residence
Tavern
Supported roads:
Unpaved
Paved
Function to get terrain types along with
their upper height bound( ie lowland with
UpperHeightBound = 170, and Sand with UpperHeightBound = 145,
means that all pixels from heightmap
with intenisities between 146 and 170 will be treated as Lowland
in further simulation).
These heights are comuted from heightmap so we have to provide
path to it in BitmapDto model i.e:
//in Program.cs
var model = new BitmapDto()
{
Path = @"C:\heightmap.png"
};
static void GetTerrains(BitmapDto model)
{
var url = ConfigurationManager.AppSettings["SettlementSimulationUrl"];
var conn = new HubConnection(url);
var proxy = conn.CreateHubProxy("notificationHub");
try
{
conn.Start().Wait();
proxy.On<TerrainDto[]>("OnGetTerrainsResponse", response =>
{
Console.WriteLine("\nAll terrains:");
response.ToList().ForEach(Console.WriteLine);
//do something
});
proxy.Invoke("GetTerrains", model);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}Example ouput:
All terrains:
Type: DeepWater UpperHeightBound: 75
Type: Water UpperHeightBound: 130
Type: Sand UpperHeightBound: 145
Type: Lowland UpperHeightBound: 170
Type: HighGround UpperHeightBound: 200
Type: MountainBottom UpperHeightBound: 230
Type: MountainTop UpperHeightBound: 255
static void RunSimulation(RunSimulationRequest request)
{
var url = ConfigurationManager.AppSettings["SettlementSimulationUrl"];
var conn = new HubConnection(url);
var proxy = conn.CreateHubProxy("notificationHub");
try
{
conn.Start().Wait();
proxy.On<RunSimulationResponse>("OnSettlementStateUpdate", response =>
{
Console.Clear();
Console.WriteLine($"Response at {DateTime.UtcNow:G}");
Console.WriteLine(response);
//do something
});
proxy.On<string>("OnFinished", Console.WriteLine);
proxy.On<string>("OnException", Console.WriteLine);
proxy.Invoke("RunSimulation", request);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}LastGeneratedRoads and LastGeneratedBuildings from
RunSimulationResponse are collection of structures
created in last generetion.
LastUpdatedBuildings LastUpdatedRoads are structures that changed it's type i.e
Residence to Tavern or UnpavedRoad to PavedRoad.
There is also property LastRemovedBuildings containg structrues removed in mutation like flood or earthquake.
So to follow simulation state one may need to set BreakpointStep to 1
when sending RunSimulationRequest.
Example output:
Response at 06.01.2020 20:00:06
CurrentEpoch: 2
MainRoad: Start: (X: 0, Y: 744), End: (X: 1024, Y: 647)
CurrentGeneration: 305
Buildings: 1532
Roads: 106
LastGeneratedRoads:
Type: Unpaved
Locations:
(X: 393, Y: 438)
(X: 394, Y: 438)
(X: 395, Y: 438)
(X: 396, Y: 438)
(X: 397, Y: 438)
(X: 398, Y: 438)
(X: 399, Y: 438)
(X: 400, Y: 438)
(X: 401, Y: 438)
(X: 402, Y: 438)
(X: 403, Y: 438)
(X: 404, Y: 438)
(X: 405, Y: 438)
(X: 406, Y: 438)
LastGeneratedBuildings:
Type: Residence Location: (X: 393, Y: 437)
Type: Residence Location: (X: 395, Y: 439)
Type: Residence Location: (X: 396, Y: 439)
Type: Residence Location: (X: 397, Y: 437)
Type: Residence Location: (X: 398, Y: 437)
Type: Residence Location: (X: 399, Y: 437)
Type: Market Location: (X: 404, Y: 439)
LastUpdatedBuildings: 0,
LastUpdatedRoads: 0,
LastRemovedBuildings: 0,