public void run(List <string> input)
{
if (input.Count > 0)
{
WorldStorage.SaveName = input[0];
Server.Load();
WorldGenerationSettings wset = SettingsHandler.WorldGenerationSettings.Settings;
Util.WriteLine("Generating world!");
World.Initialize(wset.DimensionWidth, wset.DimensionHeight, new GrassAndDirt(0));
Util.WriteLine("World generated!");
Util.WriteLine("Initializing networking!");
int port = SettingsHandler.NetworkSettings.Settings.Port;
ServerSendRecieve.Initialize(new NetworkSettings(port));
ServerSendRecieve.TCPServer.Server.ClientConnected += Server_ClientConnected;
ServerSendRecieve.TCPServer.Server.ClientDisconnected += Server_ClientDisconnected;
Util.WriteLine("Done!");
}
else
{
Util.WriteLine("Invalid command parameters");
}
}
public void Run(List <string> input)
{
if (input.Count > 0)
{
World.Mode = EngineMode.ServerOnly;
WorldStorage.SaveName = input[0];
Server.Load();
WorldGenerationSettings wset = SettingsHandler.WorldGenerationSettings.Settings;
Util.WriteLine(DedicatedServer.GeneratingWorld);
World.Initialize(wset.DimensionWidth, wset.DimensionHeight, WorldGeneratorRegistry.Generators[0], "Main");
Util.WriteLine(DedicatedServer.WorldGenerated);
Util.WriteLine(DedicatedServer.InitializingNetwork);
int port = SettingsHandler.NetworkSettings.Settings.Port;
ServerSendRecieve.Initialize(new NetworkSettings(port));
ServerSendRecieve.TCPServer.Server.ClientConnected += Server_ClientConnected;
ServerSendRecieve.TCPServer.Server.ClientDisconnected += Server_ClientDisconnected;
Util.WriteLine(DedicatedServer.Done);
}
else
{
Util.WriteLine(DedicatedServer.InvalidCommandParameters);
}
}
/// <summary>
/// Creates a new world
/// </summary>
/// <param name="settings">Settings to generate the world with</param>
public GameWorld(WorldGenerationSettings settings) : this()
{
PlayerSpecies = CreatePlayerSpecies();
Map = PatchMapGenerator.Generate(settings, PlayerSpecies);
if (!Map.Verify())
{
throw new ArgumentException("generated patch map with settings is not valid");
}
// Apply initial populations
Map.UpdateGlobalPopulations();
}
public void run(List <string> input)
{
Server.Load();
WorldGenerationSettings wset = SettingsHandler.WorldGenerationSettings.Settings;
Util.WriteLine("Generating world!");
World.Initialize(wset.DimensionWidth, wset.DimensionHeight, new GrassAndDirt(0));
Util.WriteLine("World generated!");
Util.WriteLine("Initializing networking!");
int port = SettingsHandler.NetworkSettings.Settings.Port;
ServerSendRecieve.Initialize(new NetworkSettings(port));
ServerSendRecieve.TCPServer.Server.ClientConnected += Server_ClientConnected;
ServerSendRecieve.TCPServer.Server.ClientDisconnected += Server_ClientDisconnected;
Util.WriteLine("Done!");
}
public void run(List <string> input)
{
Server.Load(EngineMode.ServerOnly);
WorldGenerationSettings wset = SettingsHandler.WorldGenerationSettings.GetSettings();
Util.WriteLine("Generating world!");
World.Initialize(wset.DimensionWidth, wset.DimensionHeight, new StoneSprinkle(0));
Util.WriteLine("World generated!");
Util.WriteLine("Initializing networking!");
int port = SettingsHandler.NetworkSettings.GetSettings().Port;
ServerSendRecieve.Initialize(new NetworkSettings(port));
Util.WriteLine("Done!");
Server.StartGame();
Util.WriteLine("Game started!");
}
public GameWorld(WorldGenerationSettings settings)
{
mutator = new Mutations();
PlayerSpecies = CreatePlayerSpecies();
Map = PatchMapGenerator.Generate(settings, PlayerSpecies);
if (!Map.Verify())
{
throw new ArgumentException("generated patch map with settings is not valid");
}
// Apply initial populations
Map.UpdateGlobalPopulations();
TimedEffects = new TimedWorldOperations();
// Register glucose reduction
TimedEffects.RegisterEffect("reduce_glucose", new WorldEffectLambda((elapsed, total) =>
{
foreach (var key in Map.Patches.Keys)
{
var patch = Map.Patches[key];
foreach (var compound in patch.Biome.Compounds.Keys)
{
if (compound == "glucose")
{
var data = patch.Biome.Compounds[compound];
// TODO: verify that this change is picked up by the patch manager
data.Density *= Constants.GLUCOSE_REDUCTION_RATE;
}
}
}
}));
}
public static PatchMap Generate(WorldGenerationSettings settings, Species defaultSpecies)
{
// TODO: implement actual generation based on settings
_ = settings;
var map = new PatchMap();
// Predefined patches
Patch patch0 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_VENTS"), 0,
GetBiomeTemplate("aavolcanic_vent"));
patch0.Depth[0] = 2500;
patch0.Depth[1] = 3000;
patch0.AddSpecies(defaultSpecies);
patch0.ScreenCoordinates = new Vector2(100, 400);
map.AddPatch(patch0);
Patch patch1 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_MESOPELAGIC"), 1,
GetBiomeTemplate("mesopelagic"));
patch1.Depth[0] = 200;
patch1.Depth[1] = 1000;
patch1.ScreenCoordinates = new Vector2(200, 200);
map.AddPatch(patch1);
Patch patch2 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_EPIPELAGIC"), 2,
GetBiomeTemplate("default"));
patch2.Depth[0] = 0;
patch2.Depth[1] = 200;
patch2.ScreenCoordinates = new Vector2(200, 100);
map.AddPatch(patch2);
Patch patch3 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_TIDEPOOL"), 3,
GetBiomeTemplate("tidepool"));
patch3.Depth[0] = 0;
patch3.Depth[1] = 10;
patch3.ScreenCoordinates = new Vector2(300, 100);
map.AddPatch(patch3);
Patch patch4 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_BATHYPELAGIC"), 4,
GetBiomeTemplate("bathypelagic"));
patch4.Depth[0] = 1000;
patch4.Depth[1] = 4000;
patch4.ScreenCoordinates = new Vector2(200, 300);
map.AddPatch(patch4);
Patch patch5 = new Patch(TranslationServer.Translate("PATHCH_PANGONIAN_ABYSSOPELAGIC"), 5,
GetBiomeTemplate("abyssopelagic"));
patch5.Depth[0] = 4000;
patch5.Depth[1] = 6000;
patch5.ScreenCoordinates = new Vector2(300, 400);
map.AddPatch(patch5);
Patch patch6 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_COAST"), 6,
GetBiomeTemplate("coastal"));
patch6.Depth[0] = 0;
patch6.Depth[1] = 200;
patch6.ScreenCoordinates = new Vector2(100, 100);
map.AddPatch(patch6);
Patch patch7 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_ESTUARY"), 7,
GetBiomeTemplate("estuary"));
patch7.Depth[0] = 0;
patch7.Depth[1] = 200;
patch7.ScreenCoordinates = new Vector2(70, 160);
map.AddPatch(patch7);
Patch patch8 = new Patch(TranslationServer.Translate("PATCH_CAVE"), 8,
GetBiomeTemplate("underwater_cave"));
patch8.Depth[0] = 200;
patch8.Depth[1] = 1000;
patch8.ScreenCoordinates = new Vector2(300, 200);
map.AddPatch(patch8);
Patch patch9 = new Patch(TranslationServer.Translate("PATCH_ICE_SHELF"), 9,
GetBiomeTemplate("ice_shelf"));
patch9.Depth[0] = 0;
patch9.Depth[1] = 200;
patch9.ScreenCoordinates = new Vector2(200, 30);
map.AddPatch(patch9);
Patch patch10 = new Patch(TranslationServer.Translate("PATCH_PANGONIAN_SEAFLOOR"), 10,
GetBiomeTemplate("seafloor"));
patch10.Depth[0] = 4000;
patch10.Depth[1] = 6000;
patch10.ScreenCoordinates = new Vector2(200, 400);
map.AddPatch(patch10);
// Connections
patch0.AddNeighbour(patch10);
patch1.AddNeighbour(patch4);
patch1.AddNeighbour(patch2);
patch1.AddNeighbour(patch8);
patch2.AddNeighbour(patch1);
patch2.AddNeighbour(patch3);
patch2.AddNeighbour(patch6);
patch2.AddNeighbour(patch9);
patch3.AddNeighbour(patch2);
patch4.AddNeighbour(patch5);
patch4.AddNeighbour(patch1);
patch4.AddNeighbour(patch10);
patch5.AddNeighbour(patch10);
patch5.AddNeighbour(patch4);
patch6.AddNeighbour(patch2);
patch6.AddNeighbour(patch7);
patch7.AddNeighbour(patch6);
patch8.AddNeighbour(patch1);
patch9.AddNeighbour(patch2);
patch10.AddNeighbour(patch4);
patch10.AddNeighbour(patch5);
patch10.AddNeighbour(patch0);
map.CurrentPatch = patch0;
return(map);
}
public static PatchMap Generate(WorldGenerationSettings settings, Species defaultSpecies)
{
// TODO: implement actual generation based on settings
_ = settings;
var map = new PatchMap();
// Predefined patches
Patch patch0 = new Patch("Pangonian vents", 0, GetBiomeTemplate("aavolcanic_vent"));
patch0.Depth[0] = 2500;
patch0.Depth[1] = 3000;
patch0.AddSpecies(defaultSpecies);
patch0.ScreenCoordinates = new Vector2(100, 400);
map.AddPatch(patch0);
Patch patch1 = new Patch("Pangonian Mesopelagic", 1, GetBiomeTemplate("mesopelagic"));
patch1.Depth[0] = 200;
patch1.Depth[1] = 1000;
patch1.ScreenCoordinates = new Vector2(200, 200);
map.AddPatch(patch1);
Patch patch2 = new Patch("Pangonian Epipelagic", 2, GetBiomeTemplate("default"));
patch2.Depth[0] = 0;
patch2.Depth[1] = 200;
patch2.ScreenCoordinates = new Vector2(200, 100);
map.AddPatch(patch2);
Patch patch3 = new Patch("Pangonian Tidepool", 3, GetBiomeTemplate("tidepool"));
patch3.Depth[0] = 0;
patch3.Depth[1] = 10;
patch3.ScreenCoordinates = new Vector2(300, 100);
map.AddPatch(patch3);
Patch patch4 = new Patch("Pangonian Bathypelagic", 4,
GetBiomeTemplate("bathypelagic"));
patch4.Depth[0] = 1000;
patch4.Depth[1] = 4000;
patch4.ScreenCoordinates = new Vector2(200, 300);
map.AddPatch(patch4);
Patch patch5 = new Patch("Pangonian Abyssopelagic", 5,
GetBiomeTemplate("abyssopelagic"));
patch5.Depth[0] = 4000;
patch5.Depth[1] = 6000;
patch5.ScreenCoordinates = new Vector2(300, 400);
map.AddPatch(patch5);
Patch patch6 = new Patch("Pangonian Coast", 6, GetBiomeTemplate("coastal"));
patch6.Depth[0] = 0;
patch6.Depth[1] = 200;
patch6.ScreenCoordinates = new Vector2(100, 100);
map.AddPatch(patch6);
Patch patch7 = new Patch("Pangonian Estuary", 7, GetBiomeTemplate("estuary"));
patch7.Depth[0] = 0;
patch7.Depth[1] = 200;
patch7.ScreenCoordinates = new Vector2(70, 160);
map.AddPatch(patch7);
Patch patch8 = new Patch("Cave", 8, GetBiomeTemplate("underwater_cave"));
patch8.Depth[0] = 200;
patch8.Depth[1] = 1000;
patch8.ScreenCoordinates = new Vector2(300, 200);
map.AddPatch(patch8);
Patch patch9 = new Patch("Ice Shelf", 9, GetBiomeTemplate("ice_shelf"));
patch9.Depth[0] = 0;
patch9.Depth[1] = 200;
patch9.ScreenCoordinates = new Vector2(200, 30);
map.AddPatch(patch9);
Patch patch10 = new Patch("Pangonian Sea Floor", 10, GetBiomeTemplate("seafloor"));
patch10.Depth[0] = 4000;
patch10.Depth[1] = 6000;
patch10.ScreenCoordinates = new Vector2(200, 400);
map.AddPatch(patch10);
// Connections
patch0.AddNeighbour(patch10);
patch1.AddNeighbour(patch4);
patch1.AddNeighbour(patch2);
patch1.AddNeighbour(patch8);
patch2.AddNeighbour(patch1);
patch2.AddNeighbour(patch3);
patch2.AddNeighbour(patch6);
patch2.AddNeighbour(patch9);
patch3.AddNeighbour(patch2);
patch4.AddNeighbour(patch5);
patch4.AddNeighbour(patch1);
patch4.AddNeighbour(patch10);
patch5.AddNeighbour(patch10);
patch5.AddNeighbour(patch4);
patch6.AddNeighbour(patch2);
patch6.AddNeighbour(patch7);
patch7.AddNeighbour(patch6);
patch8.AddNeighbour(patch1);
patch9.AddNeighbour(patch2);
patch10.AddNeighbour(patch4);
patch10.AddNeighbour(patch5);
patch10.AddNeighbour(patch0);
map.CurrentPatch = patch0;
return(map);
}
public static PatchMap Generate(WorldGenerationSettings settings, Species defaultSpecies)
{
// TODO: implement actual generation based on settings
_ = settings;
var map = new PatchMap();
// Predefined patches
var vents = new Patch("PATCH_PANGONIAN_VENTS", 0,
GetBiomeTemplate("aavolcanic_vent"))
{
Depth =
{
[0] = 2500,
[1] = 3000,
},
ScreenCoordinates = new Vector2(100, 400),
};
vents.AddSpecies(defaultSpecies);
map.AddPatch(vents);
var mesopelagic = new Patch("PATCH_PANGONIAN_MESOPELAGIC", 1,
GetBiomeTemplate("mesopelagic"))
{
Depth =
{
[0] = 200,
[1] = 1000,
},
ScreenCoordinates = new Vector2(200, 200),
};
map.AddPatch(mesopelagic);
var epipelagic = new Patch("PATCH_PANGONIAN_EPIPELAGIC", 2,
GetBiomeTemplate("default"))
{
Depth =
{
[0] = 0,
[1] = 200,
},
ScreenCoordinates = new Vector2(200, 100),
};
map.AddPatch(epipelagic);
var tidepool = new Patch("PATCH_PANGONIAN_TIDEPOOL", 3,
GetBiomeTemplate("tidepool"))
{
Depth =
{
[0] = 0,
[1] = 10,
},
ScreenCoordinates = new Vector2(300, 100),
};
map.AddPatch(tidepool);
var bathypelagic = new Patch("PATCH_PANGONIAN_BATHYPELAGIC", 4,
GetBiomeTemplate("bathypelagic"))
{
Depth =
{
[0] = 1000,
[1] = 4000,
},
ScreenCoordinates = new Vector2(200, 300),
};
map.AddPatch(bathypelagic);
var abyssopelagic = new Patch("PATHCH_PANGONIAN_ABYSSOPELAGIC", 5,
GetBiomeTemplate("abyssopelagic"))
{
Depth =
{
[0] = 4000,
[1] = 6000,
},
ScreenCoordinates = new Vector2(300, 400),
};
map.AddPatch(abyssopelagic);
var coast = new Patch("PATCH_PANGONIAN_COAST", 6,
GetBiomeTemplate("coastal"))
{
Depth =
{
[0] = 0,
[1] = 200,
},
ScreenCoordinates = new Vector2(100, 100),
};
map.AddPatch(coast);
var estuary = new Patch("PATCH_PANGONIAN_ESTUARY", 7,
GetBiomeTemplate("estuary"))
{
Depth =
{
[0] = 0,
[1] = 200,
},
ScreenCoordinates = new Vector2(70, 160),
};
map.AddPatch(estuary);
var cave = new Patch("PATCH_CAVE", 8,
GetBiomeTemplate("underwater_cave"))
{
Depth =
{
[0] = 200,
[1] = 1000,
},
ScreenCoordinates = new Vector2(300, 200),
};
map.AddPatch(cave);
var iceShelf = new Patch("PATCH_ICE_SHELF", 9,
GetBiomeTemplate("ice_shelf"))
{
Depth =
{
[0] = 0,
[1] = 200,
},
ScreenCoordinates = new Vector2(200, 30),
};
map.AddPatch(iceShelf);
var seafloor = new Patch("PATCH_PANGONIAN_SEAFLOOR", 10,
GetBiomeTemplate("seafloor"))
{
Depth =
{
[0] = 4000,
[1] = 6000,
},
ScreenCoordinates = new Vector2(200, 400),
};
map.AddPatch(seafloor);
// Connections
LinkPatches(vents, seafloor);
LinkPatches(seafloor, bathypelagic);
LinkPatches(seafloor, abyssopelagic);
LinkPatches(bathypelagic, abyssopelagic);
LinkPatches(bathypelagic, mesopelagic);
LinkPatches(mesopelagic, epipelagic);
LinkPatches(mesopelagic, cave);
LinkPatches(epipelagic, tidepool);
LinkPatches(epipelagic, iceShelf);
LinkPatches(epipelagic, coast);
LinkPatches(coast, estuary);
map.CurrentPatch = vents;
return(map);
}