/// <summary>
/// Initialize static geography.
/// </summary>
internal static void Load()
{
GeoDatafile datafile = LoadGeoData();
LoadFactions();
CompleteInitialization(datafile);
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Generates the geography datafile.
/// </summary>
internal static void GenerateDatafile()
{
Stopwatch stopwatch = Stopwatch.StartNew();
Util.ResetCounters();
Console.WriteLine();
Console.Write(@"Generating geography datafile... ");
// Get the planets out of InvItems so we don't have to iterate all of them each time
Planets = Database.InvItemsTable.Where(x =>
Database.MapSolarSystemsTable.HasValue(x.LocationID) && // item location is a solar system
Database.InvTypesTable.HasValue(x.TypeID) && // item has a valid type (CCP...)
Database.InvTypesTable[x.TypeID].GroupID == 7) // type group is planet
.GroupBy(x => x.LocationID)
.ToDictionary(x => x.Key, x => x);
// Regions
IEnumerable <SerializableRegion> regions = Database.MapRegionsTable.Select(
srcRegion =>
{
Util.UpdatePercentDone(Database.GeographyTotalCount);
SerializableRegion region = new SerializableRegion
{
ID = srcRegion.ID,
Name = srcRegion.Name
};
// Constellations
region.Constellations.AddRange(ExportConstellations(srcRegion).OrderBy(x => x.Name));
return(region);
});
// Jumps
IEnumerable <SerializableJump> jumps = Database.MapSolarSystemJumpsTable.Where(srcJump => srcJump.A < srcJump.B)
.Select(srcJump => new SerializableJump
{
FirstSystemID = srcJump.A,
SecondSystemID = srcJump.B
});
// Serialize
GeoDatafile datafile = new GeoDatafile();
datafile.Regions.AddRange(regions.OrderBy(x => x.Name));
datafile.Jumps.AddRange(jumps);
Util.DisplayEndTime(stopwatch);
Util.SerializeXml(datafile, DatafileConstants.GeographyDatafile);
}
/// <summary>
/// Generates the geography datafile.
/// </summary>
internal static void GenerateDatafile()
{
Stopwatch stopwatch = Stopwatch.StartNew();
Util.ResetCounters();
Console.WriteLine();
Console.Write(@"Generating geography datafile... ");
// Regions
IEnumerable <SerializableRegion> regions = Database.MapRegionsTable.Select(
srcRegion =>
{
Util.UpdatePercentDone(Database.GeographyTotalCount);
SerializableRegion region = new SerializableRegion
{
ID = srcRegion.ID,
Name = srcRegion.Name
};
// Constellations
region.Constellations.AddRange(ExportConstellations(srcRegion).OrderBy(x => x.Name));
return(region);
});
// Jumps
IEnumerable <SerializableJump> jumps = Database.MapSolarSystemJumpsTable.Where(srcJump => srcJump.A < srcJump.B)
.Select(srcJump => new SerializableJump
{
FirstSystemID = srcJump.A,
SecondSystemID = srcJump.B
});
// Serialize
GeoDatafile datafile = new GeoDatafile();
datafile.Regions.AddRange(regions.OrderBy(x => x.Name));
datafile.Jumps.AddRange(jumps);
Util.DisplayEndTime(stopwatch);
Util.SerializeXml(datafile, DatafileConstants.GeographyDatafile);
}
/// <summary>
/// Completes the initialization.
/// </summary>
/// <param name="datafile">The datafile.</param>
private static void CompleteInitialization(GeoDatafile datafile)
{
// Connects the systems
foreach (SerializableJump srcJump in datafile.Jumps)
{
SolarSystem a = GetSolarSystemByID(srcJump.FirstSystemID);
SolarSystem b = GetSolarSystemByID(srcJump.SecondSystemID);
if (a == null || b == null)
{
continue;
}
a.AddNeighbor(b);
b.AddNeighbor(a);
}
foreach (SolarSystem system in s_solarSystemsByID.Values)
{
system.TrimNeighbors();
}
}
/// <summary>
/// Initialize static geography.
/// </summary>
internal static void Load()
{
GeoDatafile datafile = Util.DeserializeDatafile <GeoDatafile>(DatafileConstants.GeographyDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
// Generate the nodes
foreach (SerializableRegion srcRegion in datafile.Regions)
{
Region region = new Region(srcRegion);
s_regionsByID[srcRegion.ID] = region;
// Store the children into their dictionaries
foreach (Constellation constellation in region)
{
s_constellationsByID[constellation.ID] = constellation;
foreach (SolarSystem solarSystem in constellation)
{
s_solarSystemsByID[solarSystem.ID] = solarSystem;
foreach (Station station in solarSystem)
{
s_stationsByID[station.ID] = station;
s_corporationsByID[station.CorporationID] = new NPCCorporation(station);
foreach (Agent agent in station)
{
s_agentsByID[agent.ID] = agent;
}
}
}
}
}
CompleteInitialization(datafile);
GlobalDatafileCollection.OnDatafileLoaded();
}