public ISystem FindSystem(string name, EDSM.GalacticMapping glist = null) // in system or name
{
ISystem ds1 = SystemCache.FindSystem(name); // now go thru the cache..
if (ds1 == null)
{
HistoryEntry vs = FindByName(name);
if (vs != null)
{
ds1 = vs.System;
}
else if (glist != null)
{
EDSM.GalacticMapObject gmo = glist.Find(name, true, true);
if (gmo != null && gmo.points.Count > 0)
{
ds1 = SystemClassDB.GetSystem(gmo.galMapSearch);
if (ds1 != null)
{
return(new EDSM.GalacticMapSystem(ds1, gmo));
}
else
{
return(new EDSM.GalacticMapSystem(gmo));
}
}
}
}
return(ds1);
}
public GalacticMapSystem(ISystem sys, GalacticMapObject gmo)
{
this.allegiance = sys.allegiance;
this.CommanderCreate = sys.CommanderCreate;
this.CommanderUpdate = sys.CommanderUpdate;
this.cr = sys.cr;
this.CreateDate = sys.CreateDate;
this.eddb_updated_at = sys.eddb_updated_at;
this.faction = sys.faction;
this.government = sys.government;
this.gridid = sys.gridid;
this.id_eddb = sys.id_eddb;
this.id_edsm = sys.id_edsm;
this.name = sys.name;
this.needs_permit = sys.needs_permit;
this.population = sys.population;
this.primary_economy = sys.primary_economy;
this.randomid = sys.randomid;
this.security = sys.security;
this.state = sys.state;
this.status = sys.status;
this.UpdateDate = sys.UpdateDate;
this.x = sys.x;
this.y = sys.y;
this.z = sys.z;
this.GalMapObject = gmo;
}
// Checks Cache, Database, History, Galactic map if required, and EDSM directly if required
public ISystem FindSystem(string name, EDSM.GalacticMapping glist, bool checkedsm) // in system or name
{
ISystem ds1 = SystemCache.FindSystem(name, checkedsm); // go thru the cache and edsm if required
if (ds1 == null)
{
HistoryEntry vs = FindByName(name); // else try and find in our list
if (vs != null)
{
ds1 = vs.System;
}
else if (glist != null) // if we have a galmap
{
EDSM.GalacticMapObject gmo = glist.Find(name, true);
if (gmo != null && gmo.points.Count > 0) // valid item, and has position
{
ds1 = SystemCache.FindSystem(gmo.galMapSearch); // only thru the db/cache, as we checked above for edsm direct, may be null
return(gmo.GetSystem(ds1)); // and return a ISystem. If ds1=null, we use the points pos, if ds1 is found, we use the cache position
}
}
}
return(ds1);
}
public GalacticMapSystem(ISystem sys, GalacticMapObject gmo)
{
this.Allegiance = sys.Allegiance;
this.CommanderCreate = sys.CommanderCreate;
this.CommanderUpdate = sys.CommanderUpdate;
this.CreateDate = sys.CreateDate;
this.EDDBUpdatedAt = sys.EDDBUpdatedAt;
this.Faction = sys.Faction;
this.Government = sys.Government;
this.GridID = sys.GridID;
this.EDDBID = sys.EDDBID;
this.EDSMID = sys.EDSMID;
this.Name = sys.Name;
this.NeedsPermit = sys.NeedsPermit;
this.Population = sys.Population;
this.PrimaryEconomy = sys.PrimaryEconomy;
this.RandomID = sys.RandomID;
this.Security = sys.Security;
this.State = sys.State;
this.status = sys.status;
this.UpdateDate = sys.UpdateDate;
this.X = sys.X;
this.Y = sys.Y;
this.Z = sys.Z;
this.GalMapObject = gmo;
}
public GalacticMapSystem(GalacticMapObject gmo)
{
this.name = gmo.galMapSearch;
this.x = gmo.points[0].X;
this.y = gmo.points[0].Y;
this.z = gmo.points[0].Z;
this.GalMapObject = gmo;
}
public GalacticMapSystem(GalacticMapObject gmo)
{
this.Name = gmo.galMapSearch;
this.X = gmo.points[0].X;
this.Y = gmo.points[0].Y;
this.Z = gmo.points[0].Z;
this.GalMapObject = gmo;
}
public bool Parse(string file)
{
var gmobjects = new List <GalacticMapObject>();
try
{
string json = BaseUtils.FileHelpers.TryReadAllTextFromFile(file);
if (json != null)
{
JArray galobjects = JArray.ParseThrowCommaEOL(json);
foreach (JObject jo in galobjects)
{
GalacticMapObject galobject = new GalacticMapObject(jo);
GalMapType ty = galacticMapTypes.Find(x => x.Typeid.Equals(galobject.type));
if (ty == null)
{
ty = galacticMapTypes[galacticMapTypes.Count - 1]; // last one is default..
System.Diagnostics.Trace.WriteLine("Unknown Gal Map object " + galobject.type + " " + galobject.name);
}
galobject.galMapType = ty;
gmobjects.Add(galobject);
if (galobject.points.Count == 1 && galobject.galMapSearch != null && galobject.galMapUrl != null)
{
var gms = new GalacticMapSystem(galobject);
SystemCache.FindCachedJournalSystem(gms);
}
}
galacticMapObjects = gmobjects;
return(true);
}
}
catch (Exception ex)
{
System.Diagnostics.Trace.WriteLine("GalacticMapping.parsedata exception:" + ex.Message);
}
return(false);
}
public GalacticMapSystem(GalacticMapObject gmo) : base()
{
this.Name = gmo.galMapSearch;
this.X = gmo.points[0].X;
this.Y = gmo.points[0].Y;
this.Z = gmo.points[0].Z;
this.GalMapObject = gmo;
if (gmo.galMapUrl != null)
{
var rematch = EDSMIdRegex.Match(gmo.galMapUrl);
long edsmid;
if (rematch != null && long.TryParse(rematch.Groups[1].Value, out edsmid))
{
this.EDSMID = edsmid;
}
}
}
public bool ParseJson(string json)
{
var gmobjects = new List <GalacticMapObject>();
try
{
if (json.HasChars())
{
//Dictionary<string, int> counts = new Dictionary<string, int>(); foreach (var v in GalMapType.GetTypes()) counts[v.Typeid] = 0;
JArray galobjects = (JArray)JArray.Parse(json);
foreach (JObject jo in galobjects)
{
GalacticMapObject galobject = new GalacticMapObject(jo);
GalMapType ty = galacticMapTypes.Find(x => x.Typeid.Equals(galobject.type));
//System.Diagnostics.Debug.WriteLine($"Type {galobject.type}");
//counts[galobject.type]++;
if (ty == null)
{
ty = galacticMapTypes[galacticMapTypes.Count - 1]; // last one is default..
System.Diagnostics.Trace.WriteLine("Unknown Gal Map object " + galobject.type);
}
galobject.galMapType = ty;
gmobjects.Add(galobject);
}
galacticMapObjects = gmobjects;
return(true);
}
}
catch (Exception ex)
{
System.Diagnostics.Trace.WriteLine("GalacticMapping.parsedata exception:" + ex.Message);
}
return(false);
}
public bool ParseData()
{
var gmobjects = new List <GalacticMapObject>();
try
{
string json = BaseUtils.FileHelpers.TryReadAllTextFromFile(GalacticMappingFile);
if (json != null)
{
JArray galobjects = (JArray)JArray.Parse(json);
foreach (JObject jo in galobjects)
{
GalacticMapObject galobject = new GalacticMapObject(jo);
GalMapType ty = galacticMapTypes.Find(x => x.Typeid.Equals(galobject.type));
if (ty == null)
{
ty = galacticMapTypes[galacticMapTypes.Count - 1]; // last one is default..
Console.WriteLine("Unknown Gal Map object " + galobject.type);
}
galobject.galMapType = ty;
gmobjects.Add(galobject);
}
galacticMapObjects = gmobjects;
return(true);
}
}
catch (Exception ex)
{
System.Diagnostics.Trace.WriteLine("GalacticMapping.parsedata exception:" + ex.Message);
}
return(false);
}
public GalacticMapObject FindNearest(double x, double y, double z)
{
GalacticMapObject nearest = null;
if (galacticMapObjects != null)
{
double mindist = double.MaxValue;
foreach (GalacticMapObject gmo in galacticMapObjects)
{
if (gmo.points.Count == 1) // only for single point bits
{
double distsq = (gmo.points[0].X - x) * (gmo.points[0].X - x) + (gmo.points[0].Y - y) * (gmo.points[0].Y - y) + (gmo.points[0].Z - z) * (gmo.points[0].Z - z);
if (distsq < mindist)
{
mindist = distsq;
nearest = gmo;
}
}
}
}
return(nearest);
}
public GalacticMapSystem(ISystem sys, GalacticMapObject gmo) : base(sys)
{
this.GalMapObject = gmo;
}
