public void CalculatePathfinding()
{
foreach (var s in Solars)
{
if (s.Value.Arch.Type == Archetype.ObjectType.TRADELANE_RING &&
(s.Value.PrevRing == 0 || s.Value.NextRing == 0))
{
_pathfinding.Add(s.Key, new PathfindingNode(s.Key));
}
}
foreach (var node1 in _pathfinding)
{
foreach (var node2 in _pathfinding)
{
Solar s1 = Solars[node1.Key], s2 = Solars[node2.Key];
var d = s1.Position.DistanceTo(s2.Position);
if (s1.Arch.Type == Archetype.ObjectType.TRADELANE_RING &&
s2.Arch.Type == Archetype.ObjectType.TRADELANE_RING)
{
var temp = s1;
if (temp.PrevRing != 0)
{
while (temp.PrevRing != 0)
{
temp = Solars[temp.PrevRing];
}
}
else
{
while (temp.NextRing != 0)
{
temp = Solars[temp.NextRing];
}
}
if (temp.Objid == s2.Objid)
{
_tradelanes[node1.Key] = node2.Key;
_tradelanes[node2.Key] = node1.Key;
d /= UniverseDB.TradelaneSpeed;
}
else
{
d /= UniverseDB.CruiseSpeed;
}
}
else
{
d /= UniverseDB.CruiseSpeed;
}
node1.Value.Connections.Add(new PathfindingConnection(node1.Value, node2.Value, d));
node2.Value.Connections.Add(new PathfindingConnection(node2.Value, node1.Value, d));
}
}
}
/// <summary>
/// Load a single system
/// </summary>
/// <param name="path"></param>
/// <param name="system"></param>
/// <param name="log"></param>
private static void LoadSystem(string path, StarSystem system, ILogController log)
{
try
{
var ini = new FLDataFile(path, true);
foreach (FLDataFile.Section sec in ini.Sections)
{
string sectionName = sec.SectionName.ToLowerInvariant();
if (sectionName == "zone")
{
var zone = new Zone {
shape = null, nickname = sec.GetSetting("nickname").Str(0)
};
zone.zoneid = FLUtility.CreateID(zone.nickname);
Vector position = sec.GetSetting("pos").Vector();
var orientation = new Matrix();
double[] size = null;
string shape = sec.GetSetting("shape").Str(0).ToLowerInvariant();
foreach (FLDataFile.Setting set in sec.Settings)
{
string settingName = set.SettingName.ToLowerInvariant();
switch (settingName)
{
case "rotation":
orientation = Matrix.EulerDegToMatrix(set.Vector());
break;
case "size":
size = new double[set.NumValues()];
for (int a = 0; a < size.Length; a++)
{
size[a] = set.Float(a);
}
break;
case "damage":
zone.damage = set.Float(0);
break;
case "interference":
zone.interference = set.Float(0);
break;
case "encounter":
break;
case "faction":
break;
case "density":
zone.density = set.Float(0);
break;
}
}
if (size != null)
{
if (shape == "sphere" && size.Length == 1)
{
zone.shape = new Sphere(position, orientation, size[0]);
}
else if (shape == "cylinder" && size.Length == 2)
{
zone.shape = new Cylinder(position, orientation, size[0], size[1]);
}
else if (shape == "ellipsoid" && size.Length == 3)
{
zone.shape = new Ellipsoid(position, orientation, new Vector(size[0], size[1], size[2]));
}
else if (shape == "box" && size.Length == 3)
{
zone.shape = new Box(position, orientation, new Vector(size[0], size[1], size[2]));
}
else if (shape == "ring" && size.Length == 3)
{
zone.shape = new Ring(position, orientation, size[0], size[1], size[2]);
}
}
system.Zones.Add(zone);
}
else if (sectionName == "object")
{
var solar = new Object.Solar.Solar(system, sec.GetSetting("nickname").Str(0));
if (sec.SettingExists("pos"))
{
solar.Position = sec.GetSetting("pos").Vector();
}
if (sec.SettingExists("rotate"))
{
Vector euler = sec.GetSetting("rotate").Vector();
solar.Orientation = Matrix.EulerDegToMatrix(euler);
}
if (sec.SettingExists("base"))
{
// When a ship undocks, it undocks from the solar specified by baseid.
// uint baseid = FLUtility.CreateID(sec.GetSetting("base").Str(0));
// FIXME: check base exists
// solar.base_data = bases[baseid];
// bases[baseid].solar = solar;
}
if (sec.SettingExists("archetype"))
{
uint archetypeid = FLUtility.CreateID(sec.GetSetting("archetype").Str(0));
solar.Arch = ArchetypeDB.Find(archetypeid);
solar.GetLoadout();
// FIXME: check archetype exists
}
if (sec.SettingExists("dock_with"))
{
uint baseid = FLUtility.CreateID(sec.GetSetting("dock_with").Str(0));
solar.BaseData = Bases[baseid];
}
if (sec.SettingExists("goto"))
{
solar.DestinationObjid = FLUtility.CreateID(sec.GetSetting("goto").Str(1));
solar.DestinationSystemid = FLUtility.CreateID(sec.GetSetting("goto").Str(0));
}
if (sec.SettingExists("prev_ring"))
{
solar.PrevRing = FLUtility.CreateID(sec.GetSetting("prev_ring").Str(0));
}
if (sec.SettingExists("next_ring"))
{
solar.NextRing = FLUtility.CreateID(sec.GetSetting("next_ring").Str(0));
}
if (sec.SettingExists("reputation"))
{
Faction faction = FindFaction(sec.GetSetting("reputation").Str(0));
if (faction == null)
{
log.AddLog(LogType.ERROR, "error: not valid faction={0}",
sec.GetSetting("reputation").Str(0));
}
else
{
solar.Faction = faction;
}
}
// Rebuild the docking points from the archetype
// to the solar position and rotation.
foreach (DockingPoint dockingPoint in solar.Arch.DockingPoints)
{
var dockingObj = new DockingObject
{
Type = dockingPoint.Type,
Solar = solar,
Index = (uint)solar.Arch.DockingPoints.IndexOf(dockingPoint),
DockingRadius = dockingPoint.DockingRadius,
Position = solar.Orientation * dockingPoint.Position
};
// rotate the hardpoint by the base orientation and then
dockingObj.Position += solar.Position;
// the ship launch rotation is the base rotation rotated by the hardpoint rotation
dockingObj.Rotation = dockingPoint.Rotation * solar.Orientation;
if (solar.BaseData != null)
{
solar.BaseData.LaunchObjs.Add(dockingObj);
}
solar.DockingObjs.Add(dockingObj);
}
// Store the solar.
system.Solars[solar.Objid] = solar;
Solars[solar.Objid] = solar;
if (solar.Arch.Type == Archetype.ObjectType.JUMP_GATE ||
solar.Arch.Type == Archetype.ObjectType.JUMP_HOLE)
{
system.Gates.Add(solar);
}
}
}
}
catch (Exception e)
{
log.AddLog(LogType.ERROR, "error: '" + e.Message + "' when parsing '" + path);
if (e.InnerException != null)
{
log.AddLog(LogType.ERROR, "error: '" + e.InnerException.Message + "' when parsing '" + path);
}
}
}
