internal void SetFaction()
{
//StarIcons = new Dictionary<Guid, IDrawData>();
int i = 0;
double startangle = 0;//Math.PI * 0.5;
float angleIncrease = (float)Math.Max(0.78539816339, 6.28318530718 / _state.StarSystemStates.Count);
int startR = 200;
int radInc = 5;
foreach (var item in _state.StarSystemStates)
{
SystemMapRendering map = new SystemMapRendering(_window, _state);
map.SetSystem(item.Value.StarSystem);
RenderedMaps[item.Key] = map;
//TODO: handle binary/multiple star systems better.
var starEntity = item.Value.StarSystem.GetFirstEntityWithDataBlob <ECSLib.StarInfoDB>();
var orbitdb = starEntity.GetDataBlob <ECSLib.OrbitDB>();
starEntity = orbitdb.Root; //just incase it's a binary system and the entity we got was not the primary
var starIcon = new StarIcon(starEntity);
StarIcons[item.Key] = starIcon;
var nameIcon = new NameIcon(item.Value.EntityStatesWithNames[starEntity.Guid], _state);
_nameIcons[item.Key] = nameIcon;
var x = (startR + radInc * i) * Math.Sin(startangle - angleIncrease * i);
var y = (startR + radInc * i) * Math.Cos(startangle - angleIncrease * i);
starIcon.WorldPosition = new ECSLib.Vector3(x, y, 0);
nameIcon.WorldPosition = new ECSLib.Vector3(x, y, 0);
map.GalacticMapPosition.X = x;
map.GalacticMapPosition.Y = y;
i++;
}
}
//public Shape[] DrawShapes;
public SystemIcon(SystemState starSystemState)
{
_starIcon = new StarIcon(starSystemState.StarSystem.GetFirstEntityWithDataBlob <StarInfoDB>());
}
