private static async Task <Dictionary <FateData, float> > GetFateDistances()
{
if (!MovementSettings.Instance.TeleportIfQuicker || !MovementSettings.Instance.ConsiderAetheryteFateDistances || WorldManager.CanFly)
{
return(await OracleFateManager.GetActiveFateDistances());
}
Logger.SendDebugLog("Taking into account the distance to a FATE if we teleport to it.");
var fateDistances = await OracleFateManager.GetActiveFateDistances();
var fateDistancesFromAetherytes = new List <Dictionary <FateData, float> >();
foreach (var aetheryte in
OracleFateManager.GetAetheryteIdsForZone(WorldManager.ZoneId).Where(item => WorldManager.KnownAetheryteIds.Contains(item.Item1)))
{
fateDistancesFromAetherytes.Add(await OracleFateManager.GetActiveFateDistances(aetheryte.Item2));
}
foreach (var fateDistance in await OracleFateManager.GetActiveFateDistances())
{
if (fateDistance.Key.Progress < MovementSettings.Instance.FateProgressTeleportLimit)
{
continue;
}
Logger.SendDebugLog("Ignoring teleport distance for " + fateDistance.Key.Name + ", its progress (" + fateDistance.Key.Progress
+ "%) equals or exceeds the limit (" + MovementSettings.Instance.FateProgressTeleportLimit + "%).");
}
foreach (var aetheryteDistanceDict in fateDistancesFromAetherytes)
{
foreach (var fateDistance in aetheryteDistanceDict)
{
float currentDistance;
if (!fateDistances.TryGetValue(fateDistance.Key, out currentDistance))
{
continue;
}
if (fateDistance.Key.Progress >= MovementSettings.Instance.FateProgressTeleportLimit)
{
continue;
}
// Add the minimum distance delta to ensure we don't teleport if distance saved is under that amount.
if (fateDistance.Value + MovementSettings.Instance.MinDistanceToTeleport >= currentDistance)
{
continue;
}
fateDistances.Remove(fateDistance.Key);
fateDistances.Add(fateDistance.Key, fateDistance.Value);
}
}
return(fateDistances);
}
