public static LinkLine GetLinkLineBetween(TroopContainer c1, TroopContainer c2)
{
foreach (LinkLine line in instance.linkLines)
{
if (line.LinksContainer(c1) && line.LinksContainer(c2))
{
return(line);
}
}
return(null);
}
/// <summary>
/// true if this link is connected to the target container
/// </summary>
/// <param name="targetCont"></param>
/// <returns></returns>
public bool LinksContainer(TroopContainer targetCont)
{
foreach (TroopContainer3d zs in linkedContainers)
{
if (zs.data == targetCont)
{
return(true);
}
}
return(false);
}
private void Virtualize(UnitSide side, Vector3 position, float range, Dictionary <uint, TroopContainer> containers)
{
containers.Clear();
var allies = getAllyUnits(side, position, range, allowDead: false, GetSingleUnitTypes(UnitType.Commander));
foreach (var u in allies)
{
if (!this.TryGetComponent <BaseUnitHealth.Component>(u.id, out var health) ||
!this.TryGetComponent <GunComponent.Component>(u.id, out var gun) ||
!this.TryGetComponent <BaseUnitStatus.Component>(u.id, out var status))
{
continue;
}
var rank = status.Value.Rank;
if (containers.TryGetValue(rank, out var troop) == false)
{
troop = new TroopContainer()
{
Rank = rank
};
}
var dic = troop.SimpleUnits;
var simple = new SimpleUnit();
//var inverse = Quaternion.Inverse(trans.rotation);
simple.RelativePos = (u.pos - position).ToFixedPointVector3();//(inverse * (u.pos - trans.position)).ToFixedPointVector3();
simple.RelativeRot = u.rot.ToCompressedQuaternion();
simple.Health = health == null ? 0: health.Value.Health;
// todo calc attack and range from GunComponent;
//int32 attack = 5;
//float attack_range = 6;
dic.Add(u.id, simple);
troop.SimpleUnits = dic;
containers[rank] = troop;
}
}
