public static Quaternion GetBearingRotation(this TileVector tv)
{
Vector3 facing = tv.ToVector3();
float angle = Vector3.Angle(North, tv.ToVector3());
if (angle == 180)
{
return(Quaternion.AngleAxis(angle, Up));
}
else
{
return(Quaternion.FromToRotation(North, tv.ToVector3()));
}
}
public void SetPositionAndOrientation(TileVector tv, CardinalDirection dir)
{
Position = tv.ToVector3();
Rotation = dir.GetBearingRotation();
TilePos = tv;
_facing = dir;
}
public MoveAnimation(Unit unit, TileVector origin, TileVector destination, CardinalDirection direction, int energyCost)
{
_avatar = unit.Avatar;
_targetPos = destination.ToVector3();
_targetRot = direction.GetBearingRotation();
// TODO: implement energycost, advanced bar animation
_targetEnergy = unit.Energy;
_isStep = origin != destination;
moveSound = _avatar.moveSound;
}
void MakeTile(TileVector pos)
{
var newObj = Instantiate(TileObjects[_rng.Next(TileObjects.Length)]);
// position and scale
newObj.transform.position = pos.ToVector3();
newObj.transform.localScale = new Vector3(_scaleFactor, _scaleFactor, _scaleFactor);
// rotate, to break up repetition
newObj.transform.rotation = RandomDirection().GetBearingRotation();
// apply jitter (if enabled)
if (JitterFactor > 0)
{
newObj.transform.position += GetJitter(pos);
}
// finally, add to our set of tile vectors
_map.Add(pos);
}
public MoveAnimation(Mech unit, TileVector from, TileVector to)
{
_targetRot = (to - from).GetBearingRotation();
_targetPos = to.ToVector3();
_unit = unit;
}