public LFloat GetMaxMoveDist(EDir dir, LVector2 fHeadPos, LVector2 fTargetHeadPos, LFloat borderSize)
{
var iTargetHeadPos =
new LVector2Int(LMath.FloorToInt(fTargetHeadPos.x), LMath.FloorToInt(fTargetHeadPos.y));
var hasCollider = HasColliderWithBorder(dir, fTargetHeadPos, borderSize);
var maxMoveDist = LFloat.MaxValue;
if (hasCollider)
{
switch (dir)
{
case EDir.Up:
maxMoveDist = iTargetHeadPos.y - fHeadPos.y;
break;
case EDir.Right:
maxMoveDist = iTargetHeadPos.x - fHeadPos.x;
break;
case EDir.Down:
maxMoveDist = fHeadPos.y - iTargetHeadPos.y - 1;
break;
case EDir.Left:
maxMoveDist = fHeadPos.x - iTargetHeadPos.x - 1;
break;
}
}
return(maxMoveDist);
}
public virtual void DoUpdate(LFloat deltaTime, EntityAttri ownerAttri)
{
if (timer > counter * config.triggerInterval)
{
counter++;
//trigger buff
for (int i = 0; i < config.count; i++)
{
var at = config.Attris[i];
var type = (EEntityAttriType)System.Math.Abs(at.attriType);
switch (type)
{
case EEntityAttriType.Hp: {
ownerAttri.Hp += at.val + LMath.FloorToInt(at.percent * triggerAttri.Hp);
break;
}
case EEntityAttriType.MaxHp: {
ownerAttri.MaxHp += at.val + LMath.FloorToInt(at.percent * triggerAttri.Hp);
break;
}
}
}
}
}
public static int3 floor(LVector3 vec)
{
return(new int3(
LMath.FloorToInt(vec.x),
LMath.FloorToInt(vec.y),
LMath.FloorToInt(vec.z)
));
}
public static Vector2Int Floor(this LVector2 vec)
{
return(new Vector2Int(LMath.FloorToInt(vec.x), LMath.FloorToInt(vec.y)));
}