public List<Vector3> move(Level level, Transform transform, TimeDirection timeD, out Vector3 rotation)
{
List <Vector3> movement = new List<Vector3>(); //might not want to return empty objects this often
//move these to start
rotation = Vector3.zero;
//first check if grabbing something
//might want to add delay before going further to allow for turning before moving block
if(level.getEntity(transform.position,transform.TransformDirection(Vector3.forward)).type==states.block)
{
grabbing = true;
}
//otherwise turn to block
else
{
List<Entity> temp = level.getsurroundingEntity(transform.position);
{
foreach(Entity entity in temp)
{
if(entity.type==states.block)
{
grabbing = true;
float angle = Vector3.Angle(transform.TransformDirection(Vector3.forward),entity.obj.transform.position-transform.position);
Vector3 cross = Vector3.Cross(transform.TransformDirection(Vector3.forward),entity.obj.transform.position-transform.position);
rotation = (cross.y>0)?new Vector3(0,angle,0):new Vector3(0,-angle,0);
return movement;
}
}
}
}
//if block is in front
if(grabbing)
{
if(transform.TransformDirection(Vector3.forward)==Vector3.right||transform.TransformDirection(Vector3.forward)==Vector3.left)
{
if (timeD.direction==Vector3.right)
movement.Add (Vector3.right);
else if(timeD.direction==Vector3.left)
movement.Add (Vector3.left);
}
else if(transform.TransformDirection(Vector3.forward)==Vector3.forward||transform.TransformDirection(Vector3.forward)==Vector3.back)
{
if (timeD.direction==Vector3.forward)
movement.Add (Vector3.forward);
else if(timeD.direction==Vector3.back)
movement.Add (Vector3.back);
}
else{
return new List<Vector3>();
}
//if returning actual values, then fix up the moves to account for both objects
if (movement.Count>0&&timeD.time>0.1f)
return move_checks(level, movement,transform);
}
return new List<Vector3>();
}
