public SpaceObject(string spaceobject_name, int spaceobject_type,
string parent_object_id, RelativeMovement relative_movement)
{
this.spaceobject_name = spaceobject_name;
this.spaceobject_type = spaceobject_type;
parent_id = parent_object_id;
links = new List <string>();
this.relative_movement = relative_movement;
}
private static void f(XmlNode xml, RegistryObject parent)
{
foreach (XmlNode table in xml)
{
string name = "";
string id = "";
if (table.Attributes["id"] != null)
{
id = table.Attributes["id"].Value;
}
if (table.Attributes["name"] != null)
{
name = table.Attributes["name"].Value;
}
RelativeMovement rm = new RelativeMovement();
rm.radius = rf(table.Attributes["radius"]) * 400;
rm.ell_angle = rf(table.Attributes["ell_angle"]);
rm.eccentr = rf(table.Attributes["eccentr"]);
rm.ang_v = rf(table.Attributes["ang_v"]) / 8;
rm.orb_angle = rf(table.Attributes["orb_angle"]);
rm.precession = rf(table.Attributes["precession"]);
rm.spin_speed = rf(table.Attributes["spin_speed"]);
rm.spin_angle = rf(table.Attributes["spin_angle"]);
rm.hor_axis = rf(table.Attributes["hor_axis"]);
rm.ell_cw = rb(table.Attributes["ell_cw"]);
rm.spin_cw = rb(table.Attributes["spin_cw"]);
rm.prec_cw = rb(table.Attributes["prec_cw"]);
SpaceObject obj = new SpaceObject(name, 0, parent.my_id, rm);
obj.size = rf(table.Attributes["size"]) / 16;
//if (obj.size == 0) obj.size = 1;
obj.src = rs(table.Attributes["src"]);
RegistrySystem.Registry.getInstance().addElement(obj, id);
switch (table.Name)
{
case "solid":
{
obj.setType(SpaceObject.Solid_Body);
}
break;
case "star":
{
obj.setType(SpaceObject.Star);
}
break;
case "asteroid":
{
obj.setType(SpaceObject.Asteroid);
}
break;
case "system":
{
obj.setType(SpaceObject.SpaceSystem);
f(table, obj);
}
break;
}
}
}
