public static Store LoadStore(string resref, AuroraGIT.AStore gitData)
{
AuroraUTM ap = data.Get <AuroraUTM>(resref, ResourceType.UTM);
Store p = Store.Create(ap, gitData);
return(p);
}
public static Store Create(AuroraUTM utm, AuroraGIT.AStore gitData)
{
GameObject gameObject;
//get the resource reference for this object, which we'll use as it's in-engine name
string name = utm.ResRef;
//create a new game object and load the model into the scene
gameObject = new GameObject();
gameObject.name = name;
//add the template component to the new object
Store store = gameObject.AddComponent <Store>();
store.template = utm;
store.gitData = gitData;
return(store);
}
// Update is called once per frame
void Update()
{
if (gitData == null)
{
return;
}
// Update the GIT with information on this
switch (transform.parent.name)
{
case "Creatures":
AuroraGIT.ACreature aCreature = (AuroraGIT.ACreature)gitData;
aCreature.XPosition = transform.position.x;
aCreature.YPosition = transform.position.z;
aCreature.ZPosition = transform.position.y;
// Calculate orientation from bearing
// This is an "xy vector pointing in the direction of the creature's orientation"
Vector2 cForward = new Vector2(transform.forward.x, transform.forward.z);
cForward.Normalize();
aCreature.XOrientation = cForward.x;
aCreature.YOrientation = cForward.y;
break;
case "Placeables":
// TODO: Calculate bearing
AuroraGIT.APlaceable aPlaceable = (AuroraGIT.APlaceable)gitData;
aPlaceable.X = transform.position.x;
aPlaceable.Y = transform.position.z;
aPlaceable.Z = transform.position.y;
// Bearing is in radians, measured counterclockwise from North
aPlaceable.Bearing = CalculateBearing(transform);
break;
case "Doors":
// TODO: Door orientation and transform information (link, etc.)
AuroraGIT.ADoor aDoor = (AuroraGIT.ADoor)gitData;
aDoor.X = transform.position.x;
aDoor.Y = transform.position.z;
aDoor.Z = transform.position.y;
aDoor.Bearing = CalculateBearing(transform);
break;
case "Triggers":
AuroraGIT.ATrigger aTrigger = (AuroraGIT.ATrigger)gitData;
aTrigger.XPosition = transform.position.x;
aTrigger.YPosition = transform.position.z;
aTrigger.ZPosition = transform.position.y;
// This doesn't matter, and should be zero, according to BioWare documentation
aTrigger.XOrientation = 0f;
aTrigger.YOrientation = 0f;
aTrigger.ZOrientation = 0f;
break;
case "Encounters":
// TODO: Encounter geometry and spawn points
AuroraGIT.AEncounter aEncounter = (AuroraGIT.AEncounter)gitData;
aEncounter.XPosition = transform.position.x;
aEncounter.YPosition = transform.position.z;
aEncounter.ZPosition = transform.position.y;
break;
case "Sounds":
// TODO: Sound orientation and data
AuroraGIT.ASound aSound = (AuroraGIT.ASound)gitData;
aSound.XPosition = transform.position.x;
aSound.YPosition = transform.position.z;
aSound.ZPosition = transform.position.y;
break;
case "Stores":
// TODO: Orientation
AuroraGIT.AStore aStore = (AuroraGIT.AStore)gitData;
aStore.XPosition = transform.position.x;
aStore.YPosition = transform.position.z;
aStore.ZPosition = transform.position.y;
// This is an "xy vector pointing in the direction of the creature's orientation"
Vector2 sForward = new Vector2(transform.forward.x, transform.forward.z);
sForward.Normalize();
aStore.XOrientation = sForward.x;
aStore.YOrientation = sForward.y;
break;
case "Waypoints":
AuroraGIT.AWaypoint aWaypoint = (AuroraGIT.AWaypoint)gitData;
aWaypoint.XPosition = transform.position.x;
aWaypoint.YPosition = transform.position.z;
aWaypoint.ZPosition = transform.position.y;
// This is an "xy vector pointing in the direction of the creature's orientation"
Vector2 wForward = new Vector2(transform.forward.x, transform.forward.z);
wForward.Normalize();
aWaypoint.XOrientation = wForward.x;
aWaypoint.YOrientation = wForward.y;
break;
case "Cameras":
AuroraGIT.ACamera aCamera = (AuroraGIT.ACamera)gitData;
// Don't ask me why we don't flip y and z here, I don't know :P
aCamera.Position = new Vector3(
transform.position.x,
transform.position.y,
transform.position.z
);
// To reverse the quaternion map, we do the
// exact same transformation as the original map!
aCamera.Orientation = new Quaternion(
-transform.rotation.x,
-transform.rotation.z,
-transform.rotation.y,
transform.rotation.w
);
break;
default:
break;
}
}
public void BuildGIT(AuroraGIT git)
{
// Update the GIT with information on this
switch (transform.parent.name)
{
case "Creatures":
AuroraGIT.ACreature creature = (AuroraGIT.ACreature)gitData;
creature.structid = 4;
git.CreatureList.Add(creature);
break;
case "Placeables":
AuroraGIT.APlaceable placeable = (AuroraGIT.APlaceable)gitData;
placeable.structid = 9;
git.PlaceableList.Add(placeable);
break;
case "Doors":
AuroraGIT.ADoor door = (AuroraGIT.ADoor)gitData;
door.structid = 8;
git.DoorList.Add(door);
break;
case "Triggers":
AuroraGIT.ATrigger trigger = (AuroraGIT.ATrigger)gitData;
trigger.structid = 1;
git.TriggerList.Add(trigger);
break;
case "Encounters":
AuroraGIT.AEncounter encounter = (AuroraGIT.AEncounter)gitData;
encounter.structid = 7;
git.EncounterList.Add(encounter);
break;
case "Sounds":
AuroraGIT.ASound sound = (AuroraGIT.ASound)gitData;
sound.structid = 6;
git.SoundList.Add(sound);
break;
case "Stores":
AuroraGIT.AStore store = (AuroraGIT.AStore)gitData;
store.structid = 11;
git.StoreList.Add(store);
break;
case "Waypoints":
AuroraGIT.AWaypoint waypoint = (AuroraGIT.AWaypoint)gitData;
waypoint.structid = 5;
git.WaypointList.Add(waypoint);
break;
case "Cameras":
AuroraGIT.ACamera cam = (AuroraGIT.ACamera)gitData;
cam.structid = 14;
git.CameraList.Add(cam);
break;
default:
throw new System.Exception("Unknown parent " + transform.parent.name + " found.");
}
}