public static Gaze_GazeCondition CreateGazeCondition(this S_InteractionDefinition _def,
string _objectToGazeGUID, Gaze_HoverStates _hoveState, Gaze_GazeConstraints _constraints)
{
bool gazeIn = _hoveState == Gaze_HoverStates.IN;
return(_def.CreateCondition <Gaze_GazeCondition>(_objectToGazeGUID, gazeIn, _constraints));
}
public static CA_ARKit_Instantiate CreateArkitInstantiateAction(this S_InteractionDefinition _def,
Gaze_ArkitPlaceConstraints _constraints, float _heigthOffset, float _distanceFromCamera, bool _chooseRandom, bool finite, int numReloads, List <GameObject> _prefabs, List <GameObject> _ghosts)
{
CA_ARKit_Instantiate action = _def.CreateAction <CA_ARKit_Instantiate>(_constraints, _heigthOffset,
_distanceFromCamera, _chooseRandom, finite, numReloads, _prefabs, _ghosts);
return(action);
}
private void GenerateBehaivour()
{
if (HasEmptyObjects(objectsToPlace, this))
{
return;
}
S_IODefinition ioDef = SpatialStoriesAPI.CreateIODefinition(behaviourName);
int counter = objectsToPlace.Count;
S_InteractionDefinition start = ioDef.CreateInteractionDefinition(string.Concat("Start ", behaviourName));
S_InteractionDefinition place = ioDef.CreateInteractionDefinition(string.Concat("Instantiate ", behaviourName));
place.CreateArkitInstantiateAction((Gaze_ArkitPlaceConstraints)constraintsIndex, heightOffset, distanceFromCamera, ChooseMode.RANDOM == (ChooseMode)chooseModeIndex, NumInstantiatiations.FINITE == (NumInstantiatiations)numInstantiationsIndex, numObjectsToInstantiate, objectsToPlace, objectsToPlaceCursor);
place.CreateDependency(start.GUID);
place.CreateTouchCondition();
S_InteractionDefinition end = null;
if (numInstantiationsIndex == (int)NumInstantiatiations.FINITE)
{
end = ioDef.CreateInteractionDefinition(string.Concat("End ", behaviourName));
end.Delay = 0.03f;
}
if (constraintsIndex == (int)Gaze_ArkitPlaceConstraints.OVER_A_PLANE)
{
place.CreateGazeCondition(ioDef.GUID, Gaze_HoverStates.IN, Gaze_GazeConstraints.PLANE);
}
else if (constraintsIndex == (int)Gaze_ArkitPlaceConstraints.OVER_AN_OBJECT)
{
place.CreateGazeCondition(ioDef.GUID, Gaze_HoverStates.IN, Gaze_GazeConstraints.ANY_OBJECT);
}
else if (constraintsIndex == (int)Gaze_ArkitPlaceConstraints.OVER_AN_IMAGE)
{
place.CreateGazeCondition(ioDef.GUID, Gaze_HoverStates.IN, Gaze_GazeConstraints.IMAGE);
}
Gaze_InteractiveObject obj = SpatialStoriesAPI.CreateInteractiveObject(ioDef, false);
SpatialStoriesAPI.WirePendingDependencies();
// Set the trigger counter condition
if (numInstantiationsIndex == (int)NumInstantiatiations.FINITE)
{
CC_CountTriggers c = SpatialStoriesAPI.GetObjectOfTypeWithGUID(end.GUID).gameObject.AddComponent <CC_CountTriggers>();
c.NumTimes = numObjectsToInstantiate;
c.Interaction = SpatialStoriesAPI.GetObjectOfTypeWithGUID(place.GUID).GetComponent <Gaze_Conditions>();
Gaze_Conditions conditions = c.GetComponent <Gaze_Conditions>();
conditions.customConditionsEnabled = true;
conditions.customConditions.Add(c);
}
Close();
}
public static CA_ARKitMove CreateArkitMoveAction(this S_InteractionDefinition _def, GameObject _objectToMove,
Gaze_ArkitPlaceConstraints _constraints, float _heigthOffset, float _distanceFromCamera, bool _dectivateAtStart)
{
return(_def.CreateAction <CA_ARKitMove>(_objectToMove, _constraints, _heigthOffset, _distanceFromCamera, _dectivateAtStart));
}
public static CA_ShowPlaceCursor CreateArkitPlaceCursorAction(this S_InteractionDefinition _def,
GameObject _cursorPrefab, Gaze_ArkitPlaceConstraints _constraints, float _heigthOffset, float _distanceFromCamera)
{
return(_def.CreateAction <CA_ShowPlaceCursor>(_cursorPrefab, _constraints, _heigthOffset, _distanceFromCamera));
}
public static Gaze_Dependency CreateDependency(this S_InteractionDefinition _def, string _dependentGUID)
{
return(_def.CreateCondition <Gaze_Dependency>(_dependentGUID));
}
private void GenerateBehaivour()
{
if (Behaviour_ObjectInstantiator.HasEmptyObjects(objectsToPlace, this))
{
return;
}
S_IODefinition ioDef = SpatialStoriesAPI.CreateIODefinition(behaviourName);
int counter = objectsToPlace.Count;
S_InteractionDefinition start = ioDef.CreateInteractionDefinition(string.Concat("Start ", behaviourName));
string guidLastInteraction = start.GUID;
for (int i = counter - 1; i >= 0; i--)
{
GameObject objectToPlace = objectsToPlace[i];
if (objectToPlace != null)
{
GameObject cursor = objectsToPlaceCursor[i];
if (cursor != null)
{
S_InteractionDefinition cursorDef = ioDef.CreateInteractionDefinition(string.Concat("Enable Cursor ", objectToPlace.name));
cursorDef.CreateDependency(guidLastInteraction);
cursorDef.CreateArkitPlaceCursorAction(cursor, (Gaze_ArkitPlaceConstraints)constraintsIndex, heightOffset, distanceFromCamera);
guidLastInteraction = cursorDef.GUID;
}
S_InteractionDefinition placeObjectDef = ioDef.CreateInteractionDefinition(string.Concat("Place ", objectToPlace.name));
placeObjectDef.CreateTouchCondition();
if (constraintsIndex == (int)Gaze_ArkitPlaceConstraints.OVER_A_PLANE)
{
placeObjectDef.CreateGazeCondition(ioDef.GUID, Gaze_HoverStates.IN, Gaze_GazeConstraints.PLANE);
}
else if (constraintsIndex == (int)Gaze_ArkitPlaceConstraints.OVER_AN_OBJECT)
{
placeObjectDef.CreateGazeCondition(ioDef.GUID, Gaze_HoverStates.IN, Gaze_GazeConstraints.ANY_OBJECT);
}
placeObjectDef.CreateArkitMoveAction(objectToPlace, (Gaze_ArkitPlaceConstraints)constraintsIndex, heightOffset, distanceFromCamera, deactivateAtStart);
placeObjectDef.CreateDependency(guidLastInteraction);
// Check if we need to place a cursor
if (cursor != null)
{
S_InteractionDefinition cursorDeactivateDef = ioDef.CreateInteractionDefinition(string.Concat("Disable Cursor ", objectToPlace.name));
cursorDeactivateDef.CreateDependency(placeObjectDef.GUID);
cursorDeactivateDef.CreateArkitHidePlaceCursor(guidLastInteraction);
guidLastInteraction = cursorDeactivateDef.GUID;
}
else
{
guidLastInteraction = placeObjectDef.GUID;
}
}
}
S_InteractionDefinition end = ioDef.CreateInteractionDefinition(string.Concat("End ", behaviourName));
end.Delay = 0.03f;
end.CreateDependency(guidLastInteraction);
SpatialStoriesAPI.CreateInteractiveObject(ioDef, false);
SpatialStoriesAPI.WirePendingDependencies();
}
/// <summary>
/// Creates a touch condition definition setup as Touch Everywhere
/// </summary>
/// <param name="_def"></param>
/// <returns></returns>
public static Gaze_ARKitScreenTouchCondition CreateTouchCondition(this S_InteractionDefinition _def)
{
return(_def.CreateCondition <Gaze_ARKitScreenTouchCondition>(null, false));
}
/// <summary>
/// Helper method to create a touch condition with the SpatialStoriesAPI
/// </summary>
/// <param name="_objectToTouchGUID">Object to touch</param>
/// <param name="_touchIO">Touch on object or everywhere on the screen ?</param>
/// <returns></returns>
public static Gaze_ARKitScreenTouchCondition CreateTouchCondition(this S_InteractionDefinition _def,
string _objectToTouchGUID, bool _touchIO)
{
return(_def.CreateCondition <Gaze_ARKitScreenTouchCondition>(_objectToTouchGUID, _touchIO));
}
public static CA_HidePlaceCursor CreateArkitHidePlaceCursor(this S_InteractionDefinition _def,
string _showCursorInteractionGUID)
{
return(_def.CreateAction <CA_HidePlaceCursor>(_showCursorInteractionGUID));
}