// is the proximity zone enabled
// protected bool proximityEnabled;
public virtual void OnEnable()
{
gazable = GetComponent <Gaze_Conditions>();
Gaze_EventManager.OnTriggerStateEvent += onTriggerStateEvent;
Gaze_EventManager.OnTriggerEvent += onTriggerEvent;
Gaze_EventManager.OnProximityEvent += onProximityEvent;
}
public override void SetupUsingApi(GameObject _interaction)
{
// Get the data and cast it
bool touchIO = (bool)creationData[1];
string touchObjGUID = string.Empty;
if (touchIO)
{
touchObjGUID = creationData[0].ToString();
}
// Get the conditions obj
Gaze_Conditions conditions = _interaction.GetComponent <Gaze_Conditions>();
// Enable touch for the conditions
conditions.arkitTouchEnabled = true;
Gaze_InteractiveObject io = null;
if (touchIO)
{
io = SpatialStoriesAPI.GetInteractiveObjectWithGUID(touchObjGUID);
}
// this condition has the touch options on the gaze conditions script some we need to set it there too
conditions.arkitTouchOption = touchIO
? Gaze_Conditions.ARKIT_TOUCH_OPTIONS.Object
: Gaze_Conditions.ARKIT_TOUCH_OPTIONS.Anywhere;
// Setup the touch condition
Setup(conditions, io, touchIO);
}
public void AddInteraction()
{
GameObject interactionsRoot = GetComponentInChildren <Gaze_Interaction>().transform.parent.gameObject;
GameObject interactionHide = new GameObject("HideOnDrop");
interactionHide.transform.parent = interactionsRoot.transform;
Gaze_Interaction i1 = interactionHide.AddComponent <Gaze_Interaction>();
i1.AddActions();
i1.AddConditions();
Gaze_Conditions c1 = i1.GetComponent <Gaze_Conditions>();
c1.reload = true;
c1.reloadModeIndex = (int)Gaze_ReloadMode.INFINITE;
Gaze_Actions a1 = i1.GetComponent <Gaze_Actions>();
a1.ActionVisuals = Gaze_Actions.ACTIVABLE_OPTION.DEACTIVATE;
GameObject interactionShow = new GameObject("ShowOnRemove");
interactionShow.transform.parent = interactionsRoot.transform;
Gaze_Interaction i2 = interactionShow.AddComponent <Gaze_Interaction>();
i2.AddActions();
i2.AddConditions();
Gaze_Conditions c2 = i2.GetComponent <Gaze_Conditions>();
c2.reload = true;
c2.reloadModeIndex = (int)Gaze_ReloadMode.INFINITE;
Gaze_Actions a2 = i2.GetComponent <Gaze_Actions>();
a2.ActionVisuals = Gaze_Actions.ACTIVABLE_OPTION.ACTIVATE;
}
public Gaze_Dependency Add(Gaze_Conditions conditions)
{
Gaze_Dependency d = new Gaze_Dependency(conditions);
dependencies.Add(d);
return(d);
}
public Gaze_ProximityEntry AddProximityEntry(Gaze_Conditions _conditions)
{
Gaze_ProximityEntry d = new Gaze_ProximityEntry();
proximityEntryList.Add(d);
return(d);
}
public override void SetupUsingApi(GameObject _interaction)
{
// Get the data and cast it
string objectToGazeGUID = creationData[0].ToString();
bool gazeIn = (bool)creationData[1];
Gaze_GazeConstraints gazeConstraints = (Gaze_GazeConstraints)creationData[2];
// Get the conditions obj
Gaze_Conditions conditions = _interaction.GetComponent <Gaze_Conditions>();
// Set al the necessary parameters
conditions.gazeEnabled = true;
conditions.gazeIn = gazeIn;
constraints = gazeConstraints;
conditions.gazeConstraintsIndex = (int)gazeConstraints;
conditions.gazeStateIndex = gazeIn ? (int)Gaze_HoverStates.IN : (int)Gaze_HoverStates.OUT;
if (gazeConstraints == Gaze_GazeConstraints.OBJECT)
{
Gaze_InteractiveObject io = SpatialStoriesAPI.GetInteractiveObjectWithGUID(objectToGazeGUID);
conditions.gazeColliderIO = io;
// Setup the gaze collider
Setup(io.GetComponentInChildren <Gaze_Gaze>().GetComponent <Collider>());
}
else
{
// Setup the gaze collider
conditions.gazeColliderIO = conditions.RootIO;
Setup(conditions.RootIO.GetComponentInChildren <Gaze_Gaze>().GetComponent <Collider>());
}
}
public Gaze_ProximityEntryGroup AddProximityEntryGroup(Gaze_Conditions _conditions)
{
Gaze_ProximityEntryGroup d = new Gaze_ProximityEntryGroup();
proximityEntryGroupList.Add(d);
return(d);
}
public DependencyNode(Gaze_Conditions _condition, Rect _nodeRect, List <DependencyNode> _dependencyNodes)
{
condition = _condition;
nodeRectangle = _nodeRect;
dependencyNodes = _dependencyNodes;
lineColor = new Color(UnityEngine.Random.Range(0f, 1f), UnityEngine.Random.Range(0f, 1f), UnityEngine.Random.Range(0f, 1f));
id = assignedIds++;
}
public Gaze_AbstractCondition(Gaze_Conditions _gazeConditionsScript)
{
if (_gazeConditionsScript == null)
{
Debug.LogError("The conditions script can't be null!");
}
IsValid = false;
gazeConditionsScript = _gazeConditionsScript;
gazeConditionsScript.allConditions.Add(this);
Enable();
}
public void Setup(Gaze_Conditions _gazeConditionsScript, Gaze_InteractiveObject _IO, bool _touchIO)
{
gazeConditionsScript = _gazeConditionsScript;
touchIO = _touchIO;
IO = _IO;
if (touchIO)
{
Gaze_InputManager.OnObjectTouchedDown += GazeInputManagerOnOnObjectTouchedDown;
Gaze_InputManager.OnObjectTouchUp += GazeInputManagerOnOnObjectTouchUp;
}
else
{
Gaze_InputManager.OnScreenTouched += OnScreenTouched;
}
}
private void InitMembers()
{
targetConditions = (Gaze_Conditions)target;
focusLossModes = Enum.GetNames(typeof(Gaze_FocusLossMode));
hierarchyIOsScripts = new List <Gaze_InteractiveObject>();
hierarchyIOsNames = new List <string>();
hierarchyIOs = new List <GameObject>();
hierarchyInteractions = new List <GameObject>();
hierarchyInteractionsNames = new List <string>();
hierarchyGazeColliders = new List <Collider>();
hierarchyProximities = new List <Gaze_InteractiveObject>();
reloadModes = Enum.GetNames(typeof(Gaze_ReloadMode));
autoTriggerModes = Enum.GetNames(typeof(Gaze_AutoTriggerMode));
hierarchyCustomConditions = new List <Gaze_AbstractConditions>();
hierarchyCustomConditionsNames = new List <string>();
}
public override void SetupUsingApi(GameObject _interaction)
{
// Get the dependency object
string dependencyGUID = creationData[0].ToString();
GameObject dependency = SpatialStoriesAPI.GetObjectOfTypeWithGUID(dependencyGUID);
// Get the conditions of this depdenency
Gaze_Conditions condition = _interaction.GetComponent <Gaze_Conditions>();
// Set this condition as dependent
condition.dependent = true;
// Add a new depdenency on the dependency map
gazeConditionsScript = condition;
dependentGameObject = dependency;
triggerStateIndex = (int)DependencyTriggerEventsAndStates.Triggered;
onTrigger = true;
condition.ActivateOnDependencyMap.dependencies.Add(this);
}
public override void SetupUsingApi(GameObject _interaction)
{
Gaze_Conditions conditions = _interaction.GetComponent <Gaze_Conditions>();
conditions.proximityEnabled = true;
// setup OnEnter / OnExit
conditions.proximityMap.proximityStateIndex = (int)creationData[0];
Gaze_ProximityEntry d = conditions.proximityMap.AddProximityEntry(conditions);
d.dependentGameObject = SpatialStories.SpatialStoriesAPI.GetInteractiveObjectWithGUID(creationData[2].ToString());
Gaze_ProximityEntry d2 = conditions.proximityMap.AddProximityEntry(conditions);
d2.dependentGameObject = SpatialStories.SpatialStoriesAPI.GetInteractiveObjectWithGUID(creationData[3].ToString());
// Require All
conditions.requireAllProximities = (bool)creationData[1];
}
public Gaze_ARKitScreenTouchCondition(Gaze_Conditions _gazeConditionsScript, Gaze_InteractiveObject _IO,
bool _touchIO) : base(_gazeConditionsScript)
{
Setup(_gazeConditionsScript, _IO, _touchIO);
}
public Gaze_Dependency(Gaze_Conditions _gazeConditionsScript) : base(_gazeConditionsScript)
{
}
public Gaze_ProximityCondition(Gaze_Conditions _gazeConditionsScript) : base(_gazeConditionsScript)
{
}
public Gaze_GazeCondition(Gaze_Conditions _gazeConditionsScript, Collider _gazeCollider, Gaze_GazeConstraints _constraints) : base(_gazeConditionsScript)
{
constraints = _constraints;
Setup(_gazeCollider);
}
public void OnDisable(Gaze_Conditions conditions)
{
conditions.OnReload -= Reset;
}
public void OnEnable(Gaze_Conditions conditions)
{
conditions.OnReload += Reset;
}
private void Awake()
{
conditionsScript = ((Gaze_Interaction)target).GetComponent <Gaze_Conditions>();
}
private void Start()
{
conditions = GetComponent <Gaze_Conditions>();
}
public Gaze_CreatPlaneCondition(Gaze_Conditions _gazeConditionsScript) : base(_gazeConditionsScript)
{
}
public virtual void Awake()
{
gazable = GetComponent <Gaze_Conditions>();
}
