public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
data = new SuppressionTestsData();
data.Load();
base.Initialise(_atom, _initCallback);
}
public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
data = new SuppressionTestsData();
atom = _atom;
//base.Initialise(_atom, _initCallback);
_initCallback(true);
}
/// <summary>
/// Initialise this instance. This allows us to overwrite default initialisation for unit testing with mocks.
/// </summary>
public virtual void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
atom = _atom;
audioManager = AudioManager.instance;
if (atom.molecule == "")
{
atom.molecule = "default";
}
//Fetch our default display element and it's parts
molecule = GetMolecule(atom.molecule);
molecule.container.SetActive(true);
image = GetMolecularChild(molecule, "Image");
titleText = GetMolecularChild(molecule, "TitleText");
hitKeyToContinue = GetMolecularChild(molecule, "HitKeyToContinue");
//Fetch our visualisers - Singletons so we don't keep creating destroying unless necessary.
//voiceVisualiser = UnityVoiceVisualiser.instance;
//subsVisualiser = UnitySubTitlesVisualiser.instance;
//Naiive but for now, ok.
_initCallback(true);
}
public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
atom = _atom;
audioManager = AudioManager.instance;
_initCallback(true);
}
/// <summary>
/// Spins the atom. Asks the user whether to carry on if they wish, or start from the first atom of this day.
///
/// </summary>
/// <param name="atom">Atom.</param>
public void Play(ESTrainingAtom atom)
{
//TODO: If the atom isn't the very first, we should ask if the user wishes to start from the first atom, or continue from where they are
physics = LocatePhysics(atom);
//We start the atom, passing it our callback hook so we know when to load the next one
physics.Initialise(atom, PostInit);
}
private int FindAtomIndex(ESTrainingAtom match, List <ESTrainingAtom> searchInAtoms)
{
int i = 0;
foreach (ESTrainingAtom atom in searchInAtoms)
{
if (atom == match)
{
return(i);
}
i++;
}
return(-1);
}
public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
atom = _atom;
audioManager = AudioManager.instance;
if (atom.molecule == "")
{
atom.molecule = "default";
}
//Fetch our default display element and it's parts
molecule = GetMolecule(atom.molecule);
molecule.container.SetActive(true);
_initCallback(true);
}
public virtual void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
atom = _atom;
initCallback = _initCallback;
//Fix our screen orientation
Screen.orientation = ScreenOrientation.LandscapeLeft;
//Get the audio manager
audioManager = AudioManager.instance;
//multiCameraController = GetMolecularChild(molecule, "MultiCamera").GetComponent<MultiCameraController>();
multiCameraController = GameObject.Find("MultiCamera").GetComponent <MultiCameraController>();
//Disable the 2D camera and enable the 3D camera
multiCameraController.SwitchTo3D(InitPart2);
}
private List <string> OutputLink(List <string> links, ESTrainingAtom atom, string nextStep, bool inferred)
{
string linkStr = "";
if (atoms.Exists(x => x.id == nextStep))
{
linkStr = "\"" + atom.id + "\" -> " + "\"" + nextStep + "\"";
}
else
{
linkStr = "\"" + atom.id + "\" -> ERROR";
}
if (inferred)
{
linkStr += "[style=dashed]";
}
links.Add(linkStr);
return(links);
}
/// <summary>
/// Initialises the atoms. Where were we last time? Do we want to start from the beginning?
/// </summary>
public void InitialiseAtoms(List <ESTrainingAtom> _atoms)
{
atoms = _atoms; //TODO : May want to explicitly set this e.g. from JSON before calling this method
if (PlayerPrefs.HasKey("currentNodeID"))
{ //Are there stored settings already?
currentNodeID = PlayerPrefs.GetString("currentNodeID");
currentNodeCompleted = (PlayerPrefs.GetInt("currentNodeCompleted") != 0);
currentAtom = FindAtom(currentNodeID, _atoms);
if (currentAtom == null)
{
InitaliseFreshStart(_atoms);
}
//TODO: Now we need to check that this currentNodeID exists, and if not, rollback the currentNodeID to the
}
else
{ //Lets initialise as this must be a first run-through
InitaliseFreshStart(_atoms);
}
}
/// <summary>
/// When an atom has run to completion, we receive a callback here
/// if that atoms specifies a specific atom to transition to.
/// </summary>
/// <param name="_id">Identifier.</param>
public void Atomised(string nextAtomID)
{
Debug.Log("Atomised callback in ContentNode - next atom specified as (" + nextAtomID + ")");
//Shut down visualisation if it exists.
//if (physics.Atom.visualiseVoice)
//{
// UnityVoiceVisualiser.instance.StopVisualisation();
//}
if (nextAtomID != "")
{
ESTrainingAtom nextAtom = FindAtom(nextAtomID, atoms);
if (nextAtom != null)
{
currentAtom = nextAtom;
Play(currentAtom);
}
else
{
Debug.Log("Could not find specified atom!" + nextAtomID);
}
}
else
{
ESTrainingAtom nextAtom = FindNextAtom();
if (nextAtom != null)
{
currentAtom = nextAtom;
Play(currentAtom);
}
else
{
Debug.Log("Ran out of Atoms");
Debug.Log("This is where we call back to our maker");
currentAtom = atoms[0];//Reset the atom to the original atom so that it becomes the restart point
QuitToSceneSelector();
}
}
}
public ESTrainingAtom FindNextAtom(ESTrainingAtom searchFromAtom, List <ESTrainingAtom> searchInAtoms)
{
int i = -1;
if (searchFromAtom != null)
{
i = FindAtomIndex(searchFromAtom, searchInAtoms);
}
i++;
while (i <= atoms.Count - 1)
{
if (atoms[i].disableAtom != true)
{ //ignore disabled atoms
return(atoms[i]);
}
else
{
i++;
}
}
return(null);
}
/// <summary>
/// Look for any custom physics matching the paragraph - we might want a physics type rather than id matching
/// </summary>
/// <returns>The physics.</returns>
/// <param name="atom">Atom.</param>
public ESAtomPhysicsInterface LocatePhysics(ESTrainingAtom atom)
{
Type t;
try
{
//Look for custom physics...
string classname = "EyeSkills.ESAtomPhysics" + atom.preferredPhysics;
t = Type.GetType(classname, true);
physics = (ESAtomPhysicsInterface)Activator.CreateInstance(t);
}
catch (TypeLoadException)
{
//This is expected behaviour
if (atom.preferredPhysics != "")
{
Debug.Log("Could not load physics [" + atom.preferredPhysics + "]");
}
Debug.Log("Loading default physics");
physics = new ESTrainingDefaultPhysics();
}
return(physics);
}
//public AudioManager audioManager = new AudioManager();
public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
MultiCameraController.instance.SwitchTo3D(delegate(bool success){
_initCallback(true);
});
}
public void Initialise(ESTrainingAtom atom, Action <bool> _initCallback)
{
_initCallback(true);
}
public override void Initialise(ESTrainingAtom _atom, Action <bool> _initCallback)
{
base.Initialise(_atom, _initCallback);
}
/// <summary>
/// Begin from the first atom.
/// </summary>
/// <param name="_atoms">Atoms.</param>
private void InitaliseFreshStart(List <ESTrainingAtom> _atoms)
{
currentAtom = FindNextAtom(null, _atoms);
currentNodeID = currentAtom.id;
currentNodeCompleted = false;
}
