//! Called when the verification action is triggered
// Calls upon the ResultVerifier class to compare the content of the Glassware with the
// expected result for the actual phase
public void VerifyPhase()
{
Debug.Log("Pressing button");
if (currentIndex.Length > 0) //Case there is a Glassware being verified
{
if ((GameObject.Find(currentIndex).GetComponent <Glassware> ()).content != null) //Case there is a content
//TODO: The parameter is always 0 as it's checking only the first phase. It needs to change for the correct value when phases are changing correctly
{
if (ResultVerifier.GetInstance().VerifyResult(0, (GameObject.Find(currentIndex).GetComponent <Glassware> ()).content)) //Case Product is correct
//gameController.sendAlert ("Resultado correto! Parabéns!");
{
correctAnswer.SetActive(true);
}
else //Case Product is NOT correct
//gameController.sendAlert ("Resultado incorreto.");
{
wrongAnswer.SetActive(true);
}
}
else //Case the Glassware is empty (it won't actually happen)
{
gameController.sendAlert("A vidraria está vazia!");
}
}
else //Case there's no Glassware selected
{
gameController.sendAlert("Não há nenhum produto para verificar!");
}
}
/// <summary>
/// It is called to load the subsequent step of a phase
/// </summary>
private void NewStep()
{
stepType = (TypeOfStep)int.Parse(currentPhase[actualStep]["typeOfStep"]);
ResultVerifier.GetInstance().SetVerificationStep(StepType, currentPhase[actualStep]);
//GameObject.Find ("Experiments Menu").GetComponent<ExperimentMenu> ().ActivatePhaseTab (actualPhase);
//GameObject.Find ("Journal State").GetComponent<JournalController> ().ActivateStepTab (actualPhase, actualStep);
if (StepType == TypeOfStep.CompoundClass)
{
Debug.Log("1 = CompoundClass");
}
if (StepType == TypeOfStep.WhatCompound)
{
Debug.Log("2 = WhatCompound");
}
if (StepType == TypeOfStep.MolarityCheck)
{
Debug.Log("3 = MolarityCheck");
}
if (StepType == TypeOfStep.GlasswareCheck)
{
Debug.Log("4 = GlasswareCheck");
}
//Play starting dialogue according to type of quest, if needed
//cutsceneController.PlayTransitionCutscene ();
}
public void Start()
{
cameraState.gameObject.SetActive(false);
interactiveCanvas.SetActive(false);
inventory = GameObject.Find("InventoryManager").GetComponent <InventoryManager> ();
originalSprite = glassware.sprite;
correctAnswer.SetActive(false);
wrongAnswer.SetActive(false);
ResultVerifier.GetInstance();
progressController = GameObject.Find("ProgressController").GetComponent <ProgressController> ();
verifyButton.interactable = false;
}
/// <summary>
/// The method is called when the verification action is triggered
/// </summary>
/// Calls upon the ResultVerifier class to compare the content of the Glassware with the
/// expected result for the actual phase.
/// The call is made by the different methods associated with the different types of steps
public void VerifyStep()
{
bool complete = false;
switch (progressController.StepType)
{
case TypeOfStep.CompoundClass:
checkCompoundClassCanvas.SetActive(false);
complete = ResultVerifier.GetInstance().VerifyCheckBox(checkBoxSelected);
break;
case TypeOfStep.WhatCompound:
string compoundAnswer = whatCompoundAnswer.text;
checkWhatCompoundCanvas.SetActive(false);
GameObject.Find("GameController").GetComponent <HUDController> ().LockKeys(false);
complete = ResultVerifier.GetInstance().VerifyTextBox(compoundAnswer);
break;
case TypeOfStep.MolarityCheck:
string molAnswer = molarityAnswer.text;
checkMolarityValueCanvas.SetActive(false);
GameObject.Find("GameController").GetComponent <HUDController> ().LockKeys(false);
complete = ResultVerifier.GetInstance().VerifyTextBox(molAnswer);
break;
case TypeOfStep.GlasswareCheck:
if (currentIndex.Length > 0) //Case there is a Glassware being verified
{
checkGlasswareCanvas.SetActive(false);
complete = ResultVerifier.GetInstance().VerifyGlassware(GameObject.Find(currentIndex).GetComponent <Glassware>());
}
break;
}
//Completes the step or shows the wrong-answer animation
//TODO: Add verification is currentIndex.Length > 0
if (complete == true)
{
progressController.CompleteStep();
}
else
{
progressController.WrongAnswer();
}
}