private bool CheckObjectiveComplete(string nextObj)
{
string[] objSplit = nextObj.Split('>');
string type = objSplit[0].Trim();
bool completed = false;
switch (type)
{
case "build":
string molFile = CheckMoleculeRepresentation(objSplit[1].Trim()); //to get the correct name of the file in case the structure is being used
string text = HandleTextFile.ReadString(molFile + "Bonds.txt");
if (MM.CompareMoleculesString(text, false))
{
completed = true;
PS.StopMovesCounter();
}
break;
case "complete":
string molDes = CheckMoleculeDescription(objSplit[1].Trim());
if (IsMoleculeComplete(molDes))
{
completed = true;
PS.StopMovesCounter();
}
break;
case "transform":
string molDes1 = CheckMoleculeDescription(objSplit[1].Trim());
if (IsMoleculeComplete(molDes1))
{
completed = true;
PS.StopMovesCounter();
}
break;
case "load":
if (correctMolLoaded)
{
correctMolLoaded = false;
completed = true;
}
break;
case "save":
string savedText = HandleTextFile.ReadString(objSplit[1].Trim() + ".txt");
if (MM.CompareMoleculesString(savedText, true))
{
completed = true;
}
break;
case "place":
GameObject invi = GameObject.FindGameObjectWithTag("Invisible");
if (invi.GetComponent <InvisibleMoleculeBehaviour>().HasOverlap())
{
completed = true;
invi.GetComponent <InvisibleMoleculeBehaviour>().DestroyOverlap();
Destroy(invi);
}
break;
case "multiple choice":
Debug.Log(pressedAnswer);
Debug.Log(correctAnswerMC);
if (pressedAnswer.ToLower().Trim() == correctAnswerMC.ToLower().Trim())
{
completed = true;
PS.UpdateAnswers();
PS.StopAnswersCounter();
RemoveAllMolecules();
}
PS.UpdateAnswers();
break;
}
return(completed);
}
