public DragObject createElementFromPrefab(PuzzleProgrammingElement puzzleElement)
{
//TODO anpassungen sodass richtig erzeugt wird: Farbe etc.
GameObject instantiated = Instantiate(getPrefabForPuzzleProgrammingElement(puzzleElement));
instantiated.transform.position = new Vector3(puzzleElement.positionX, puzzleElement.positionY, puzzleElement.positionZ);
instantiated.GetComponent <DragObject>().gameBoard = gameObject;
instantiated.GetComponent <DragObject>().setElementId(puzzleElement.id);
if (puzzleElement.text != null && puzzleElement.text.Length > 0)
{
instantiated.GetComponent <DragObject>().element.descriptionText = puzzleElement.text;
}
instantiated.GetComponent <DragObject>().isLocked = puzzleElement.isLocked;
return(instantiated.GetComponent <DragObject>());
}
private GameObject getPrefabForPuzzleProgrammingElement(PuzzleProgrammingElement puzzleProgrammingElement)
{
switch (puzzleProgrammingElement.type)
{
case "variable_filled_text": // TODO create prefabs
return(Resources.Load("prefabVarFilledText", typeof(GameObject)) as GameObject);
case "variable_filled_number": // TODO create prefabs
return(Resources.Load("prefabVarFilledNumber", typeof(GameObject)) as GameObject);
case "variable_filled_bool": // TODO create prefabs
return(Resources.Load("prefabVarFilledBool", typeof(GameObject)) as GameObject);
case "interval_filled": // TODO create prefabs
return(Resources.Load("prefabIntervalFilled", typeof(GameObject)) as GameObject);
case "print()":
return(Resources.Load("prefabPrintElement", typeof(GameObject)) as GameObject);
case "variable":
return(Resources.Load("prefabVarElement", typeof(GameObject)) as GameObject);
case "number":
return(Resources.Load("prefabNumberElement", typeof(GameObject)) as GameObject);
case "text":
return(Resources.Load("prefabTextElement", typeof(GameObject)) as GameObject);
case "bool":
return(Resources.Load("prefabBoolElement", typeof(GameObject)) as GameObject);
case "for":
return(Resources.Load("prefabForElement", typeof(GameObject)) as GameObject);
case "while":
return(Resources.Load("prefabWhileElement", typeof(GameObject)) as GameObject);
case "==":
return(Resources.Load("prefabEqualsElement", typeof(GameObject)) as GameObject);
case "&&":
return(Resources.Load("prefabAndElement", typeof(GameObject)) as GameObject);
case "||":
return(Resources.Load("prefabOrElement", typeof(GameObject)) as GameObject);
case "!":
return(Resources.Load("prefabNotElement", typeof(GameObject)) as GameObject);
case "interval":
return(Resources.Load("prefabIntervalElement", typeof(GameObject)) as GameObject);
case "end":
return(Resources.Load("prefabEndElement", typeof(GameObject)) as GameObject);
case "if":
return(Resources.Load("prefabIfElement", typeof(GameObject)) as GameObject);
case "!=":
return(Resources.Load("prefabNotEqualsElement", typeof(GameObject)) as GameObject);
case "*=":
return(Resources.Load("prefabMultiplyEqualsElement", typeof(GameObject)) as GameObject);
default:
throw new ArgumentOutOfRangeException("Unknown element type: " + puzzleProgrammingElement.type);
}
}
