// Destroys all holders + reset
public void DestroyAndReset()
{
UtilSort.DestroyObjects(holders);
containsHolders = false;
HolderBase.HOLDER_NR = 0;
superElement = null;
}
public void InitSortAlgorithm(SortMain sortMain, float algorithmSpeed)
{
this.sortMain = sortMain;
InitTeachingAlgorithm(algorithmSpeed);
minValue = sortMain.ElementManager.MinValue;
maxValue = sortMain.ElementManager.MaxValue;
}
// Destroys all elements + reset
public void DestroyAndReset()
{
Util.DestroyObjects(sortingElements);
containsElements = false;
SortingElementBase.SORTING_ELEMENT_NR = 0;
usedValues = new HashSet <int>();
currentMoving = null;
superElement = null;
}
public void InitManager()
{
superElement = GetComponent <SortMain>();
}
public void InitManager() // not really needed anymore
{
superElement = GetComponentInParent <SortMain>();
}
/* Creates a list of objects
* - Puts them ontop of another object if positions are provided
*/
public static GameObject[] CreateObjects(GameObject prefab, int numberOfElements, Vector3[] pos, float spreadDist, SortMain superElement)
{
GameObject[] objects = new GameObject[numberOfElements];
GameObject element;
for (int x = 0; x < numberOfElements; x++)
{
if (pos.Length == 1)
{
element = Instantiate(prefab, pos[0] + new Vector3(x * spreadDist, 0f, 0f), Quaternion.identity);
}
else
{
element = Instantiate(prefab, pos[x], Quaternion.identity);
}
element.GetComponent <ISortSubElement>().SuperElement = superElement;
objects[x] = element;
}
return(objects);
}
public void InitSortingManager(SortMain sortMain)
{
this.sortMain = sortMain;
Debug.Log("Algorithm: " + AlgorithmManager);
}