void Recompose()
{
// check for CSV load
if (PLAYDATE_RecipeLoaderSingleton.recipeDict == null)
{
return;
}
print("//1. Get objects to recompose and tag them");
//1. Get objects to recompose
List <recipeItem> objsToRecompose = GetObjectsToRecomposeAndTag();
print("//2. Choose recipe");
List <recipeItem> chosenRecipe = ChooseThingsToRecomposeFromRecipe(objsToRecompose);
//obj to use, obj to destroy (needed alternatives), obj leftover = recomposition(gobjs);
print("//2.5.. Calculate recomposition object with algorithm");
recomposeChoice thisChoice = calculateChoice(chosenRecipe);
print("//3. Destroy objects, create new object.");
if (DestroyAndCreate(thisChoice) > 0)
{
print("DestroyAndCreate successful!");
}
}
recomposeChoice calculateChoice(List <recipeItem> cr)
{
List <recipeItem> oCreated, oUsed, oNeeded, oDestroy;
oCreated = new List <recipeItem>();
oUsed = new List <recipeItem>();
oNeeded = new List <recipeItem>();
oDestroy = new List <recipeItem>();
//test
oCreated.Add(new recipeItem("log", 1));
oCreated.Add(new recipeItem("treeB", 6));
recomposeChoice ourChoice = new recomposeChoice(oCreated, oUsed, oNeeded, oDestroy);
return(ourChoice);
}
int DestroyAndCreate(recomposeChoice ch)
{
// DESTROY OBJECTS
// out of tagged objects,
// find appropriate number of used objects and destroy them (random order)
// find appropriate number of needed objecs and destroy them (TODO MAYBE)
// LEAVE THE LEFTOVER ALONE!
// CREATE OBJECTS
Vector3 thisPos = this.gameObject.transform.position;
foreach (recipeItem ri in ch.objsCreated)
{
VRTK.Examples.PLAYDATE_DecomposeThing.InstantiatePrefab(ri.makeName, ri.makeCount, thisPos);
}
return(1);
}
