void PowerOff()
{
Recipe_v2 r = GetOrderRecipe();
onOMPowerOff.Invoke(r);
ResetMachine();
}
Recipe_v2 GetOrderRecipe()
{
OrderSlot_v2 slot = GetComponentInChildren <OrderSlot_v2>();
Order_v2 order = slot.order;
Recipe_v2 r = order.recipe.GetComponent <Recipe_v2>();
return(r);
}
void PowerOn()
{
LED.gameObject.GetComponent <MeshRenderer>().material = LEDOn;
poweredOn = true;
Recipe_v2 r = GetOrderRecipe();
onOMPowerOn.Invoke(r);
}
void TurnOnDisplay(Recipe_v2 r)
{
display.gameObject.SetActive(true);
// FIXME: the prefab instancing each time the order machine powers on can be avoided for performance reasons by caching
// the last recipe shown, so to check whether the new recipe is the same as the current one, and if so use the already instanced prefab
Transform disRecipe = GameObject.Instantiate(r.disassembledPrefab, recipePos.position, recipePos.rotation);
disRecipe.parent = recipePos;
recipeName.text = r.recipeName;
recipeNameAlt.text = r.recipeName.ToUpper();
}
ScoreData EvaluateRecipe()
{
List <string> recipeIngs = new List <string>(ABController.currentIngredients);
Recipe_v2 r = GetOrderRecipe();
Debug.Log("Recipe placed ingrs: [" + string.Join(",", recipeIngs.ToArray()) + "]");
Debug.Log("Recipe correct ings [" + string.Join(",", r.ingredients.ToArray()) + "]");
ScoreData score = ScoreManager_v2.instance.ProcessScore(recipeIngs, r);
Debug.Log("Well done! Your " + r.name + " gave you " + score.finalScore + " points");
return(score);
}
public ScoreData ProcessScore(List <string> ings, Recipe_v2 r)
{
List <string> recipeIngs = new List <string>(r.ingredients);
ScoreData score = CalculateScore(ings, recipeIngs);
if (score.finalScore < 0)
{
score.finalScore = 0;
}
UpdateAndNotify(score);
return(score);
}
void TurnOffDisplay(Recipe_v2 r)
{
ClearDisplay();
}
void PlayPowerOff(Recipe_v2 r)
{
audioSrc.PlayOneShot(powerOffClip);
}
void InitAssembly(Recipe_v2 r)
{
currentIngredient = null;
}
