void OnTriggerEnter2D(Collider2D col)
{
// PICKUP FRUIT:
// Loop through list of fruitnames to se which is triggered.
for (int i = 0; i < fruitNames.Length; i++)
{
// Break out of loop when no more fruits can be held.
if (currentlyHolds == canOnlyHold)
{
break;
}
// If gameObject.tag == respective fruit.
if (col.gameObject.tag == fruitNames[i])
{
// Count fruit.
currentlyHolds++;
fruitCount[i]++;
fruitCountTotal[i]++;
// Set sprite for fruit that is held by player.
if (isFirstCarryFruitOpen == false && currentlyHolds == 1)
{
r1.SetFruit(i);
}
else if (isFirstCarryFruitOpen == false && currentlyHolds == 2)
{
r2.SetFruit(i);
}
else if (isFirstCarryFruitOpen == false && currentlyHolds == 3)
{
r3.SetFruit(i);
}
// Special case when first fruit is put on glass and more fruit is to be picked up.
// Must fill in open slot on.
else if (isFirstCarryFruitOpen == true)
{
r1.SetFruit(i);
isFirstCarryFruitOpen = false;
}
// Fading text appears when fruit is picked up.
InstantiateTextMesh(fruitNames[i]);
// First fruit that is picked up is stored.
if (!isFruitOnGlass && glassFruit == "")
{
glassFruit = fruitNames[i];
glassFruitIndex = i;
}
// Destroy object(fruit) when triggered.
Destroy(col.gameObject);
}
}
// EMPTY FRUIT:
// Empty fruits here and check if all fruits are collected.
if (currentlyHolds != 0 && levelFinished == false && col.gameObject.tag == "Blender")
{
// Check glass for fluid.
CheckFluid(fruitCountTotal.Sum());
// Start blender animation and send fruitCount so right fruit color can be set on fluid.
b.BlenderAction(fruitCount, "");
// Remove sprite from player so he doesn't carry any fruit. 80 is a default value.
r1.SetFruit(80);
r2.SetFruit(80);
r3.SetFruit(80);
if (!hasSpilled)
{
// Check if fruits to complete leves has been collected.
returnValue = checkLevel.LevelCheck(currentLevel, fruitCount, currentlyHolds, "");
}
currentlyHolds = 0;
p.SetCollected(checkLevel.Counter());
if (returnValue == "Finished")
{
ReadyForNextLevel();
}
else if (returnValue != "")
{
WrongFruit(returnValue);
}
// For each fruit.
for (int i = 0; i < fruitNames.Length; i++)
{
// For each count of that fruit.
for (int j = 0; j < fruitCount[i]; j++)
{
// Drop as many fruits as in fruitCount into blender.
d.DropIntoBlender(fruitNames[i]);
}
// Reset fruitCount.
fruitCount[i] = 0;
// No fruit were put on glass. Reset values.
glassFruit = "";
}
}
// PUT FRUIT ON GLASS.
if (currentlyHolds != 0 && levelFinished == false && isFruitOnGlass == false && col.gameObject.tag == "Glass")
{
// Places fruit on glass.
d.DropIntoGlass(glassFruit);
// Set bool value and decrement fruitCount of fruit that was put on glass.
isFruitOnGlass = true;
fruitCount[glassFruitIndex]--;
fruitCountTotal[glassFruitIndex]--;
// Remove sprite from player so he doesn't carry first fruit. 80 is a default value.
r1.SetFruit(80);
isFirstCarryFruitOpen = true;
// Check if fruits to complete leves has been collected.
returnValue = checkLevel.LevelCheck(currentLevel, fruitCount, currentlyHolds, glassFruit);
currentlyHolds--;
p.SetGlassCollected(checkLevel.GlassCounter());
if (returnValue == "Finished")
{
ReadyForNextLevel();
}
else if (returnValue != "")
{
WrongFruit(returnValue);
}
}
} // End of function.
