// Initialization - choose and prepare the mask that will be assembled by the player
void Start()
{
// Choose a random mask
chosenMask = maskPrefabs[Random.Range(0, maskPrefabs.Length)];
GameObject chosenMaskFragmented = Instantiate(
chosenMask.fragmented,
Vector2.zero,
Quaternion.identity
);
print("Chosen " + chosenMaskFragmented.name + ". It has " + chosenMaskFragmented.transform.childCount + " fragments.");
// Get info about the edges that should be connected
edges = chosenMaskFragmented.GetComponent <MaskPuzzleMaskEdges>();
// Layers will be assigned starting from this one
int layerCounter = FIRST_MASK_LAYER;
// Initialize all fragments of the chosen mask
while (chosenMaskFragmented.transform.childCount > 0)
{
GameObject currentFragment = chosenMaskFragmented.transform.GetChild(0).gameObject;
print("Taking " + currentFragment.name + " from the library");
// Become the parent of the fragment
currentFragment.transform.parent = transform;
// Randomize the spawn location
int spawnPointIndex = Random.Range(0, spawnCoordinates.Count);
currentFragment.transform.position = spawnCoordinates[spawnPointIndex];
spawnCoordinates.RemoveAt(spawnPointIndex);
// Add script and collider to the fragment
currentFragment.GetComponent <MaskPuzzleMaskFragment>().fragmentsManager = this;
currentFragment.AddComponent <MeshCollider>();
// Assign a layer to the fragment
currentFragment.gameObject.layer = layerCounter++;
// Add the fragment to list
fragments.Add(currentFragment.GetComponent <MaskPuzzleMaskFragment>());
}
}
// Initialization - choose and prepare the mask that will be assembled by the player
// as well as the background and victory position
void Start()
{
// Choose a random mask
chosenMask = maskPrefabs[Random.Range(0, maskPrefabs.Length)];
GameObject chosenMaskFragmented = Instantiate(
chosenMask.fragmented,
Vector2.zero,
Quaternion.identity
);
print("Chosen " + chosenMaskFragmented.name + ". It has " + chosenMaskFragmented.transform.childCount + " fragments.");
// Get info about the edges that should be connected
edges = chosenMaskFragmented.GetComponent <MaskPuzzleMaskEdges>();
// Layers will be assigned starting from this one
int layerCounter = FIRST_MASK_LAYER;
// Initialize all fragments of the chosen mask
while (chosenMaskFragmented.transform.childCount > 0)
{
GameObject currentFragment = chosenMaskFragmented.transform.GetChild(0).gameObject;
print("Taking " + currentFragment.name + " from the library");
// Become the parent of the fragment
currentFragment.transform.parent = transform;
// Randomize the spawn location
int spawnPointIndex = Random.Range(0, spawnCoordinates.Count);
currentFragment.transform.position = spawnCoordinates[spawnPointIndex];
spawnCoordinates.RemoveAt(spawnPointIndex);
// Add script and collider to the fragment
currentFragment.GetComponent <MaskPuzzleMaskFragment>().fragmentsManager = this;
currentFragment.AddComponent <MeshCollider>();
// Assign a layer to the fragment
currentFragment.gameObject.layer = layerCounter++;
// Add the fragment to list
fragments.Add(currentFragment.GetComponent <MaskPuzzleMaskFragment>());
}
// Choose a random background, ensure it's the only one visible,
// and copy its victory position values
if (backgroundVariants.Length > 0)
{
Background chosenBackground = backgroundVariants[Random.Range(0, backgroundVariants.Length)];
foreach (Background backgroundVariant in backgroundVariants)
{
if (backgroundVariant.backgroundImage != chosenBackground.backgroundImage)
{
backgroundVariant.backgroundImage.SetActive(false);
}
}
chosenBackground.backgroundImage.SetActive(true);
victoryGoal = chosenBackground.victoryGoal;
victoryRotation = chosenBackground.victoryRotation;
}
}