[SerializeField] private Sprite[] bakerSprites = default; // reference to the list of possible baker sprites
void Start()
{
// Setup trade reference lists (and only do so once per game launch)
if (Trade.HundredTrades == null)
{
Trade.CreateHundredTradesList();
}
if (Trade.AllLayouts == null)
{
Trade.CreateTradeLayoutsList();
}
if (Trade.OneTrades == null)
{
Trade.CreateTradesLists();
}
else
{
Trade.ShuffleTradesLists(); // if the trade lists have already been created in a previous round, just reshuffle them
}
// Choose a set from the 100 list to be the final target
int rand = Random.Range(0, Trade.HundredTrades.Count);
Trade mcGuffin = Trade.HundredTrades[rand];
goldenTrade.DisplayTrade(mcGuffin);
// Choose another set from the 100 list to be the player's starting inventory. Deep copy to avoid
// changing the list as the player's inventory changes
rand = Random.Range(0, Trade.HundredTrades.Count);
Dictionary <Muffin, int> startingInventory = new Dictionary <Muffin, int>(Trade.HundredTrades[rand].Buying);
shopMenu.SetInitialPlayerInventory(startingInventory);
// Distribute other trades to the normal shops by iterating through the shops list and trades lists concurrently
int onesCounter = 0;
int twosCounter = 0;
int threesCounter = 0;
for (int i = 0; i < shops.Length; i++)
{
shops[i].Layout = Trade.AllLayouts[i];
switch (Trade.AllLayouts[i])
{
case Trade.ShopLayout.GOLD:
// the golden shop is handled above
break;
case Trade.ShopLayout.ONE_THREE_ONE:
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.ThreeTrades[threesCounter]);
threesCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
break;
case Trade.ShopLayout.ONE_TWO_ONE:
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
break;
case Trade.ShopLayout.TWO_TWO_TWO:
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
break;
case Trade.ShopLayout.TWO_ONE_TWO:
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.TwoTrades[twosCounter]);
twosCounter++;
break;
case Trade.ShopLayout.ONE_ONE_ONE_ONE:
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
shops[i].Trades.Add(Trade.OneTrades[onesCounter]);
onesCounter++;
break;
}
}
// Randomly assign a baker to each shop
System.Random rng = new System.Random();
int n = bakerSprites.Length;
while (n > 1)
{
int k;
do
{
k = rng.Next(n);
} while (k == 0); // NOTE: we want to leave bakerSprites[0] in place
n--;
Sprite value = bakerSprites[k];
bakerSprites[k] = bakerSprites[n];
bakerSprites[n] = value;
}
for (int i = 0; i < shops.Length; i++)
{
shops[i].BakerSprite = bakerSprites[i];
}
// Start clock
Clock = 0;
InvokeRepeating("ClockTick", 1, 1);
}