/// <summary>
/// Returns the sprite for this, of the correct colour
/// </summary>
/// <returns><see cref="Sprite"/></returns>
public override Sprite GetItemSprite()
{
//* if the bee has not change in any way dont rebuild the sprite as that takes time
if (previousBeeType == beeType && itemSprite != null)
{
return(itemSprite);
}
previousBeeType = beeType;
//* set the correct sprite and colour
if (beeType == BeeType.QUEEN)
{
//* avoids the crown, black body, yellow body, and both colours of the wings
Color[] colorsToAvoid = { new Color(0, 0, 0), new Color(232f, 200f, 42f, 255f) / 255f, new Color(232f, 213f, 106f, 255f) / 255f, new Color(156f, 146f, 130f, 255f) / 255f, new Color(225f, 223f, 219f, 255f) / 255f };
return(itemSprite = SpriteDictionary.GetSprite("Queen").ColourSprite(BeeDictionaries.GetBeeColour((BeeSpecies)(queenBee?.queen.pSpecies)), coloursToAvoid: colorsToAvoid));
}
else if (beeType == BeeType.PRINCESS)
{
//* avoids the tiara, black body, yellow body, and both colours of the wings
Color[] colorsToAvoid = { new Color(0, 0, 0), new Color(191f, 195f, 45f, 255f) / 255f, new Color(191f, 195f, 44f, 255f) / 255f, new Color(156f, 146f, 130f, 255f) / 255f, new Color(225f, 223f, 219f, 255f) / 255f, new Color(232f, 200, 42, 255f) / 255f };
return(itemSprite = SpriteDictionary.GetSprite("Princess").ColourSprite(BeeDictionaries.GetBeeColour((BeeSpecies)(normalBee?.pSpecies)), coloursToAvoid: colorsToAvoid));
}
else
{
//* avoids the block body, yellow body, and both wing colours
Color[] colorsToAvoid = { new Color(0, 0, 0), new Color(156f, 146f, 130f, 255f) / 255f, new Color(225f, 223f, 219f, 255f) / 255f, new Color(232f, 200, 42, 255f) / 255f };
return(itemSprite = SpriteDictionary.GetSprite("Drone").ColourSprite(BeeDictionaries.GetBeeColour((BeeSpecies)normalBee?.pSpecies), coloursToAvoid: colorsToAvoid));
}
}
public override GameObject GetGameObject()
{
var go = PrefabDictionary.GetPrefab("Bee");
go.GetComponent <SetBeeGOColours>().colour = BeeDictionaries.GetBeeColour(normalBee?.pSpecies ?? queenBee.queen.pSpecies);
go.GetComponent <SetBeeGOColours>().beeType = beeType;
return(go);
}
/// <summary>
/// Returns a <see cref="BeeSpecies"/> depending on the given <see cref="BeeSpecies"/>
/// </summary>
/// <param name="s1">First <see cref="BeeSpecies"/></param>
/// <param name="s2">Second <see cref="BeeSpecies"/></param>
/// <returns>A new <see cref="BeeSpecies"/></returns>
private BeeSpecies CombineSpecies(BeeSpecies s1, BeeSpecies s2)
{
BeeSpecies[] possibleSpecies = BeeDictionaries.GetCombinations(s1, s2);
float[] weights = possibleSpecies.Length > 2 ? BeeDictionaries.GetWeights(possibleSpecies) : new float[] { 0.5f, 0.5f };
var randomNum = Rand(weights);
var weightsSum = 0f;
//* when the number generated is less than the current sum of the weights return that bee
for (int i = 0; i < weights.Length; i++)
{
if (randomNum <= weightsSum)
{
return(possibleSpecies[i]);
}
weightsSum += weights[i];
}
//* if for some reason the weights cannot work return the first bee in the combination list
return(possibleSpecies[0]);
}
/// <summary>
/// Will make new <see cref="Bee"/>/<see cref="Item"/>s from the given <see cref="BeeType.QUEEN"/> <see cref="Bee"/>
/// </summary>
/// <param name="queen">The <see cref="BeeType.QUEEN"/> to make the new <see cref="Bee"/>s from</param>
/// <param name="inventory"><see cref="Inventory.Inventory"/> to put the new Bees/Items into</param>
/// <remarks>
/// Inventory is passed by reference to make it easier to modify the inventory. However is not necessarily needed as a <see cref="class"/> array is being passed so a reference would be created anyway however so <see cref="ref"/> is their more for clarity due to the function modifying the invetory directly
/// </remarks>
public void MakeBees(Bee queen, ref Item[] inventory)
{
Item[] producedItems = new Item[9];
//* will always return a new princess and drone
producedItems[0] = MakeBee(BeeType.PRINCESS, queen.queenBee);
producedItems[1] = MakeBee(BeeType.DRONE, queen.queenBee);
var repeats = UnityEngine.Random.Range(0, queen.queenBee.queen.pFertility);
//* produces as many other children as the bee stats will allow
for (int i = 0; i < repeats; i++)
{
producedItems[i + 2] = MakeBee(queen.queenBee.queen.pFertility > 6 ? (BeeType)UnityEngine.Random.Range(1, 3) : BeeType.DRONE, queen.queenBee);
if (producedItems[i + 2] is Bee b && b.beeType != BeeType.PRINCESS)
{
producedItems[i + 2].itemStackCount = UnityEngine.Random.Range(1, (int)queen.queenBee.queen.pFertility + 1);
}
}
//* gets the produced items
var beeProduce = BeeDictionaries.GetBeeProduce(queen.queenBee.queen.pSpecies);
//* changes the stack count of the produced items to the correct number
for (int i = 0; i < beeProduce.Length; i++)
{
beeProduce[i].itemStackCount += UnityEngine.Random.Range(1, (int)queen.queenBee.queen.sProdSpeed + 1);
}
//* adds the items that the bee species produces into the produced item array
for (int i = (int)queen.queenBee.queen.pFertility + 2, prod = 0; prod < beeProduce.Length; i++, prod++)
{
producedItems[i] = beeProduce[prod];
}
//* puts the items into the inventory
for (int i = 0; i < 9; i++)
{
if (inventory[i + 2] != null)
{
//* if the slot has the same item in it and it won't be more than the max stack count but the new item into it
if (producedItems[i] == inventory[i + 2] && inventory[i + 2].itemStackCount + 1 <= inventory[i + 2].maxStackCount)
{
inventory[i + 2].itemStackCount++;
}
else
{
//* otherwise find a new slot to put the item into
for (int j = i; j < (9 - i); j++)
{
if (inventory[j + 2] == null)
{
inventory[j + 2] = producedItems[i];
break;
}
else if (producedItems[i] == inventory[j + 2] && inventory[j + 2].itemStackCount + 1 <= inventory[j + 2].maxStackCount)
{
inventory[j + 2].itemStackCount++;
break;
}
}
}
}
//* if the slot is empty put the item into it
else
{
inventory[i + 2] = producedItems[i];
}
}
}
