private decimal GetItemBoost(BoostTypes boostType, List <BoostItem> boostItems, decimal allocation, int population)
{
var boost = 0.0m;
// get highest item boosts first e.g. if 100 people allocated, get 50 1.5% items, then 50 1% items, and weight boost
var peopleAllocated = allocation * population;
var peopleWithItems = 0;
var itemsLeft = boostItems.Count();
var index = 0;
// try to have each person use an item
while (peopleWithItems < peopleAllocated && itemsLeft > 0 && boostItems.Count() > index)
{
var boostItem = boostItems.ElementAt(index++);
var quantity = boostItem.Quantity;
// this many people still need an item
var canAllocateQty = peopleAllocated - peopleWithItems;
// add the fewest items allowed
var peopleToGiveItem = Math.Min(quantity, canAllocateQty);
var percentOfMaxBoost = peopleToGiveItem / peopleAllocated;
// calculate relative boost e.g. if they have enough items to fill half allocated pop. then they get half max boost
// add to existing boost (so far, just technology above)
boost += percentOfMaxBoost * boostItem.MaxBoost / 100;
}
return(boost);
}
protected Booster(int id, BoostTypes typeOfBoost, BoosterTypes boosterType, int damageBoost, int shieldBoost, int healthBoost,
int boxRewardBoost)
{
Id = id;
BoostType = typeOfBoost;
Type = boosterType;
DamageBoost = damageBoost;
ShieldBoost = shieldBoost;
HealthBoost = healthBoost;
BoxRewardBoost = boxRewardBoost;
}
public Boost(Texture2D texture, Vector2 location, Rectangle gameBoundries, BoostTypes boostTypes)
: base(texture, location, gameBoundries)
{
this.boostTypes = boostTypes;
}
public Boost(Texture2D texture, Vector2 location, Rectangle gameBoundries, BoostTypes boostTypes) : base(texture, location, gameBoundries)
{
this.boostTypes = boostTypes;
}
