public CreatureGenePack()
{
GatheringEffectiveness = SimulationGlobals.AttributeValues[nameof(SimulationStateEnums.AttributeKeys.CowEffectivenessCap)] * (float)SimulationGlobals.random.NextDouble();
var numOfNutrients = SimulationGlobals.random.Next(1, 4);
TargetNutrients = new NutrientTypes[numOfNutrients];
MaxNutrients = ((float)SimulationGlobals.random.NextDouble() * 30.0f) + 20.0f;
StarvingNutrientLevel = ((float)SimulationGlobals.random.NextDouble() * 15.0f) + 10.0f;
List <NutrientTypes> typeHolder = Enum.GetValues(typeof(NutrientTypes)).Cast <NutrientTypes>().ToList();
for (int i = 0; i < numOfNutrients; i++)
{
var chosenIndex = SimulationGlobals.random.Next(0, typeHolder.Count);
TargetNutrients[i] = typeHolder[chosenIndex];
typeHolder.RemoveAt(chosenIndex);
}
BreedingCooldown = SimulationGlobals.random.Next((int)SimulationGlobals.AttributeValues[nameof(SimulationStateEnums.AttributeKeys.CowBreedCooldownMin)], 1500);
BreedingChance = (float)SimulationGlobals.random.NextDouble() * SimulationGlobals.AttributeValues[nameof(AttributeKeys.CowBreedabilityCap)];
MaxHealth = SimulationGlobals.random.Next(50, 101);
RestoreHealthRate = (float)SimulationGlobals.random.NextDouble() * 0.1f;
}
public NutrientPack(NutrientTypes type, float amount)
{
this.type = type;
this.amount = amount;
}
public NutrientRegain(NutrientTypes nutrientType, float regain)
{
this.nutrientType = nutrientType;
this.regain = regain;
}
public NutrientRequest(NutrientTypes target, float effectiveness)
{
targetNutrient = target;
gatheringEffectiveness = effectiveness;
}