public override void DoJob()
{
base.DoJob();
// Look for relevant items in inventory
foreach (Item item in me.inventory)
{
if (item.type.Contains("Farm Animal"))
{
animals.Add((FarmAnimal)item);
}
else if (item.type.Contains("Produce"))
{
produce.Add(item);
}
}
// Buy animals if possible
for (int i = animals.Count; i < maxAnimals; i++)
{
FarmAnimal toBuy = new FarmAnimal(possibleAnimals[Random.Range(0, possibleAnimals.Count)]);
if (me.money >= toBuy.value + me.alwaysDoJobThreshold) // Make sure the farmer has enough money saved to buy the animal
{
gc.LogMessage(me.name + " has bought a " + toBuy.name + " for " + toBuy.value + " Gold.", "LGray");
me.GetPaid(-toBuy.value, true);
me.inventory.Add(toBuy);
animals.Add(toBuy);
}
}
// Get produce from animals
foreach (FarmAnimal animal in animals)
{
int animalHarvestRoll = Random.Range(0, 100);
if (animalHarvestRoll < me.GetEffectiveJobSkill() + 40) // Anyone with a jobSkill of at least 60 should always succeed at harvesting
{
Item newProduce = animal.MakeProduce();
me.inventory.Add(newProduce);
produce.Add(newProduce);
gc.LogMessage(me.name + " got a " + newProduce.name + " from a " + animal.name + ".", "LGray");
}
}
// Plant crops if nothing is growing already, and if it's either Spring or Summer, and NOT Droughtlike or Dry.
if (currentlyGrowing.Count < 1 && (gc.curSeason == Season.Spring || gc.curSeason == Season.Summer) && gc.curWeather != Weather.Droughtlike && gc.curWeather != Weather.Dry)
{
Item cropToGrow = possibleCrops[Random.Range(0, possibleCrops.Count)];
int cropsToGrow = Random.Range(1, Mathf.CeilToInt(me.GetEffectiveJobSkill() / 10f));
for (int i = 0; i < cropsToGrow; i++)
{
currentlyGrowing.Add(new Item(cropToGrow));
}
me.Speak("Let's plant some " + cropToGrow.pluralName + " today.");
// Time to grow is affected by jobSkill.
int daysTillHarvest = Random.Range(minHarvestDays, maxHarvestDays + 1);
//Debug.Log("daysTillHarvest: " + daysTillHarvest);
daysTillHarvest = Mathf.RoundToInt(daysTillHarvest * ((float)minJobSkillToReduceGrowTime / me.GetEffectiveJobSkill()));
//Debug.Log("timeModifier: " + (float)minJobSkillToReduceGrowTime / me.GetEffectiveJobSkill());
harvestDate = DateFuncs.GetFutureDate(gc.curDate, daysTillHarvest);
//Debug.Log("Crops will be ready to harvest on " + DateFuncs.DateToString(harvestDate) + ", which is in " + daysTillHarvest + " days.");
}
// Crops get wiped if there's an ongoing drought.
if (gc.curWeather == Weather.Droughtlike)
{
gc.LogMessage("The ongoing drought has withered away " + me.commonName + "'s crops.", "DRed");
currentlyGrowing.Clear();
}
// Harvest if crops are ready
if (DateFuncs.Equals(gc.curDate, harvestDate))
{
me.Speak("Ah, the harvest is in!");
foreach (Item crop in currentlyGrowing)
{
Item toAdd = new Item(crop);
me.inventory.Add(toAdd);
produce.Add(toAdd);
}
gc.LogMessage(me.name + " has harvested " + currentlyGrowing.Count + " " + currentlyGrowing[0].pluralName + ".", "LGray");
currentlyGrowing.Clear();
}
// Check how much food the farmer has
int foodAmt = me.CountItemsByType("Food");
//Debug.Log(me.myName + " has " + foodAmt + " units of food left.");
// Sell up to 3 crops to market
int cropsToSell = produce.Count;
if (cropsToSell > 3)
{
cropsToSell = 3;
}
if (cropsToSell > 0)
{
int sellValue = 0;
for (int i = 0; i < cropsToSell; i++)
{
if (produce[0].type.Contains("Food") && foodAmt <= me.prefMinFood && me.money >= me.alwaysDoJobThreshold)
{
break;
}
sellValue += produce[0].value;
gc.LogMessage(me.name + " has sold a " + produce[0].name + ".", "LGray");
if (produce[0].type.Contains("Food"))
{
foodAmt--;
}
gc.GetComponent <ShopScript>().SellToShop(produce[0]);
me.inventory.Remove(produce[0]);
produce.RemoveAt(0);
}
if (sellValue > 0)
{
me.Speak("Nice, I sold " + sellValue + " Gold worth of produce today.");
me.GetPaid(sellValue, true);
}
else
{
me.Speak("I ain't got no produce to sell today.");
}
//Debug.Log(me.myName + " has " + foodAmt + " units of food left.");
}
else
{
me.Speak("I ain't got no produce to sell today.");
}
animals.Clear();
produce.Clear();
}
// Finds the number of days it would take to reach the current day one month from now, and simulates that many days.
public void SimMonth()
{
Date futureDate = DateFuncs.GetFutureDate(curDate, 0, 0, 1);
SimDays(DateFuncs.DaysUntil(curDate, futureDate));
}