protected override void considerBuy()
{
decimal orePrice = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Miner].getLastPrice();
RTMarket toolMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Blacksmith];
if (Inventory[(int)Profession.Blacksmith] == 0)
{
toolMarket.searchOffer(this, (int)Profession.Blacksmith, 1, orePrice * 4);
}
base.considerBuy();
}
protected override void considerBuy()
{
RTMarket woodMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Lumberjack];
RTMarket oreMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Miner];
RTMarket toolMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Blacksmith];
decimal productionCosts = 1 * (woodMarket.getLastPrice() + oreMarket.getLastPrice());
//if(toolMarket.getLastPrice() > productionCosts) {
woodMarket.searchOffer(this, (int)Profession.Lumberjack, 2, woodMarket.getLastPrice() + 0.2m);
oreMarket.searchOffer(this, (int)Profession.Miner, 2, oreMarket.getLastPrice() + 0.2m);
//}
base.considerBuy();
}
protected override void considerBuy()
{
RTMarket woodMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Lumberjack];
RTMarket toolMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Blacksmith];
decimal foodPrice = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Farmer].getLastPrice();
// buy wood
if (Inventory[(int)Profession.Lumberjack] < 3)
{
woodMarket.searchOffer(this, (int)Profession.Lumberjack, 2, foodPrice);
}
// buy tools
if (Inventory[(int)Profession.Blacksmith] == 0)
{
toolMarket.searchOffer(this, (int)Profession.Blacksmith, 1, foodPrice * 4);
}
}
// buy logic
// implementation for food
protected virtual void considerBuy()
{
RTMarket foodMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Profession.Farmer];
if (Inventory[(int)Profession.Farmer] < 2)
{
decimal lastLogPrice = foodMarket.getLastPrice();
int buyAmmount = (int)(Cash / lastLogPrice);
if (buyAmmount > 3)
{
buyAmmount = 3;
}
// buy max possible ammount or 3 at 0.1 more than market price
foodMarket.searchOffer(this, (int)Profession.Farmer, buyAmmount, lastLogPrice + 10m);
}
}
// constructor
public VillageSim(int ammountPerProf, decimal moneysupply)
{
// get professions from enum at compile
profAmmount = Enum.GetNames(typeof(Profession)).Length;
SimInstance = this;
Population = new HashSet <Person>();
Demographics = new HashSet <Person> [profAmmount];
MoneySupply = moneysupply;
initPopulation(ammountPerProf);
Markets = new RTMarket[profAmmount];
for (int i = 0; i < profAmmount; i++)
{
Markets[i] = new RTMarket(profAmmount);
}
}
protected virtual void considerSell()
{
int ammountResource = Inventory[(int)Role];
if (ammountResource <= 1)
{
return;
}
RTMarket resourceMarket = ((VillageSim)(Simulation.SimInstance)).Markets[(int)Role];
// last price comes with how long it took to find. 0 trade days mean lower price.
int searchDelay;
//decimal resourcePrice = resourceMarket.getLastPrice(out searchDelay);
decimal resourcePrice = resourceMarket._getLastPrice(out searchDelay) + 0.5m;
// // old random offset from last price
// int randomNum = rnd.Next(-3, 9);
// if(randomNum < -1) {
// randomNum = -1;
// }
// random number cycles
int randomNum = currentCycleValue - cycleOffset;
currentCycleValue = (currentCycleValue + 1) % cycleSize;
// decimal randomPrice = decimal.Divide(randomNum, 20) + resourcePrice - searchDelay*0.5m;
decimal randomPrice = decimal.Divide(randomNum, 5) + resourcePrice - searchDelay * 0.5m;
if (randomPrice < 0.2m)
{
randomPrice = 0.2m;
}
resourceMarket.placeOffer(this, ammountResource, randomPrice);
}
