public void BestSingleTripLimitedByAvailability()
{
/* the best route in which money and cargo space are no object is:
* 83 Kernite from Line 2 station 1 (sec 0.8) to Line 3B station 1 (sec 0.7)
*/
parameters = new Parameters(10000000.0f, 10000000.0f, null, TripType.SingleTrip);
finder = new TradeFinder(map, market, parameters);
finder.SortByProfitPerWarp(true);
Assert.Greater(finder.SingleTrips.Count, 0);
SingleTrip best = finder.SingleTrips[0];
Assert.AreSame(map.GetStation(12), best.Source);
Assert.AreSame(map.GetStation(12), best.Destination);
TransactionList tl = best.GetPurchases();
Assert.AreSame(database.GetItemType("Navitas"), tl[0].Purchases[0].Type);
Assert.AreEqual(0, best.Jumps(true));
Assert.AreEqual(0, best.Warps(true));
Assert.AreEqual(SecurityStatus.Level.HighSec, best.Security);
Assert.AreEqual(7487, best.Quantity); // 7487 Kernite wanted at 32
float buyFor = 7487.0f * 344.45f;
float sellFor = 7487.0f * 352.62f;
Assert.AreEqual(buyFor, best.Cost);
Assert.AreEqual(sellFor - buyFor, best.Profit);
Assert.AreEqual((sellFor - buyFor) / 1.0f, best.ProfitPerWarp(true));
}
public void BestSingleTripLimitedByCargo()
{
/* the best route where money is no object but cargo space is, is:
* 83 Kernite from Line 2 station 1 (sec 0.8) to Line 3B station 1 (sec 0.7)
*/
parameters = new Parameters(10000000.0f, 100.0f, null, TripType.SingleTrip);
finder = new TradeFinder(map, market, parameters);
finder.SortByProfitPerWarp(true);
Assert.Greater(finder.SingleTrips.Count, 0);
SingleTrip best = finder.SingleTrips[0];
Assert.AreSame(map.GetStation(31), best.Source);
Assert.AreSame(map.GetStation(32), best.Destination);
TransactionList tl = best.GetPurchases();
Assert.AreSame(database.GetItemType("Kernite"), tl[0].Purchases[0].Type);
Assert.AreEqual(0, best.Jumps(true));
Assert.AreEqual(1, best.Warps(true));
Assert.AreEqual(SecurityStatus.Level.HighSec, best.Security);
Assert.AreEqual(83, best.Quantity); // Kernite is 1.2 vol, so we can only fit 83 in our hold
float buyFor = 83.0f * 344.45f;
float sellFor = 83.0f * 352.62f;
Assert.AreEqual(buyFor, best.Cost);
Assert.AreEqual(sellFor - buyFor - (sellFor * 0.01f), best.Profit);
Assert.AreEqual((sellFor - buyFor - (sellFor * 0.01f)) / 1.0f, best.ProfitPerWarp(true));
}
public void BestSingleTripLimitedByIsk()
{
/* the best route in which money is the limiting factor is:
* 83 Kernite from Line 2 station 1 (sec 0.8) to Line 3B station 1 (sec 0.7)
*/
parameters = new Parameters(1000.0f, 10000000.0f, null, TripType.SingleTrip);
finder = new TradeFinder(map, market, parameters);
finder.SortByProfitPerWarp(true);
Assert.Greater(finder.SingleTrips.Count, 0);
SingleTrip best = finder.SingleTrips[0];
Assert.AreSame(map.GetStation(21), best.Source);
Assert.AreSame(map.GetStation(41), best.Destination);
TransactionList tl = best.GetPurchases();
Assert.AreSame(database.GetItemType("Kernite"), tl[0].Purchases[0].Type);
Assert.AreEqual(1, best.Jumps(true));
Assert.AreEqual(3, best.Warps(true));
Assert.AreEqual(0.7f, best.Security);
Assert.AreEqual(3, best.Quantity); // can only affort 3 Kernite
float buyFor = 3.0f * 305.52f;
float sellFor = 3.0f * 352.9f;
Assert.AreEqual(buyFor, best.Cost);
Assert.AreEqual(sellFor - buyFor - (sellFor * 0.01f), best.Profit);
Assert.AreEqual((sellFor - buyFor - (sellFor * 0.01f)) / 3.0f, best.ProfitPerWarp(true));
}
public void TestWarps()
{
Assert.AreEqual(11, trip.Warps(true));
Assert.AreEqual(5, trip.Warps(false));
Assert.AreEqual(int.MaxValue, empty.Warps(true));
}