public void JumpGates()
{
var universe = new Universe();
var sol = new SolarSystem { Name = "Sol", Location = universe };
var outOfSol = new JumpGate(sol);
sol.OrbitSun(outOfSol, 45d);
var alphaCentauri = new SolarSystem {Name = "Alpha Centauri", UniversalCoordinates = new Vector(1000d, 0, 0), Location = universe };
var intoAlphaCentauri = new JumpGate(alphaCentauri);
alphaCentauri.OrbitSun(intoAlphaCentauri, 45d);
outOfSol.ConnectsTo = intoAlphaCentauri;
var ship = new Ship(new Agent(new Corporation())) {Speed = 2d };
sol.EnterSystem(ship, outOfSol.LocalCoordinates);
Assert.AreEqual(sol, ship.SolarSystem);
Assert.AreEqual(outOfSol.UniversalCoordinates, ship.UniversalCoordinates);
CollectionAssert.Contains(sol.Objects, ship);
CollectionAssert.DoesNotContain(alphaCentauri.Objects, ship);
outOfSol.Jump(ship);
Assert.AreEqual(alphaCentauri, ship.SolarSystem);
CollectionAssert.DoesNotContain(sol.Objects, ship);
CollectionAssert.Contains(alphaCentauri.Objects, ship);
Assert.AreEqual(intoAlphaCentauri.UniversalCoordinates, ship.UniversalCoordinates);
}
public void Orbiting()
{
Rand.Initialise(0);
var sol = new SolarSystem();
var earth = new Planet(sol);
sol.OrbitSun(earth, 365d);
var moon = new Moon(earth);
earth.AddSatellite(moon, 28d);
double earthOrbitRadius = (earth.UniversalCoordinates - sol.UniversalCoordinates).Magnitude;
double moonOrbitRadius = (moon.UniversalCoordinates - earth.UniversalCoordinates).Magnitude;
for (uint i=0; i <= 365; i++)
{
sol.Tick(i);
Assert.AreEqual(earthOrbitRadius, (earth.UniversalCoordinates - sol.UniversalCoordinates).Magnitude, "Earth hit escape velocity!");
Assert.AreEqual(moonOrbitRadius, (moon.UniversalCoordinates - earth.UniversalCoordinates).Magnitude, "Moon hit escape velocity!");
Console.WriteLine("{0:n4},{1:n4},{2:n4},{3:n4}", earth.UniversalCoordinates.X, earth.UniversalCoordinates.Y, moon.UniversalCoordinates.X, moon.UniversalCoordinates.Y);
}
}
public void MoveToJumpGate()
{
var universe = new Universe();
var starCluster = new StarCluster();
universe.AddStarCluster(starCluster);
var sol = new SolarSystem { Name = "Sol" };
starCluster.AddSolarSystem(sol);
var alphaCentauri = new SolarSystem { Name = "Alpha Centauri", UniversalCoordinates = new Vector(1.6E9d, 0, 0)};
starCluster.AddSolarSystem(alphaCentauri);
var outOfSol = new JumpGate(sol);
sol.OrbitSun(outOfSol, 45d);
var intoAlphaCentauri = new JumpGate(alphaCentauri);
alphaCentauri.OrbitSun(intoAlphaCentauri, 45d);
outOfSol.ConnectsTo = intoAlphaCentauri;
var ship = new Ship(new Agent(new Corporation())) { Speed = 20d };
sol.EnterSystem(ship, new Vector(100d, 0, 0));
ship.SetTask(new ShipTask(outOfSol, delegate { outOfSol.Jump(ship); return true; }));
ulong tick = 0L;
while (ship.SolarSystem == sol)
{
Assert.Less(tick, 1000L, "Ship took more than 1000 days to reach the jump gate.");
starCluster.Tick(tick);
tick++;
}
Console.WriteLine("Ship took {0} days to reach its destination which was a distance of {1:n0}km", tick, (intoAlphaCentauri.UniversalCoordinates - sol.UniversalCoordinates).Magnitude);
}
public TestCase()
{
Universe = new Universe();
Seller = new Corporation {Name = "Seller", Location = Universe };
Buyer = new Corporation {Name = "Buyer", Location = Universe };
var starCluster = new StarCluster();
Universe.AddStarCluster(starCluster);
var sol = new SolarSystem();
starCluster.AddSolarSystem(sol);
Refinery = new Refinery(sol, Seller);
sol.OrbitSun(Refinery, 100d);
var m1 = new Ship(Seller.Recruit()) {Name = "M1"};
sol.EnterSystem(m1, Refinery.LocalCoordinates);
Refinery.Dock(m1);
var m2 = new Ship(Buyer.Recruit()) {Name = "M2"};
sol.EnterSystem(m2, Refinery.LocalCoordinates);
Refinery.Dock(m2);
this.item = new Ore {Quantity = 1000, Location = Refinery, Owner = Seller};
}
public void RefineOre()
{
Rand.Initialise(0);
var universe = new Universe();
var sol = new SolarSystem { Location = universe };
var corporation = new Corporation() { Location = universe };
var mPilot = corporation.Recruit();
var tPilot = corporation.Recruit();
var asteroidBelt = new AsteroidBelt(sol) {Richness = 100};
sol.OrbitSun(asteroidBelt, 100d);
var refinery = new Refinery(sol, corporation) {OreProcessedPerTick = 5, Efficiency = 2.5d };
sol.OrbitSun(refinery, 200d);
var manufactory = new Manufactory(sol, corporation);
sol.OrbitSun(manufactory, 400d);
var m1 = new Ship(mPilot) { Speed = 5d, CargoHoldSize = 100d, Name = "M1", UniversalCoordinates = refinery.UniversalCoordinates };
refinery.Dock(m1);
var t1 = new Ship(tPilot) { Speed = 5d, CargoHoldSize = 10d, Name = "T1", UniversalCoordinates = refinery.UniversalCoordinates };
refinery.Dock(t1);
var start = new ShipTask(asteroidBelt, (ship, target) => asteroidBelt.Mine(ship));
start = start.Join(refinery, (ship, target) => refinery.UnloadOre(ship)).Join(start);
refinery.Undock(m1, mPilot);
m1.SetTask(start);
start = new ShipTask(refinery, (ship, target) => { refinery.LoadRefinedOre(ship); return ship.Cargo.Count > 0 && ship.Cargo[0].Quantity > 50; });
start = start.Join(manufactory, (ship, target) => manufactory.UnloadRefinedOre(ship)).Join(start);
refinery.Undock(t1, tPilot);
t1.SetTask(start);
CollectionAssert.Contains(sol.Objects, m1);
CollectionAssert.Contains(sol.Objects, t1);
ulong tick = 0L;
while ( manufactory.OreRemaining < 100 )
{
Assert.Less(tick, 1000, "Ssytem took more than 1000 days to complete the task. {0:n0} products manufactured", manufactory.ProductCount);
sol.Tick(tick);
tick++;
}
Console.WriteLine("System took {0} days to manufacture {1:n0} items", tick, manufactory.ProductCount);
Console.WriteLine("The refinery had {0:n0} unprocessed ore", refinery.UnrefinedOre);
Console.WriteLine("The manufactory has {0:n0} unprocessed ore for building", manufactory.OreRemaining);
}