private static void BuildHardPoints(IIdResolver resolver, Ship ship, IEnumerable<HardPointState> hardPoints)
{
if ( hardPoints == null )
return;
ship._hardPoints.AddRange(hardPoints.Select(h => HardPoint.Builder.Build(resolver, ship, h)));
}
public void TestMovesMaxPossible()
{
var ship = new Ship(new Corporation());
var hardPoint = new HardPoint(ship, HardPointPosition.Right);
var aimAt = new Location(1, -1, 0); // 45* back
Assert.IsTrue(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved 45*
Assert.AreEqual(Math.Round(Math.PI / 4, 4), Math.Round(Vector.Angle(hardPoint.Origin, hardPoint.Orientation), 4));
// assert we moved back
Assert.Less(hardPoint.Orientation.Y, 0d);
aimAt = new Location(1, 1, 0); // 45* forward
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved back to origin
Assert.AreEqual(hardPoint.Origin, hardPoint.Orientation);
aimAt = new Location(1, 1, 0); // 45* forward
Assert.IsTrue(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved 45*
Assert.AreEqual(Math.Round(Math.PI / 4, 4), Math.Round(Vector.Angle(hardPoint.Origin, hardPoint.Orientation), 4));
// assert we moved back
Assert.Greater(hardPoint.Orientation.Y, 0d);
aimAt = new Location(1, -1, 0); // 45* back
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved back to origin
Assert.AreEqual(hardPoint.Origin, hardPoint.Orientation);
}
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 CantUndockWithoutShipSkillLevel()
{
var structure = new Manufactory();
var ship = new Ship { Position = new Position(structure, Vector.Zero), ShipInfo = GetShipInfo() };
var pilot = new Agent { Skills = { { SkillCode.SpaceshipCommand, new Echo.Agents.Skills.SkillLevel { Level = 1 } } } };
_task.SetParameters(new UndockShipParameters(ship, pilot));
var result = (UndockShipResult)_task.Execute();
Assert.That(result.StatusCode, Is.EqualTo(ShipTask.StatusCode.MissingSkillRequirement));
}
public void CantJumpWhenNotInRange()
{
var position = new Position(new SolarSystem(), Vector.Parse("0,1,0"));
var jumpGate = new JumpGate { Position = position };
var ship = new Ship { Position = position + Vector.Parse("1,0,0"), Pilot = new Agent() };
_task.SetParameters(new JumpShipParameters(ship, jumpGate));
var result = (JumpShipResult)_task.Execute();
Assert.That(result.StatusCode, Is.EqualTo(ShipTask.StatusCode.NotInPosition));
}
public bool Dock(Ship ship)
{
AssertShipInRange(ship, "dock with this station");
this.ships.Add(ship);
this.personnel.Add(ship.Pilot);
ship.Pilot = null;
ship.ClearCurrentTask();
return true;
}
public void CantUndockWithoutShipSkill()
{
var structure = new Manufactory();
var ship = new Ship { Position = new Position(structure, Vector.Zero), ShipInfo = GetShipInfo() };
var pilot = _universe.John.StandUp();
pilot.Skills[SkillCode.SpaceshipCommand].Level = 0;
_task.SetParameters(new UndockShipParameters(ship, pilot));
var result = (UndockShipResult)_task.Execute();
Assert.That(result.StatusCode, Is.EqualTo(ShipTask.StatusCode.MissingSkillRequirement));
}
/// <summary>Jumps a ship away from this gate</summary>
/// <param name="ship">Ship to jump</param>
public void Jump(Ship ship)
{
if (ship == null)
throw new ArgumentNullException("ship");
if (ConnectsTo == null)
throw new InvalidOperationException("This gate is an incomming gate only");
ship.SolarSystem.LeaveSystem(ship);
ConnectsTo.SolarSystem.EnterSystem(ship, ConnectsTo.LocalCoordinates);
Universe.EventPump.RaiseEvent(ship, EventType.ShipJump, "Jumped from {0} to {1} in {2}", Name, ConnectsTo.Name, ConnectsTo.SolarSystem.Name);
}
public void Extremes()
{
var ship = new Ship(new Corporation());
var hardPoint = new HardPoint(ship, HardPointPosition.Right);
var aimAt = new Location(-1, 1, 0); // 135* forward
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
hardPoint = new HardPoint(ship, HardPointPosition.Front) { Speed = 1d };
aimAt = new Location(0, -1, 0); // 180* backward
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
}
public static ShipState Save(Ship ship)
{
return new ShipState
{
ObjectId = ship.Id,
Name = ship.Name,
Code = ship.ShipInfo.Code,
Heading = ship.Heading,
LocalCoordinates = ship.Position.LocalCoordinates,
Statistics = ship.Statistics.Select(Save),
HardPoints = ship.HardPoints.Save(),
Pilot = ship.Pilot.Save(),
};
}
public void CanUndockWithShipSkill()
{
var solarSystem = new SolarSystem();
var structure = new Manufactory { Position = new Position(solarSystem, Vector.Parse("0,1,0")) };
var ship = new Ship { Position = new Position(structure, Vector.Zero), ShipInfo = GetShipInfo() };
var pilot = new Agent { Skills = { { SkillCode.SpaceshipCommand, new Echo.Agents.Skills.SkillLevel { Level = 5 } } } };
_task.SetParameters(new UndockShipParameters(ship, pilot));
var result = _task.Execute();
Assert.That(result.Success, Is.True, result.StatusCode);
Assert.That(ship.Position.LocalCoordinates, Is.EqualTo(structure.Position.LocalCoordinates));
Assert.That(ship.Position.Location, Is.EqualTo(solarSystem));
}
public void CanJumpWhenInRange()
{
var position = new Position(new SolarSystem(), Vector.Parse("0,1,0"));
var ship = new Ship { Position = position, Pilot = new Agent() };
var target = new JumpGate {Position = new Position(new SolarSystem(), Vector.Parse("-1,1,0"))};
var jumpGate = new JumpGate { Position = position, ConnectsTo = target };
_task.SetParameters(new JumpShipParameters(ship, jumpGate));
var result = _task.Execute();
Assert.That(result.Success, Is.True, result.StatusCode);
Assert.That(ship.Position.LocalCoordinates, Is.EqualTo(target.Position.LocalCoordinates));
Assert.That(ship.Position.Location, Is.EqualTo(target.Position.Location));
}
public void IntraSolarSystem()
{
var universe = new Universe();
var sol = new SolarSystem { Location = universe };
var ship = new Ship(new Agent(new Corporation())) {Speed = 2d, Name = "S1" };
sol.EnterSystem(ship, new Vector(10, 0, 0));
ship.Destination = Vector.Zero;
for (int i=10; i >= 0; i-=2)
{
Assert.AreEqual(i, ship.DistanceToDestination, "Ship is heading in the wrong direction!");
ship.Tick((uint )i);
}
}
/// <summary>Mines this asteroid belt for ore</summary>
/// <param name="ship">Ship to load ore onto</param>
/// <returns>True if the ship has completed its mining operation (cargo hold is full)</returns>
public bool Mine(Ship ship)
{
AssertShipInRange(ship, "mine this asteroid belt");
var ore = new Ore();
var oreQuantity = (uint) Math.Floor(ship.CargoHoldRemaining/ore.SizePerUnit);
ore.Quantity = Min(Rand.Next(Richness / 2, Richness), oreQuantity, AmountRemaining);
ore.Owner = ship.Owner;
ship.AddCargo(ore);
AmountRemaining -= ore.Quantity;
Universe.EventPump.RaiseEvent(ship, EventType.ShipCargo, "Mined {0:n0} ore from {1}", ore.Quantity, Name);
return (ship.CargoHoldRemaining < ore.SizePerUnit);
}
public void CantUndockWhenNotDocked()
{
var ship = new Ship();
var pilot = new Agent();
_task.SetParameters(new UndockShipParameters(ship, pilot));
var result = (UndockShipResult )_task.Execute();
Assert.That(result.Success, Is.False);
Assert.That(result.StatusCode, Is.EqualTo(ShipTask.StatusCode.NotDocked));
ITaskResult taskResult = result;
Assert.That(taskResult.StatusCode, Is.EqualTo("NotDocked"));
Assert.That(taskResult.ErrorParams, Has.Property("Ship").EqualTo(ship));
Assert.That(taskResult.ErrorParams, Has.Property("Pilot").Null);
}
public void CantJumpWithNoPilot()
{
var ship = new Ship();
var jumpGate = new JumpGate();
_task.SetParameters(new JumpShipParameters(ship, jumpGate));
var result = (JumpShipResult )_task.Execute();
Assert.That(result.Success, Is.False);
Assert.That(result.StatusCode, Is.EqualTo(ShipTask.StatusCode.NoPilot));
ITaskResult taskResult = result;
Assert.That(taskResult.StatusCode, Is.EqualTo("NoPilot"));
Assert.That(taskResult.ErrorParams, Has.Property("Ship").EqualTo(ship));
Assert.That(taskResult.ErrorParams, Has.Property("JumpGate").EqualTo(jumpGate));
Assert.That(taskResult.ErrorParams, Has.Property("Pilot").Null);
}
public void MaxExtents()
{
var ship = new Ship(new Corporation());
var hardPoint = new HardPoint(ship, HardPointPosition.Right);
var aimAt = new Location(1, 1, 0); // 45* forward
Assert.IsTrue(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
hardPoint.Reset();
aimAt = new Location(1, -1, 0); // 45* behind
Assert.IsTrue(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// now test we can't move further downward
aimAt = new Location(1, -1.1d, 0);
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
}
public void SetUp()
{
_shieldInfo = new ShieldInfo() { Statistic = ShipStatistic.EnergyArmourStrength, RepairPerTick = 5d };
_ship = new Ship()
{
Statistics =
new ShipStatistics(new[]
{
new StatisticValue<ShipStatistic, double>(
ShipStatistic.EnergyArmourStrength,
value: 100d
),
new StatisticValue<ShipStatistic, double>(
ShipStatistic.BallisticArmourStrength,
value: 100d
),
})
};
}
public void GetSolarSystem()
{
var s = new MockUniverse();
Assert.That(s.Universe.StarClusters, Is.Not.Empty);
var builder = Universe.Builder.Build(s.Universe);
builder.Add(Corporation.Builder.Build(s.MSCorp));
var u = builder.Materialise();
u.StarClusters.ShouldNotBeEmpty();
u.SolarSystems().ShouldNotBeEmpty();
var sol = u.SolarSystems().Single(x => x.Id == s.SolarSystem.ObjectId);
var earth = u.Planets().Single(p => p.Id == s.Earth.ObjectId);
earth.Position.GetSolarSystem().ShouldBe(sol);
var ship = new Ship {Position = new Position(earth, new Vector(1, 1))};
ship.Position.GetSolarSystem().ShouldBe(sol);
}
public void Repair(Ship ship, ShieldInfo shieldInfo)
{
var statistic = ship.Statistics[shieldInfo.Statistic];
var damage = statistic.Debuffs.OfType<Damage>().ToArray();
var delta = shieldInfo.RepairPerTick;
foreach (var d in damage)
{
if (d.Value < delta)
{
statistic.Remove(d);
delta -= d.Value;
continue;
}
d.Value -= delta;
break;
}
statistic.Recalculate();
}
public static ObjectBuilder<Ship> Build(ILocation location, ShipState state)
{
var ship = new Ship
{
Id = state.ObjectId,
Name = state.Name,
Heading = state.Heading,
Position = new Position(location, state.LocalCoordinates),
Statistics = new ShipStatistics(state.Statistics.Select(Build)),
};
var builder = new ObjectBuilder<Ship>(ship)
.Resolve((resolver, target) => BuildHardPoints(resolver, ship, state.HardPoints))
.Resolve((resolver, target) => target.ShipInfo = resolver.Get<ShipInfo>(ItemType.Ships.ToObjectReference(state.Code)));
builder
.Dependent(state.Pilot)
.Build(Agent.Builder.Build)
.Resolve((resolver, target, dependentObject) => target.Pilot = dependentObject);
return builder;
}
/// <summary>Load refined ore onto a ship</summary>
/// <param name="ship"></param>
/// <returns>True if the ship has picked up all the ore it can</returns>
public bool LoadRefinedOre(Ship ship)
{
AssertShipInRange(ship, "load refined ore from this refinery");
if (RefinedOre != 0)
{
var refinedOre = new RefinedOre();
uint maxOreCanCarry = (refinedOre.SizePerUnit == 0d) ? RefinedOre : Math.Min((uint) Math.Floor(ship.CargoHoldRemaining/refinedOre.SizePerUnit), RefinedOre);
RefinedOre -= maxOreCanCarry;
refinedOre.Quantity = maxOreCanCarry;
refinedOre.Owner = Owner;
ship.AddCargo(refinedOre);
Universe.EventPump.RaiseEvent(ship, EventType.ShipCargo, "Loaded {0:n0} refined ore from {1}", refinedOre.Quantity, Name);
return (refinedOre.SizePerUnit == 0d) || (ship.CargoHoldRemaining < refinedOre.SizePerUnit);
}
return false;
}
/// <summary>Unload raw ore from a ship</summary>
/// <param name="ship"></param>
/// <returns>True if ore was unloaded</returns>
public bool UnloadOre(Ship ship)
{
AssertShipInRange(ship, "unload raw ore to this refinery");
IItem ore = ship.RemoveCargo(Ore.OreID);
if (ore != null)
{
UnrefinedOre += ore.Quantity;
Universe.EventPump.RaiseEvent(ship, EventType.ShipCargo, "Unloaded {0:n0} raw ore to {1}", ore.Quantity, Name);
return true;
}
return false;
}
private void CheckWeaponState(Ship ship)
{
Assert.That(ship.HardPoints, Is.Not.Empty);
var hp = ship.HardPoints.First();
}
private void CheckPosition(SolarSystem solarSystem, Ship ship)
{
Assert.That(ship.Position.LocalCoordinates, Is.EqualTo(Ship.LocalCoordinates));
Assert.That(ship.SolarSystem, Is.EqualTo(solarSystem));
Assert.That(ship.Position.GetSolarSystem(), Is.EqualTo(solarSystem));
}
public HardPoint(Ship ship, HardPointPosition position)
: this(position)
{
Ship = ship;
}
/// <summary>Unload refined ore from a ship</summary>
/// <param name="ship"></param>
/// <returns>True if ore was unloaded</returns>
public bool UnloadRefinedOre(Ship ship)
{
AssertShipInRange(ship, "unload refined ore to this manufactory");
IItem ore = ship.RemoveCargo(RefinedOre.RefinedOreID);
if (ore != null)
{
OreRemaining += ore.Quantity;
Universe.EventPump.RaiseEvent(ship, EventType.ShipCargo, "Unloaded {0:n0} refined ore to {1}", ore.Quantity, Name);
return true;
}
return false;
}
public void SetUp()
{
_random = new Mock<IRandom>(MockBehavior.Strict);
Func<ShipState, ObjectBuilder<Ship>> ship = state => Ship.Builder.Build(null, state);
_target = new Ship {Statistics = new ShipStatistics(Stats())};
_weapon = new Weapon();
_combatFactory = (state, idResolver) => new AttackShipCombat(_random.Object) { Ship = ship(state).Build(idResolver), Target = _target };
_combat = _combatFactory(new ShipState(ItemCode.LightFrigate), new IdResolutionContext(new[] { new ShipInfo() { Code = ItemCode.LightFrigate } }));
}
public void JumpShip()
{
var s = new Ship();
_a.EnterSystem(s, Vector.Zero);
_a1.Jump(s);
Assert.That(s.SolarSystem, Is.EqualTo(_b));
}
public void TestMovesToExtent()
{
var ship = new Ship(new Corporation());
var hardPoint = new HardPoint(ship, HardPointPosition.Right);
var aimAt = new Location(0, 1, 0); // 90* forward
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved 45*
Assert.AreEqual(Math.Round(Math.PI / 4, 4), Math.Round(Vector.Angle(hardPoint.Origin, hardPoint.Orientation), 4));
// assert we moved forward
Assert.Greater(hardPoint.Orientation.Y, 0d);
// now make sure the hard point knows this =)
Assert.AreEqual(45d, hardPoint.Inclination);
hardPoint.Reset();
aimAt = new Location(0, -1, 0); // 90* back
Assert.IsFalse(hardPoint.AimAt(aimAt), "Position: {0:n2}", hardPoint.Inclination);
// assert we moved 45*
Assert.AreEqual(Math.Round(Math.PI / 4, 4), Math.Round(Vector.Angle(hardPoint.Origin, hardPoint.Orientation), 4));
// assert we moved back
Assert.Less(hardPoint.Orientation.Y, 0d);
// now make sure the hard point knows this =)
Assert.AreEqual(-45d, hardPoint.Inclination);
}