public void RepetitionTest(IEnumerable <IntVector> startingPosition, IEnumerable <IntVector> doesntMatter)
{
var system = new MoonMonitoringSystem(startingPosition);
var count = system.GetRepetitionCount();
Assert.IsTrue(count == 2772);
}
public void TestEnergy(IEnumerable <IntVector> startingPosition, IEnumerable <IntVector> doesntMatter)
{
var system = new MoonMonitoringSystem(startingPosition);
system.Simulate(10);
var energy = system.GetTotalEnegry();
Assert.IsTrue(energy == 179);
}
public void TestTimeStep(IEnumerable <IntVector> startingPosition, IEnumerable <IntVector> expectedPosition)
{
var system = new MoonMonitoringSystem(startingPosition);
system.NextTimeStep();
var positions = system.CurrentPositions;
var equal = positions.SequenceEqual(expectedPosition);
Assert.IsTrue(equal);
}
/// <summary>
/// Execution function for Day 12
/// </summary>
public void Execute12()
{
UserActionAsync(() =>
{
WriteToConsole("Start execution of Day12");
var IO = new IntVector(-3, 15, -11);
var Europa = new IntVector(3, 13, -19);
var Ganymede = new IntVector(-13, 18, -2);
var Callisto = new IntVector(6, 0, -1);
var system = new MoonMonitoringSystem(new List <IntVector>
{
IO,
Europa,
Ganymede,
Callisto,
});
system.Simulate(1000);
var energy = system.GetTotalEnegry();
WriteToConsole($"The total energy in the system after 1000 timesteps is {energy}");
system = new MoonMonitoringSystem(new List <IntVector>
{
IO,
Europa,
Ganymede,
Callisto,
});
var count = system.GetRepetitionCount();
WriteToConsole($"The moons return to their position after {count} time steps");
});
}