public void NotEnoughSpaceForPlanetsCausesException(int size, int planets, int minDistance)
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = size,
PlanetCount = planets,
MinimumDistanceBetweenPlanets = minDistance,
};
Assert.Throws <OutOfSpaceException>(() => generator.Generate(settings));
}
public void EachPlanetHasADistinctPosition()
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = 800,
PlanetCount = 100,
};
var galaxy = generator.Generate(settings);
Assert.Equal(galaxy.Planets.Count, galaxy.Planets.Select(planet => planet.Position).Distinct().Count());
}
public void GalaxyHasCorrectSize(int size)
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = size,
PlanetCount = 0,
};
var galaxy = generator.Generate(settings);
Assert.Equal(size, galaxy.Bounds.Size);
}
public void GalaxyHasCorrectNumberOfPlanets(int planets)
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = 1000,
PlanetCount = planets,
};
var galaxy = generator.Generate(settings);
Assert.Equal(planets, galaxy.Planets.Count);
}
public void MinDistanceBetweenPlanetsIsValid(int size, int planets, int minDistance)
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = size,
PlanetCount = planets,
MinimumDistanceBetweenPlanets = minDistance
};
var galaxy = generator.Generate(settings);
Assert.All(galaxy.Planets, planet => Assert.True(MinDistanceKept(planet)));
bool PassesSocialDistancingRule(Planet p1, Planet p2) => p1 != p2?p1.Position.DistanceTo(p2.Position) >= minDistance : true;
bool MinDistanceKept(Planet planet) => galaxy.Planets.All(otherPlanet => PassesSocialDistancingRule(planet, otherPlanet));
}
public void PlanetsHaveValidPositions(int size, int planets, int padding)
{
var generator = new GalaxyGenerator();
var settings = new GalaxyGeneratorSettings()
{
GalaxySize = size,
PlanetCount = planets,
Padding = padding,
};
var galaxy = generator.Generate(settings);
var bounds = new GalaxyBounds(size);
var min = bounds.Min + padding;
var max = bounds.Max - padding;
Assert.All(galaxy.Planets, planet => Assert.True(PointInRange(planet.Position)));
bool CoordInRange(int coord) => coord >= min && coord <= max;
bool PointInRange(Position position) => CoordInRange(position.X) && CoordInRange(position.Y);;
}
static void Main(string[] args)
{
_rootConsole = new RLRootConsole("terminal8x8.png", _rootConsoleWidth, _rootConsoleHeight, _fontSize, _fontSize, 1.5f, "Test Console");
_starMapConsole = new RLConsole(_starMapConsoleWidth, _starMapConsoleHeight);
_logConsole = new RLConsole(_logConsoleWidth, _logConsoleHeight);
_galaxyMapConsole = new RLConsole(_galaxyMapConsoleWidth, _galaxyMapConsoleHeight);
_loreLogConsole = new RLConsole(_loreLogConsoleWidth, _loreLogConsoleHeight);
loreBox = new LoreBox(null, 40, 30, "Genesis");
Galaxy = GalaxyGenerator.Generate();
currentSystem = 0;
currentWindowView = CurrentView.Log;
_rootConsole.Update += RootConsoleUpdate;
_rootConsole.Render += RootConsoleRender;
isRenderRequired = true;
_rootConsole.Run();
}
private static void DisplayGalaxyLog()
{
_galaxyMapConsole.SetBackColor(0, 0, _galaxyMapConsole.Width, _galaxyMapConsole.Height, RLColor.Black);
DisplayBorder(_galaxyMapConsole);
Galaxy g = GalaxyGenerator.Generate();
_galaxyMapConsole.Print(2, 2, "Galaxy Logs", RLColor.White);
_galaxyMapConsole.Print(5, 5, g.Name, RLColor.White);
for (int i = 0; i < 8; i++)
{
SpaceSystem temp = (SpaceSystem)g.Systems[i];
string NoP = $"Number of Planets - {temp.Bodies.Length}";
_galaxyMapConsole.Print(5, 7 + 2 * i, temp.Name, temp.Star.Color);
_galaxyMapConsole.Print(12, 7 + 2 * i, NoP, temp.Star.Color);
}
RLConsole.Blit(_galaxyMapConsole, 0, 0, _galaxyMapConsole.Width, _galaxyMapConsole.Height, _rootConsole, 0, 0);
}