public MyProceduralPlanetCellGenerator(int seed, double density,
float planetSizeMax, float planetSizeMin,
float moonSizeMax, float moonSizeMin, MyProceduralWorldModule parent = null)
: base(2048 * 1000, 250, seed, ((density + 1) / 2) - 1, parent)
{
if (planetSizeMax < planetSizeMin)
{
var tmp = planetSizeMax;
planetSizeMax = planetSizeMin;
planetSizeMin = tmp;
}
PLANET_SIZE_MAX = MathHelper.Clamp(planetSizeMax, PLANET_SIZE_MIN_LIMIT, PLANET_SIZE_MAX_LIMIT);
PLANET_SIZE_MIN = MathHelper.Clamp(planetSizeMin, PLANET_SIZE_MIN_LIMIT, planetSizeMax);
if (moonSizeMax < moonSizeMin)
{
var tmp = moonSizeMax;
moonSizeMax = moonSizeMin;
moonSizeMin = tmp;
}
MOON_SIZE_MAX = MathHelper.Clamp(moonSizeMax, MOON_SIZE_MIN_LIMIT, MOON_SIZE_MAX_LIMIT);
MOON_SIZE_MIN = MathHelper.Clamp(moonSizeMin, MOON_SIZE_MIN_LIMIT, moonSizeMax);
OBJECT_SEED_RADIUS = PLANET_SIZE_MAX / 2.0 * GRAVITY_SIZE_MULTIPLIER + 2 * (MOON_SIZE_MAX / 2.0 * GRAVITY_SIZE_MULTIPLIER + 2 * MOON_DISTANCE_MAX);
Debug.Assert(OBJECT_SEED_RADIUS < CELL_SIZE / 2);
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 1e-3));
}
public MyProceduralPlanetCellGenerator(int seed, double density,
float planetSizeMax, float planetSizeMin,
float moonSizeMax, float moonSizeMin, MyProceduralWorldModule parent = null)
: base(2048 * 1000, 250, seed, ((density + 1) / 2) - 1, parent)
{
if (planetSizeMax < planetSizeMin)
{
var tmp = planetSizeMax;
planetSizeMax = planetSizeMin;
planetSizeMin = tmp;
}
PLANET_SIZE_MAX = MathHelper.Clamp(planetSizeMax, PLANET_SIZE_MIN_LIMIT, PLANET_SIZE_MAX_LIMIT);
PLANET_SIZE_MIN = MathHelper.Clamp(planetSizeMin, PLANET_SIZE_MIN_LIMIT, planetSizeMax);
if (moonSizeMax < moonSizeMin)
{
var tmp = moonSizeMax;
moonSizeMax = moonSizeMin;
moonSizeMin = tmp;
}
MOON_SIZE_MAX = MathHelper.Clamp(moonSizeMax, MOON_SIZE_MIN_LIMIT, MOON_SIZE_MAX_LIMIT);
MOON_SIZE_MIN = MathHelper.Clamp(moonSizeMin, MOON_SIZE_MIN_LIMIT, moonSizeMax);
OBJECT_SEED_RADIUS = PLANET_SIZE_MAX / 2.0 * GRAVITY_SIZE_MULTIPLIER + 2 * (MOON_SIZE_MAX / 2.0 * GRAVITY_SIZE_MULTIPLIER + 2 * MOON_DISTANCE_MAX);
Debug.Assert(OBJECT_SEED_RADIUS < CELL_SIZE / 2);
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 1e-3));
}
protected MyProceduralWorldModule(double cellSize, int radiusMultiplier, int seed, double density, MyProceduralWorldModule parent = null)
{
Debug.Assert(cellSize >= 4 * 1024);
Debug.Assert(parent == null || cellSize < parent.CELL_SIZE);
CELL_SIZE = cellSize;
Debug.Assert(radiusMultiplier > 0);
Debug.Assert(parent == null || radiusMultiplier < parent.RADIUS_MULTIPLIER);
RADIUS_MULTIPLIER = radiusMultiplier;
m_seed = seed;
m_objectDensity = density;
m_parent = parent;
if (parent != null)
{
parent.m_children.Add(this);
}
}
protected MyProceduralWorldModule(double cellSize, int radiusMultiplier, int seed, double density, MyProceduralWorldModule parent = null)
{
Debug.Assert(cellSize >= 4 * 1024);
Debug.Assert(parent == null || cellSize < parent.CELL_SIZE);
CELL_SIZE = cellSize;
Debug.Assert(radiusMultiplier > 0);
Debug.Assert(parent == null || radiusMultiplier < parent.SCALE);
SCALE = radiusMultiplier;
m_seed = seed;
m_objectDensity = density;
m_parent = parent;
if (parent != null)
{
parent.m_children.Add(this);
}
}
public MyProceduralAsteroidCellGenerator(int seed, double density, MyProceduralWorldModule parent = null)
: base(SUBCELLS * SUBCELL_SIZE, 1, seed, density, parent)
{
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 0.003));
m_seedTypeProbabilitySum = 0;
foreach (var probability in m_seedTypeProbability.Values)
{
m_seedTypeProbabilitySum += probability;
}
Debug.Assert(m_seedTypeProbabilitySum != 0);
m_seedClusterTypeProbabilitySum = 0;
foreach (var probability in m_seedClusterTypeProbability.Values)
{
m_seedClusterTypeProbabilitySum += probability;
}
Debug.Assert(m_seedClusterTypeProbabilitySum != 0);
}
public MyProceduralAsteroidCellGenerator(int seed, double density, MyProceduralWorldModule parent = null)
: base(SUBCELLS * SUBCELL_SIZE, 1, seed, density, parent)
{
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 0.003));
m_seedTypeProbabilitySum = 0;
foreach (var probability in m_seedTypeProbability.Values)
{
m_seedTypeProbabilitySum += probability;
}
Debug.Assert(m_seedTypeProbabilitySum != 0);
m_seedClusterTypeProbabilitySum = 0;
foreach (var probability in m_seedClusterTypeProbability.Values)
{
m_seedClusterTypeProbabilitySum += probability;
}
Debug.Assert(m_seedClusterTypeProbabilitySum != 0);
}
public MyProceduralPlanetCellGenerator(int seed, double density, MyProceduralWorldModule parent = null)
: base(512 * 1000, 100, seed, ((density + 1) / 5) - 1, parent)
{
Debug.Assert(OBJECT_SEED_RADIUS < CELL_SIZE / 2);
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 1e-3));
}
public MyProceduralCell(Vector3I cellId, MyProceduralWorldModule module)
{
CellId = cellId;
BoundingVolume = new BoundingBoxD(CellId * module.CELL_SIZE, (CellId + 1) * module.CELL_SIZE);
}
public MyProceduralCell(Vector3I cellId, MyProceduralWorldModule module)
{
CellId = cellId;
BoundingVolume = new BoundingBoxD(CellId * module.CELL_SIZE, (CellId + 1) * module.CELL_SIZE);
}
public MyProceduralPlanetCellGenerator(int seed, double density, MyProceduralWorldModule parent = null)
: base(512 * 1000, 100, seed, ((density + 1) / 5) - 1, parent)
{
Debug.Assert(OBJECT_SEED_RADIUS < CELL_SIZE / 2);
AddDensityFunctionFilled(new MyInfiniteDensityFunction(MyRandom.Instance, 1e-3));
}