public string UpdatePlanetsColor(IDbConnection connection)
{
//var planets = _gGeometryPlanetService.GetAll(i => i);
var planets = _gGeometryPlanetService.GetAll(connection, i => i);
var systems = (List <GGeometrySystemDataModel>)_systemService.GetGeometrySystems(connection);
if (systems == null)
{
throw new ArgumentNullException(Error.NoData, nameof(systems));
}
foreach (var planet in planets)
{
var planetId = planet.Id;
var sysIdx = systems.FindIndex(i => i.Id == planet.SystemId);
planet.Color = PlanetColor3Generator.CreateColorByType(planet.TypeId);
systems[sysIdx].Planetoids.Planets[planetId].Color = planet.Color;
}
_gGeometryPlanetService.AddOrUpdateGeometryPlanets(planets, connection);
_systemService.AddOrUpdateGeometrySystems(connection, systems);
return("Sucsess");
}
private bool CreatePlanets(IDbConnection connection)
{
var stars = _getStarCollection(connection);
var pl = new PlanetGeometry();
// const double FactorAngle = Math.PI/16;
//==================================================
var planetTypeName = MapTypes.Planet.ToString();
var gasGameTypes = new List <byte> {
(byte)PlanetoidSubTypes.Gas, (byte)PlanetoidSubTypes.IceGas
};
var usedGasGameTypes = new List <byte>();
var planetTextureTypes = _gameTypeService.GetTextures(connection, planetTypeName);
var earthTextureTypes =
planetTextureTypes.Where(i => i.GameTypeId == (byte)PlanetoidSubTypes.Earth).Select(i => i.Id)
.ToList();
var gasTextureTypes =
planetTextureTypes.Where(i => i.GameTypeId == (byte)PlanetoidSubTypes.Gas).Select(i => i.Id).ToList();
var iceGasTypes = planetTextureTypes.Where(i => i.GameTypeId == (byte)PlanetoidSubTypes.IceGas)
.Select(i => i.Id)
.ToList();
var earthTextureUsed = new List <short>();
var gasTextureUsed = new List <short>();
var iceGasTextureUsed = new List <short>();
//==================================================
var planets = new List <GGeometryPlanetDataModel>();
foreach (var star in stars)
{
var planetCount = Rand.Next(6, 10);
var starRadius = star.Radius;
var basicPlanetOrbit = 1.2 * starRadius;
var secondRingCoef = 1;
for (var i = 0; i < planetCount; i++)
{
pl.Atmosphere = true;
pl.Rings = null;
var currOrbit = basicPlanetOrbit * Math.Pow(Factor, i) / 4;
var q = currOrbit / 2;
currOrbit *= Scale;
currOrbit = Math.Round(currOrbit, 4);
var planetCurrRadius = Math.Round(q - (q * 0.1 * i), 4);
byte typeId;
short textureType;
if (i <= 4)
{
typeId = (byte)PlanetoidSubTypes.Earth;
textureType = GameTypeHalper.GetRandomTypeFromUsedTyps(earthTextureTypes, ref earthTextureUsed);
}
else
{
typeId = GameTypeHalper.GetRandomTypeFromUsedTyps(gasGameTypes, ref usedGasGameTypes);
textureType = (typeId == (byte)PlanetoidSubTypes.Gas)
? GameTypeHalper.GetRandomTypeFromUsedTyps(gasTextureTypes, ref gasTextureUsed)
: GameTypeHalper.GetRandomTypeFromUsedTyps(iceGasTypes, ref iceGasTextureUsed);
var hasRing = HasRings(i, ref secondRingCoef);
if (hasRing)
{
pl.Rings = _createRings(connection);
}
}
var orbitPosition = (byte)Rand.Next(0, Tes);
var orbitAngle = _getRandomAngle(FactorAngle);
planets.Add(new GGeometryPlanetDataModel
{
GalaxyId = star.GalaxyId,
SectorId = star.SectorId,
SystemId = star.Id,
TypeId = typeId,
Orbit = currOrbit,
AxisAngle = _getRandomAngle(FactorAngle),
OrbitAngle = orbitAngle,
RingTypeId = pl.Rings,
SystemPosition = (byte)(i + 1),
Radius = planetCurrRadius,
Color = PlanetColor3Generator.CreateColorByType(typeId),
TextureTypeId = textureType,
OrbitPosition = orbitPosition
});
}
}
var suc = _gGeometryPlanetService.AddOrUpdateGeometryPlanets(planets, connection).Any();
return(suc);
}