private void WorldGenerator()
{
//Generating a system stars.
Texture2D circle = Content.Load<Texture2D>("LittleStars/CurrentPlayerCircle");
r = new Random();
r2 = new Random();
int objectsCount = r.Next(150, 300);
int holesCount = r.Next(5, 15);
int holes = 0;
double pixelsTemp = 4000 / objectsCount;
//Calculating pixels between two stars.
int pixels = 0;
map = new Map();
Texture2D texture;
//int temp = 1;
for (int i = 0; i < objectsCount; i++)
{
//BlackHole or Star
bool isBlackHole = false;
if (holesCount > holes)
{
isBlackHole = new Random().Next(0, 2) == 1 ? true : false;
}
if (isBlackHole)
{
texture = Content.Load<Texture2D>("BlackHoles/OnMap/" +
blackHolesOnMapTextures[r2.Next(0, blackHolesOnMapTextures.Length)]);
}
else
{
texture = Content.Load<Texture2D>("LittleStars/SystemStars/" +
systemStarsTextures[r2.Next(0, systemStarsTextures.Length)]);
}
//Checking for range between stars.
//First version of algorithm, where stars adding only if have place to it.
bool isNear = true;
float starX = 0;
float starY = 0;
if (map.Objects.Count == 0)
{
starX = r.Next(0, 4000);
starY = r.Next(0, 4000);
}
else
{
while (isNear)
{
starX = r.Next(0, 4000);
starY = r.Next(0, 4000);
isNear = false;
foreach (IDraw star in map.Objects)
{
if (Math.Abs(((IMoveble)star).X - starX) < pixels ||
Math.Abs(((IMoveble)star).Y - starY) < pixels)
{
isNear = true;
break;
}
}
}
}
//Adding stars
if (isBlackHole)
{
BlackHoleOnMap tempHole = new BlackHoleOnMap(texture, new Vector2(starX, starY), new Vector2(Scales.FourTenth));
GenerateBlackHoleSystem(tempHole);
map.Objects.Add(tempHole);
if (pixels == 0)
{
pixels = (int)tempHole.Width / 2;
}
holes++;
}
else
{
StarOnMap tempStar = new StarOnMap(texture, new Vector2(starX, starY), new Vector2(Scales.FourTenth));
tempStar.Circle = circle;
tempStar.Owner = "Unknown";
GenerateSolarSystem(tempStar);
map.Objects.Add(tempStar);
if (pixels == 0)
{
pixels = (int)tempStar.Width / 2;
}
}
((ProgressBar)screens["Gen"].Objects["ProgressBar"]).PWidth
= (int)((float)i / objectsCount * ((ProgressBar)screens["Gen"].Objects["ProgressBar"]).TextureWidth);
((GameString)screens["Gen"].Objects["String"]).Str = "Generating stars... " + i.ToString() + "/" + objectsCount;
}
GalaxyMap(map);
currentScreen = "GalaxyMap";
LoadEvents("GalaxyMap");
GC.Collect();
GC.WaitForPendingFinalizers();
}
/// <summary>
/// Открытие экрана звездной системы.
/// </summary>
/// <param name="star">Звезда, к которой привязана звзедная система.</param>
private void SolarSystemOpen(StarOnMap star)
{
/*
* Проверки на известность системы, есть ли владелец и все такое.
* Так же загрузка координат кораблей относительно звезды.
* может еще чего с планетами сделать подобное.
* Потому что до первого тика они имеют ебнутые координаты и лишь потом выстраиваются вокруг звезды.
* Ну и видимо еще точно так же загрузка астероидов из относительных координат.
* Загрузка ивентов звездной системы.
*/
//Проверка на известность, владельца.
SolarSystem(star.SS);
bool isUnknown = true;
foreach (IDraw obj in star.SS.Objects)
{
if (obj is Planet)
{
if (obj.ToPlanet().Owner != "Unknown")
{
isUnknown = false;
break;
}
}
}
if (isUnknown)
{
foreach (IDraw obj in star.SS.Objects)
{
if (obj is Planet)
{
obj.ToPlanet().Owner = "Nobody";
}
}
star.Owner = "Nobody";
star.IsVisited = true;
star.Circle = StarOnMapCircles["Nobody"];
}
foreach (IDraw obj in star.SS.Objects)
{
//Загрузка относительных координат кораблей.
if (obj is Ship)
{
if (obj.ToShip().PositionFromCenter != Vector2.Zero)
{
obj.ToShip().Position = /*HERE*//*Shift(CenterPoint)*/CenterPoint - obj.ToShip().PositionFromCenter;
obj.ToShip().NextPosition = CenterPoint - obj.ToShip().NextPosition;
}
}
//Загрузка относительных координат астероидов.
else if (obj is Asteroid)
{
if (obj.ToAsteroid().PositionFromCenter != Vector2.Zero)
{
obj.ToAsteroid().Position = /*HERE*//*Shift(CenterPoint)*/CenterPoint - obj.ToAsteroid().PositionFromCenter;
}
}
//Загрузка относительных координат планет.
else if (obj is Planet)
{
if (obj.ToPlanet().PositionFromCenter != Vector2.Zero)
{
obj.ToPlanet().Position = /*HERE*//*Shift(CenterPoint)*/CenterPoint - obj.ToPlanet().PositionFromCenter;
}
}
else if (obj is StationBuilder)
{
if (obj.ToStationBuilder().PositionFromCenter != Vector2.Zero)
{
obj.ToStationBuilder().Position = CenterPoint - obj.ToStationBuilder().PositionFromCenter;
}
}
else if (obj is StationOnBuilding)
{
if (obj.ToStationOnBuilding().PositionFromCenter != Vector2.Zero)
{
obj.ToStationOnBuilding().Position = CenterPoint - obj.ToStationOnBuilding().PositionFromCenter;
obj.ToStationOnBuilding().Progress.Position = new Vector2(obj.ToStationOnBuilding().Position.X, obj.ToStationOnBuilding().Position.Y - obj.ToStationOnBuilding().Progress.Height - 5);
}
}
else if (obj is Station)
{
if (obj.ToStation().PositionFromCenter != Vector2.Zero)
{
obj.ToStation().Position = CenterPoint - obj.ToStation().PositionFromCenter;
}
}
}
//Загрузка ивентов и установка текущего экрана.
LoadEvents("SolarSystem");
currentScreen = "SolarSystem";
}
//--------------------------------------------------------------
//GENERATE SOLAR SYSTEM
//--------------------------------------------------------------
private void GenerateSolarSystem(StarOnMap star)
{
//Construct star name
string tempName = ConstructName();
star.Name = tempName;
//End name construction
//Generating Solar System
Random starType = new Random();
string starTextureStr = starsTextures[starType.Next(0, starsTextures.Length)];
Texture2D starTexture = Content.Load<Texture2D>
("Stars/"+starTextureStr);
//Here take a starcolor'
string color = GetColor(starTextureStr);
Star tempStar = new Star(starTexture, CenterPoint, new Vector2(Scales.None), color);
//Copy star name to solar star name
tempStar.Name = tempName;
SolarSystem ss = new SolarSystem(tempStar);
ss.BackGround = CreateBackground("SystemBacks/"+
systemBackTextures[new Random().Next(0, systemBackTextures.Length)], Scales.None, 255f);
//NEW PLANET GENERATING
GeneratingPlanets(ss);
//END NEW PLANET GENERATING
GeneratingAsteroids(ss);
//End generating solar system
star.SS = ss;
}
