private void createAsteroidCircle(SolarSystem solarSystem, int _circleNo, asteroidCircleTypes _type)
{
int degrees = 0;
double angle = Math.PI * degrees / 180.0;
int x_last = 0;
int y_last = 0;
asteroidTypes lastType = 0;
while (degrees < 360)
{
angle = Math.PI * degrees / 180.0;
int x_new = (int)(centerX + (_circleNo + 2) * Math.Cos(angle));
int y_new = (int)(centerX + (_circleNo + 2) * Math.Sin(angle));
if (x_new != x_last || y_new != y_last)
{
x_last = x_new;
y_last = y_new;
lastType = typeDetector.getAsteroidType(lastType, _type);
if (lastType != asteroidTypes.None)
{
if (!solarSystem.systemElements.Any(e => e.x == x_new && e.y == y_new))
{
systemElement asteroid = createElement(solarSystem, _circleNo, 0);
asteroid.x = x_new;
asteroid.y = y_new;
asteroid.type = typeDetector.asteroidObjectId(lastType);
if (x_last == centerX || y_last == centerX)
{
writeCoords(asteroid);
}
}
}
}
degrees += 3;
}
}
public SolarSystem check(bool _paint, bool _text, sunTypes _type, bool _startingSystem, SolarSystem system)
{
//?redo if the planets are not distributed evenly? - if all are clustered in one corner, should the system be kept?
//code...
//the system should have at least 2 non gas giant planets?
//code...
//redo if it is a starting system and does not contain exactly one habitable planet
if (startingSystemTypeDetector.habitablePlanetCount != 1 && _startingSystem)
{
return(createSystem(_paint, _text, _type, _startingSystem));
}
return(system);
}
private void createMoons(SolarSystem solarSystem)
{
for (int i = 0; i < solarSystem.systemElements.Count; i++)
{
if (solarSystem.systemElements[i].circleNo < 2)
{
continue; //innermost circle has no moons
}
if (solarSystem.systemElements[i].type == 10 || solarSystem.systemElements[i].type == 11)
{
continue; //no asteroid has moons
}
if (solarSystem.systemElements[i].childOf > 0)
{
continue; //moons themselves do not have moons
}
int numberOfMoons = randomGenerator.Next(0, 3); //up to two moons
int firstMoonX = -10;
int firstMoonY = -10;
for (int j = 0; j < numberOfMoons; j++)
{
int newX = solarSystem.systemElements[i].x;
int newY = solarSystem.systemElements[i].y;
systemElement dummymoon = createDummyElement(solarSystem.systemElements[i].circleNo, solarSystem.systemElements[i].id);
bool skip = false;
int retryCount = 0;
while (true)
{
retryCount++;
if (retryCount == 100)
{
skip = true;
break;
}
newX = randomGenerator.Next(-1, 2) + solarSystem.systemElements[i].x;
newY = randomGenerator.Next(-1, 2) + solarSystem.systemElements[i].y;
if (newX == solarSystem.systemElements[i].x && newY == solarSystem.systemElements[i].y)
{
continue; //moon has to be on a diefferent position than its planet
}
if (newX == firstMoonX && newY == firstMoonY)
{
continue; //moon has to be on a diefferent position than its sibling-moon (values are set by the first moon
}
//todo: check that moon is not on same field as asteroid...
systemElement coordCheck = solarSystem.findSystemElementsWithCoords(newX, newY);
if (coordCheck != null)
{
continue;
}
dummymoon.x = newX;
dummymoon.y = newY;
solarSystem.neighbouringStars.Clear();
for (int z = 0; z < solarSystem.systemElements.Count; z++)
{
if (solarSystem.systemElements[z].type == 10 || solarSystem.systemElements[z].type == 11 || // no asteroids to check
solarSystem.systemElements[z].id == solarSystem.systemElements[i].id || //not the own motherplanet to check
solarSystem.systemElements[z].childOf == solarSystem.systemElements[i].id) //not the sibling to check
{
continue;
}
solarSystem.neighbouringStars.Add(solarSystem.systemElements[z]);
}
if (dummymoon.checkAgainstNeighbours(solarSystem.neighbouringStars, 2))
{
break;
}
}
if (skip)
{
continue;
}
systemElement moon = solarSystem.createFromDummyElement(dummymoon);
firstMoonX = moon.x;
firstMoonY = moon.y;
moon.type = typeDetector.getMoonType(solarSystem.systemElements[i].circleNo);
writeCoords(moon);
}
}
}
private void createCircles(SolarSystem solarSystem)
{
int preventNewAsteroid = 0;
for (int i = 1; i < maxCircles; i++)
{
var Type = typeDetector.getPlanetType(i);
if (Type == 0)
{
continue;
}
if (solarSystem.StartSystem)
{
if (i > 11)
{
continue;
}
switch (Type)
{
case 9:
case 10:
case 11:
case 12:
createAsteroidCircle(solarSystem, i, (asteroidCircleTypes)(Type - 9));
AsteroidCirclesCount++;
solarSystem.AsteroidCirclesCount++;
break;
default:
createPlanetCircle(solarSystem, i, Type);
break;
}
}
else
{
if (Type > 8 && Type < 13)
{
//do not place an asteroid circle right beneath another one
if (i == preventNewAsteroid + 1)
{
continue;
}
preventNewAsteroid = i;
AsteroidCirclesCount++;
solarSystem.AsteroidCirclesCount++;
asteroidCircleTypes asteroidCircleType = (asteroidCircleTypes)randomGenerator.Next(0, 4);
createAsteroidCircle(solarSystem, i, asteroidCircleType);
if (showText && TextBox != null)
{
TextBox.Text += " Circle " + i + " Asteroid " + asteroidCircleType.ToString() + Environment.NewLine;
}
}
else
{
if (showText && TextBox != null)
{
TextBox.Text += " Circle " + i + " Planet" + Environment.NewLine;
}
createPlanetCircle(solarSystem, i, Type);
preventNewAsteroid = preventNewAsteroid > 0 ? preventNewAsteroid - 1 : 0;
}
}
}
}
private void createSun(SolarSystem solarSystem, sunTypes _type)
{
systemElement sun = createElement(solarSystem, -1, -1);
int centerX = (SolarSystem.Size / 2);
sun.x = centerX - 1; //11, since coords go from 0->23, and the sun is not a point but two whole coords (11-13)
sun.y = centerX - 1;
sun.size = 2;
switch (_type)
{
case sunTypes.WhiteGiant:
sun.type = 45;
break;
case sunTypes.YellowGiant:
sun.type = 45;
break;
case sunTypes.OrangeGiant:
sun.type = 45;
break;
case sunTypes.RedGiant:
sun.type = 50;
break;
case sunTypes.MSWhite:
sun.type = 45;
break;
case sunTypes.MSBlue:
sun.type = 45;
break;
case sunTypes.MSYellow:
sun.type = 59;
break;
case sunTypes.MSOrange:
sun.type = 55;
break;
case sunTypes.MSRed:
sun.type = 50;
break;
case sunTypes.WhiteDwarfStar:
sun.type = 45;
break;
default:
sun.type = 55;
break;
}
//sun.type = (randomGenerator.Next(0, 3) * 10) + 45;
//45 Blauer Riese
//50 Roter Riese
//55 Oranger Riese
writeCoords(sun);
}
