public static List <SpaceBody> GenerateGalaxy(Vector3 position, SunSystem sunSystem, Navigation navigation)
{
List <SpaceBody> bodies = new List <SpaceBody>();
GenerateGalaxy(position, sunSystem, navigation, bodies);
return(bodies);
}
public static void Inspector( SunSystem s)
{
GuiTools.DrawTitleChapter("Sun",12,true,0,Screen.width,Color.white);
if (GUILayout.Button(new GUIContent(" Add sun",CosmosInspector.GetIcon(13)))){
AddSun();
GuiTools.SetSceneCamera( 0,0);
}
EditorGUILayout.Space();
GuiTools.DrawSeparatorLine();
RenderSettings.ambientLight = EditorGUILayout.ColorField("Ambient",RenderSettings.ambientLight);
GuiTools.DrawSeparatorLine();
Sun[] suns = s.GetComponentsInChildren<Sun>();
int i=0;
while (i<suns.Length){
SunProperties(suns[i]);
i++;
}
GuiTools.DrawSeparatorLine();
// Delete All
if (GUILayout.Button( new GUIContent( " Clear",CosmosInspector.GetIcon(12)))){
if (EditorUtility.DisplayDialog( "Delete all suns","Are you sure ?","Delete","Cancel")){
SunSystem.instance.ClearSuns();
}
}
}
void GenerateEnvironment(Vector3 center, SunSystem sunSystem)
{
List <SpaceBody> spaceBodies = new List <SpaceBody>();
BattleGenerator.GenerateGalaxy(center, sunSystem, navigation, spaceBodies, AP);
otherObjects.Add(new SunSystemUpdater(spaceBodies));
sun = spaceBodies.First(b => b is SunBehaviour) as SunBehaviour;
}
void GenerateBatlleForTheSun()
{
center = Vector3.zero;
distance = config.battleSize.value;
float halfDistance = distance / 2;
Vector3 team1Pos = center + Vector3.forward * halfDistance;
Vector3 team2Pos = center - Vector3.forward * halfDistance;
float teamOffset = 250;
GenerateShips(team1Pos + Vector3.forward * (halfDistance + teamOffset), team2Pos - Vector3.forward * (halfDistance + teamOffset));
sunSystem = SunSystem.Random(new LineBounds(distance * .33f, distance * .33f), new LineBounds <int>(1, 13));
GenerateEnvironment(center, sunSystem);
var station1 = new StationInitializerModel(teams[0]).Init(team1Pos - new Vector3(0, 0, 100), Quaternion.LookRotation(Vector3.forward, Vector3.up));
var station2 = new StationInitializerModel(teams[1]).Init(team2Pos + new Vector3(0, 0, 100), Quaternion.LookRotation(Vector3.forward * -1, Vector3.up));
{
var o = station1.AddMyComponent <Obstacle>();
o.radius = 250;
navigation.AddObstacle(o);
o = station2.AddMyComponent <Obstacle>();
o.radius = 250;
navigation.AddObstacle(o);
}
station1.AddMyComponent <SatelliteBehaviour>().SetSun(sun.transform, Vector3.Distance(team1Pos, sun.transform.position), station1.transform.up);
station2.AddMyComponent <SatelliteBehaviour>().SetSun(sun.transform, Vector3.Distance(team2Pos, sun.transform.position), station1.transform.up);
ships.Add(station1);
ships.Add(station2);
teams[0].AddGoal(new DestroyObjectGoal(station2));
teams[1].AddGoal(new DestroyObjectGoal(station1));
foreach (var t in teams)
{
t.GetType().GetMethod("Lock", BindingFlags.Instance | BindingFlags.NonPublic).Invoke(t, new object[] { 0, (int)Random.value * int.MaxValue });
}
_updaters.Add(new RespawnBehaviour(teams,
new Transform[] { station1.transform, station2.transform },
new float[] { distance + teamOffset, distance + teamOffset },
25));
}
public static void GenerateGalaxy(Vector3 position, SunSystem sunSystem, Navigation navigation, ICollection <SpaceBody> outGeneratedObjects, AsyncProcessor asyncProcessor)
{
List <Obstacle> obstacles = new List <Obstacle>();
var sun = ((SunBehaviour)GameObject.Instantiate(Resources.Load <SunBehaviour>(@"Environment\Sun"), position, Quaternion.identity));
outGeneratedObjects.Add(sun);
Color sunColor = new Color(.5f, .5f, .5f) + new Color(Random.value, Random.value, Random.value) * .5f;
sun.Initialize(sunColor, sunSystem.sun.radius, asyncProcessor);
sun.AddMyComponent <WorldlGravity>();
var obstacle = sun.AddMyComponent <Obstacle>();
obstacle.radius = sunSystem.sun.radius;
obstacles.Add(obstacle);
PlanetBehaviour planet = Resources.Load <PlanetBehaviour>(@"Environment\Planet");
Vector3 axisRight = MyVector.RandomAxis3();
Vector3 axisUp = Vector3.Cross(sun.transform.up, axisRight);
foreach (var pl in sunSystem.planets)
{
var p = GameObject.Instantiate(planet, sun.transform.position + axisRight * pl.axisOffset, Quaternion.identity);
p.transform.RotateAround(sun.transform.position, axisUp, Random.value * 360);
p.Initialize(sun, axisUp, pl.radius, asyncProcessor);
if (Random.value < .1f)
{
p.InitializeAtmosphere(sunColor, sun.transform.position, sunSystem.sun.radius, pl.radius, asyncProcessor);
}
p.AddMyComponent <WorldlGravity>();
obstacle = p.AddMyComponent <Obstacle>();
obstacle.radius = pl.radius;
obstacles.Add(obstacle);
outGeneratedObjects.Add(p);
}
navigation.AddObstacles(obstacles);
}
void GenerateEscort()
{
center = Vector3.zero;
distance = config.battleSize.value;
Vector3 team1Pos = center + Vector3.forward * (distance / 2);
Vector3 team2Pos = center - Vector3.forward * (distance / 2);
GenerateShips(team1Pos, team1Pos);
sunSystem = SunSystem.Random(new LineBounds(distance * .33f, distance * .33f), new LineBounds <int>(1, 13));
Vector3 sunSystemPos = RandomVector3() * (distance + sunSystem.sun.radius);
GenerateEnvironment(sunSystemPos, sunSystem);
//Station
Vector3 stationPos = sunSystemPos + RandomVector3() * (sunSystem.sun.radius * 2);
var station1 = new StationInitializerModel(teams[0]).Init(stationPos, Quaternion.LookRotation(Vector3.forward, Vector3.up));
station1.AddMyComponent <SatelliteBehaviour>().SetSun(sun.transform, Vector3.Distance(stationPos, sun.transform.position), station1.transform.up);
ships.Add(station1);
//Big ship
var bigShip = new StationInitializerModel(teams[0]).Init(team1Pos, Quaternion.LookRotation(Vector3.forward, Vector3.up));
Elf.With(bigShip.AddMyComponent <Obstacle>(),
o => o.radius = 250,
o => navigation.AddObstacle(o)
);
ships.Add(bigShip);
teams[0].AddGoal(new EscortObjectGoal(bigShip, station1, 200));
teams[1].AddGoal(new DestroyObjectGoal(bigShip));
foreach (var t in teams)
{
t.GetType().GetMethod("Lock", BindingFlags.Instance | BindingFlags.NonPublic).Invoke(t, new object[] { 0, (int)Random.value * int.MaxValue });
}
}
void GenerateDeathMatch()
{
center = Vector3.zero;
distance = config.battleSize.value;
Vector3 team1Pos = center + Vector3.forward * (distance / 2);
Vector3 team2Pos = center - Vector3.forward * (distance / 2);
GenerateShips(team1Pos, team2Pos);
teams[0].AddGoal(new KillNEnemiesGoal(config.shipsAmount * config.battleDurationMultipier, teams[1]));
teams[1].AddGoal(new KillNEnemiesGoal(config.shipsAmount * config.battleDurationMultipier, teams[0]));
foreach (var t in teams)
{
t.GetType().GetMethod("Lock", BindingFlags.Instance | BindingFlags.NonPublic).Invoke(t, new object[] { 0, (int)Random.value * int.MaxValue });
}
sunSystem = SunSystem.Random(new LineBounds(500, 20000), new LineBounds <int>(1, 13));
GenerateEnvironment(RandomVector3() * (distance + sunSystem.sun.radius), sunSystem);
Transform emptyObject = Resources.Load <Transform>("EmptyObject");
var team1RespawnPoint = new GameObject("Team1RespawnPoint");
team1RespawnPoint.transform.position = team1Pos;
var team2RespawnPoint = new GameObject("Team2RespawnPoint");
team2RespawnPoint.transform.position = team2Pos;
_updaters.Add(
new RespawnBehaviour(teams, new Transform[] {
team1RespawnPoint.transform,
team2RespawnPoint.transform
},
new float[] { distance, distance },
25));
}
public static void GenerateGalaxy(Vector3 position, SunSystem sunSystem, Navigation navigation, ICollection <SpaceBody> outGeneratedObjects)
{
GenerateGalaxy(position, sunSystem, navigation, outGeneratedObjects, null);
}