public static GravityVolume Make(GameObject body, float surfaceAccel, float upperSurface, float lowerSurface)
{
GameObject gravityGO = new GameObject();
gravityGO.transform.parent = body.transform;
gravityGO.name = "GravityWell";
gravityGO.layer = 17;
gravityGO.SetActive(false);
GravityVolume GV = gravityGO.AddComponent<GravityVolume>();
GV.SetValue("_cutoffAcceleration", 0.1f);
GV.SetValue("_falloffType", GV.GetType().GetNestedType("FalloffType", BindingFlags.NonPublic).GetField("linear").GetValue(GV));
GV.SetValue("_alignmentRadius", 1.5f * upperSurface);
//Utility.AddDebugShape.AddSphere(gravityGO, 1.5f * upperSurface, new Color32(255, 0, 0, 128));
GV.SetValue("_upperSurfaceRadius", upperSurface);
GV.SetValue("_lowerSurfaceRadius", lowerSurface);
GV.SetValue("_layer", 3);
GV.SetValue("_priority", 0);
GV.SetValue("_alignmentPriority", 0);
GV.SetValue("_surfaceAcceleration", surfaceAccel);
GV.SetValue("_inheritable", false);
GV.SetValue("_isPlanetGravityVolume", true);
GV.SetValue("_cutoffRadius", 55f);
SphereCollider SC = gravityGO.AddComponent<SphereCollider>();
SC.isTrigger = true;
SC.radius = 4 * upperSurface;
OWCollider OWC = gravityGO.AddComponent<OWCollider>();
OWC.SetLODActivationMask(DynamicOccupant.Player);
gravityGO.SetActive(true);
Logger.Log("Finished building gravity", Logger.LogType.Log);
return GV;
}
public static GravityVolume Make(GameObject body, float surfaceAccel, float upperSurface, float lowerSurface)
{
GameObject GravityWell = new GameObject();
GravityWell.transform.parent = body.transform;
GravityWell.name = "GravityWell";
GravityWell.layer = 17;
GravityWell.SetActive(false);
GravityVolume GV = GravityWell.AddComponent <GravityVolume>();
GV.SetValue("_cutoffAcceleration", 0.1f);
GV.SetValue("_falloffType", GV.GetType().GetNestedType("FalloffType", BindingFlags.NonPublic).GetField("linear").GetValue(GV));
GV.SetValue("_alignmentRadius", 600f);
GV.SetValue("_upperSurfaceRadius", upperSurface);
GV.SetValue("_lowerSurfaceRadius", lowerSurface);
GV.SetValue("_layer", 3);
GV.SetValue("_priority", 0);
GV.SetValue("_alignmentPriority", 0);
GV.SetValue("_surfaceAcceleration", surfaceAccel);
GV.SetValue("_inheritable", false);
GV.SetValue("_isPlanetGravityVolume", true);
GV.SetValue("_cutoffRadius", 55f);
SphereCollider GV_SC = GravityWell.AddComponent <SphereCollider>();
GV_SC.isTrigger = true;
GV_SC.radius = 4000;
OWCollider GV_OWC = GravityWell.AddComponent <OWCollider>();
GV_OWC.SetLODActivationMask(DynamicOccupant.Player);
GravityWell.SetActive(true);
return(GV);
}
public static MTuple Make(GameObject body, AstroObject primaryBody, IPlanetConfig config)
{
Rigidbody RB = body.AddComponent <Rigidbody>();
RB.mass = 10000;
RB.drag = 0f;
RB.angularDrag = 0f;
RB.useGravity = false;
RB.isKinematic = true;
RB.interpolation = RigidbodyInterpolation.None;
RB.collisionDetectionMode = CollisionDetectionMode.Discrete;
OWRigidbody OWRB = body.AddComponent <OWRigidbody>();
OWRB.SetValue("_kinematicSimulation", true);
OWRB.SetValue("_autoGenerateCenterOfMass", true);
OWRB.SetIsTargetable(true);
OWRB.SetValue("_maintainOriginalCenterOfMass", true);
OWRB.SetValue("_rigidbody", RB);
InitialMotion IM = body.AddComponent <InitialMotion>();
IM.SetPrimaryBody(primaryBody.GetAttachedOWRigidbody());
IM.SetValue("_orbitAngle", config.OrbitAngle);
IM.SetValue("_isGlobalAxis", false);
IM.SetValue("_initAngularSpeed", 0.02f);
IM.SetValue("_initLinearSpeed", 0f);
DetectorBuilder.Make(body, primaryBody);
AstroObject AO = body.AddComponent <AstroObject>();
AO.SetValue("_type", AstroObject.Type.Planet);
AO.SetValue("_name", AstroObject.Name.None);
AO.SetValue("_primaryBody", primaryBody);
if (config.HasGravity)
{
GravityVolume GV = GravityBuilder.Make(body, config.SurfaceAcceleration, config.GroundSize, config.GroundSize);
AO.SetValue("_gravityVolume", GV);
}
if (config.IsTidallyLocked)
{
RotateToAstroObject RTAO = body.AddComponent <RotateToAstroObject>();
RTAO.SetValue("_astroObjectLock", primaryBody);
}
Logger.Log("Finished building base", Logger.LogType.Log);
return(new MTuple(AO, OWRB));
}
public static void Make(GameObject body, AstroObject primaryBody, float angularSpeed, bool hasGravity, float surfaceAccel, float groundSize, bool hasOrbit)
{
if (hasOrbit)
{
Rigidbody RB = body.AddComponent <Rigidbody>();
RB.mass = 10000;
RB.drag = 0f;
RB.angularDrag = 0f;
RB.useGravity = false;
RB.isKinematic = true;
RB.interpolation = RigidbodyInterpolation.None;
RB.collisionDetectionMode = CollisionDetectionMode.Discrete;
MainClass.OWRB = body.AddComponent <OWRigidbody>();
MainClass.OWRB.SetValue("_kinematicSimulation", true);
MainClass.OWRB.SetValue("_autoGenerateCenterOfMass", true);
MainClass.OWRB.SetIsTargetable(true);
MainClass.OWRB.SetValue("_maintainOriginalCenterOfMass", true);
InitialMotion IM = body.AddComponent <InitialMotion>();
IM.SetPrimaryBody(primaryBody.GetAttachedOWRigidbody());
IM.SetValue("_orbitAngle", 0f);
IM.SetValue("_isGlobalAxis", false);
IM.SetValue("_initAngularSpeed", angularSpeed);
IM.SetValue("_initLinearSpeed", 0f);
IM.SetValue("_isGlobalAxis", false);
MakeFieldDetector.Make(body);
}
if (hasGravity)
{
GravityVolume GV = MakeGravityWell.Make(body, surfaceAccel, groundSize, groundSize);
}
AstroObject AO = body.AddComponent <AstroObject>();
AO.SetValue("_type", AstroObject.Type.Planet);
AO.SetValue("_name", AstroObject.Name.InvisiblePlanet);
AO.SetPrimaryBody(primaryBody);
if (hasGravity)
{
GravityVolume GV = MakeGravityWell.Make(body, surfaceAccel, groundSize, groundSize);
AO.SetValue("_gravityVolume", GV);
}
}