/// <summary>
/// This method will reduce the load/unload distances using a closer range to avoid issues.
/// </summary>
private void UnloadLandedVessels()
{
var vesselsCount = FlightGlobals.Vessels.Count;
ScreenMessages.PostScreenMessage(
"[PhysicsRangeExtender] Unloading landed vessels during active orbital fly.", 3f, ScreenMessageStyle.UPPER_CENTER);
for (var i = 0; i < vesselsCount; i++)
{
if (FlightGlobals.Vessels[i].LandedOrSplashed)
{
var safeSituation = new VesselRanges.Situation(
load: FlightGlobals.ActiveVessel.orbit.referenceBody.inverseRotThresholdAltitude * 0.90f,
unload: FlightGlobals.ActiveVessel.orbit.referenceBody.inverseRotThresholdAltitude * 0.95f,
pack: PreSettings.GlobalRange * 1000 * 1.10f,
unpack: PreSettings.GlobalRange * 1000 * 0.99f);
var newRanges = new VesselRanges
{
escaping = _globalSituation,
flying = _globalSituation,
landed = safeSituation,
orbit = _globalSituation,
prelaunch = safeSituation,
splashed = safeSituation,
subOrbital = _globalSituation
};
FlightGlobals.Vessels[i].vesselRanges = newRanges;
}
}
}
public static void UpdateRanges(bool updatingFromUi = false)
{
Debug.Log("[PhysicsRangeExtender]: Updating ranges");
FloatingOrigin.fetch.threshold = Mathf.Pow(PreSettings.GlobalRange * 1000 * 1.20f, 2);
if (updatingFromUi)
{
TerrainExtender.UpdateSphere();
}
_globalSituation = new VesselRanges.Situation(
PreSettings.GlobalRange * 1000,
PreSettings.GlobalRange * 1000 * 1.05f,
PreSettings.GlobalRange * 1000 * 1.10f,
PreSettings.GlobalRange * 1000 * 0.99f);
_baseRanges = new VesselRanges
{
escaping = _globalSituation,
flying = _globalSituation,
landed = _globalSituation,
orbit = _globalSituation,
prelaunch = _globalSituation,
splashed = _globalSituation,
subOrbital = _globalSituation
};
ApplyRangesToVessels(updatingFromUi);
}
public void SetRange(Vessel v, float _range)
{
float _modRange = 10000;
if (OrXHoloKron.instance.bdaChallenge)
{
_modRange = _preLoadRange * 1000;
try
{
var pqs = FlightGlobals.currentMainBody.pqsController;
if (pqs != null)
{
if (pqs.horizonDistance <= _modRange)
{
pqs.horizonDistance = _modRange;
pqs.maxDetailDistance = _modRange;
pqs.minDetailDistance = _modRange;
pqs.visRadSeaLevelValue = 200;
pqs.collapseSeaLevelValue = 200;
FloatingOrigin.fetch.threshold = _modRange;
FloatingOrigin.fetch.thresholdSqr = _modRange * _modRange;
Debug.Log("[OrX Log Set Range] === FLOATING ORIGIN THRESHOLD: " + FloatingOrigin.fetch.threshold + " meters =====");
}
}
}
catch { }
if (v.vesselRanges.landed.load <= _modRange * 950f)
{
_vesselLanded = new VesselRanges.Situation(_modRange, _modRange, _modRange, _modRange);
_vesselFlying = new VesselRanges.Situation(_modRange * 4, _modRange * 4, _modRange * 4, _modRange * 4);
_vesselOther = new VesselRanges.Situation(_modRange * 10, _modRange * 10, _modRange * 10, _modRange * 10);
_vesselRanges = new VesselRanges
{
escaping = _vesselOther,
flying = _vesselFlying,
landed = _vesselLanded,
orbit = _vesselOther,
prelaunch = _vesselLanded,
splashed = _vesselFlying,
subOrbital = _vesselOther
};
v.vesselRanges = new VesselRanges(_vesselRanges);
}
}
else
{
SetGoalRange(v);
}
}
public void UpdateCacheSettings()
{
float highestVisibility = 0;
float furthestDist = 0;
centerPoint = Vector3.zero;
StaticInstance soCenter = null;
Vector3 vRadPos = Vector3.zero;
// FIRST ONE IS THE CENTER
groupCenter = groupInstances[0];
centerPoint = groupInstances[0].gameObject.transform.position;
vRadPos = (Vector3)groupInstances[0].RadialPosition;
groupInstances[0].GroupCenter = "true";
soCenter = groupInstances[0];
for (int i = 0; i < groupInstances.Length; i++)
{
if (groupInstances[i] != soCenter)
{
groupInstances[i].GroupCenter = "false";
}
if (groupInstances[i].VisibilityRange > highestVisibility)
{
highestVisibility = groupInstances[i].VisibilityRange;
}
float dist = Vector3.Distance(centerPoint, groupInstances[i].gameObject.transform.position);
if (dist > furthestDist)
{
furthestDist = dist;
}
}
VesselRanges.Situation unloadRange = PhysicsGlobals.Instance.VesselRangesDefault.flying;
visibilityRange = Math.Max(unloadRange.unload, highestVisibility) + (furthestDist * 2);
}
public static void UpdateRanges(bool updatingFromUi = false)
{
Debug.Log("Updating ranges");
FloatingOrigin.fetch.threshold = Mathf.Pow(PreSettings.GlobalRange * 1000 * 1.20f, 2);
_globalSituation = new VesselRanges.Situation(
load: PreSettings.GlobalRange * 1000,
unload: PreSettings.GlobalRange * 1000 * 1.05f,
pack: PreSettings.GlobalRange * 1000 * 1.10f,
unpack: PreSettings.GlobalRange * 1000 * 0.99f);
_baseRanges = new VesselRanges
{
escaping = _globalSituation,
flying = _globalSituation,
landed = _globalSituation,
orbit = _globalSituation,
prelaunch = _globalSituation,
splashed = _globalSituation,
subOrbital = _globalSituation
};
ApplyRangesToVessels(updatingFromUi);
}
public void UpdateCacheSettings()
{
float highestVisibility = 0;
float furthestDist = 0;
for (int i = 0; i < groupInstances.Length; i++)
{
if (groupInstances[i].VisibilityRange > highestVisibility)
{
highestVisibility = groupInstances[i].VisibilityRange;
}
float dist = Vector3.Distance(centerPoint, groupInstances[i].gameObject.transform.position);
if (dist > furthestDist)
{
furthestDist = dist;
}
}
VesselRanges.Situation unloadRange = PhysicsGlobals.Instance.VesselRangesDefault.flying;
visibilityRange = Math.Max(unloadRange.unload, highestVisibility) + (furthestDist * 2);
}
public SituationLoadDistanceValue(VesselRanges.Situation situation)
{
situationValue = situation;
InitializeSuffixes();
}
private VesselRanges.Situation ClampedSituationLanded(VesselRanges.Situation input, VesselRanges.Situation minSituation)
{
float maxLanded = 11000;
float load = Mathf.Clamp(input.load, minSituation.load, maxLanded*.9f*.9f);
float unload = Mathf.Clamp(input.unload, minSituation.unload, maxLanded*.9f);
float pack = Mathf.Clamp(input.pack, minSituation.pack, maxLanded);
float unpack = Mathf.Clamp(input.unpack, minSituation.unpack, maxLanded*.9f*.9f*.9f);
VesselRanges.Situation output = new VesselRanges.Situation(load, unload, pack, unpack);
return output;
}
private VesselRanges.Situation ClampedSituation(VesselRanges.Situation input, VesselRanges.Situation minSituation)
{
float load = Mathf.Clamp(input.load, minSituation.load, 81000);
float unload = Mathf.Clamp(input.unload, minSituation.unload, 90000);
float pack = Mathf.Clamp(input.pack, minSituation.pack, 100000);
float unpack = Mathf.Clamp(input.unpack, minSituation.unpack, 72900);
VesselRanges.Situation output = new VesselRanges.Situation(load, unload, pack, unpack);
return output;
}
public void ApplyPhysRange()
{
if(!HighLogic.LoadedSceneIsFlight)
{
return;
}
if(PHYSICS_RANGE <= 2500) PHYSICS_RANGE = 0;
if(PHYSICS_RANGE > 0)
{
float pack = PHYSICS_RANGE;
float unload = PHYSICS_RANGE * 0.9f;
float load = unload * 0.9f;
float unpack = load * 0.9f;
VesselRanges defaultRanges = PhysicsGlobals.Instance.VesselRangesDefault;
VesselRanges.Situation combatSituation = new VesselRanges.Situation(load, unload, pack, unpack);
VesselRanges.Situation combatFlyingSituation = ClampedSituation(combatSituation, defaultRanges.flying);
VesselRanges.Situation combatLandedSituation = ClampedSituationLanded(combatSituation, defaultRanges.landed);
VesselRanges.Situation combatSplashedSituation = ClampedSituation(combatSituation, defaultRanges.splashed);
VesselRanges.Situation combatOrbitSituation = ClampedSituation(combatSituation, defaultRanges.orbit);
VesselRanges.Situation combatSubOrbitSituation = ClampedSituation(combatSituation, defaultRanges.subOrbital);
VesselRanges.Situation combatPrelaunchSituation = ClampedSituation(combatSituation, defaultRanges.prelaunch);
combatVesselRanges.flying = combatFlyingSituation;
combatVesselRanges.landed = combatLandedSituation;
combatVesselRanges.splashed = combatSplashedSituation;
combatVesselRanges.orbit = combatOrbitSituation;
combatVesselRanges.subOrbital = combatSubOrbitSituation;
combatVesselRanges.prelaunch = combatPrelaunchSituation;
foreach(Vessel v in FlightGlobals.Vessels)
{
v.vesselRanges = new VesselRanges(combatVesselRanges);
}
FloatingOrigin.fetch.threshold = Mathf.Pow(PHYSICS_RANGE + 3500, 2);
}
else
{
foreach(Vessel v in FlightGlobals.Vessels)
{
v.vesselRanges = PhysicsGlobals.Instance.VesselRangesDefault;
}
FloatingOrigin.fetch.threshold = Mathf.Pow(6000, 2);
}
}
public static void DrawVessel(Vessel shipToDraw)
{
if (!vesselIsBuilt[shipToDraw])
{
if (DistantObjectSettings.debugMode)
{
print("DistObj: Drawing vessel " + shipToDraw.vesselName);
}
vesselIsBuilt[shipToDraw] = true;
List <ProtoPartSnapshot> partList = shipToDraw.protoVessel.protoPartSnapshots;
foreach (ProtoPartSnapshot a in partList)
{
string partName;
if (a.refTransformName.Contains(" "))
{
partName = a.partName.Substring(0, a.refTransformName.IndexOf(" "));
}
else
{
partName = a.partName;
}
AvailablePart avPart = PartLoader.getPartInfoByName(partName);
if (a.modules.Find(n => n.moduleName == "LaunchClamp") != null)
{
if (DistantObjectSettings.debugMode)
{
print("Ignoring part " + partName);
}
continue;
}
if (!partModelNameLookup.ContainsKey(partName))
{
partName = partName.Replace('.', '_');
if (!partModelNameLookup.ContainsKey(partName))
{
if (DistantObjectSettings.debugMode)
{
print("DistObj ERROR: Could not find config definition for " + partName);
}
continue;
}
}
GameObject clone = GameDatabase.Instance.GetModel(partModelNameLookup[partName]);
if (clone == null)
{
if (DistantObjectSettings.debugMode)
{
print("DistObj ERROR: Could not load part model " + partModelNameLookup[partName]);
}
continue;
}
GameObject cloneMesh = Mesh.Instantiate(clone) as GameObject;
DestroyObject(clone);
cloneMesh.transform.SetParent(shipToDraw.transform);
cloneMesh.transform.localPosition = a.position;
cloneMesh.transform.localRotation = a.rotation;
VesselRanges.Situation situation = shipToDraw.vesselRanges.GetSituationRanges(shipToDraw.situation);
if (Vector3d.Distance(cloneMesh.transform.position, FlightGlobals.ship_position) < situation.load)
{
Debug.LogError(Constants.DistantObject + " -- Tried to draw part " + partName + " within rendering distance of active vessel!");
continue;
}
cloneMesh.SetActive(true);
foreach (Collider col in cloneMesh.GetComponentsInChildren <Collider>())
{
col.enabled = false;
}
//check if part is a solar panel
ProtoPartModuleSnapshot solarPanel = a.modules.Find(n => n.moduleName == "ModuleDeployableSolarPanel");
if (solarPanel != null)
{
if (solarPanel.moduleValues.GetValue("stateString") == "EXTENDED")
{
//grab the animation name specified in the part cfg
string animName = avPart.partPrefab.GetComponent <ModuleDeployableSolarPanel>().animationName;
//grab the actual animation istelf
var animator = avPart.partPrefab.FindModelAnimators();
if (animator != null && animator.Length > 0)
{
AnimationClip animClip = animator[0].GetClip(animName);
//grab the animation control module on the actual drawn model
Animation anim = cloneMesh.GetComponentInChildren <Animation>();
//copy the animation over to the new part!
anim.AddClip(animClip, animName);
anim[animName].enabled = true;
anim[animName].normalizedTime = 1f;
}
}
}
//check if part is a light
ProtoPartModuleSnapshot light = a.modules.Find(n => n.moduleName == "ModuleLight");
if (light != null)
{
//Oddly enough the light already renders no matter what, so we'll kill the module if it's suppsed to be turned off
if (light.moduleValues.GetValue("isOn") == "False")
{
Destroy(cloneMesh.GetComponentInChildren <Light>());
}
}
//check if part is a landing gear
ProtoPartModuleSnapshot landingGear = a.modules.Find(n => n.moduleName == "ModuleWheelDeployment");
if (landingGear != null)
{
// MOARdV TODO: This wasn't really right to start with.
// There is no field "savedAnimationTime".
//if (landingGear.moduleValues.GetValue("savedAnimationTime") != "0")
{
//grab the animation name specified in the part cfg
string animName = avPart.partPrefab.GetComponent <ModuleWheels.ModuleWheelDeployment>().animationStateName;
var animator = avPart.partPrefab.FindModelAnimators();
if (animator != null && animator.Length > 0)
{
//grab the actual animation istelf
AnimationClip animClip = animator[0].GetClip(animName);
//grab the animation control module on the actual drawn model
Animation anim = cloneMesh.GetComponentInChildren <Animation>();
//copy the animation over to the new part!
anim.AddClip(animClip, animName);
anim[animName].enabled = true;
anim[animName].normalizedTime = 1f;
}
}
}
//check if part has a generic animation
ProtoPartModuleSnapshot animGeneric = a.modules.Find(n => n.moduleName == "ModuleAnimateGeneric");
if (animGeneric != null)
{
if (animGeneric.moduleValues.GetValue("animTime") != "0")
{
//grab the animation name specified in the part cfg
string animName = avPart.partPrefab.GetComponent <ModuleAnimateGeneric>().animationName;
var animator = avPart.partPrefab.FindModelAnimators();
if (animator != null && animator.Length > 0)
{
//grab the actual animation istelf
AnimationClip animClip = animator[0].GetClip(animName);
//grab the animation control module on the actual drawn model
Animation anim = cloneMesh.GetComponentInChildren <Animation>();
//copy the animation over to the new part!
anim.AddClip(animClip, animName);
anim[animName].enabled = true;
anim[animName].normalizedTime = 1f;
}
}
}
referencePart.Add(cloneMesh, a);
meshListLookup[shipToDraw].Add(cloneMesh);
}
}
}
public SituationLoadDistanceValue(VesselRanges.Situation situation)
{
situationValue = situation;
InitializeSuffixes();
}
void LogRanges(string n, VesselRanges.Situation vr)
{
Log.Info("LogRanges: " + n + ", load: " + vr.load + ", unload: " + vr.unload + ", pack: " + vr.pack + ", unpack: " + vr.unpack);
}