本文整理汇总了C#中Vessel.GoOnRails方法的典型用法代码示例。如果您正苦于以下问题：C# Vessel.GoOnRails方法的具体用法？C# Vessel.GoOnRails怎么用？C# Vessel.GoOnRails使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Vessel的用法示例。
在下文中一共展示了Vessel.GoOnRails方法的4个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C#代码示例。
示例1: syncExtantVesselOrbit
private void syncExtantVesselOrbit(KMPVessel kvessel, double fromTick, Vessel extant_vessel, double LAN)
{
KMPClientMain.DebugLog("updating Orbit: " + extant_vessel.id);
bool victimAvailable = true;
Vessel victim = FlightGlobals.ActiveVessel;
foreach (ManeuverNode mNode in victim.patchedConicSolver.maneuverNodes)
{
if (mNode.attachedGizmo != null)
{
ManeuverGizmo mGizmo = mNode.attachedGizmo;
if (mGizmo.handleAntiNormal.Drag) { victimAvailable = false; break; }
if (mGizmo.handleNormal.Drag) { victimAvailable = false; break; }
if (mGizmo.handlePrograde.Drag) { victimAvailable = false; break; }
if (mGizmo.handleRadialIn.Drag) { victimAvailable = false; break; }
if (mGizmo.handleRadialOut.Drag) { victimAvailable = false; break; }
if (mGizmo.handleRetrograde.Drag) { victimAvailable = false; break; }
}
}
if (victimAvailable)
{
double tick = Planetarium.GetUniversalTime();
KMPClientMain.DebugLog("current vel mag: " + extant_vessel.orbit.getOrbitalVelocityAtUT(tick).magnitude);
extant_vessel.GoOnRails();
//Update orbit
Planetarium.SetUniversalTime(fromTick);
Vector3 orbit_pos = kvessel.translationFromBody;
Vector3 orbit_vel = kvessel.worldVelocity;
//Swap the y and z values of the orbital position/velocities
float temp = orbit_pos.y;
orbit_pos.y = orbit_pos.z;
orbit_pos.z = temp;
temp = orbit_vel.y;
orbit_vel.y = orbit_vel.z;
orbit_vel.z = temp;
OrbitDriver orbitDriver = extant_vessel.orbitDriver;
orbitDriver.orbit.UpdateFromStateVectors(orbit_pos, orbit_vel, kvessel.mainBody, fromTick);
Orbit newOrbit = orbitDriver.orbit;
newOrbit.LAN = LAN;
OrbitDriver oldDriver = victim.orbitDriver;
victim.patchedConicSolver.obtDriver = orbitDriver;
victim.orbitDriver = orbitDriver;
victim.orbitDriver.UpdateOrbit();
victim.patchedConicSolver.Update();
newOrbit = victim.patchedConicSolver.orbit;
if (newOrbit.referenceBody == null) newOrbit.referenceBody = FlightGlobals.Bodies.Find(b => b.name == "Sun");
// KMPClientMain.DebugLog("aP:" + newOrbit.activePatch);
// KMPClientMain.DebugLog("eUT:" + newOrbit.EndUT);
// KMPClientMain.DebugLog("sUT:" + newOrbit.StartUT);
// KMPClientMain.DebugLog("gOA:" + newOrbit.getObtAtUT(tick));
// KMPClientMain.DebugLog("nPnull:" + (newOrbit.nextPatch == null));
// KMPClientMain.DebugLog("pPnull:" + (newOrbit.previousPatch == null));
// KMPClientMain.DebugLog("sI:" + newOrbit.sampleInterval);
// KMPClientMain.DebugLog("UTsoi:" + newOrbit.UTsoi);
// KMPClientMain.DebugLog("body:" + newOrbit.referenceBody.name);
if (newOrbit.EndUT > 0)
{
double lastEndUT = newOrbit.EndUT;
while (newOrbit.EndUT > 0 && newOrbit.EndUT < tick && newOrbit.EndUT > lastEndUT && newOrbit.nextPatch != null)
{
KMPClientMain.DebugLog("orbit EndUT < target: " + newOrbit.EndUT + " vs " + tick);
lastEndUT = newOrbit.EndUT;
newOrbit = newOrbit.nextPatch;
if (newOrbit.referenceBody == null) newOrbit.referenceBody = FlightGlobals.Bodies.Find(b => b.name == "Sun");
KMPClientMain.DebugLog("updated to next patch");
}
}
newOrbit.UpdateFromUT(tick);
//Swap orbits
extant_vessel.orbitDriver = orbitDriver;
extant_vessel.orbitDriver.orbit = newOrbit;
victim.patchedConicSolver.obtDriver = oldDriver;
victim.patchedConicRenderer.solver = victim.patchedConicSolver;
victim.orbitDriver = oldDriver;
victim.orbitDriver.UpdateOrbit();
extant_vessel.orbitDriver.pos = extant_vessel.orbit.pos.xzy;
extant_vessel.orbitDriver.vel = extant_vessel.orbit.vel;
Planetarium.SetUniversalTime(tick);
KMPClientMain.DebugLog("new vel mag: " + extant_vessel.orbit.getOrbitalVelocityAtUT(tick).magnitude);
KMPClientMain.DebugLog("Orbit updated to target: " + tick);
} else { KMPClientMain.DebugLog("no victim available!"); }
}示例2: teleportToDockingPort
// will only work for short distances (ie. less than 50km)
// will rip the ship into little pieces if the distance is much bigger
/*static public void teleportToVessel (Vessel vessel, Vessel targetVessel, float d)
{
Vector3 j = Util.nextVector3 ().normalized * d;
Vector3 targetPos = targetVessel.orbit.pos + j;
Vector3 relPos = targetPos - vessel.orbit.pos;
if (relPos.magnitude > 50000) {
UnityEngine.Debug.Log ("TeleporterLite: warning: distance > 50km");
}
// teleport & match velocity
if (vessel.packed == false) {
UnityEngine.Debug.Log ("teleportToVessel unpacked " + relPos.magnitude.ToString ("F1"));
vessel.Translate(Util.reorder (relPos, 132));
vessel.GoOnRails ();
vessel.orbit.vel = targetVessel.orbit.vel;
vessel.GoOffRails ();
} else {
UnityEngine.Debug.Log ("teleportToVessel packed " + relPos.magnitude.ToString ("F1"));
vessel.SetPosition(targetVessel.transform.position + j);
vessel.orbit.vel = targetVessel.orbit.vel;
}
}*/
public static void teleportToDockingPort(Vessel vessel, Part vesselPort, Part targetPort, float distance)
{
// check orientation
Vector3 rp = Vector3.zero;
Vector3 euler = Vector3.zero;
float d = 0;
Util.getDockRelPosAndAtt(vesselPort, targetPort, out rp, out d, out euler);
float roll = euler.y;
euler.y = 0;
if (Util.maxElement (euler) > 5) {
UnityEngine.Debug.Log ("TeleporterLite: incorrect orientation!");
return;
}
Vector3 dockPos = vesselPort.transform.position + vesselPort.transform.TransformDirection (new Vector3 (0, Util.getDockPosY(targetPort) + 1 + distance, 0));
Vector3 relDockPos = targetPort.transform.position - dockPos;
if (relDockPos.magnitude > 500) {
UnityEngine.Debug.Log ("TeleporterLite: distance > 500m");
return;
}
// teleport
vessel.Translate(relDockPos);
// match velocity
vessel.GoOnRails();
vessel.orbit.vel = targetPort.vessel.orbit.vel;
vessel.GoOffRails();
}示例3: CalculateOrbit
public static void CalculateOrbit(Vessel vessel, Orbit oldOrbit, OrbitDriver driver)
{
VesselDied = false;
if (!VesselData.Message.ContainsKey(vessel.id))
{
VesselData.Message.Add(vessel.id, false);
VesselData.DisplayedMessage = false;
}
else
{
VesselData.Message.TryGetValue(vessel.id, out VesselData.DisplayedMessage);
}
vessel.GoOnRails();
var oldBody = vessel.orbitDriver.orbit.referenceBody;
// The ISS decays at about 2km/month = 2000/30*24*60*60 == 7.7x10^-4 m/s
double BodyGravityConstant = vessel.orbitDriver.orbit.referenceBody.GeeASL;
double AtmosphereMultiplier;
double MaxDecayInfluence = vessel.orbitDriver.orbit.referenceBody.Radius * 10;
if (vessel.orbitDriver.orbit.referenceBody.atmosphere)
{
AtmosphereMultiplier = vessel.orbitDriver.orbit.referenceBody.atmospherePressureSeaLevel / 101.325;
}
else
{
AtmosphereMultiplier = 0.5;
}
if (vessel.orbitDriver.orbit.semiMajorAxis + 50 < MaxDecayInfluence )
{
double Lambda = 0.000000000133913 * UI.DifficultySetting; //0.000000000133913;
double Sigma = MaxDecayInfluence - vessel.orbitDriver.orbit.altitude;
DecayValue = (double)TimeWarp.CurrentRate * Sigma * BodyGravityConstant * AtmosphereMultiplier * Lambda;
if (vessel.orbitDriver.orbit.referenceBody.atmosphere)
{
if (vessel.orbitDriver.orbit.PeA < vessel.orbitDriver.orbit.referenceBody.atmosphereDepth)
{
DecayValue = DecayValue * (Math.Pow(Math.E, vessel.orbitDriver.orbit.referenceBody.atmosphereDepth - vessel.orbitDriver.orbit.PeA)); // Have it increase alot more as we enter the hard atmosphere
}
//EstimatedTimeUntilDeorbit = (float)(vessel.orbitDriver.orbit.altitude - (float)vessel.orbitDriver.orbit.referenceBody.atmosphereDepth) / (float)DecayValue;
MaxDecayValue = ((vessel.orbitDriver.orbit.referenceBody.Radius + vessel.orbitDriver.orbit.referenceBody.atmosphereDepth) * BodyGravityConstant * AtmosphereMultiplier * Lambda);
EstimatedTimeUntilDeorbit = ((float)(vessel.orbitDriver.orbit.semiMajorAxis - (float)vessel.orbitDriver.orbit.referenceBody.atmosphereDepth)) / (float)MaxDecayValue;
// EstimatedTimeUntilDeorbit = (float)(vessel.orbitDriver.orbit.PeA - (((vessel.orbitDriver.referenceBody.atmosphereDepth)/((MaxDecayValue+DecayValue)/2) - vessel.orbitDriver.orbit.PeA)) *((MaxDecayValue + DecayValue) / 2));
}
else
{
//EstimatedTimeUntilDeorbit = (float)(vessel.orbitDriver.orbit.altitude - 100) / (float)DecayValue;
MaxDecayValue = ((vessel.orbitDriver.orbit.referenceBody.Radius + 100) * BodyGravityConstant * AtmosphereMultiplier * Lambda);
EstimatedTimeUntilDeorbit = ((float)(vessel.orbitDriver.orbit.semiMajorAxis - (float)vessel.orbitDriver.orbit.referenceBody.atmosphereDepth)) / (float)MaxDecayValue;
}
if (VesselData.DecayTimes.ContainsKey(vessel.id))
{
VesselData.DecayTimes.Remove(vessel.id);
VesselData.DecayTimes.Add(vessel.id, EstimatedTimeUntilDeorbit);
}
else
{
VesselData.DecayTimes.Add(vessel.id, EstimatedTimeUntilDeorbit);
}
// print(vessel.name + " Semi major axis reduced by: " + (DecayValue));
}
else
{
DecayValue = 0;
if (VesselData.DecayTimes.ContainsKey(vessel.id))
{
VesselData.DecayTimes.Remove(vessel.id);
VesselData.DecayTimes.Add(vessel.id, 0.5f);
}
else
{
VesselData.DecayTimes.Add(vessel.id, 0.5f);
}
}
if (VesselDied == false) // Just Incase the vessel is destroyed part way though the check.
{
if (vessel.orbitDriver.orbit.referenceBody.GetInstanceID() != 0 || vessel.orbitDriver.orbit.semiMajorAxis > vessel.orbitDriver.orbit.referenceBody.Radius + 5)
{
SetNewOrbit(driver, oldOrbit);
}
}
if (vessel.orbitDriver.orbit.referenceBody.atmosphere) // Big problem ( Jool, Eve, Duna, Kerbin, Laythe)
{
if (vessel.orbitDriver.orbit.semiMajorAxis < vessel.orbitDriver.orbit.referenceBody.Radius + vessel.orbitDriver.referenceBody.atmosphereDepth + 500)
{
FlightDriver.SetPause(true);
TimeWarp.SetRate(1, true);
FlightDriver.SetPause(false);
print("Warning: " + vessel.name + " is approaching " + oldOrbit.referenceBody.name + "'s hard atmosphere");
ScreenMessages.PostScreenMessage("Warning: " + vessel.name + " is approaching " + oldOrbit.referenceBody.name + "'s hard atmosphere");
//.........这里部分代码省略.........
示例4: KillVessel
private void KillVessel(Vessel killVessel)
{
if (killVessel != null)
{
bool oldDestroyIsValid = destroyIsValid;
destroyIsValid = false;
if (oldDestroyIsValid)
{
DarkLog.Debug("Disabling vessel destroy for vessel killing");
}
DarkLog.Debug("Killing vessel: " + killVessel.id.ToString());
try
{
if (!killVessel.packed)
{
killVessel.GoOnRails();
}
if (killVessel.loaded)
{
killVessel.Unload();
}
killVessel.Die();
}
catch (Exception e)
{
DarkLog.Debug("Error destroying vessel: " + e);
}
if (oldDestroyIsValid)
{
reenableDestroyInFixedUpdates = 5;
}
}
}