public override RunStatus Tick(object context)
{
try
{
return(base.Tick(context));
}
catch (Exception except)
{
if (except.GetType() != typeof(ThreadAbortException))
{
if (QuestBehaviorCoreSettings.Instance.LogProfileContextOnExceptions)
{
QuestBehaviorBase.LogError("PROFILE EXCEPTION CONTEXT: {0}",
QuestBehaviorBase.GetProfileReference(_questBehaviorBase.Element));
SystemSounds.Asterisk.Play();
}
else
{
QuestBehaviorBase.LogDeveloperInfo("PROFILE EXCEPTION CONTEXT: {0}",
QuestBehaviorBase.GetProfileReference(_questBehaviorBase.Element));
}
}
throw;
}
}
/// <summary>
/// Returns true, if ground is within DISTANCE _below_ you.
/// </summary>
/// <param name="location"></param>
/// <param name="distance"></param>
/// <returns>true, if ground is within DISTANCE _below_ you.</returns>
/// <remarks>17Apr2011-12:16UTC chinajade</remarks>
public static bool IsOverGround(this WoWPoint location, double distance)
{
QuestBehaviorBase.ContractRequires(distance >= 0.0, context => "distance >= 0.0");
return(GameWorld.TraceLine(location.Add(0.0, 0.0, 1.0),
location.Add(0.0, 0.0, -distance),
GameWorld.CGWorldFrameHitFlags.HitTestGroundAndStructures));
}
/// <summary>
/// Calculates the distance between START and DESTINATION if the travel must be conducted
/// over a surface (i.e., instead of flying). This is most helpful in tunnels where a mob
/// can be within X feet of you, but above or below you. For such mobs, the direct distance
/// is X feet, but the path you must take through the tunnels may be much much longer.
/// </summary>
/// <param name="start"></param>
/// <param name="destination"></param>
/// <returns></returns>
/// <remarks>17Apr2011-12:16UTC chinajade</remarks>
public static float SurfacePathDistance(this WoWPoint start, WoWPoint destination)
{
WoWPoint[] groundPath = Navigator.GeneratePath(start, destination) ?? new WoWPoint[0];
// We define an invalid path to be of 'infinite' length
if (groundPath.Length <= 0)
{
// For targets in the air, we will be unable to calculate the
// surface path to them. If we're flying, we still want
// a gauging of the distance, so we use half the max float range,
// and tack on the line-of-site distance to the unit.
// This allows sane ordering evaluations in LINQ queries, yet
// still returns something close enough to 'infinite' to make
// using the path highly undesirable.
return((float.MaxValue / 2) + start.Distance(destination));
}
// Include distance it takes us to get from start point to first point in path...
float pathDistance = start.Distance(groundPath[0]);
// Include distance it takes us to get from last point in path to destination...
pathDistance += groundPath[groundPath.Length - 1].Distance(destination);
// Include distance for each point in path...
for (int i = 0; i < (groundPath.Length - 1); ++i)
{
pathDistance += groundPath[i].Distance(groundPath[i + 1]);
}
// Sanity check...
QuestBehaviorBase.ContractProvides(
pathDistance >= start.Distance(destination),
context => "Surface path distance must be equal to or greater than straight-line distance.");
return(pathDistance);
}
// 30May2013-08:11UTC chinajade
public static List <string> CheckCore(
WoWObject wowObject,
QuestBehaviorBase coreAttributes)
{
var exclusionReasons = new List <string>();
const BlacklistFlags interestingBlacklistFlags = BlacklistFlags.Combat | BlacklistFlags.Interact | BlacklistFlags.Pull;
if (!Query.IsViable(wowObject))
{
exclusionReasons.Add("[NotViable]");
return(exclusionReasons);
}
foreach (var blacklistEntry in Blacklist.GetEntries(wowObject.Guid))
{
if ((blacklistEntry.Flags & interestingBlacklistFlags) == 0)
{
continue;
}
var blacklistInfo = new List <string>();
var blacklistTimeRemaining = blacklistEntry.Started + blacklistEntry.Length - DateTime.Now;
blacklistInfo.Add(string.Format("Time({0}/{1})",
Utility.PrettyTime(blacklistTimeRemaining),
Utility.PrettyTime(blacklistEntry.Length)));
if (blacklistEntry.Flags.HasFlag(BlacklistFlags.Combat))
{
blacklistInfo.Add("ForCombat");
}
if (blacklistEntry.Flags.HasFlag(BlacklistFlags.Interact))
{
blacklistInfo.Add("ForInteract");
}
if (blacklistEntry.Flags.HasFlag(BlacklistFlags.Loot))
{
blacklistInfo.Add("ForLoot");
}
if (blacklistEntry.Flags.HasFlag(BlacklistFlags.Node))
{
blacklistInfo.Add("ForNode");
}
if (blacklistEntry.Flags.HasFlag(BlacklistFlags.Pull))
{
blacklistInfo.Add("ForPull");
}
exclusionReasons.Add(string.Format("Blacklisted({0})", string.Join(",", blacklistInfo)));
}
if (!Query.IsStateMatch_IgnoreMobsInBlackspots(wowObject, coreAttributes.IgnoreMobsInBlackspots))
{
var coveringBlackspots =
from blackspot in Query.FindCoveringBlackspots(wowObject.Location)
select string.Format("Blackspot({0}, r:{1})", blackspot.Location, blackspot.Radius);
exclusionReasons.Add(string.Format("InBlackspot(object @{0}; {1})",
wowObject.Location,
string.Join(", ", coveringBlackspots)));
}
if (!Query.IsStateMatch_MeshNavigable(wowObject, coreAttributes.MovementBy))
{
exclusionReasons.Add("NotMeshNavigable");
}
if (Query.IsInCompetition(wowObject, coreAttributes.NonCompeteDistance))
{
int playerCount = Query.FindPlayersNearby(wowObject.Location, coreAttributes.NonCompeteDistance).Count();
if (playerCount > 0)
{
exclusionReasons.Add(string.Format("InCompetition({0} players within {1:F1}, expires in {2})",
playerCount,
coreAttributes.NonCompeteDistance,
Utility.PrettyTime(Query.InCompetitionTimeRemaining(wowObject))));
}
var wowUnit = wowObject.ToUnit();
bool isTagged = (wowUnit != null) && !Query.IsSharedWorldResource(wowUnit) && !wowUnit.IsUntagged();
if (isTagged)
{
exclusionReasons.Add("TaggedByOtherPlayer");
}
}
return(exclusionReasons);
}
public ExceptionCatchingWrapper(QuestBehaviorBase questBehaviorBase, Composite unwrappedChild)
: base(unwrappedChild)
{
_questBehaviorBase = questBehaviorBase;
}
public ExceptionCatchingWrapper(QuestBehaviorBase questBehaviorBase, Composite unwrappedChild)
: base(unwrappedChild)
{
_questBehaviorBase = questBehaviorBase;
}
/// <summary>
/// <para>Finds another point near the destination. Useful when toon is 'waiting' for something
/// (e.g., boat, mob repops, etc). This allows multiple people running
/// the same profile to not stand on top of each other while waiting for
/// something.</para>
/// <para>Notes:<list type="bullet">
/// <item><description><para> * The returned WoWPoint is carefully chosen. The returned WoWPoint
/// will not cause you to fall off a boat dock or Zeppelin landing.</para></description></item>
/// </list></para>
/// </summary>
/// <param name="location"></param>
/// <param name="maxRadius"></param>
/// <returns></returns>
/// <remarks>17Apr2011-12:16UTC chinajade</remarks>
public static WoWPoint FanOutRandom(this WoWPoint location, double maxRadius)
{
QuestBehaviorBase.ContractRequires(maxRadius >= 0.0, context => "maxRadius >= 0.0");
const int CYLINDER_LINE_COUNT = 12;
const int MAX_TRIES = 50;
const double SAFE_DISTANCE_BUFFER = 1.75;
WoWPoint candidateDestination = location;
int tryCount;
// Most of the time we'll find a viable spot in less than 2 tries...
// However, if you're standing on a pier, or small platform a
// viable alternative may take 10-15 tries--its all up to the
// random number generator.
for (tryCount = MAX_TRIES; tryCount > 0; --tryCount)
{
WoWPoint circlePoint;
bool[] hitResults;
WoWPoint[] hitPoints;
int index;
WorldLine[] traceLines = new WorldLine[CYLINDER_LINE_COUNT + 1];
candidateDestination = location.AddPolarXY((TAU * _random.NextDouble()), (maxRadius * _random.NextDouble()), 0.0);
// Build set of tracelines that can evaluate the candidate destination --
// We build a cone of lines with the cone's base at the destination's 'feet',
// and the cone's point at maxRadius over the destination's 'head'. We also
// include the cone 'normal' as the first entry.
// 'Normal' vector
index = 0;
traceLines[index].Start = candidateDestination.Add(0.0, 0.0, maxRadius);
traceLines[index].End = candidateDestination.Add(0.0, 0.0, -maxRadius);
// Cylinder vectors
for (double turnFraction = 0.0; turnFraction < TAU; turnFraction += (TAU / CYLINDER_LINE_COUNT))
{
++index;
circlePoint = candidateDestination.AddPolarXY(turnFraction, SAFE_DISTANCE_BUFFER, 0.0);
traceLines[index].Start = circlePoint.Add(0.0, 0.0, maxRadius);
traceLines[index].End = circlePoint.Add(0.0, 0.0, -maxRadius);
}
// Evaluate the cylinder...
// The result for the 'normal' vector (first one) will be the location where the
// destination meets the ground. Before this MassTrace, only the candidateDestination's
// X/Y values were valid.
GameWorld.MassTraceLine(traceLines.ToArray(),
GameWorld.CGWorldFrameHitFlags.HitTestGroundAndStructures,
out hitResults,
out hitPoints);
candidateDestination = hitPoints[0]; // From 'normal', Destination with valid Z coordinate
// Sanity check...
// We don't want to be standing right on the edge of a drop-off (say we'e on
// a plaform or pier). If there is not solid ground all around us, we reject
// the candidate. Our test for validity is that the walking distance must
// not be more than 20% greater than the straight-line distance to the point.
int viableVectorCount = hitPoints.Sum(point => ((Me.Location.SurfacePathDistance(point) < (Me.Location.Distance(point) * 1.20))
? 1
: 0));
if (viableVectorCount < (CYLINDER_LINE_COUNT + 1))
{
continue;
}
// If new destination is 'too close' to our current position, try again...
if (Me.Location.Distance(candidateDestination) <= SAFE_DISTANCE_BUFFER)
{
continue;
}
break;
}
// If we exhausted our tries, just go with simple destination --
if (tryCount <= 0)
{
candidateDestination = location;
}
return(candidateDestination);
}
private double UtilAzimuthCurrentAbsolute()
{
return(QuestBehaviorBase.NormalizeAngleToPi(Lua.GetReturnVal <double>("return VehicleAimGetAngle();", 0)));
}