private bool PlayPath(string pathName, Pathing pType, bool forawrd, int index, SelfModify callback = null)
{
if (!_mut.WaitOne(1000))
{
Console.WriteLine("Asynchronous action taken on synchronic function.");
return true;
}
var zoneId = Funcs.GetZoneId();
HaltFlag = false;
float heading;
float tobeHeading;
var count = 0;
var rebuiltPath =
RebuildList(_Waypoints.Zone.First(p => p.ID == zoneId).Path.First(i => i.Name == pathName).Point,
forawrd, pType, index);
foreach (
var waypoint in rebuiltPath)
{
if (callback != null)
callback(pathName, waypoint, forawrd);
if (CorDelay)
Bolter.GlobalInterface.GlobalMovement.Status = WalkingStatus.Standing;
RotateCharacter(waypoint);
if (CamReset)
Bolter.GlobalInterface.GlobalInput.SendKeyPress(KeyStates.Toggled, Key.End);
if (CorDelay)
Thread.Sleep(HeadToll);
var decX = (Funcs.GetPOS(EntityType.PCMob, Axis.X, 0) > waypoint.x);
var ttl = (long)(1000f * (Distance(Funcs.Get2DPos(), waypoint) / Bolter.GlobalInterface.GlobalMovement.ForwardSpeed));
Bolter.GlobalInterface.GlobalMovement.Status = WalkingStatus.Autorun | WalkingStatus.Running;
var timer = new Stopwatch();
timer.Start();
if (decX)
{
while (Funcs.GetPOS(EntityType.PCMob, Axis.X, 0) > waypoint.x)
{
if (HaltFlag)
{
Bolter.GlobalInterface.GlobalMovement.Status = WalkingStatus.Standing;
timer.Stop();
goto CleanUpTrue;
}
if (AICorrection)
{
heading = Funcs.GetHeading(EntityType.PCMob, 0);
tobeHeading = HeadingToRad(Funcs.GetPOS(EntityType.PCMob, Axis.X, 0), Funcs.GetPOS(EntityType.PCMob, Axis.Y, 0), waypoint);
// Check if our heading is within our tolerance.
if (tobeHeading - heading < 0 ? tobeHeading - heading < -0.1f : tobeHeading - heading > 0.1f)
RotateCharacter(waypoint);
}
Thread.Sleep(10);
if (timer.ElapsedMilliseconds <= ttl + JumpTolerance) continue;
if (waypoint.Jump == false) continue;
if ((waypoint.Direction == PointDirection.Forward && forawrd) || (waypoint.Direction == PointDirection.Back && !forawrd) || (waypoint.Direction == PointDirection.Both))
Bolter.GlobalInterface.GlobalInput.SendKeyPress(KeyStates.Toggled, Key.Space);
}
}
else
{
while (Funcs.GetPOS(EntityType.PCMob, Axis.X, 0) < waypoint.x)
{
if (HaltFlag)
{
Bolter.GlobalInterface.GlobalMovement.Status = WalkingStatus.Standing;
timer.Stop();
goto CleanUpTrue;
}
if (AICorrection)
{
heading = Funcs.GetHeading(EntityType.PCMob, 0);
tobeHeading = HeadingToRad(Funcs.GetPOS(EntityType.PCMob, Axis.X, 0), Funcs.GetPOS(EntityType.PCMob, Axis.Y, 0), waypoint);
// Check if our heading is within our tolerance.
if (tobeHeading - heading < 0 ? tobeHeading - heading < -0.1f : tobeHeading - heading > 0.1f)
RotateCharacter(waypoint);
}
Thread.Sleep(10);
if (timer.ElapsedMilliseconds <= ttl + JumpTolerance) continue;
if (waypoint.Jump == false) continue;
if ((waypoint.Direction == PointDirection.Forward && forawrd) || (waypoint.Direction == PointDirection.Back && !forawrd) || (waypoint.Direction == PointDirection.Both))
Bolter.GlobalInterface.GlobalInput.SendKeyPress(KeyStates.Toggled, Key.Space);
}
}
count++;
timer.Stop();
}
Bolter.GlobalInterface.GlobalMovement.Status = WalkingStatus.Standing;
_mut.ReleaseMutex();
return false;
CleanUpTrue:
_mut.ReleaseMutex();
return true;
}
/// <summary> Plays the given file. </summary>
///
///
/// <param name="pathName" type="string"> Full pathname of the file. </param>
/// <param name="pType" type="Pathing"> The type. </param>
/// <param name="forward" type="bool"> (Optional) true to forward. </param>
/// <param name="index" type="int"> (Optional) zero-based index of the. </param>
/// <param name="callback" type="SelfModify"> (Optional) the callback. </param>
public void Play(string pathName, Pathing pType, bool forward = true, int index = 0, SelfModify callback = null)
{
new Thread(() =>
{
var halted = PlayPath(pathName, pType, forward, index, callback);
if (PathComplete != null)
PathComplete(Thread.CurrentThread, halted, pathName, pType, forward, index);
}).Start();
}
