private void RecordWaypoint(int interval, string pathName, GatherWindow Gwindow)
{
if (RecordFlag)
{
return;
}
// Set recording as true.
RecordFlag = true;
// Get ID of current zone.
var zoneId = Marshal.ReadInt32(NativeStructs.ZoneAddress);
// Check if we need to make a new Zone entry.
var nozones = _Waypoints.Zone.All(p => p.ID != zoneId);
// We need to make a new entry.
if (nozones)
{
// Add new Zone entry for our current zone.
_Waypoints.Zone.Add(new Zones(zoneId));
// Add an empty Path entry.
_Waypoints.AddPathToZone(zoneId, pathName);
// This is a new entry, so grab the last Zone we added, and the first Path in that Zone,
// Then start adding new Point entries (at the rate of the given interval), and wait for the user to click stop.
_Waypoints.Zone.Last().Path.First().AddPoints(interval, Gwindow);
}
else
{
// We already have the Zone in our xml, so lets go strait to adding points.
_Waypoints.Zone.First(p => p.ID == zoneId).AddPoints(pathName, interval, Gwindow);
}
// If this is a single add, just reset the record flag and save the xml.
if (interval == 0)
{
StopRecord();
}
}
public void Play(string pathName, GatherWindow Gwindow, Pathing pType, bool forward = true, int index = 0)
{
new Thread(() => PlayPath(pathName, Gwindow, pType, forward, index)).Start();
}
/// <summary>
/// Starts recording waypoints on a new thread.
/// </summary>
/// <param name="interval">Time in ms, between waypoints</param>
/// <param name="pathName">Name of the path to save the waypoints to. A new on will be created, if it does not exist</param>
/// <param name="logBox"></param>
public void Record(int interval, string pathName, GatherWindow Gwindow)
{
new Thread(() => RecordWaypoint(interval, pathName, Gwindow)).Start();
}
private void PlayPath(string pathName, GatherWindow Gwindow, Pathing pType, bool forawrd, int index)
{
if (Moving)
{
return;
}
Moving = true;
var zoneId = Marshal.ReadInt32(NativeStructs.ZoneAddress);
HaltFlag = false;
float heading;
float tobeHeading;
foreach (
var waypoint in
RebuildList(_Waypoints.Zone.First(p => p.ID == zoneId).Path.First(i => i.Name == pathName).Point,
forawrd, pType, index))
{
if (CorDelay)
{
Game.MovementAdj->Status = WalkingStatus.Standing;
}
ModelRotation(new D3DXVECTOR2(waypoint.x, waypoint.y));
SendKeyPress(KeyStates.Toggled, Key.End);
if (CorDelay)
{
Thread.Sleep(HeadToll);
}
var decX = (Game.GetPos(Axis.X) > waypoint.x);
Game.MovementAdj->Status = WalkingStatus.Autorun | WalkingStatus.Running;
if (decX)
{
while (Game.GetPos(Axis.X) > waypoint.x)
{
if (HaltFlag)
{
Game.MovementAdj->Status = WalkingStatus.Standing;
Moving = false;
return;
}
if (AICorrection)
{
heading = Game.PCMobEntity[0].PCMob->Heading;
tobeHeading = HeadingToRad(Game.Get2DPos(), waypoint);
// Check if our heading is within our tolerance.
if (tobeHeading - heading < 0 ? tobeHeading - heading <-0.1f : tobeHeading - heading> 0.1f)
{
ModelRotation(waypoint);
}
}
Thread.Sleep(10);
}
}
else
{
while (Game.GetPos(Axis.X) < waypoint.x)
{
if (HaltFlag)
{
Game.MovementAdj->Status = WalkingStatus.Standing;
Moving = false;
return;
}
if (AICorrection)
{
heading = Game.PCMobEntity[0].PCMob->Heading;
tobeHeading = HeadingToRad(Game.Get2DPos(), waypoint);
// Check if our heading is within our tolerance.
if (tobeHeading - heading < 0 ? tobeHeading - heading <-0.1f : tobeHeading - heading> 0.1f)
{
ModelRotation(waypoint);
}
}
Thread.Sleep(10);
}
}
if (Gwindow != null)
{
Gwindow.AddTextNav(0, "", pathName, waypoint.x, waypoint.y);
}
}
Game.MovementAdj->Status = WalkingStatus.Standing;
Moving = false;
}
