private void GenerathPathAsync()
{
float x = 0, xt;
float y = 0, yt;
float z = 0, zt;
//float dist;
Position dest = new Position();
using (var detour = new Detour())
{
bool oneMove = true;
List <MapCLI.Point> resultPath;
var result = detour.FindPath(player.X, player.Y, player.Z,
target.X, target.Y, target.Z,
(int)player.MapID, out resultPath);
//ClickToMove(resultPath[0].X, resultPath[0].Y, resultPath[0].Z);
for (int i = 0; i < resultPath.Count; i++)
{
if (oneMove)
{
ClickToMove(resultPath[i].X, resultPath[i].Y, resultPath[i].Z);
}
else
{
oneMove = false;
}
x = write.ReadFloat((uint)(player.BaseAddress + ObjectOffsets.Pos_X));
y = write.ReadFloat((uint)(player.BaseAddress + ObjectOffsets.Pos_Y));
z = write.ReadFloat((uint)(player.BaseAddress + ObjectOffsets.Pos_Z));
/*xt = write.ReadFloat((uint)(target.BaseAddress + ObjectOffsets.Pos_X));
* yt = write.ReadFloat((uint)(target.BaseAddress + ObjectOffsets.Pos_Y));
* zt = write.ReadFloat((uint)(target.BaseAddress + ObjectOffsets.Pos_Z));*/
player.SetPosition(x, y, z);
//dest.SetPosition(target.XPos, target.YPos, target.ZPos);
var dist = target.Direction - player.Direction;
/*if (dist.Length < 6f)
* {
* new KeySim().KeyDown((int)Keys.Down);
* new KeySim().KeyUp((int)Keys.Down);
* break;
* }
* else*/if (x > resultPath[i].X - 0.5F && x <resultPath[i].X + 0.5F && y> resultPath[i].Y - 0.5f && y < resultPath[i].Y + 0.5f)
{
ClickToMove(resultPath[i].X, resultPath[i].Y, resultPath[i].Z);
}
else
{
i--;
}
//Thread.Sleep(100);
}
}
}
public List <MapCLI.Point> GenerathPath(Player locPlayer, Player loctarget)
{
using (var detour = new Detour())
{
List <MapCLI.Point> resultPath;
var result = detour.FindPath(player.XPos, player.YPos, player.ZPos,
target.XPos, target.YPos, target.ZPos,
(int)player.MapID, out resultPath);
return(resultPath);
}
}
