/// <summary>
/// Gets a bounding volume transformed by a FTransform object.
/// </summary>
/// <param name="m">The FTransform object.</param>
/// <returns>The transformed volume.</returns>
public FBoxSphereBounds TransformBy(FTransform m)
{
FMatrix mat = m.ToMatrixWithScale();
FBoxSphereBounds result = TransformBy(mat);
return(result);
}
/// <summary>
/// Gets a bounding volume transformed by a FTransform object.
/// </summary>
/// <param name="m">The transformation object.</param>
/// <returns>The transformed box.</returns>
/// <see cref="TransformProjectBy"/>
public FBox TransformBy(FTransform m)
{
return(TransformBy(m.ToMatrixWithScale()));
}
private void SDXThread(object sender)
{
while (true)
{
Thread.Sleep(15);
Console.Clear();
device.BeginDraw();
device.Clear(null);
if (AMK.Hile == true)
{
int EntityCount = AMK.Mem.Read <int>(AMK.ULevel + 0xA8);
Console.WriteLine($"EntityCount:{EntityCount}");
if (EntityCount < 1 || EntityCount > 10000)
{
continue;
}
SharpDX.Vector3 LocalPlayerPosition = AMK.Mem.Read <SharpDX.Vector3>(AMK.LocalPlayer + Offsets.LLocation);
//if (LocalPlayerPosition == null) continue;
IntPtr aactorPtr = AMK.Mem.Read <IntPtr>(AMK.ULevel + Offsets.ActorPtr);
for (int i = 0; i < EntityCount; i++)
{
IntPtr curActor = AMK.Mem.Read <IntPtr>(aactorPtr + (i * IntPtr.Size));
//if (curActor == null) continue;
int PlayerID = AMK.Mem.Read <int>(curActor + Offsets.ActorID);
if (!AMK.tGnames.ContainsKey(PlayerID))
{
continue;
}
if (AMK.tGnames[PlayerID] != "" && !ArabaTH)
{
continue;
}
float hp = AMK.Mem.Read <float>(curActor + Offsets.ActorHP);
if (AMK.tGnames[PlayerID] == "" && hp < 1 && AMK.Mem.Read <float>(curActor + Offsets.GroggyH) < 1)
{
continue;
}
IntPtr rootCmpPtr = AMK.Mem.Read <IntPtr>(curActor + Offsets.RootComponent);
SharpDX.Vector3 actorLocation = AMK.Mem.Read <SharpDX.Vector3>(rootCmpPtr + Offsets.ActorLoc);
var lDeltaInMeters = (LocalPlayerPosition - actorLocation).Length() / 100;
if (lDeltaInMeters > 800 || lDeltaInMeters < 3)
{
continue;
}
AMK.CameraManager = (AMK.Mem.Read <IntPtr>(AMK.LocalPlayerControl + Offsets.CameraManager));
Matriks.WorldToScreen2(actorLocation, AMK.CameraManager, out SharpDX.Vector2 GelBakem);
if (AMK.tGnames[PlayerID] == "" && lDeltaInMeters < 100 && AMK.Bone == true)
{
IntPtr mesh = AMK.Mem.Read <IntPtr>(curActor + 0x400);
IntPtr bonearray = AMK.Mem.Read <IntPtr>(mesh + 0x790);
FTransform ComponentToWorld = AMK.Mem.Read <FTransform>(mesh + 0x190);
foreach (Bone[] part in skeleton)
{
SharpDX.Vector2 previousBone = new SharpDX.Vector2();
foreach (Bone b in part)
{
FTransform bone = AMK.Mem.Read <FTransform>(bonearray + ((int)b * 0x30));
Matrix Matrix = bone.ToMatrixWithScale() * ComponentToWorld.ToMatrixWithScale();
SharpDX.Vector3 currentBone = new SharpDX.Vector3(Matrix.M41, Matrix.M42, Matrix.M43);
Matriks.WorldToScreen2(currentBone, AMK.CameraManager, out SharpDX.Vector2 cr);
if (previousBone.X == 0)
{
previousBone = cr;
continue;
}
else
{
//if (b == Bone.forehead) Ekranabas(cr, "O", System.Drawing.Color.Red, font);
device.DrawLine(previousBone, cr, (new SolidColorBrush(device, RawColorFromColor(System.Drawing.Color.DarkRed))));
previousBone = cr;
}
}
}
}
if (AMK.tGnames[PlayerID] == "" && hp < 1)
{
Ekranabas(GelBakem, $"[{lDeltaInMeters.ToString("N2")}]", System.Drawing.Color.Purple, fontSmall);
}
else if (lDeltaInMeters > 150)
{
Ekranabas(GelBakem, $"{AMK.tGnames[PlayerID]}[{lDeltaInMeters.ToString("N2")}]", System.Drawing.Color.Green, fontSmall);
}
else
{
Ekranabas(GelBakem, $"{AMK.tGnames[PlayerID]}[{lDeltaInMeters.ToString("N2")}]", System.Drawing.Color.Red, font);
}
}
}
device.TryEndDraw(out long w, out w);
}
}
