protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius)
{
Vector2 least = Vector2.Zero;
Player playerTmp = null;
float leastDist = float.MaxValue;
try
{
foreach (Player player in csgo.Players)
{
if (!PlayerValid(csgo.LocalPlayer, player, target))
continue;
if (csgo.GetValue<YesNo>("aimSpottedOnly") == YesNo.Yes && !player.SeenBy(csgo.LocalPlayer))
continue;
float multiplicator = this.GetFloatMultiplicator();
Vector2 head = AimAt(csgo, bone, player);
if (!Geometry.PointInCircle(head, screenM, radius))
continue;
float playerDist = Geometry.GetDistanceToPoint(player.Vector3, csgo.LocalPlayer.Vector3);
if (playerDist < leastDist)
{
least = head;
leastDist = playerDist;
playerTmp = player;
}
}
}
catch { }
return new AimMethodResult(playerTmp != null ? playerTmp.Index : 0, least);
}
protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenMid, float radius)
{
Vector2 least = Vector2.Zero;
int index = -1;
float leastDist = float.MaxValue, dist = 0f;
Vector3 currentAngles = csgo.ViewAngles;
Vector3 aimAngles = Vector3.Zero;
for (int i = 0; i < csgo.Players.Length; i++)
{
if (csgo.Players[i] == null)
continue;
if (!csgo.LocalPlayer.SeenBy(csgo.Players[i]) && !csgo.Players[i].SeenBy(csgo.LocalPlayer))
continue;
aimAngles = Geometry.CalcAngle(csgo.LocalPlayer.Vector3 + csgo.ViewOffset, csgo.Players[i].Skeleton.GetBone(bone));
aimAngles -= currentAngles;
dist = aimAngles.Length();
if(dist < leastDist)
{
leastDist = dist;
index = csgo.Players[i].Index;
}
}
return new AimMethodResult(index, least);
}
protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenMid, float radius)
{
Vector2 least = Vector2.Zero;
int index = -1;
float leastDist = float.MaxValue;
try
{
for (int i = 0; i < csgo.Players.Length; i++)
{
if (!PlayerValid(csgo.LocalPlayer, csgo.Players[i], target))
continue;
if (csgo.GetValue<YesNo>("aimSpottedOnly") == YesNo.Yes && !csgo.Players[i].SeenBy(csgo.LocalPlayer))
continue;
Vector2 head = AimAt(csgo, bone, csgo.Players[i]);
if (csgo.GetValue<OnOff>("aimbotRagemode") == OnOff.Off)
if (!Geometry.PointInCircle(head, screenMid, radius))
continue;
float dist = (float)Math.Abs((head - screenMid).Length());
//Debug.WriteLine("Dist {0}: {1}", csgo.Players[i].Name, Math.Round(dist, 4));
if (dist < leastDist)
{
least = head;
leastDist = dist;
index = csgo.Players[i].Index;
}
}
}
catch { }
return new AimMethodResult(index, least);
}
public Vector3 GetBone(AimBone bone)
{
switch (bone)
{
case AimBone.Head:
return(Head);
case AimBone.Neck:
return(Neck);
case AimBone.Torso:
return(Spine3);
case AimBone.Hip:
return(Spine1);
case AimBone.Knees:
return(LeftKnee + (RightKnee - LeftKnee) / 2f);
case AimBone.Feet:
return(LeftFoot + (RightFoot - LeftFoot) / 2f);
default:
return(Neck);
}
}
private bool IsRandomAimBone(AimBone bone)
{
return
(bone == AimBone.Random ||
bone == AimBone.RandomLethal ||
bone == AimBone.RandomBody);
}
public Vector2 AimAt(CSGOImplementation csgo, AimBone bone, Player player)
{
if (player == null)
return Vector2.Zero;
//float multiplicator = GetFloatMultiplicator();
return Geometry.WorldToScreen(
csgo.ViewMatrix,
csgo.ScreenSize,
player.Skeleton.GetBone(bone)// + ((player.Velocity + player.BaseVelocity) - (csgo.LocalPlayer.Velocity + csgo.LocalPlayer.BaseVelocity)) * GetFloatMultiplicator()
);
}
public Vector2 AimAt(CSGOImplementation csgo, AimBone bone, Player player)
{
if (player == null)
{
return(Vector2.Zero);
}
//float multiplicator = GetFloatMultiplicator();
return(Geometry.WorldToScreen(
csgo.ViewMatrix,
csgo.ScreenSize,
player.Skeleton.GetBone(bone)// + ((player.Velocity + player.BaseVelocity) - (csgo.LocalPlayer.Velocity + csgo.LocalPlayer.BaseVelocity)) * GetFloatMultiplicator()
));
}
public AimMethodResult GetAimTarget(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius)
{
if (!CSGOImplementationValid(csgo))
return null;
this.CheckTickLength();
AimMethodResult least = OnGetAimPoint(csgo, target, bone, screenM, radius);
this.UpdateTick();
return least;
}
private AimBone GetRandomBone(AimBone bone)
{
switch (bone)
{
case AimBone.Random:
return(RandomBones[Program.random.Next(0, RandomBones.Length)]);
case AimBone.RandomLethal:
return(RandomLethalBones[Program.random.Next(0, RandomLethalBones.Length)]);
case AimBone.RandomBody:
return(RandomBodyBones[Program.random.Next(0, RandomBodyBones.Length)]);
}
return(AimBone.Feet);
}
public AimMethodResult GetAimTarget(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius)
{
if (!CSGOImplementationValid(csgo))
{
return(null);
}
this.CheckTickLength();
AimMethodResult least = OnGetAimPoint(csgo, target, bone, screenM, radius);
this.UpdateTick();
return(least);
}
protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenMid, float radius)
{
Vector2 least = Vector2.Zero;
int index = -1;
float leastDist = float.MaxValue, dist = 0f;
Vector3 currentAngles = csgo.ViewAngles;
Vector3 aimAngles = Vector3.Zero;
for (int i = 0; i < csgo.Players.Length; i++)
{
if (csgo.Players[i] == null)
{
continue;
}
if (!csgo.LocalPlayer.SeenBy(csgo.Players[i]) && !csgo.Players[i].SeenBy(csgo.LocalPlayer))
{
continue;
}
aimAngles = Geometry.CalcAngle(csgo.LocalPlayer.Vector3 + csgo.ViewOffset, csgo.Players[i].Skeleton.GetBone(bone));
aimAngles -= currentAngles;
dist = aimAngles.Length();
if (dist < leastDist)
{
leastDist = dist;
index = csgo.Players[i].Index;
}
}
return(new AimMethodResult(index, least));
}
public override void OnUpdaterTick()
{
if (Program.GameImplementation == null)
return;
if (Program.GameController == null)
return;
if (!Program.GameController.IsGameRunning)
return;
csgo = (CSGOImplementation)Program.GameImplementation;
CSGOGameController csgoController = (CSGOGameController)Program.GameController;
if (csgo.SignOnState != SignOnState.SIGNONSTATE_FULL)
return;
if (csgoController.MemoryUpdater.Tick == lastTick)
return;
lastTick = csgoController.MemoryUpdater.Tick;
if (csgo.LocalPlayer == null)
return;
if (csgo.LocalPlayer.Health <= 0)
return;
if ((csgo.WeaponType == WeaponType.Grenade || csgo.WeaponType == WeaponType.Melee || csgo.WeaponType == WeaponType.Special))
return;
if (csgo.WeaponClip1 <= 0)
return;
if (csgo.IsReloading)
return;
bool rcsCompensateOn = csgo.GetValue<OnOff>("aimbotCompensateRecoil") == OnOff.On;
CSGOGameController controller = (CSGOGameController)Program.GameController;
Vector3 rcsCompensation = Vector3.Zero;
controller.RecoilControl.IsActive = lastTarget == null;
if (csgo.GetValue<YesNo>("aimbotEnabled") == YesNo.No)
return;
if (csgo.GetValue<YesNo>("spectatorDisableAim") == YesNo.Yes && csgo.FirstPersonSpectator)
return;
//Aimkey not down
//-> Reset target
if (!Program.GameController.InputUpdater.KeyIsDown(Program.GameImplementation.GetValue<Keys>("aimbotKey")))
{
lastTarget = null;
lastAimBone = (AimBone)(((int)lastAimBone + 1) % 9);
return;
}
//Aimkey down but dead target
//-> Release key to reset target
if (lastTarget != null)
if (!lastTarget.IsValid())
if (csgo.GetValue<YesNo>("aimAllowAimJump") == YesNo.No)
return;
Vector2 screenM = new Vector2(csgo.ScreenSize.Width / 2f, csgo.ScreenSize.Height / 2f);
AimBone bone = csgo.GetValue<AimBone>("aimbotBone");
if (bone != lastAimBone)
{
lastAimBone = bone;
if (IsRandomAimBone(lastAimBone))
{
randomAimBone = GetRandomBone(bone);
};
}
if (IsRandomAimBone(bone))
bone = randomAimBone;
//Aimkey down but no target
//-> Get new target
if (lastTarget == null || (lastTarget != null && !lastTarget.IsValid()) || csgo.GetValue<YesNo>("aimAllowAimJump") == YesNo.Yes)
{
Target target = csgo.GetValue<Target>("aimbotTarget");
AimMethod method = csgo.GetValue<AimMethod>("aimbotMethod");
float radius = csgo.GetValue<float>("aimbotRadius");
if (csgo.GetValue<OnOff>("aimbotRagemode") == OnOff.On)
{
currentImplementation = rageMode;
}
else
{
switch (method)
{
case AimMethod.LowestHP:
currentImplementation = lowestHP;
break;
case AimMethod.NearestToCrosshair:
currentImplementation = nearestToCrosshair;
break;
case AimMethod.NearestToPlayer:
currentImplementation = nearestToPlayer;
break;
}
}
lastTarget = currentImplementation.GetAimTarget(csgo, target, bone, screenM, radius);
}
//No target found?
//-> Break.
if (lastTarget == null || (lastTarget != null && !lastTarget.IsValid()))
return;
//Vector2 aimPos = currentImplementation.AimAt(csgo, bone, csgo.GetPlayerByIndex(lastTarget.PlayerIndex));
//if (aimPos != lastPoint && aimPos != Vector2.Zero)
//{
if (csgo.ViewAngles == Vector3.Zero)
return;
Vector3 viewAngles = csgo.ViewAngles;
viewAngles = Geometry.CalcAngle(csgo.LocalPlayer.Vector3 + csgo.ViewOffset, csgo.Players[lastTarget.PlayerIndex - 1].Skeleton.GetBone(bone));
if (rcsCompensateOn)
viewAngles = viewAngles - csgo.LocalPlayer.PunchVector * 2;
if (csgo.GetValue<OnOff>("aimbotSmooth") == OnOff.On)
{
Vector3 smoothed = viewAngles - csgo.ViewAngles;
smoothed *= csgo.GetValue<float>("aimbotSpeed") / 100f;
if (Math.Abs(smoothed.Y) < 45)
viewAngles = csgo.ViewAngles + smoothed;
}
viewAngles.Z = 0f;
viewAngles = Geometry.ClampAngle(viewAngles);
((CSGOGameController)Program.GameController).MemoryUpdater.WriteViewAngles(viewAngles);
//}
}
protected abstract AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius);
protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenMid, float radius)
{
Vector2 least = Vector2.Zero;
int index = -1;
float leastDist = float.MaxValue;
try
{
for (int i = 0; i < csgo.Players.Length; i++)
{
if (!PlayerValid(csgo.LocalPlayer, csgo.Players[i], target))
{
continue;
}
if (csgo.GetValue <YesNo>("aimSpottedOnly") == YesNo.Yes && !csgo.Players[i].SeenBy(csgo.LocalPlayer))
{
continue;
}
Vector2 head = AimAt(csgo, bone, csgo.Players[i]);
if (csgo.GetValue <OnOff>("aimbotRagemode") == OnOff.Off)
{
if (!Geometry.PointInCircle(head, screenMid, radius))
{
continue;
}
}
float dist = (float)Math.Abs((head - screenMid).Length());
//Debug.WriteLine("Dist {0}: {1}", csgo.Players[i].Name, Math.Round(dist, 4));
if (dist < leastDist)
{
least = head;
leastDist = dist;
index = csgo.Players[i].Index;
}
}
}
catch { }
return(new AimMethodResult(index, least));
}
public Vector3 GetBone(AimBone bone)
{
switch (bone)
{
case AimBone.Head:
return Head;
case AimBone.Neck:
return Neck;
case AimBone.Torso:
return Spine3;
case AimBone.Hip:
return Spine1;
case AimBone.Knees:
return LeftKnee + (RightKnee - LeftKnee) / 2f;
case AimBone.Feet:
return LeftFoot + (RightFoot - LeftFoot) / 2f;
default:
return Neck;
}
}
private bool IsRandomAimBone(AimBone bone)
{
return
bone == AimBone.Random ||
bone == AimBone.RandomLethal ||
bone == AimBone.RandomBody;
}
public override void OnUpdaterTick()
{
if (Program.GameImplementation == null)
{
return;
}
if (Program.GameController == null)
{
return;
}
if (!Program.GameController.IsGameRunning)
{
return;
}
csgo = (CSGOImplementation)Program.GameImplementation;
CSGOGameController csgoController = (CSGOGameController)Program.GameController;
if (csgo.SignOnState != SignOnState.SIGNONSTATE_FULL)
{
return;
}
if (csgoController.MemoryUpdater.Tick == lastTick)
{
return;
}
lastTick = csgoController.MemoryUpdater.Tick;
if (csgo.LocalPlayer == null)
{
return;
}
if (csgo.LocalPlayer.Health <= 0)
{
return;
}
if ((csgo.WeaponType == WeaponType.Grenade || csgo.WeaponType == WeaponType.Melee || csgo.WeaponType == WeaponType.Special))
{
return;
}
if (csgo.WeaponClip1 <= 0)
{
return;
}
if (csgo.IsReloading)
{
return;
}
bool rcsCompensateOn = csgo.GetValue <OnOff>("aimbotCompensateRecoil") == OnOff.On;
CSGOGameController controller = (CSGOGameController)Program.GameController;
Vector3 rcsCompensation = Vector3.Zero;
controller.RecoilControl.IsActive = lastTarget == null;
if (csgo.GetValue <YesNo>("aimbotEnabled") == YesNo.No)
{
return;
}
if (csgo.GetValue <YesNo>("spectatorDisableAim") == YesNo.Yes && csgo.FirstPersonSpectator)
{
return;
}
//Aimkey not down
//-> Reset target
if (!Program.GameController.InputUpdater.KeyIsDown(Program.GameImplementation.GetValue <Keys>("aimbotKey")))
{
lastTarget = null;
lastAimBone = (AimBone)(((int)lastAimBone + 1) % 9);
return;
}
//Aimkey down but dead target
//-> Release key to reset target
if (lastTarget != null)
{
if (!lastTarget.IsValid())
{
if (csgo.GetValue <YesNo>("aimAllowAimJump") == YesNo.No)
{
return;
}
}
}
Vector2 screenM = new Vector2(csgo.ScreenSize.Width / 2f, csgo.ScreenSize.Height / 2f);
AimBone bone = csgo.GetValue <AimBone>("aimbotBone");
if (bone != lastAimBone)
{
lastAimBone = bone;
if (IsRandomAimBone(lastAimBone))
{
randomAimBone = GetRandomBone(bone);
}
;
}
if (IsRandomAimBone(bone))
{
bone = randomAimBone;
}
//Aimkey down but no target
//-> Get new target
if (lastTarget == null || (lastTarget != null && !lastTarget.IsValid()) || csgo.GetValue <YesNo>("aimAllowAimJump") == YesNo.Yes)
{
Target target = csgo.GetValue <Target>("aimbotTarget");
AimMethod method = csgo.GetValue <AimMethod>("aimbotMethod");
float radius = csgo.GetValue <float>("aimbotRadius");
if (csgo.GetValue <OnOff>("aimbotRagemode") == OnOff.On)
{
currentImplementation = rageMode;
}
else
{
switch (method)
{
case AimMethod.LowestHP:
currentImplementation = lowestHP;
break;
case AimMethod.NearestToCrosshair:
currentImplementation = nearestToCrosshair;
break;
case AimMethod.NearestToPlayer:
currentImplementation = nearestToPlayer;
break;
}
}
lastTarget = currentImplementation.GetAimTarget(csgo, target, bone, screenM, radius);
}
//No target found?
//-> Break.
if (lastTarget == null || (lastTarget != null && !lastTarget.IsValid()))
{
return;
}
//Vector2 aimPos = currentImplementation.AimAt(csgo, bone, csgo.GetPlayerByIndex(lastTarget.PlayerIndex));
//if (aimPos != lastPoint && aimPos != Vector2.Zero)
//{
if (csgo.ViewAngles == Vector3.Zero)
{
return;
}
Vector3 viewAngles = csgo.ViewAngles;
viewAngles = Geometry.CalcAngle(csgo.LocalPlayer.Vector3 + csgo.ViewOffset, csgo.Players[lastTarget.PlayerIndex - 1].Skeleton.GetBone(bone));
if (rcsCompensateOn)
{
viewAngles = viewAngles - csgo.LocalPlayer.PunchVector * 2;
}
if (csgo.GetValue <OnOff>("aimbotSmooth") == OnOff.On)
{
Vector3 smoothed = viewAngles - csgo.ViewAngles;
smoothed *= csgo.GetValue <float>("aimbotSpeed") / 100f;
if (Math.Abs(smoothed.Y) < 45)
{
viewAngles = csgo.ViewAngles + smoothed;
}
}
viewAngles.Z = 0f;
viewAngles = Geometry.ClampAngle(viewAngles);
((CSGOGameController)Program.GameController).MemoryUpdater.WriteViewAngles(viewAngles);
//}
}
protected abstract AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius);
protected override AimMethodResult OnGetAimPoint(CSGOImplementation csgo, Target target, AimBone bone, Vector2 screenM, float radius)
{
Vector2 least = Vector2.Zero;
Player playerTmp = null;
float leastDist = float.MaxValue;
try
{
foreach (Player player in csgo.Players)
{
if (!PlayerValid(csgo.LocalPlayer, player, target))
{
continue;
}
if (csgo.GetValue <YesNo>("aimSpottedOnly") == YesNo.Yes && !player.SeenBy(csgo.LocalPlayer))
{
continue;
}
float multiplicator = this.GetFloatMultiplicator();
Vector2 head = AimAt(csgo, bone, player);
if (!Geometry.PointInCircle(head, screenM, radius))
{
continue;
}
float playerDist = Geometry.GetDistanceToPoint(player.Vector3, csgo.LocalPlayer.Vector3);
if (playerDist < leastDist)
{
least = head;
leastDist = playerDist;
playerTmp = player;
}
}
}
catch { }
return(new AimMethodResult(playerTmp != null ? playerTmp.Index : 0, least));
}
private AimBone GetRandomBone(AimBone bone)
{
switch (bone)
{
case AimBone.Random:
return RandomBones[Program.random.Next(0, RandomBones.Length)];
case AimBone.RandomLethal:
return RandomLethalBones[Program.random.Next(0, RandomLethalBones.Length)];
case AimBone.RandomBody:
return RandomBodyBones[Program.random.Next(0, RandomBodyBones.Length)];
}
return AimBone.Feet;
}