mirror of
https://github.com/RaidMax/IW4M-Admin.git
synced 2025-06-11 15:52:25 -05:00
the meats
This commit is contained in:
RaidMax
@ -1,4 +1,5 @@
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using SharedLibrary.Interfaces;
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using SharedLibrary.Objects;
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using StatsPlugin.Models;
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using System;
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using System.Collections.Generic;
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@ -30,62 +31,276 @@ namespace StatsPlugin.Cheat
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/// </summary>
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/// <param name="kill">kill performed by the player</param>
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/// <returns>true if detection reached thresholds, false otherwise</returns>
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public bool ProcessKill(EFClientKill kill)
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public DetectionPenaltyResult ProcessKill(EFClientKill kill)
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{
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if (kill.DeathType != IW4Info.MeansOfDeath.MOD_PISTOL_BULLET && kill.DeathType != IW4Info.MeansOfDeath.MOD_RIFLE_BULLET)
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return false;
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bool thresholdReached = false;
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if ((kill.DeathType != IW4Info.MeansOfDeath.MOD_PISTOL_BULLET &&
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kill.DeathType != IW4Info.MeansOfDeath.MOD_RIFLE_BULLET) ||
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kill.HitLoc == IW4Info.HitLocation.none)
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Any,
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RatioAmount = 0
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};
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HitLocationCount[kill.HitLoc]++;
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Kills++;
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AverageKillTime = (AverageKillTime + (DateTime.UtcNow - LastKill).TotalSeconds) / Kills;
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if (Kills > Thresholds.LowSampleMinKills)
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#region SESSION_RATIOS
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if (Kills >= Thresholds.LowSampleMinKills)
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{
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double marginOfError = Thresholds.GetMarginOfError(Kills);
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// determine what the max headshot percentage can be for current number of kills
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double lerpAmount = Math.Min(1.0, (Kills - Thresholds.LowSampleMinKills) / (double)(Thresholds.HighSampleMinKills - Thresholds.LowSampleMinKills));
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double maxHeadshotLerpValue = Thresholds.Lerp( Thresholds.HeadshotRatioThresholdLowSample, Thresholds.HeadshotRatioThresholdHighSample, lerpAmount);
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double maxHeadshotLerpValueForFlag = Thresholds.Lerp(Thresholds.HeadshotRatioThresholdLowSample(2.0), Thresholds.HeadshotRatioThresholdHighSample(2.0), lerpAmount) + marginOfError;
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double maxHeadshotLerpValueForBan = Thresholds.Lerp(Thresholds.HeadshotRatioThresholdLowSample(3.0), Thresholds.HeadshotRatioThresholdHighSample(3.0), lerpAmount) + marginOfError;
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// determine what the max bone percentage can be for current number of kills
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double maxBoneRatioLerpValue = Thresholds.Lerp(Thresholds.BoneRatioThresholdLowSample, Thresholds.BoneRatioThresholdHighSample, lerpAmount);
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double maxBoneRatioLerpValueForFlag = Thresholds.Lerp(Thresholds.BoneRatioThresholdLowSample(2.25), Thresholds.BoneRatioThresholdHighSample(2.25), lerpAmount) + marginOfError;
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double maxBoneRatioLerpValueForBan = Thresholds.Lerp(Thresholds.BoneRatioThresholdLowSample(3.25), Thresholds.BoneRatioThresholdHighSample(3.25), lerpAmount) + marginOfError;
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// calculate headshot ratio
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double headshotRatio = ((HitLocationCount[IW4Info.HitLocation.head] + HitLocationCount[IW4Info.HitLocation.helmet]) / (double)Kills) - marginOfError;
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double currentHeadshotRatio = ((HitLocationCount[IW4Info.HitLocation.head] + HitLocationCount[IW4Info.HitLocation.helmet]) / (double)Kills);
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// calculate maximum bone
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double maximumBoneRatio = (HitLocationCount.Values.Select(v => v / (double)Kills).Max()) - marginOfError;
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double currentMaxBoneRatio = (HitLocationCount.Values.Select(v => v / (double)Kills).Max());
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if (headshotRatio > maxHeadshotLerpValue)
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var bone = HitLocationCount.FirstOrDefault(b => b.Value == HitLocationCount.Values.Max()).Key;
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#region HEADSHOT_RATIO
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// flag on headshot
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if (currentHeadshotRatio > maxHeadshotLerpValueForFlag)
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{
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AboveThresholdCount++;
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Log.WriteDebug("**Maximum Headshot Ratio Reached**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {headshotRatio}");
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Log.WriteDebug($"**MaxRatio {maxHeadshotLerpValue}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} Count: {kvp.Value}");
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Log.WriteDebug(sb.ToString());
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Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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thresholdReached = true;
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// ban on headshot
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if (currentHeadshotRatio > maxHeadshotLerpValueForFlag)
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{
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AboveThresholdCount++;
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Log.WriteDebug("**Maximum Headshot Ratio Reached For Ban**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {currentHeadshotRatio}");
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Log.WriteDebug($"**MaxRatio {maxHeadshotLerpValueForFlag}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Ban,
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RatioAmount = currentHeadshotRatio,
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Bone = IW4Info.HitLocation.head,
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KillCount = Kills
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};
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}
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else
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{
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AboveThresholdCount++;
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Log.WriteDebug("**Maximum Headshot Ratio Reached For Flag**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {currentHeadshotRatio}");
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Log.WriteDebug($"**MaxRatio {maxHeadshotLerpValueForFlag}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Flag,
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RatioAmount = currentHeadshotRatio,
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Bone = IW4Info.HitLocation.head,
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KillCount = Kills
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};
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}
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}
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#endregion
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else if (maximumBoneRatio > maxBoneRatioLerpValue)
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#region BONE_RATIO
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// flag on bone ratio
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else if (currentMaxBoneRatio > maxBoneRatioLerpValueForFlag)
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{
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Log.WriteDebug("**Maximum Bone Ratio Reached**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {maximumBoneRatio}");
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Log.WriteDebug($"**MaxRatio {maxBoneRatioLerpValue}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} Count: {kvp.Value}");
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Log.WriteDebug(sb.ToString());
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thresholdReached = true;
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// ban on bone ratio
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if (currentMaxBoneRatio > maxBoneRatioLerpValueForBan)
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{
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Log.WriteDebug("**Maximum Bone Ratio Reached For Ban**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {currentMaxBoneRatio}");
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Log.WriteDebug($"**MaxRatio {maxBoneRatioLerpValueForBan}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Ban,
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RatioAmount = currentMaxBoneRatio,
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Bone = bone,
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KillCount = Kills
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};
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}
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else
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{
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Log.WriteDebug("**Maximum Bone Ratio Reached For Flag**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Kills: {Kills}");
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Log.WriteDebug($"**Ratio {currentMaxBoneRatio}");
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Log.WriteDebug($"**MaxRatio {maxBoneRatioLerpValueForFlag}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Flag,
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RatioAmount = currentMaxBoneRatio,
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Bone = bone,
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KillCount = Kills
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};
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}
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}
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#endregion
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}
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#region CHEST_ABDOMEN_RATIO_SESSION
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int chestKills = HitLocationCount[IW4Info.HitLocation.torso_upper];
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if (chestKills >= Thresholds.MediumSampleMinKills)
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{
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double marginOfError = Thresholds.GetMarginOfError(chestKills);
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double lerpAmount = Math.Min(1.0, (chestKills - Thresholds.LowSampleMinKills) / (double)(Thresholds.HighSampleMinKills - Thresholds.LowSampleMinKills));
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// determine max acceptable ratio of chest to abdomen kills
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double chestAbdomenRatioLerpValueForFlag = Thresholds.Lerp(Thresholds.ChestAbdomenRatioThresholdLowSample(2.25), Thresholds.ChestAbdomenRatioThresholdHighSample(2.25), lerpAmount) + marginOfError;
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double chestAbdomenLerpValueForBan = Thresholds.Lerp(Thresholds.ChestAbdomenRatioThresholdLowSample(3.25), Thresholds.ChestAbdomenRatioThresholdHighSample(3.25), lerpAmount) + marginOfError;
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double currentChestAbdomenRatio = HitLocationCount[IW4Info.HitLocation.torso_upper] / (double)HitLocationCount[IW4Info.HitLocation.torso_lower];
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if (currentChestAbdomenRatio > chestAbdomenRatioLerpValueForFlag)
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{
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if (currentChestAbdomenRatio > chestAbdomenLerpValueForBan && chestKills >= Thresholds.MediumSampleMinKills + 30)
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{
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Log.WriteDebug("**Maximum Chest/Abdomen Ratio Reached For Ban**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Chest Kills: {chestKills}");
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Log.WriteDebug($"**Ratio {currentChestAbdomenRatio}");
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Log.WriteDebug($"**MaxRatio {chestAbdomenLerpValueForBan}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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// Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Ban,
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RatioAmount = currentChestAbdomenRatio,
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Bone = IW4Info.HitLocation.torso_upper,
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KillCount = chestKills
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};
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}
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else
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{
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Log.WriteDebug("**Maximum Chest/Abdomen Ratio Reached For Flag**");
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Log.WriteDebug($"ClientId: {kill.AttackerId}");
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Log.WriteDebug($"**Chest Kills: {chestKills}");
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Log.WriteDebug($"**Ratio {currentChestAbdomenRatio}");
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Log.WriteDebug($"**MaxRatio {chestAbdomenRatioLerpValueForFlag}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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// Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Flag,
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RatioAmount = currentChestAbdomenRatio,
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Bone = IW4Info.HitLocation.torso_upper,
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KillCount = chestKills
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};
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}
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}
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}
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#endregion
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#endregion
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Any,
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RatioAmount = 0
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};
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}
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public DetectionPenaltyResult ProcessTotalRatio(EFClientStatistics stats)
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{
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int totalChestKills = stats.HitLocations.Single(c => c.Location == IW4Info.HitLocation.left_arm_upper).HitCount;
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if (totalChestKills >= 250)
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{
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double marginOfError = Thresholds.GetMarginOfError(totalChestKills);
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double lerpAmount = Math.Min(1.0, (totalChestKills - Thresholds.LowSampleMinKills) / (double)(Thresholds.HighSampleMinKills - Thresholds.LowSampleMinKills));
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// determine max acceptable ratio of chest to abdomen kills
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double chestAbdomenRatioLerpValueForFlag = Thresholds.Lerp(Thresholds.ChestAbdomenRatioThresholdLowSample(2.25), Thresholds.ChestAbdomenRatioThresholdHighSample(2.25), lerpAmount) + marginOfError;
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double chestAbdomenLerpValueForBan = Thresholds.Lerp(Thresholds.ChestAbdomenRatioThresholdLowSample(3.0), Thresholds.ChestAbdomenRatioThresholdHighSample(3.0), lerpAmount) + marginOfError;
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double currentChestAbdomenRatio = HitLocationCount[IW4Info.HitLocation.torso_upper] / (double)HitLocationCount[IW4Info.HitLocation.torso_lower];
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if (currentChestAbdomenRatio > chestAbdomenRatioLerpValueForFlag)
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{
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if (currentChestAbdomenRatio > chestAbdomenLerpValueForBan)
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{
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Log.WriteDebug("**Maximum Lifetime Chest/Abdomen Ratio Reached For Ban**");
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Log.WriteDebug($"ClientId: {stats.ClientId}");
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Log.WriteDebug($"**Total Chest Kills: {totalChestKills}");
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Log.WriteDebug($"**Ratio {currentChestAbdomenRatio}");
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Log.WriteDebug($"**MaxRatio {chestAbdomenLerpValueForBan}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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// Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Ban,
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RatioAmount = currentChestAbdomenRatio,
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Bone = IW4Info.HitLocation.torso_upper,
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KillCount = totalChestKills
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};
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}
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else
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{
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Log.WriteDebug("**Maximum Lifetime Chest/Abdomen Ratio Reached For Flag**");
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Log.WriteDebug($"ClientId: {stats.ClientId}");
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Log.WriteDebug($"**Total Chest Kills: {totalChestKills}");
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Log.WriteDebug($"**Ratio {currentChestAbdomenRatio}");
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Log.WriteDebug($"**MaxRatio {chestAbdomenRatioLerpValueForFlag}");
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var sb = new StringBuilder();
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foreach (var kvp in HitLocationCount)
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sb.Append($"HitLocation: {kvp.Key} -> {kvp.Value}\r\n");
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Log.WriteDebug(sb.ToString());
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// Log.WriteDebug($"ThresholdReached: {AboveThresholdCount}");
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return new DetectionPenaltyResult()
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{
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ClientPenalty = Penalty.PenaltyType.Flag,
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RatioAmount = currentChestAbdomenRatio,
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Bone = IW4Info.HitLocation.torso_upper,
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KillCount = totalChestKills
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};
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}
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}
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}
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return thresholdReached;
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return new DetectionPenaltyResult()
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{
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Bone = IW4Info.HitLocation.none,
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ClientPenalty = Penalty.PenaltyType.Any
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};
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}
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}
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}
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@ -8,26 +8,30 @@ namespace StatsPlugin.Cheat
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{
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class Thresholds
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{
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private const double Deviations = 3.33;
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public const double HeadshotRatioThresholdLowSample = HeadshotRatioStandardDeviationLowSample * Deviations + HeadshotRatioMean;
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public const double HeadshotRatioThresholdHighSample = HeadshotRatioStandardDeviationHighSample * Deviations + HeadshotRatioMean;
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public static double HeadshotRatioThresholdLowSample(double deviations) => HeadshotRatioStandardDeviationLowSample * deviations + HeadshotRatioMean;
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public static double HeadshotRatioThresholdHighSample(double deviations) => HeadshotRatioStandardDeviationHighSample * deviations + HeadshotRatioMean;
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public const double HeadshotRatioStandardDeviationLowSample = 0.1769994181;
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public const double HeadshotRatioStandardDeviationHighSample = 0.03924263235;
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//public const double HeadshotRatioMean = 0.09587712258;
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public const double HeadshotRatioMean = 0.222;
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public const double BoneRatioThresholdLowSample = BoneRatioStandardDeviationLowSample * Deviations + BoneRatioMean;
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public const double BoneRatioThresholdHighSample = BoneRatioStandardDeviationHighSample * Deviations + BoneRatioMean;
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public static double BoneRatioThresholdLowSample(double deviations) => BoneRatioStandardDeviationLowSample * deviations + BoneRatioMean;
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public static double BoneRatioThresholdHighSample(double deviations) => BoneRatioStandardDeviationHighSample * deviations + BoneRatioMean;
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public const double BoneRatioStandardDeviationLowSample = 0.1324612879;
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public const double BoneRatioStandardDeviationHighSample = 0.0515753935;
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public const double BoneRatioMean = 0.3982907516;
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public const double BoneRatioMean = 0.4593110238;
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public static double ChestAbdomenRatioThresholdLowSample(double deviations) => ChestAbdomenStandardDeviationLowSample * deviations + ChestAbdomenRatioMean;
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public static double ChestAbdomenRatioThresholdHighSample(double deviations) => ChestAbdomenStandardDeviationHighSample * deviations + ChestAbdomenRatioMean;
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public const double ChestAbdomenStandardDeviationLowSample = 0.2859234644;
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public const double ChestAbdomenStandardDeviationHighSample = 0.2195212861;
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public const double ChestAbdomenRatioMean = 0.3925617500;
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public const int LowSampleMinKills = 15;
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public const int MediumSampleMinKills = 30;
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public const int HighSampleMinKills = 100;
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public const double KillTimeThreshold = 0.2;
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public static double GetMarginOfError(int numKills) => 1.645 /(2 * Math.Sqrt(numKills));
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public static double GetMarginOfError(int numKills) => 0.98 / Math.Sqrt(numKills);
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public static double Lerp(double v1, double v2, double amount)
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{
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