Survival mode bugfixes and revive mechanism

Directory.Build.props

@@ -5,6 +5,6 @@
     <ImplicitUsings>enable</ImplicitUsings>
     <LangVersion>latest</LangVersion>
    <Deterministic>true</Deterministic>
-    <Version>1.0.0</Version>
+    <Version>1.0.1</Version>
   </PropertyGroup>
 </Project>

Outnumbered.Tests/BalanceInvariantTests.cs

@@ -100,13 +100,43 @@ public class BalanceInvariantTests
     [Fact]
     public void Per_mode_override_applies_only_named_fields()
     {
-        // The survival override down-weights the skill factors so the WAVE FLOOR drives difficulty; everything else inherits.
+        // The survival override zeroes every skill factor so the WAVE FLOOR alone drives difficulty; everything else inherits.
         var baseH = T.Hcap();
         var ov = T.Surv().Handicap!;                  // the default survival override
         var eff = ov.ApplyTo(baseH);
-        Assert.Equal(0.3, eff.KdWeight);              // overridden
+        Assert.Equal(0.0, eff.KdWeight);              // overridden -> in-run performance cannot move the handicap
+        Assert.Equal(0.0, eff.HsWeight);
+        Assert.Equal(0.0, eff.StreakWeight);
+        Assert.Equal(0.0, eff.LevelWeight);
+        Assert.Equal(0.0, eff.ProgressWeight);
         Assert.Equal(10.0, eff.MTakeCeiling);         // overridden
         Assert.Equal(baseH.MasterDifficulty, eff.MasterDifficulty); // inherited from base (not set in the override)
         Assert.Equal(baseH.Curve, eff.Curve);          // inherited
     }
+
+    [Fact]
+    public void Survival_handicap_is_wave_only_and_invariant_to_performance()
+    {
+        // Bug fix: survival's handicap must depend ONLY on the wave (via the floor), never on K/D / headshots / streak /
+        // level. A dominant player and a struggling player on the SAME wave get the SAME t, and killing more bots inside a
+        // wave never changes it — so the 1st and the 100th kill of a wave take identical shots. (Before, K/D + HS saturated
+        // after a handful of kills and drove a good player straight to the floor mid-wave-1.)
+        var rh = T.Resolved(T.Surv().Handicap!.ApplyTo(T.Hcap()));
+
+        foreach (var wave in new[] { 1, 5, 12, 25 })
+        {
+            double floor = SurvivalEconomy.HandicapFloor(wave, T.Surv());
+            double dominant = HandicapModel.ComputeT(
+                T.Snap(level: 100, kills: 60, deaths: 0, headshotKills: 60, streak: 50, floor: floor), rh);
+            double struggling = HandicapModel.ComputeT(
+                T.Snap(level: 1, kills: 0, deaths: 20, headshotKills: 0, streak: 0, floor: floor), rh);
+            double freshMidWave = HandicapModel.ComputeT(
+                T.Snap(level: 1, kills: 7, deaths: 0, headshotKills: 7, streak: 7, floor: floor), rh);
+
+            Assert.Equal(dominant, struggling, Eps);      // same wave -> same handicap, regardless of performance
+            Assert.Equal(dominant, freshMidWave, Eps);
+            // it IS just the eased wave floor (floor >= 0 for any real wave, so Ease reduces to Pow)
+            Assert.Equal(Math.Pow(floor, rh.Config.Curve), dominant, Eps);
+        }
+    }
 }

Outnumbered.Tests/SurvivalEconomyTests.cs

@@ -110,4 +110,79 @@ public class SurvivalEconomyTests
     [InlineData(2, 50, true, 2.25)]
     public void TeamMult_matches(int level, double perPick, bool increase, double expected) =>
         T.Close(expected, SurvivalEconomy.TeamMult(level, perPick, increase));
+
+    // ---- Field Medic revive scaling (defaults: channel 4.0 -0.7/lvl min 1.5; HP 0.35 +0.1/lvl; charges = lvl*1) ----
+    // channelSeconds = max(ReviveChannelMin, ReviveChannelSeconds - (lvl-1)*ReviveChannelPerLevel).
+    [Theory]
+    [InlineData(1, 4.0)]
+    [InlineData(2, 3.3)]
+    [InlineData(3, 2.6)]
+    [InlineData(10, 1.5)]   // -0.7*9 undershoots the 1.5 floor -> clamped
+    public void ReviveChannelSeconds_scales_and_floors(int level, double expected) =>
+        T.Close(expected, SurvivalEconomy.ReviveChannelSeconds(level, T.Surv()));
+
+    // hpFraction = clamp(ReviveHpBase + (lvl-1)*ReviveHpPerLevel, 0.05, 1.0).
+    [Theory]
+    [InlineData(1, 0.35)]
+    [InlineData(2, 0.45)]
+    [InlineData(3, 0.55)]
+    [InlineData(20, 1.0)]   // upper clamp
+    public void ReviveHpFraction_scales_and_clamps(int level, double expected) =>
+        T.Close(expected, SurvivalEconomy.ReviveHpFraction(level, T.Surv()));
+
+    // chargesForWave = lvl <= 0 ? 0 : lvl * ReviveChargesPerLevel. Card-only: level 0 (no card) grants nothing.
+    [Theory]
+    [InlineData(0, 0)]      // not a medic -> no revives
+    [InlineData(1, 1)]
+    [InlineData(2, 2)]
+    [InlineData(3, 3)]
+    public void ReviveChargesForWave_scales(int level, int expected) =>
+        Assert.Equal(expected, SurvivalEconomy.ReviveChargesForWave(level, T.Surv()));
+
+    [Fact]
+    public void FieldMedic_card_is_in_the_catalog() // card-only unlock lives on the draft catalog, cap 3
+    {
+        var card = T.Surv().Cards.Find(c => c.Key == CardKeys.FieldMedic);
+        Assert.NotNull(card);
+        Assert.Equal(3, card!.Cap);
+    }
+
+    // ---- HUD locator math (the arrow direction players are sent + the distance readout) ----
+    // NormalizeDeg wraps to the canonical (-180, 180] (so -180 -> +180).
+    [Theory]
+    [InlineData(0, 0)]
+    [InlineData(45, 45)]
+    [InlineData(180, 180)]
+    [InlineData(-180, 180)]
+    [InlineData(270, -90)]
+    [InlineData(-270, 90)]
+    [InlineData(360, 0)]
+    [InlineData(450, 90)]
+    public void NormalizeDeg_wraps_to_half_open(double input, double expected) =>
+        T.Close(expected, SurvivalEconomy.NormalizeDeg(input));
+
+    // ArrowIndex: relative bearing -> sector. arrows table = { ↑ ↖ ← ↙ ↓ ↘ → ↗ } indexed 0..7; 0 = ahead, CCW = left.
+    [Theory]
+    [InlineData(0, 0)]      // ↑ ahead
+    [InlineData(45, 1)]     // ↖ ahead-left
+    [InlineData(90, 2)]     // ← left
+    [InlineData(135, 3)]    // ↙ behind-left
+    [InlineData(180, 4)]    // ↓ behind
+    [InlineData(-135, 5)]   // ↘ behind-right
+    [InlineData(-90, 6)]    // → right
+    [InlineData(-45, 7)]    // ↗ ahead-right
+    [InlineData(360, 0)]    // wraps to ahead
+    [InlineData(23, 1)]     // rounds up into the ↖ sector
+    [InlineData(22, 0)]     // rounds down into the ↑ sector
+    public void ArrowIndex_maps_bearing_to_sector(double relDeg, int expected) =>
+        Assert.Equal(expected, SurvivalEconomy.ArrowIndex(relDeg));
+
+    // LocatorMeters = max(1, round(dist/divisor)); floors at 1m so a downed ally never reads "0m".
+    [Theory]
+    [InlineData(0, 40, 1)]     // floor
+    [InlineData(20, 40, 1)]    // round(0.5)=0 -> floored to 1
+    [InlineData(120, 40, 3)]
+    [InlineData(200, 40, 5)]
+    public void LocatorMeters_floors_at_one(double dist, double divisor, int expected) =>
+        Assert.Equal(expected, SurvivalEconomy.LocatorMeters(dist, divisor));
 }

Outnumbered/Config/DomainConfig.cs

@@ -227,7 +227,20 @@ public sealed class SurvivalConfig
 
     // ---- death / revive ----
     [JsonPropertyName("ReviveOnWaveClear")] public bool ReviveOnWaveClear { get; set; } = true;    // false = hardcore "you die, you spectate the rest of the run"
-    [JsonPropertyName("ReviveHpPercent")] public double ReviveHpPercent { get; set; } = 0.5;
+    [JsonPropertyName("ReviveHpPercent")] public double ReviveHpPercent { get; set; } = 0.5;        // HP fraction on the automatic wave-clear revive (NOT the Field Medic revive below)
+
+    // ---- Field Medic teammate-revive (survival card CardKeys.FieldMedic; card-only — no card, no revive) ----
+    // A downed teammate drops a world beacon at their death spot; a medic who stands within ReviveRadius channels a revive
+    // (no keypress — proximity IS the input). All knobs scale with the medic's card LEVEL (picks): more charges/wave, a
+    // faster channel, and a higher revive HP%. Charges refresh each wave. Live-tunable.
+    [JsonPropertyName("ReviveRadius")] public double ReviveRadius { get; set; } = 90.0;             // units the medic must be within to channel (≈ standing next to the body)
+    [JsonPropertyName("ReviveChannelSeconds")] public double ReviveChannelSeconds { get; set; } = 4.0; // channel time at medic level 1
+    [JsonPropertyName("ReviveChannelPerLevel")] public double ReviveChannelPerLevel { get; set; } = 0.7; // seconds shaved per extra medic level
+    [JsonPropertyName("ReviveChannelMin")] public double ReviveChannelMin { get; set; } = 1.5;      // floor on channel time (however many levels)
+    [JsonPropertyName("ReviveHpBase")] public double ReviveHpBase { get; set; } = 0.35;             // revive HP fraction at medic level 1
+    [JsonPropertyName("ReviveHpPerLevel")] public double ReviveHpPerLevel { get; set; } = 0.1;      // +HP fraction per extra medic level
+    [JsonPropertyName("ReviveChargesPerLevel")] public int ReviveChargesPerLevel { get; set; } = 1; // revives per wave = medic level × this (L1=1, L2=2, L3=3)
+    [JsonPropertyName("ReviveXp")] public double ReviveXp { get; set; } = 150.0;                    // FLAT XP to the reviver per revive (granted straight to the main table, NOT wave-multiplied; only for a combat death, once per saved teammate/wave)
 
     // ---- XP economy (granted PER WAVE at each wave clear, NOT once at run-end). Each cleared wave grants:
     //   rawWaveXp (HP-damage + HS/crit, handicap-mult EXCLUDED) x prestige x waveMult(wave).
@@ -256,18 +269,22 @@ public sealed class SurvivalConfig
     [JsonPropertyName("MaxNerfWave")] public int MaxNerfWave { get; set; } = 25;
     // Full per-mode handicap override (all bands tunable). Seeded with a higher MTakeCeiling than base (10x) because
     // cards + permanent stats stack — a maxed-HP/lifesteal/regen/thorns build can be unkillable at 8x. Tune live.
-    // In survival the WAVE FLOOR is the difficulty driver, so the inherited factors are heavily down-weighted —
+    // Survival's handicap is driven SOLELY by wave progression (the monotonic HandicapFloor -> max nerf at MaxNerfWave),
-    // otherwise a high-level player is pre-nerfed to near-max-take on wave 1 (level/KD maxing the factor before the
+    // never by in-run performance: all four skill factors (K/D, headshot rate, streak, level) are weighted 0, so a wave's
-    // floor even ramps). Low weights keep a mild skill component; the floor (-> max nerf at MaxNerfWave) does the work.
+    // handicap is CONSTANT no matter how many bots you kill or how few times you die, and only steps up between waves.
+    // This is deliberate — a nonzero weight reintroduces within-wave escalation: K/D and headshot-rate both saturate to
+    // their max factor after ~5-7 kills-without-death, which (x MasterDifficulty) drove a good player straight to the
+    // floor mid-wave-1. With every weight 0, ComputeT can only return the wave floor, so MasterDifficulty is inert here;
+    // the wave ramp is shaped by MaxNerfWave (where the floor hits max nerf), Curve (eases it), and the bands below.
     [JsonPropertyName("Handicap")]
     public HandicapOverride? Handicap { get; set; } = new()
     {
         ProgressWeight = 0.0,
         MTakeCeiling = 10.0,
-        KdWeight = 0.3,
+        KdWeight = 0.0,     // in-run performance must NOT move the handicap — the wave floor is the only driver
-        HsWeight = 0.3,
+        HsWeight = 0.0,
-        StreakWeight = 0.3,
+        StreakWeight = 0.0,
-        LevelWeight = 0.1,
+        LevelWeight = 0.0,
         MDealFloor = 0.1, // pin: the base dropped to 0.033 for TDM, but waves need a viable deal to be clearable
     };
 
@@ -298,6 +315,7 @@ public sealed class SurvivalConfig
         // Leveled (Cap 3): per-player, scale per pick.
         new("hs_reduction", "Headshot Armor", 15, 3, detail: "-{0:0}% headshot dmg"),    // armor doesn't help vs HS; this does
         new("berserk_passive", "Berserker", 40, 3, detail: "+{0:0}% dmg near death"),    // scaled by missing HP (always-on, no streak gate)
+        new("field_medic", "Field Medic", 1, 3),         // proximity teammate-revive: walk up to a downed ally's beacon to channel a revive. Level scales charges/wave + channel speed + revive HP% (detail computed in code from the Revive* knobs)
         // Leveled (Cap 3) but TEAM-WIDE: one shared squad level (max 3), compounding, applied to EVERY survivor via MDeal/MTake.
         new("global_deal", "Team: +Damage", 10, 3, isTeam: true),      // +10%/level ALL outgoing dmg, compounding -> x1.331 squad-wide maxed
         new("global_take", "Team: -Damage Taken", 10, 3, isTeam: true),// -10%/level ALL incoming dmg, compounding -> x0.729 squad-wide maxed

Outnumbered/Config/OutnumberedConfig.cs

@@ -69,6 +69,10 @@ public sealed class SoundsConfig
     [JsonPropertyName("AbilityReady")] public string AbilityReady { get; set; } = "sounds/ambient/office/tech_oneshot_08.wav";
     [JsonPropertyName("AbilityActivate")] public string AbilityActivate { get; set; } = "sounds/training/pointscored.wav";
     [JsonPropertyName("Crit")] public string Crit { get; set; } = ""; // off by default — per-crit can get spammy
+    // Survival Field Medic revive: Complete plays to the reviver when a channel finishes; Warn plays while they drift toward
+    // the edge of the revive radius mid-channel (the audio half of the "about to lose it" cue). Empty = silent.
+    [JsonPropertyName("ReviveComplete")] public string ReviveComplete { get; set; } = "sounds/ui/armsrace_level_up.wav";
+    [JsonPropertyName("ReviveWarn")] public string ReviveWarn { get; set; } = "sounds/ambient/office/tech_oneshot_08.wav";
 }
 
 // The local read-only status/balance/top API, served over a per-instance Unix domain socket (Api.cs). The companion

Outnumbered/Domain/CardKeys.cs

@@ -11,6 +11,7 @@ public static class CardKeys
     public const string XpMult = "xp_mult";                  // +% run-XP earned
     public const string HsReduction = "hs_reduction";        // -% incoming headshot damage (per-player, leveled)
     public const string BerserkPassive = "berserk_passive";  // +dmg scaled by missing HP (per-player, leveled)
+    public const string FieldMedic = "field_medic";          // unlock + scale the proximity teammate-revive (charges/wave, faster channel, more revive HP per level)
     public const string GlobalDeal = "global_deal";          // TEAM: +dmg dealt, squad-wide, compounding (into MDeal)
     public const string GlobalTake = "global_take";          // TEAM: -dmg taken, squad-wide, compounding (into MTake)
 }

Outnumbered/Domain/SurvivalEconomy.cs

@@ -45,4 +45,30 @@ public static class SurvivalEconomy
     public static double TeamMult(int level, double perPickPct, bool increase) =>
         increase ? Math.Pow(1.0 + perPickPct / 100.0, level)
                  : Math.Pow(Math.Max(0.0, 1.0 - perPickPct / 100.0), level);
+
+    // ---- Field Medic teammate-revive scaling (all keyed on the medic's card LEVEL = FieldMedic picks; 0 = not a medic) ----
+    // Kept pure here so the numbers are testable and identical to what the engine-side channel machine (Survival.cs) reads.
+    public static double ReviveChannelSeconds(int medicLevel, SurvivalConfig c) =>
+        Math.Max(c.ReviveChannelMin, c.ReviveChannelSeconds - Math.Max(0, medicLevel - 1) * c.ReviveChannelPerLevel);
+    public static double ReviveHpFraction(int medicLevel, SurvivalConfig c) =>
+        Math.Clamp(c.ReviveHpBase + Math.Max(0, medicLevel - 1) * c.ReviveHpPerLevel, 0.05, 1.0);
+    public static int ReviveChargesForWave(int medicLevel, SurvivalConfig c) =>
+        medicLevel <= 0 ? 0 : medicLevel * Math.Max(0, c.ReviveChargesPerLevel);
+
+    // ---- HUD locator math (pure so the arrow direction + distance readout are golden-tested, not hidden behind a pawn) ----
+    // Wrap a degree delta into (-180, 180].
+    public static double NormalizeDeg(double d)
+    {
+        d %= 360.0;
+        if (d > 180) return d - 360;
+        if (d <= -180) return d + 360;
+        return d;
+    }
+
+    // Map a RELATIVE bearing (target bearing - view yaw, degrees) to one of 8 compass sectors: 0 = straight ahead, then
+    // counter-clockwise (positive = to the left). Indexes the caller's arrow table `{↑ ↖ ← ↙ ↓ ↘ → ↗}`.
+    public static int ArrowIndex(double relDeg) => ((int)Math.Round(NormalizeDeg(relDeg) / 45.0) % 8 + 8) % 8;
+
+    // The HUD "distance to the downed teammate" readout: game units -> whole metres, floored at 1 (a divisor <= 0 is guarded).
+    public static int LocatorMeters(double dist, double divisor) => Math.Max(1, (int)Math.Round(dist / Math.Max(1e-9, divisor)));
 }

Outnumbered/Driver.cs

@@ -220,7 +220,7 @@ public sealed partial class OutnumberedPlugin
             vpd.Deaths++; vpd.Streak = 0;
             // streak-earned availability is lost on death; active effects end. Cooldowns keep ticking (spec §4).
             Array.Clear(vpd.AbilityActiveUntil);
-            _driver.OnHumanDeath(victim, vpd); // survival: run wipe detection (no respawn; revived at wave-clear). No-op elsewhere.
+            _driver.OnHumanDeath(victim, vpd, attacker); // survival: wipe detection + revive-beacon (attacker gates combat vs suicide). No-op elsewhere.
         }
 
         // attacker kill: human -> kills++/streak/XP + mode result; bot -> mode result only (bots have no PlayerData)
@@ -368,7 +368,10 @@ public sealed partial class OutnumberedPlugin
         {
             if (p.Team is CsTeam.Terrorist or CsTeam.None)
             {
-                p.SwitchTeam(CsTeam.Spectator);
+                // ChangeTeam, NOT SwitchTeam: SwitchTeam keeps the player alive, but an alive spectator is invalid, so a
+                // player who spawned alive on T (survival has no death-respawn to correct it) would silently stay on T.
+                // ChangeTeam follows gamemode rules (suicides + relocates), so the park actually takes.
+                p.ChangeTeam(CsTeam.Spectator);
                 p.PrintToChat("[Outnumbered] A survival run is in progress — you'll join the next one.");
             }
             return;
@@ -380,10 +383,11 @@ public sealed partial class OutnumberedPlugin
 
         switch (p.Team)
         {
-            // an over-cap CT, or a T/None arrival when CT is already full -> spectator (both land on the same outcome)
+            // an over-cap CT, or a T/None arrival when CT is already full -> spectator (both land on the same outcome).
+            // ChangeTeam, not SwitchTeam: SwitchTeam keeps a live player alive, which can't hold on the spectator team.
             case CsTeam.CounterTerrorist when ctHumans >= cap:
             case CsTeam.Terrorist or CsTeam.None when ctHumans >= cap:
-                p.SwitchTeam(CsTeam.Spectator);
+                p.ChangeTeam(CsTeam.Spectator);
                 p.PrintToChat($"[Outnumbered] CT is full (max {cap}) — moved to spectator.");
                 break;
             // a T/None arrival with room -> put them on CT (native DM spawns them on the new team)

Outnumbered/Engine/WorldText.cs

@@ -67,6 +67,16 @@ internal static class WorldText
         return true;
     }
 
+    // Orientation for a WORLD-anchored panel (e.g. the revive beacon) that should FACE a viewer at `viewer`, placed at `at`.
+    // The inverse of TryEyeFrame's viewer-facing convention (yaw = the viewer's look-yaw + 270). `roll` lets a fixed panel
+    // stay upright (90) rather than tracking the viewer's pitch. Keeps the +270 magic here, in the one file that owns the
+    // point_worldtext facing convention, instead of duplicated at call sites.
+    public static QAngle FacePointAngle(Vector at, Vector viewer, float roll = 90f)
+    {
+        double yaw = Math.Atan2(at.Y - viewer.Y, at.X - viewer.X) * 180.0 / Math.PI;
+        return new QAngle(0f, (float)yaw + 270f, roll);
+    }
+
     // Source-engine AngleVectors with roll assumed 0 (HUD/shop panels never roll).
     private static (Vector forward, Vector right, Vector up) AngleVectors(QAngle a)
     {

Outnumbered/Hud.cs

@@ -162,6 +162,7 @@ public sealed partial class OutnumberedPlugin
         double now = Server.CurrentTime; // read once for all ability segments (clock can't advance within this build)
         var sb = _hudSb; sb.Clear();
         if (_driver.HudStatusLine(pd) is { Length: > 0 } wline) sb.Append(wline).Append('\n');
+        if (_driver.ReviveHudLine(p, pd, html: false) is { Length: > 0 } rev) sb.Append(rev).Append('\n');
         sb.Append($"Lvl {pd.Level} ({pd.Xp}/{next})   Prestige {Roman(pd.Prestige)}   {pd.Points} pt   Streak {pd.Streak}\n");
         sb.Append($"HS x{hs:F2}   Out x{md:F2}   In x{mt:F2}   XP x{xp:F2}\n");
         for (int i = 0; i < AbilityCount; i++)
@@ -199,6 +200,7 @@ public sealed partial class OutnumberedPlugin
         string ptsColor = pd.Points > 0 ? "#66ff66" : "#888888";
         var sb = _hudSb; sb.Clear();
         if (_driver.HudStatusLine(pd) is { Length: > 0 } wline) sb.Append($"<font color='#ff5a5a'>{wline}</font><br>");
+        if (_driver.ReviveHudLine(p, pd, html: true) is { Length: > 0 } rev) sb.Append(rev).Append("<br>");
         sb.Append($"<font color='#ffae00'>Lv{pd.Level}</font> {PrestigeHudTag(pd.Prestige, now)}");
         sb.Append($" <font color='{ptsColor}'>{pd.Points} pt</font>");
         sb.Append($" <font color='{streakColor}'>Streak {pd.Streak}</font>");

Outnumbered/Modes.cs

@@ -53,8 +53,9 @@ public interface IMatchDriver
     bool OwnsBotPopulation => false;
     // Drive bot population (called from SyncBots when OwnsBotPopulation): survival sets bot_quota from the wave kill-budget.
     void ManageBots() { }
-    // A human died (victim). Survival: move to spectator + run wipe detection. No-op elsewhere (native DM respawn handles it).
+    // A human died (victim); `attacker` is the killer — a bot in normal PvE combat, null/self for a suicide/fall/world death.
-    void OnHumanDeath(CCSPlayerController victim, PlayerData pd) { }
+    // Survival: run wipe detection + register a Field Medic revive beacon (combat deaths only). No-op elsewhere (native DM respawn).
+    void OnHumanDeath(CCSPlayerController victim, PlayerData pd, CCSPlayerController? attacker) { }
     // A human left mid-run. Survival: bank their accumulated run-XP into the main table before the pd is dropped.
     void OnHumanDisconnect(ulong steamId, PlayerData pd) { }
     // Extra run-scoped stat bonus (survival cards) added on top of Eff() at every stat site via EffRun. 0 in TDM/GG.
@@ -70,6 +71,10 @@ public interface IMatchDriver
     double TeamTakeMult() => 1.0;
     // Optional mode status line for the HUD (survival shows the wave / bots-left line). "" = no line.
     string HudStatusLine(PlayerData pd) => "";
+    // Optional per-player HUD line for the survival Field Medic revive: the locator (arrow + distance to a downed ally),
+    // the channel progress bar while reviving, or the edge warning. html = the center-HTML HUD (font tags) vs plain world
+    // text. "" = nothing to show (no card, no downed ally, or not survival). Only SurvivalDriver overrides it.
+    string ReviveHudLine(CCSPlayerController p, PlayerData pd, bool html) => "";
     // Optional weapon-ladder status line for the shop info panel (Gun Game shows the current rung). null = N/A.
     string? LadderStatusLine(PlayerData pd) => null;
     // Mode-specific block for the local status API (Api.cs), serialized as-is into the payload's "Extra" field.

Outnumbered/Outnumbered.cs

@@ -10,7 +10,7 @@ namespace Outnumbered;
 public sealed partial class OutnumberedPlugin : BasePlugin, IPluginConfig<OutnumberedConfig>
 {
     public override string ModuleName => "Outnumbered";
-    public override string ModuleVersion => "1.0.0-modes";
+    public override string ModuleVersion => "1.0.1-modes";
     public override string ModuleAuthor => "snake";
     public override string ModuleDescription => "Players-vs-bots RPG / perk mod.";
 

Outnumbered/Survival.cs

@@ -49,6 +49,33 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
     private double _teamDealMult = 1.0;
     private double _teamTakeMult = 1.0;
 
+    // ---- Field Medic teammate-revive (card-only: no FieldMedic card => none of this runs) ----
+    private CounterStrikeSharp.API.Modules.Timers.Timer? _reviveTick;  // 0.1s heartbeat: proximity detect + channel progress (finer than the 0.5s WaveTick for a smooth bar/locator)
+    private readonly Dictionary<ulong, DownedInfo> _downed = [];       // downed player's SteamId -> death spot + world beacon (created only while the squad has a medic)
+    private readonly Dictionary<ulong, ChannelState> _channels = [];   // medic's SteamId -> the revive they're currently channeling
+    private readonly HashSet<ulong> _revivedForXpThisWave = [];        // victims already paid a support-XP bounty this wave (one per saved teammate; reset at wave start)
+    private const double ReviveEdgeFrac = 0.82;                        // within this fraction of the radius = fine; beyond it = the amber "about to exit" warn
+
+    // A downed, revivable teammate: the death spot (revive lands them here, next to the reviver) + the world beacon over it.
+    private sealed class DownedInfo
+    {
+        public required Vector Pos { get; init; }
+        public required string Name { get; init; }
+        public bool KilledByBot { get; init; } // combat death (bot kill) vs suicide/fall/world — gates the reviver's XP bounty
+        public CPointWorldText? Beacon;   // field, not property, so WorldText.Destroy(ref ...) can null it
+        public string LastText = "";      // last beacon text pushed (skip redundant SetMessage)
+        public void DestroyBeacon() => WorldText.Destroy(ref Beacon);
+    }
+
+    // One medic's in-progress channel (time-based: progress = (now - StartedAt) / channelSeconds, so it's smooth regardless of tick jitter).
+    private struct ChannelState
+    {
+        public ulong TargetSid;
+        public double StartedAt;
+        public bool NearEdge;    // drifting toward the radius edge -> HUD amber warn
+        public bool WarnedEdge;  // edge warn sound already played this crossing (one-shot)
+    }
+
     // ---- IMatchDriver: identity ----
     public string Id => "survival";
     public IReadOnlyList<string> Maps =>
@@ -87,10 +114,32 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
     public void OnHeadshotDeath(CCSPlayerController victim) { }     // no ladder in survival
 
     // A human died: no team switch (mp_respawn_on_death_ct 0 keeps them dead = auto death-spectate; revived at wave-clear).
-    // Run wipe detection next frame (count after the pawn is actually down).
+    // Field Medic: if the squad has a medic, mark this body revivable — capture the death spot (same corpse-position read the
-    public void OnHumanDeath(CCSPlayerController victim, PlayerData pd)
+    // explode-on-kill card does in the death hook) and drop a beacon so a teammate can channel a mid-wave revive. Then run
+    // wipe detection next frame (count after the pawn is actually down; a downed-awaiting-revive player counts as not-alive,
+    // so an all-down squad still wipes — you can't revive if nobody's up).
+    public void OnHumanDeath(CCSPlayerController victim, PlayerData pd, CCSPlayerController? attacker)
     {
         if (!_runActive) return;
+        // Field Medic: register a revivable beacon, but ONLY for a CT participant (gate on victim.Team==CT, read NOW since
+        // team can change by the deferred frame) — this excludes a bug-2 spectator-park suicide of a mid-run T-joiner, which
+        // would otherwise become a revivable entry that pulls a non-participant onto CT (fail-closed bypass). killedByBot
+        // (captured here) gates the reviver's XP bounty so a suicide/fall can't be farmed. Capture the death spot NOW (a safe
+        // read, like the explode-on-kill card in this Pre hook) but DEFER the beacon ENTITY creation out of the Pre hook.
+        bool killedByBot = OutnumberedPlugin.IsBot(attacker); // PvE: only bots kill humans (FF is off); null/self => not combat
+        if (_phase == WavePhase.Fighting && victim.Team == CsTeam.CounterTerrorist && SquadHasMedic()
+            && !_downed.ContainsKey(pd.SteamId) && victim.PlayerPawn.Value?.AbsOrigin is { } corpse)
+        {
+            var pos = new Vector(corpse.X, corpse.Y, corpse.Z);
+            string name = victim.PlayerName;
+            ulong sid = pd.SteamId;
+            Server.NextFrame(() =>
+            {
+                // re-check the run is live + they didn't disconnect in the death->frame gap (else a ghost beacon wastes a charge)
+                if (_runActive && _phase == WavePhase.Fighting && !_downed.ContainsKey(sid) && ControllerFor(sid) is not null)
+                    _downed[sid] = new DownedInfo { Pos = pos, Name = name, KilledByBot = killedByBot, Beacon = CreateBeacon(pos) };
+            });
+        }
         Server.NextFrame(() =>
         {
             if (_runActive && _phase == WavePhase.Fighting && AliveCtHumans() == 0)
@@ -99,8 +148,13 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
     }
 
     // A human left mid-run: every CLEARED wave's XP is already in their main table (granted at each wave clear), so there's
-    // nothing to bank here — the in-progress (uncleared) wave is forfeited. Just forget the run.
+    // nothing to bank here — the in-progress (uncleared) wave is forfeited. Drop the run + any downed/channel state they own.
-    public void OnHumanDisconnect(ulong steamId, PlayerData pd) => _runs.Remove(steamId);
+    public void OnHumanDisconnect(ulong steamId, PlayerData pd)
+    {
+        _runs.Remove(steamId);
+        _channels.Remove(steamId);                                  // if they were mid-channel as a medic
+        if (_downed.Remove(steamId, out var info)) info.DestroyBeacon(); // if they were the one downed
+    }
 
     // ---- IMatchDriver: cards (EffRun overlay) ----
     // The active run is the snapshot's card source; null outside a run (Snapshot.Cards then null -> Domain reads 0).
@@ -140,11 +194,15 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
         // Server.CurrentTime) SIGSEGVs the server. Only SCHEDULE the heartbeat (AddTimer is safe at Load); it stays
         // gated by _ready until the first map setup arms it. _ready/_mapReadyAt are set in OnMatchReset + OnMapSetup.
         _tick ??= _p.AddTimer(0.5f, WaveTick, TimerFlags.REPEAT);   // the wave state machine heartbeat (also drives bot_quota)
+        _reviveTick ??= _p.AddTimer(0.1f, ReviveTick, TimerFlags.REPEAT); // finer revive-channel heartbeat (proximity + progress)
     }
 
-    // Plugin Unload / hot-reload: kill the heartbeat so it can't leak or double-fire against a torn-down instance
+    // Plugin Unload / hot-reload: kill the heartbeats so they can't leak or double-fire against a torn-down instance
-    // (a fresh driver schedules its own _tick on the next Load). The framework doesn't reliably auto-kill plugin timers.
+    // (a fresh driver schedules its own on the next Load), and destroy any live beacon entities. The framework doesn't
-    public void OnDeactivated() { _tick?.Kill(); _tick = null; }
+    // reliably auto-kill plugin timers or our entities.
+    // Also drop _runActive/_phase so any Server.NextFrame closure still queued at teardown (beacon-create / wipe-check) fails
+    // its guard against this discarded instance instead of spawning an orphan beacon a fresh driver never learns about.
+    public void OnDeactivated() { _tick?.Kill(); _tick = null; _reviveTick?.Kill(); _reviveTick = null; _runActive = false; _phase = WavePhase.Idle; ClearRevives(); }
 
     // Called once the map is set up (Driver.SetupMap — covers both normal map start and a hot-reload mid-map), i.e. the
     // server is simulating and engine access is safe. This is what actually arms the wave machine.
@@ -156,7 +214,7 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
 
     public void OnMatchReset()
     {
-        _runs.Clear(); ResetTeamBuffs();
+        _runs.Clear(); ResetTeamBuffs(); ClearRevives();
         _phase = WavePhase.Idle; _wave = 0; _killsThisWave = 0; _waveBudget = 0;
         _highestWaveCleared = 0; _runActive = false; _runEnded = false; _phaseUntil = 0;
         _ready = true; // OnMatchReset only runs on a real map start (server up) -> safe to read the clock + arm
@@ -217,6 +275,8 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
         _waveBudget = SurvivalEconomy.WaveBudget(n, humans, cfg);
         _p.LogSurvival($"StartWave {n}: aliveTarget={AliveForWave(n)} budget={_waveBudget} curBots={BotCount()} humans={humans}");
         _p.CloseAllShops(); // nobody frozen in a menu when the wave starts
+        RefreshMedicCharges(); // Field Medic revives refresh each wave (scaled by the medic's card level)
+        _revivedForXpThisWave.Clear(); // support-XP bounties reset per wave (one per saved teammate)
         UpdateBotQuota();
         Server.PrintToChatAll($" {ChatColors.Red}[Survival] WAVE {n}/{cfg.WaveCount} {ChatColors.Default}— {ChatColors.LightYellow}{_waveBudget}{ChatColors.Default} hostiles inbound. Hold the line!");
     }
@@ -250,6 +310,7 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
         _phase = WavePhase.Break; _phaseUntil = Server.CurrentTime + cfg.WaveBreakSeconds;
         UpdateBotQuota();   // Break -> cull the field for the break (steady pool, no kick)
         ReviveDead();
+        ClearRevives();     // the wave is over: ReviveDead brought back the downed (non-hardcore); in hardcore they're out. Either way the beacons/channels go.
         GrantCards();
         Server.PrintToChatAll($" {ChatColors.Green}[Survival] Wave {_wave} cleared! {ChatColors.Default}{cfg.WaveBreakSeconds:0}s to prep — the draft pops up ({ChatColors.Gold}X{ChatColors.Default}/crouch to close).");
         _p.AddTimer(0.75f, _p.OpenDraftForAll); // auto-pop the card overlay once the revive-spawns have settled
@@ -260,13 +321,242 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
         _p.LogSurvival($"EndRun: {reason} (win={win}, highestWaveCleared={_highestWaveCleared}, wave={_wave}, kills={_killsThisWave}/{_waveBudget})");
         // Per-wave XP was already granted into the main table at each ClearWave; an in-progress (uncleared) wave is
         // forfeited. So there's nothing to bank at run-end — just drop the runs.
-        _runs.Clear();
+        _runs.Clear(); ClearRevives();
         _runActive = false; _runEnded = true; _phase = WavePhase.Idle; _wave = 0;
         UpdateBotQuota(); // quota 0
         Server.PrintToChatAll($" {(win ? ChatColors.Gold : ChatColors.Red)}[Survival] {ChatColors.Default}{reason} (reached wave {_highestWaveCleared}).");
         _p.TriggerMapEnd(win ? "Survival: VICTORY" : "Survival: run over");
     }
 
+    // ---- Field Medic teammate-revive: the proximity channel machine ----
+    // Card-only: a downed teammate drops a world beacon; a medic (someone who drafted FieldMedic) who stands within
+    // ReviveRadius channels a revive over a level-scaled time — no keypress, proximity IS the input. Runs on the 0.1s
+    // _reviveTick so the bar/locator are smooth. All downed/beacon state is torn down at wave clear / run end / reset.
+    private readonly List<ulong> _channelReap = []; // reusable scratch for pruning stale channels (avoids a per-tick Keys alloc)
+    private const int BarCells = 10;                // progress-bar width in glyph cells
+    private const float BeaconRise = 45f;           // how far above the death spot the beacon floats
+    private const double MetersDivisor = 40.0;      // units -> "m" for the locator readout (~player height per metre)
+
+    // The medic's FieldMedic card level (picks); 0 = not a medic.
+    private static int MedicLevel(SurvivalRun run) => run.Cards.GetValueOrDefault(CardKeys.FieldMedic);
+
+    // Anyone in the run drafted Field Medic? Gates beacon creation so a no-medic squad gets no useless "down" markers.
+    private bool SquadHasMedic()
+    {
+        foreach (var run in _runs.Values) if (MedicLevel(run) > 0) return true;
+        return false;
+    }
+
+    // Refresh every medic's per-wave revive charges from their card level (called at StartWave; use-them-or-lose-them).
+    private void RefreshMedicCharges()
+    {
+        foreach (var run in _runs.Values)
+            run.ReviveCharges = SurvivalEconomy.ReviveChargesForWave(MedicLevel(run), _p.Config.Survival);
+    }
+
+    // Tear down ALL downed/channel state + destroy every beacon entity (wave clear, run end, match reset, hot-reload).
+    private void ClearRevives()
+    {
+        foreach (var info in _downed.Values) info.DestroyBeacon();
+        _downed.Clear();
+        _channels.Clear();
+    }
+
+    private CPointWorldText? CreateBeacon(Vector pos)
+    {
+        // A world-ANCHORED panel (unlike the eye-relative HUD/shop panels) — squad-visible (no CheckTransmit hiding). The
+        // orientation is refreshed each tick in RefreshBeacons to face the nearest teammate.
+        var ent = WorldText.Create(48f, 0.35f, _p.Config.Hud.FontName,
+            System.Drawing.Color.FromArgb(255, 255, 80, 80), drawBackground: true, border: 0.15f,
+            PointWorldTextJustifyHorizontal_t.POINT_WORLD_TEXT_JUSTIFY_HORIZONTAL_CENTER);
+        if (ent is not null) WorldText.Place(ent, new Vector(pos.X, pos.Y, pos.Z + BeaconRise), new QAngle(0, 0, 90));
+        return ent;
+    }
+
+    // 0.1s heartbeat: advance every alive medic's proximity channel, then keep the beacons oriented + labelled.
+    private void ReviveTick()
+    {
+        if (!_ready) return;
+        if (!_runActive || _phase != WavePhase.Fighting || _downed.Count == 0)
+        {
+            if (_channels.Count > 0) _channels.Clear(); // no active reviving outside a fighting wave with downed players
+            return;
+        }
+        double now = Server.CurrentTime;
+        foreach (var medic in CtHumans())
+            if (medic.PawnIsAlive) ProcessMedic(medic, now);
+        PruneChannels();
+        RefreshBeacons();
+    }
+
+    // One medic's channel step: nearest downed teammate in range -> (re)start / advance / complete the channel, or drop it.
+    private void ProcessMedic(CCSPlayerController medic, double now)
+    {
+        var pd = _p.PdOf(medic);
+        if (pd is null) return;
+        var pawn = medic.PlayerPawn.Value;
+        if (!_runs.TryGetValue(pd.SteamId, out var run) || run.ReviveCharges <= 0 || MedicLevel(run) <= 0
+            || pawn?.AbsOrigin is not { } mpos)
+        { _channels.Remove(pd.SteamId); return; }
+
+        double radius = _p.Config.Survival.ReviveRadius, r2 = radius * radius;
+        var (best, bestD2) = NearestDowned(mpos, pd.SteamId);
+        if (best == 0 || bestD2 > r2) { _channels.Remove(pd.SteamId); return; } // nobody in range -> the channel drops
+
+        if (!_channels.TryGetValue(pd.SteamId, out var ch) || ch.TargetSid != best)
+            ch = new ChannelState { TargetSid = best, StartedAt = now };  // new target -> restart the channel
+        ch.NearEdge = bestD2 > r2 * ReviveEdgeFrac * ReviveEdgeFrac;
+        if (ch.NearEdge && !ch.WarnedEdge) { _p.PlayReviveWarn(medic); ch.WarnedEdge = true; } // one-shot edge beep
+        else if (!ch.NearEdge) ch.WarnedEdge = false;
+        _channels[pd.SteamId] = ch;
+
+        double dur = SurvivalEconomy.ReviveChannelSeconds(MedicLevel(run), _p.Config.Survival);
+        if (dur <= 0 || now - ch.StartedAt >= dur) CompleteRevive(medic, pd, run, best);
+    }
+
+    private void CompleteRevive(CCSPlayerController medic, PlayerData medicPd, SurvivalRun run, ulong targetSid)
+    {
+        _channels.Remove(medicPd.SteamId);
+        if (!_downed.Remove(targetSid, out var info)) return; // someone else revived them this tick -> don't spend a charge
+        run.ReviveCharges--;
+        double hpPct = SurvivalEconomy.ReviveHpFraction(MedicLevel(run), _p.Config.Survival);
+        var target = ControllerFor(targetSid);
+        // Land them on the REVIVER's spot (guaranteed-walkable ground the medic is standing on), not the raw death spot —
+        // which could be a hazard/kill-volume that would just re-drop and re-kill them, burning charges for nothing.
+        var landing = medic.PlayerPawn.Value?.AbsOrigin is { } mo ? new Vector(mo.X, mo.Y, mo.Z) : info.Pos;
+        _p.ReviveDownedAt(target, landing, hpPct);                      // respawn + teleport beside the reviver + set HP
+        info.DestroyBeacon();
+        _p.PlayReviveComplete(medic);
+        // Support-XP: a FLAT bounty (NOT routed through WaveXp, so it never rides the x24 wave multiplier), and ONLY for a
+        // genuine COMBAT death, ONCE per saved teammate per wave — rewards saving allies, not a death<->revive farm loop.
+        if (info.KilledByBot && _revivedForXpThisWave.Add(targetSid)) _p.GrantReviveXp(medicPd, medic);
+        string tname = target?.PlayerName ?? info.Name;
+        Server.PrintToChatAll($" {ChatColors.Green}[Survival] {ChatColors.Lime}{medic.PlayerName} {ChatColors.Default}revived {ChatColors.Lime}{tname}{ChatColors.Default}!");
+        _p.LogSurvival($"revive: {medic.PlayerName} -> {tname} @ {hpPct:P0} ({run.ReviveCharges} charge(s) left)");
+    }
+
+    // Drop channel state for medics who died / disconnected since the last tick (so a dead medic's channel can't keep a
+    // beacon falsely reading "reviving"). ProcessMedic already drops channels for out-of-range / out-of-charge medics.
+    private void PruneChannels()
+    {
+        if (_channels.Count == 0) return;
+        _channelReap.Clear();
+        foreach (var sid in _channels.Keys)
+        {
+            var c = ControllerFor(sid);
+            if (c is null || !c.PawnIsAlive) _channelReap.Add(sid);
+        }
+        foreach (var sid in _channelReap) _channels.Remove(sid);
+    }
+
+    // Keep each beacon facing the nearest teammate (mirrors the HUD's face-the-viewer angle convention) + reflect whether
+    // it's actively being revived. Beacons are shared entities, so they can only face ONE viewer — the nearest is the bet.
+    private void RefreshBeacons()
+    {
+        foreach (var kv in _downed)
+        {
+            var info = kv.Value;
+            if (info.Beacon is not { IsValid: true } b) continue;
+            var top = new Vector(info.Pos.X, info.Pos.Y, info.Pos.Z + BeaconRise);
+            // face the nearest teammate — the +270 convention is single-sourced in WorldText.FacePointAngle.
+            if (NearestAliveHuman(info.Pos)?.PlayerPawn.Value?.AbsOrigin is { } vp)
+                WorldText.Place(b, top, WorldText.FacePointAngle(top, vp));
+            string txt = ChannelTargets(kv.Key) ? $"⚕ {info.Name} — reviving…" : $"⚕ {info.Name}";
+            if (info.LastText != txt) { WorldText.SetText(b, txt); info.LastText = txt; }
+        }
+    }
+
+    private bool ChannelTargets(ulong downedSid)
+    {
+        foreach (var c in _channels.Values) if (c.TargetSid == downedSid) return true;
+        return false;
+    }
+
+    // The per-player HUD line (IMatchDriver): channel bar while reviving, edge warn while drifting, else the locator to the
+    // nearest downed teammate. "" for non-medics / no downed / out of charges. html = center-HTML (font tags) vs world text.
+    public string ReviveHudLine(CCSPlayerController p, PlayerData pd, bool html)
+    {
+        if (!_runActive || _phase != WavePhase.Fighting || _downed.Count == 0) return "";
+        if (!_runs.TryGetValue(pd.SteamId, out var run) || MedicLevel(run) <= 0) return ""; // not a medic
+
+        // channeling right now -> the bar (or the edge warning)
+        if (_channels.TryGetValue(pd.SteamId, out var ch) && _downed.TryGetValue(ch.TargetSid, out var tgt))
+        {
+            if (ch.NearEdge) return WarnLine(html);
+            double dur = SurvivalEconomy.ReviveChannelSeconds(MedicLevel(run), _p.Config.Survival);
+            double prog = dur <= 0 ? 1.0 : Math.Clamp((Server.CurrentTime - ch.StartedAt) / dur, 0.0, 1.0);
+            return BarLine(tgt.Name, prog, html);
+        }
+        if (run.ReviveCharges <= 0) return ""; // no charges left this wave -> nothing to prompt
+
+        // otherwise: locate the nearest downed teammate (arrow + distance)
+        if (p.PlayerPawn.Value is not { } pawn || pawn.AbsOrigin is not { } mpos) return "";
+        var (best, bestD2) = NearestDowned(mpos, pd.SteamId);
+        if (best == 0) return "";
+        var info = _downed[best];
+        int meters = SurvivalEconomy.LocatorMeters(Math.Sqrt(bestD2), MetersDivisor);
+        return LocatorLine(info.Name, CompassArrow(pawn, info.Pos), meters, html);
+    }
+
+    private static string BarLine(string name, double prog, bool html)
+    {
+        int filled = (int)Math.Round(Math.Clamp(prog, 0.0, 1.0) * BarCells);
+        string bar = new string('█', filled) + new string('░', BarCells - filled); // █ / ░
+        int pct = (int)Math.Round(prog * 100);
+        return html
+            ? $"<font color='#7dff7d'>⚕ Reviving {Esc(name)} {bar} {pct}%</font>"
+            : $"⚕ Reviving {name} {bar} {pct}%";
+    }
+
+    private static string WarnLine(bool html) =>
+        html ? "<font color='#ffb000'>⚠ hold position — revive slipping</font>"
+             : "⚠ hold position — revive slipping";
+
+    private static string LocatorLine(string name, string arrow, int meters, bool html) =>
+        html ? $"<font color='#66ddff'>⚕ {Esc(name)} down {arrow} {meters}m</font>"
+             : $"⚕ {name} down {arrow} {meters}m";
+
+    // 8-way compass arrow from the medic's view toward a target. The bearing->sector math is pure + golden-tested in
+    // SurvivalEconomy.ArrowIndex; this wrapper only computes the live bearing from the pawn. (If left/right read mirrored
+    // in-engine, negate the (bearing - viewYaw) term.)
+    private static string CompassArrow(CCSPlayerPawn pawn, Vector target)
+    {
+        var o = pawn.AbsOrigin;
+        if (o is null) return "";
+        double bearing = Math.Atan2(target.Y - o.Y, target.X - o.X) * 180.0 / Math.PI;
+        string[] arrows = { "↑", "↖", "←", "↙", "↓", "↘", "→", "↗" }; // ↑ ↖ ← ↙ ↓ ↘ → ↗
+        return arrows[SurvivalEconomy.ArrowIndex(bearing - pawn.EyeAngles.Y)];
+    }
+
+    private static double Dist2(Vector a, Vector b) { double dx = a.X - b.X, dy = a.Y - b.Y, dz = a.Z - b.Z; return dx * dx + dy * dy + dz * dz; }
+
+    // Nearest downed teammate to `pos` (excluding `exceptSid` — you can't revive yourself); (0, +inf) if none.
+    // Shared by the channel machine (ProcessMedic) and the HUD locator so the "closest body" pick can't drift between them.
+    private (ulong sid, double dist2) NearestDowned(Vector pos, ulong exceptSid)
+    {
+        ulong best = 0; double bestD2 = double.MaxValue;
+        foreach (var kv in _downed)
+        {
+            if (kv.Key == exceptSid) continue;
+            double d2 = Dist2(pos, kv.Value.Pos);
+            if (d2 < bestD2) { bestD2 = d2; best = kv.Key; }
+        }
+        return (best, bestD2);
+    }
+    private static string Esc(string s) => s.Replace("&", "&amp;").Replace("<", "&lt;").Replace(">", "&gt;");
+
+    private static CCSPlayerController? NearestAliveHuman(Vector pos)
+    {
+        CCSPlayerController? best = null; double bestD2 = double.MaxValue;
+        foreach (var h in CtHumans())
+            if (h.PawnIsAlive && h.PlayerPawn.Value?.AbsOrigin is { } o)
+            {
+                double d2 = Dist2(pos, new Vector(o.X, o.Y, o.Z));
+                if (d2 < bestD2) { bestD2 = d2; best = h; }
+            }
+        return best;
+    }
+
     // ---- bots: vanilla, count-throttled via bot_quota ----
     public void ManageBots()
     {
@@ -450,6 +740,12 @@ public sealed class SurvivalDriver : IMatchDriver, IDraftDriver
             var cfg = _p.Config.Survival;
             return $"{cfg.BurnDamagePerSecond:0} HP/s for {cfg.BurnDurationSeconds:0}s";
         }
+        // Field Medic scales off the Revive* knobs (charges/wave, channel time, revive HP%), not the card PerPick.
+        if (key == CardKeys.FieldMedic)
+        {
+            var cfg = _p.Config.Survival;
+            return $"revive allies · {SurvivalEconomy.ReviveChargesForWave(lvl, cfg)}/wave · {SurvivalEconomy.ReviveChannelSeconds(lvl, cfg):0.0}s · {SurvivalEconomy.ReviveHpFraction(lvl, cfg) * 100:0}% HP";
+        }
         // Everything else: the data-driven Detail template ({0} = level x PerPick). Empty -> stat card -> Now/Next % panel.
         return string.IsNullOrEmpty(def.Detail) ? null : string.Format(def.Detail, add);
     }
@@ -550,24 +846,46 @@ public sealed partial class OutnumberedPlugin
         p?.PrintToChat($" {ChatColors.Gold}[Survival] Wave {wave} XP: {ChatColors.Lime}+{lump:n0} {ChatColors.Default}(x{SurvivalEconomy.WaveMult(wave, cfg):F1}).");
     }
 
-    // Revive a downed survivor at the configured HP% (used between waves). mp_respawn_on_death_ct 0 keeps them down,
+    // Shared revive core: respawn a dead CT ally, then (deferred, slot+SteamID-pinned so a within-frame slot-reuse can't hit
-    // so this is a manual Respawn; they're still on CT (never moved to spectator), so no team churn.
+    // the wrong player) optionally teleport them + set HP to hpPct of their max. mp_respawn_on_death_ct 0 keeps them down, so
-    internal void ReviveSurvivor(CCSPlayerController p)
+    // Respawn is manual. CT-only by construction (a non-CT target is refused, not force-switched) so a stray non-participant
+    // entry can never be pulled onto CT. The two revive flavors below own only their guard/pct/teleport specifics.
+    private void ReviveAt(CCSPlayerController p, double hpPct, Vector? teleportTo)
     {
         if (p is not { IsValid: true } || p.IsBot || p.PawnIsAlive || p.Team != CsTeam.CounterTerrorist) return;
         if (p.AuthorizedSteamID?.SteamId64 is not { } sid) return;
-        double pct = Config.Survival.ReviveHpPercent;
+        var dest = teleportTo is { } t ? new Vector(t.X, t.Y, t.Z) : null;
         p.Respawn();
-        // Defer through the seam: re-resolve by slot + pin SteamID so a within-frame slot-reuse can't revive a different player.
         NextFrameForSlot(p.Slot, sid, pl =>
         {
-            var pd = PdOf(pl); if (pd is null) return;
+            var pd = PdOf(pl); var pawn = pl.PlayerPawn.Value;
+            if (pd is null || pawn is null) return;
+            if (dest is not null) pawn.Teleport(dest, null, new Vector(0, 0, 0));
             ApplyMaxHpArmor(pl, pd);
-            var pawn = pl.PlayerPawn.Value;
+            PawnWriter.SetHealth(pawn, Math.Max(1, (int)(MaxHpOf(pd) * hpPct)));
-            if (pawn is not null) PawnWriter.SetHealth(pawn, Math.Max(1, (int)(MaxHpOf(pd) * pct)));
         }, requireAlive: true);
     }
 
+    // The automatic wave-clear revive: respawn in place (at a spawn point), configured HP%.
+    internal void ReviveSurvivor(CCSPlayerController p) => ReviveAt(p, Config.Survival.ReviveHpPercent, null);
+
+    // The Field Medic teammate-revive: respawn + teleport beside the reviver at a medic-scaled HP%. No-op if the target left.
+    internal void ReviveDownedAt(CCSPlayerController? p, Vector pos, double hpPct)
+    {
+        if (p is not null) ReviveAt(p, hpPct, pos);
+    }
+
+    // A FLAT support-XP bounty for a Field Medic revive: straight into the main table (NOT the per-wave accumulator, so it
+    // never rides the wave multiplier), prestige/handicap excluded — a fixed reward for saving a teammate, not a farm.
+    internal void GrantReviveXp(PlayerData pd, CCSPlayerController medic)
+    {
+        long lump = (long)Config.Survival.ReviveXp;
+        if (lump > 0) AddConvertedXp(pd, lump, medic);
+    }
+
+    internal void PlayReviveComplete(CCSPlayerController p) => PlaySound(p, Config.Sounds.ReviveComplete);
+    internal void PlayReviveWarn(CCSPlayerController p) => PlaySound(p, Config.Sounds.ReviveWarn);
+
     // A survival Max-HP / Max-Armor card just took effect: raise the live cap and top current HP/armor up by the card's
     // bonus ONLY — never a full heal (a full heal on any pick would erase the 50% revive penalty and reset the squad to
     // full HP every wave). Other cards never touch current HP/armor.

Outnumbered/SurvivalRun.cs

@@ -9,6 +9,7 @@ public sealed class SurvivalRun(Func<string, Config.SurvivalCardDef?> cardDef) :
     private readonly Func<string, Config.SurvivalCardDef?> _cardDef = cardDef;
     public double WaveXp { get; set; }                     // raw combat XP banked THIS wave (granted + reset at wave clear; forfeited on a wipe/leave mid-wave)
     public int RunPoints { get; set; }                    // unspent draft picks
+    public int ReviveCharges { get; set; }                // Field Medic teammate-revives left THIS wave (refreshed at wave start from the medic-card level)
     public Dictionary<string, int> Cards { get; } = []; // card key -> times picked (get-only: the ref is fixed, the contents mutate)
     public List<string> DrawnThisBreak { get; set; } = []; // the current offered draw (stable across reopen within a break)