From 9ad0c23decbfecf4c2a0b39b8f79e67cd43ba1f0 Mon Sep 17 00:00:00 2001
From: Jon Rasmussen <144543309+jonrack77@users.noreply.github.com>
Date: Wed, 19 Nov 2025 10:58:15 -0800
Subject: [PATCH 1/5] Remove debug slider and keep inertia code-configurable

---
 Script.js  | 114 ++++++++++++++++++++++++++++-------------------------
 index.html |  53 +++----------------------
 2 files changed, 66 insertions(+), 101 deletions(-)

diff --git a/Script.js b/Script.js
index b274203..505debf 100644
--- a/Script.js
+++ b/Script.js
@@ -231,19 +231,23 @@ function angleOf(id){
 /* ///////////// Section 5 — Simulator Core (IIFE) ///////////// */
 (function(){
   /* ///////////// Section 5.A Rated constants (RATED) ///////////// */
-  const RATED = {
-    KV_LL: 13.8,            // kV line-line nominal
-    MVA:   25,              // MVA rating
-    MW:    23.5,            // continuous MW
-    MVAR_LAG_MAX: 15.5,     // +Q
-    MVAR_LEAD_MAX: 19.4,    // -Q
-    AMPS:  1046.9           // at 13.8kV
-  };
-
-  /* ///////////// Section 5.B State object (state) + exposure ///////////// */
-const state = {
-  Master_Started:false,
-  AVR_On:false,
+  const RATED = {
+    KV_LL: 13.8,            // kV line-line nominal
+    MVA:   25,              // MVA rating
+    MW:    23.5,            // continuous MW
+    MVAR_LAG_MAX: 15.5,     // +Q
+    MVAR_LEAD_MAX: 19.4,    // -Q
+    AMPS:  1046.9           // at 13.8kV
+  };
+
+  // Inertia: higher values slow both acceleration and deceleration when off-grid.
+  // Tune by changing the numeric constant below—no UI controls adjust this value.
+  const INERTIA_TIME_CONST_S = 1.5;
+
+  /* ///////////// Section 5.B State object (state) + exposure ///////////// */
+const state = {
+  Master_Started:false,
+  AVR_On:false,
   Sync_On:false,
 
   // Latches TRUE when 52G closes; does NOT auto-unlatch on open
@@ -261,17 +265,18 @@ const state = {
   SyncCheck_Perm_Var:false,
 
   // Bus references
-  Bus_Freq_Hz:60,
-  Bus_Voltage_kV:13.8,
-
-  // Voltage model
-  Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
-  Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
-
-  // Power model
-  MW:0,
-  MVAR:0,
-  AMPS:0,
+  Bus_Freq_Hz:60,
+  Bus_Voltage_kV:13.8,
+
+  // Voltage model
+  Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
+  Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
+
+  // Governor/gate dynamics
+  // Power model
+  MW:0,
+  MVAR:0,
+  AMPS:0,
   PF:0
 };
 try{ window.SimState = state; }catch(_){}
@@ -302,12 +307,8 @@ const FREQ_GATE_THRESH_PCT = 20;   // gate % breakpoint for frequency
 const FREQ_GATE_LOW_HZ_PER_PCT = 3;    // Hz per % gate below threshold
 const FREQ_GATE_HIGH_HZ_PER_PCT = 0.375; // Hz per % gate above threshold
 const FREQ_GATE_HIGH_INTERCEPT_HZ = 52.5; // offset for high range
-const FREQ_DECEL_HZ_S = 3;   // fixed fall rate (Hz/s) when raw < current
-const FREQ_DECEL_SLOW_THRESH_HZ = 20; // Hz threshold to slow decel
-const FREQ_DECEL_SLOW_HZ_S = FREQ_DECEL_HZ_S / .25; // half-rate below threshold
-
-// AVR line-drop compensation (disabled if 0)
-const AVR_LDC_PU = 0.00;
+// AVR line-drop compensation (disabled if 0)
+const AVR_LDC_PU = 0.00;
 
 // Power mapping: physical gate needed for ~0 MW when paralleled
 const NO_LOAD_GATE_PCT = 20;    // set near your sync gate (e.g., 18–20)
@@ -866,29 +867,36 @@ function updatePhysics(){
     if (state['41_Brk_Var']) handleAction('41_OPEN');
   }
 
-  /// Frequency (single-owner slew): on-grid=60; off-grid rises follow gate; falls decay at fixed rate
-  {
-    const onGrid = !!state['52G_Brk_Var'];
-     let raw;
-    if (onGrid) {
-      raw = 60;
-    } else {
-      const gate = state.Gate_Pos_Var;
-      raw = (gate <= FREQ_GATE_THRESH_PCT)
-        ? FREQ_GATE_LOW_HZ_PER_PCT * gate
-        : (FREQ_GATE_HIGH_HZ_PER_PCT * gate + FREQ_GATE_HIGH_INTERCEPT_HZ);
-    }
-    const curr   = +state.Gen_Freq_Var || 0;
-    const dt_s   = Math.max(0, dt) / 1000;
-
-    const decelRate = (curr > FREQ_DECEL_SLOW_THRESH_HZ)
-      ? FREQ_DECEL_HZ_S
-      : FREQ_DECEL_SLOW_HZ_S;
-
-    const next   = (raw >= curr) ? raw : Math.max(raw, curr - decelRate * dt_s);
-
-    state.Gen_Freq_Var = clamp(next, 0, 94);
-    state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
+  /// Frequency (single-owner slew): on-grid=60; off-grid ramps toward gate-implied speed using inertia
+  {
+    const onGrid = !!state['52G_Brk_Var'];
+     let raw;
+    if (onGrid) {
+      raw = 60;
+    } else {
+      const gate = state.Gate_Pos_Var;
+      raw = (gate <= FREQ_GATE_THRESH_PCT)
+        ? FREQ_GATE_LOW_HZ_PER_PCT * gate
+        : (FREQ_GATE_HIGH_HZ_PER_PCT * gate + FREQ_GATE_HIGH_INTERCEPT_HZ);
+    }
+    const curr   = +state.Gen_Freq_Var || 0;
+    const dt_s   = Math.max(0, dt) / 1000;
+
+    let next;
+    if (onGrid) {
+      next = raw;
+    } else {
+      const inertia = INERTIA_TIME_CONST_S;
+      const step    = (raw - curr) * (dt_s / inertia);
+      next = curr + step;
+      // Avoid overshoot when the step would cross the target
+      if (Math.sign(raw - curr) !== Math.sign(raw - next)) {
+        next = raw;
+      }
+    }
+
+    state.Gen_Freq_Var = clamp(next, 0, 94);
+    state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
 
     // Log major stopping events based on frequency thresholds
     if (!state['52G_Brk_Var'] && state.Master_Started && curr > state.Gen_Freq_Var) {
diff --git a/index.html b/index.html
index d6e7ca3..65b096f 100644
--- a/index.html
+++ b/index.html
@@ -98,12 +98,6 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
   <rect width="100%" height="100%" filter="url(#metalNoise)"/>
   <rect width="100%" height="100%" fill="url(#edgeVignette)"/>
 </svg>
-<!DOCTYPE html>
-<html lang="en">
-<head>
-    
-</head>
-<body>
 <div id="sim-wrap"><svg
    width="16.25in"
    height="8.125in"
@@ -10994,7 +10988,7 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
            rx="5.0661173"
            ry="5.1065636" /></g></g></g></svg></div>
 <footer>Suggestions? Contact me: <a href="mailto:GenSyncScope@gmail.com">GenSyncScope@gmail.com</a></footer>
-<script src="script.js"></script>
+<script src="Script.js"></script>
 
 <script>
 (function(){
@@ -11005,7 +10999,7 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
 
     var css = `#DebugDock{ position:absolute; right:-310px; top:6px;
       width:2.9in; height:7.75in;
-      display:grid; grid-template-columns: 1fr 18px; gap:8px;
+      display:grid; grid-template-columns: 1fr; gap:8px;
       background:#161a20; border:1px solid #6b7280; border-radius:10px;
       padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;
     }
@@ -11017,51 +11011,16 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
       padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;
       scrollbar-width:none; white-space:pre-wrap;
     }
-    #Debug_Log::-webkit-scrollbar{ width:0; height:0; }
-    #Debug_Slider{
-      grid-column:2/3; grid-row:1;
-      width:23px; height:100%;
-      appearance:slider-vertical; -webkit-appearance:slider-vertical;
-      writing-mode:bt-lr; background:transparent; margin:0;
-    }
-    #Debug_Slider::-webkit-slider-runnable-track{
-      width:18px; height:100%; background:#2b2f36;
-      border:1px solid #6b7280; border-radius:10px;
-    }
-    #Debug_Slider::-webkit-slider-thumb{
-      -webkit-appearance:none; width:14px; height:14px; border-radius:50%;
-      background:#0ea5e9; border:1px solid #0b0f14; margin-top:-2px;
-    }
-    #Debug_Slider::-moz-range-track{
-      width:18px; height:100%; background:#2b2f36;
-      border:1px solid #6b7280; border-radius:10px;
-    }
-    #Debug_Slider::-moz-range-thumb{
-      width:14px; height:14px; border-radius:50%;
-      background:#0ea5e9; border:1px solid #0b0f14;
-    }`;
+    #Debug_Log::-webkit-scrollbar{ width:0; height:0; }`;
     var style = document.createElement('style'); style.textContent = css; document.head.appendChild(style);
 
     var dock = document.createElement('div');
     dock.id = 'DebugDock';
-    dock.innerHTML = '<div id="Debug_Log" spellcheck="false"></div>' +
-                     '<input id="Debug_Slider" type="range" min="0" max="100" value="0">';
+    dock.innerHTML = '<div id="Debug_Log" spellcheck="false"></div>';
     var _wrap = document.getElementById("sim-wrap");
     (_wrap ? _wrap : document.body).appendChild(dock);
 
     var area = dock.querySelector('#Debug_Log');
-    var slider = dock.querySelector('#Debug_Slider');
-
-    function syncFromSlider(){
-      var max = area.scrollHeight - area.clientHeight;
-      area.scrollTop = max * (1 - slider.value/100); // 0=bottom, 100=top
-    }
-    function syncFromArea(){
-      var max = area.scrollHeight - area.clientHeight;
-      slider.value = max > 0 ? (1 - (area.scrollTop/max))*100 : 100;
-    }
-    slider.addEventListener('input', syncFromSlider, {passive:true});
-    area.addEventListener('scroll', syncFromArea, {passive:true});
 
     function hookLog(){
       if (window.__DebugDockHooked__) return true;
@@ -11071,7 +11030,7 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
           try{ orig.call(this, m); } finally {
             var max = area.scrollHeight - area.clientHeight;
             var atBottom = area.scrollTop >= (max - 4);
-            if (atBottom){ area.scrollTop = area.scrollHeight; slider.value = 0; }
+            if (atBottom){ area.scrollTop = area.scrollHeight; }
           }
         };
         window.__DebugDockHooked__ = true;
@@ -11082,8 +11041,6 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
     if (!hookLog()){
       var tries = 0, iv = setInterval(function(){ tries++; if (hookLog() || tries > 40) clearInterval(iv); }, 250);
     }
-
-    requestAnimationFrame(syncFromArea);
   }
 
   if (document.readyState === 'loading') document.addEventListener('DOMContentLoaded', install, {once:true});

From 4022e77e8e4d6a56f84220c3f6be718b141ab055 Mon Sep 17 00:00:00 2001
From: Jon Rasmussen <144543309+jonrack77@users.noreply.github.com>
Date: Wed, 19 Nov 2025 11:06:36 -0800
Subject: [PATCH 2/5] Fix debug log CSS block

---
 index.html | 30 +++++++++++++++---------------
 1 file changed, 15 insertions(+), 15 deletions(-)

diff --git a/index.html b/index.html
index 65b096f..d65fbbf 100644
--- a/index.html
+++ b/index.html
@@ -10997,21 +10997,21 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
 
     try{ var oldBtn = document.getElementById('debugBtn'); if (oldBtn) oldBtn.style.display = 'none'; }catch(_){}
 
-    var css = `#DebugDock{ position:absolute; right:-310px; top:6px;
-      width:2.9in; height:7.75in;
-      display:grid; grid-template-columns: 1fr; gap:8px;
-      background:#161a20; border:1px solid #6b7280; border-radius:10px;
-      padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;
-    }
-    #Debug_Log{
-      grid-column:1/2; grid-row:1;
-      width:95%; height:98%; resize:none; overflow:auto;
-      background:#f5f5f5; color:#000000;
-      border:1px solid #6b7280; border-radius:6px;
-      padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;
-      scrollbar-width:none; white-space:pre-wrap;
-    }
-    #Debug_Log::-webkit-scrollbar{ width:0; height:0; }`;
+      var css = `#DebugDock{ position:absolute; right:-310px; top:6px;
+        width:2.9in; height:7.75in;
+        display:grid; grid-template-columns: 1fr; gap:8px;
+        background:#161a20; border:1px solid #6b7280; border-radius:10px;
+        padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;
+      }
+      #Debug_Log{
+        grid-column:1/2; grid-row:1;
+        width:95%; height:98%; resize:none; overflow:auto;
+        background:#f5f5f5; color:#000000;
+        border:1px solid #6b7280; border-radius:6px;
+        padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;
+        scrollbar-width:none; white-space:pre-wrap;
+      }
+      #Debug_Log::-webkit-scrollbar{ width:0; height:0; }`;
     var style = document.createElement('style'); style.textContent = css; document.head.appendChild(style);
 
     var dock = document.createElement('div');

From d8a0176655ef413cf9e5c6178d83c0b4b2487180 Mon Sep 17 00:00:00 2001
From: Jon Rasmussen <144543309+jonrack77@users.noreply.github.com>
Date: Wed, 19 Nov 2025 11:17:18 -0800
Subject: [PATCH 3/5] Resolve merge artifacts in simulator core

---
 Script.js | 3778 ++++++++++++++++++++++++++---------------------------
 1 file changed, 1889 insertions(+), 1889 deletions(-)

diff --git a/Script.js b/Script.js
index 505debf..d83bf4f 100644
--- a/Script.js
+++ b/Script.js
@@ -1,236 +1,236 @@
-/* ///////////// TABLE OF CONTENTS /////////////
-  Section 1 — File Header & Overview
-    1.A Feature summary banner
-
-  Section 2 — Debug Harness
-    2.A __setDebugWindow
-    2.B logDebug
-
-  Section 3 — Utilities
-    3.A clamp / lerp / normAngleRad / deg2rad / rad2deg
-
-  Section 4 — Switch Drag/Rotate Wiring (hit zones)
-    4.A Config & globals (switches, sensitivity, knobStates)
-    4.B Per-switch wiring & event handlers (setAngle/onMove/onUp)
-    4.C angleOf helper
-
-  Section 5 — Simulator Core (IIFE)
-    5.A Rated constants (RATED)
-    5.B State object (state) + exposure
-    5.C Gate setpoint variable (Gate_Setpoint)
-    5.D Master start/stop ramps (gateRamp/stopRamp) & kV ramp (kvRamp)
-    5.E Voltage slew params (KV_* constants)
-    5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles)
-    5.G setFlag86
-    5.H handleAction (all operator actions)
-    5.I watchAngles
-    5.J updateGateSet (Knob_65)
-    5.K updateVoltageSet (Knob_90)
-    5.L updateSyncCheck (sync permissive)
-    5.M updatePhysics (governor/AVR/power)
-    5.N slewGenKV (kV tracker)
-    5.O Syncroscope & Lamps
-        5.O.1 SYNC struct
-        5.O.2 parseRotateCenter
-        5.O.3 initSyncUI
-        5.O.4 updateSyncScopeAndLamps
-    5.P Glow helpers (setGlow / setGlowWhite)
-    5.Q updateGlows
-    5.R updateGateGauge
-    5.S Hz needle binding (IIFE)
-    5.T updateKVgauge
-    5.U fmtNoLeadingZeros
-    5.V updateDigitals
-    5.W Main tick loop (requestAnimationFrame)
-    5.X Oscilloscope (Bus & Gen waveforms)
-
-  Section 6 — RPM Text Binding (IIFE)
-/////////////////////////////////////////// */
-
-/* ///////////// Section 1 — File Header & Overview ///////////// */
-/* ///////////// Section 1.A Feature summary banner ///////////// */
-/* Sim_8.js
-   Complete build with:
-   - Switch drag wiring
-   - Start/Stop ramps + 86G trip/reset w/ flag color
-   - Gate nudge (Knob_65)
-   - Speed permissive
-   - Sync-check permissive (±3% V, ±0.15 Hz, <10°)
-   - Gen kV model + gauge (GenVolts_Rotation: 36°=0, 180°=13, 324°=15)
-   - Manual voltage (Knob_90); AVR only acts after 52G closes
-   - Digital readouts: Value_MW / Value_AMPS / Value_MVAR / Value_PowerFactor
-   - Hz needle + RPM text
-   - Status/permissive glows
-   - Syncroscope needle (SyncScope_Rotation) and TWO sync lamps
-     Lamps brightness ∝ |Vg∠θg − Vb∠θb|; both lamps identical behavior
-*/
-
-/* ///////////// Section 2 — Debug Harness ///////////// */
-/* ///////////// Section 2.A __setDebugWindow ///////////// */
-let __DEBUG_WIN = null;
-function __setDebugWindow(win){ __DEBUG_WIN = win; }
-
-/* ///////////// Section 2.B logDebug ///////////// */
-function logDebug(message){
-  try {
-    const msg = String(message);
-    try { console.log(msg); } catch(_) {}
-    const el = document.getElementById('Debug_Log');
-    if (el){
-      const line = document.createElement('div');
-      line.textContent = msg;
-      const lower = msg.toLowerCase();
-      let color;
-      if (lower.includes('trip')){
-        if (lower.includes('cleared') || lower.includes('reset') || lower.includes('false') || lower.includes('inactive') || lower.includes('normal')){
-          color = '#006400';
-        } else {
-          color = 'red';
-        }
-      } else if (lower.includes('overspeed')) {
-        color = 'red';
-      } else if (lower.includes('alarm') || lower.includes('active') || lower.includes('inactive') || lower.includes('abnormal') || lower.includes('normal')){
-        if (lower.includes('inactive') || (lower.includes('normal') && !lower.includes('abnormal')) || lower.includes('false') || lower.includes('cleared')){
-          color = '#006400';
-        } else {
-          color = '#b8860b';
-        }
-      }
-      if (color) line.style.color = color;
-      el.appendChild(line);
-      // Always scroll to the bottom so newest messages are visible
-      // even when the log overflows the viewable area
-      try { el.scrollTop = el.scrollHeight; } catch (_) {}
-    }
-    if(__DEBUG_WIN && !__DEBUG_WIN.closed){
-      __DEBUG_WIN.postMessage(msg, '*');
-    }
-  } catch(_) {}
-}
-
-/* ///////////// Section 3 — Utilities ///////////// */
-/* ///////////// Section 3.A clamp / lerp / normAngleRad / deg2rad / rad2deg ///////////// */
-function clamp(v, lo, hi){ return Math.max(lo, Math.min(hi, v)); }
-function lerp(a,b,t){ return a + (b - a) * t; }
-function normAngleRad(a){
-  // normalize to (-π, +π]
-  a = ((a + Math.PI) % (2*Math.PI) + 2*Math.PI) % (2*Math.PI) - Math.PI;
-  return a;
-}
-function deg2rad(d){ return d * Math.PI / 180; }
-function rad2deg(r){ return r * 180 / Math.PI; }
-
-/* ///////////// Section 4 — Switch Drag/Rotate Wiring (hit zones) ///////////// */
-/* ///////////// Section 4.A Config & globals (switches, sensitivity, knobStates) ///////////// */
-const switches = [
-  { parentId:'52G_Switch',   knobId:'Knob_52G',   upperHitId:'Hit_52G_Upper',   lowerHitId:'Hit_52G_Lower',   type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'41_Switch',    knobId:'Knob_41',    upperHitId:'Hit_41_Upper',    lowerHitId:'Hit_41_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'86G_Switch',   knobId:'Knob_86G',   upperHitId:'Hit_86G_Upper',   lowerHitId:'Hit_86G_Lower',   type:'latching',  minAngle:-45, maxAngle:0  },
-  { parentId:'AVR_Switch',   knobId:'Knob_AVR',   upperHitId:'Hit_AVR_Upper',   lowerHitId:'Hit_AVR_Lower',   type:'latching',  minAngle:-45, maxAngle:45 },
-  { parentId:'Sync_Switch',  knobId:'Knob_Sync',  upperHitId:'Hit_Sync_Upper',  lowerHitId:'Hit_Sync_Lower',  type:'latching',  minAngle:-45, maxAngle:45 },
-  { parentId:'Master_Switch',knobId:'Knob_Master',upperHitId:'Hit_Master_Upper',lowerHitId:'Hit_Master_Lower',type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'65_Switch',    knobId:'Knob_65',    upperHitId:'Hit_65_Upper',    lowerHitId:'Hit_65_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'90_Switch',    knobId:'Knob_90',    upperHitId:'Hit_90_Upper',    lowerHitId:'Hit_90_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-];
-const sensitivity = 0.5; // deg per px
-const knobStates = {};
-
-/* ///////////// Section 4.B Per-switch wiring & event handlers (setAngle/onMove/onUp) ///////////// */
-switches.forEach(cfg => {
-  const svg  = document.getElementById(cfg.parentId);
-  const knob = document.getElementById(cfg.knobId);
-  const hitU = document.getElementById(cfg.upperHitId);
-  const hitL = document.getElementById(cfg.lowerHitId);
-  if (!svg || !knob || !hitU || !hitL) return;
-
-  const bb = svg.getBBox();
-  const cx = bb.x + bb.width/2;
-  const cy = bb.y + bb.height/2;
-
-  // AVR knob starts at -45° (OFF); Sync knob at -45°; others at 0°
-  const initAngle =
-    (cfg.knobId === 'Knob_AVR') ? -45 :
-    (cfg.knobId === 'Knob_Sync') ? -45 : 0;
-
-  knobStates[cfg.knobId] = {
-    isDragging:false, startX:0, currentAngle:initAngle,
-    centerX:cx, centerY:cy, minAngle:cfg.minAngle, maxAngle:cfg.maxAngle, type:cfg.type
-  };
-
-  // Apply initial visual angle
-  knob.setAttribute('transform', `rotate(${initAngle} ${cx} ${cy})`);
-
-  function setAngle(knobId, ang){
-    knobStates[knobId].currentAngle = ang;
-    knob.setAttribute('transform', `rotate(${ang} ${cx} ${cy})`);
-  }
-
-  hitU.addEventListener('mousedown', (e)=>{
-    e.preventDefault();
-    knobStates[cfg.knobId].isDragging = true;
-    knobStates[cfg.knobId].startX = e.clientX;
-    document.addEventListener('mousemove', onMoveU);
-    document.addEventListener('mouseup', onUp);
-  });
-  function onMoveU(e){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    const dx = e.clientX - knobStates[cfg.knobId].startX;
-    const ang = clamp(dx * sensitivity, cfg.minAngle, cfg.maxAngle);
-    setAngle(cfg.knobId, ang);
-  }
-
-  hitL.addEventListener('mousedown', (e)=>{
-    e.preventDefault();
-    knobStates[cfg.knobId].isDragging = true;
-    knobStates[cfg.knobId].startX = e.clientX;
-    document.addEventListener('mousemove', onMoveL);
-    document.addEventListener('mouseup', onUp);
-  });
-  function onMoveL(e){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    const dx = e.clientX - knobStates[cfg.knobId].startX;
-    const ang = clamp(-dx * sensitivity, cfg.minAngle, cfg.maxAngle);
-    setAngle(cfg.knobId, ang);
-  }
-
-  function onUp(){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    knobStates[cfg.knobId].isDragging = false;
-
-    // Momentary returns to defined angle (default 0);
-    // Latching snaps to nearest extreme
-    if (cfg.type === 'momentary') {
-      const returnAngle = (knobStates[cfg.knobId].momentaryReturnAngle != null)
-        ? knobStates[cfg.knobId].momentaryReturnAngle
-        : 0;
-      setAngle(cfg.knobId, returnAngle);
-    } else {
-      const curr = knobStates[cfg.knobId].currentAngle;
-      const mid = (cfg.minAngle + cfg.maxAngle) / 2;
-      setAngle(cfg.knobId, curr >= mid ? cfg.maxAngle : cfg.minAngle);
-    }
-
-    document.removeEventListener('mousemove', onMoveU);
-    document.removeEventListener('mousemove', onMoveL);
-    document.removeEventListener('mouseup', onUp);
-  }
-});
-
-/* ///////////// Section 4.C angleOf helper ///////////// */
-function angleOf(id){
-  try{
-    if (knobStates[id] && typeof knobStates[id].currentAngle === 'number') return knobStates[id].currentAngle;
-  }catch(_){}
-  const el = document.getElementById(id);
-  if(!el) return 0;
-  const t = el.getAttribute('transform') || '';
-  const m = t.match(/rotate\(([-\d.]+)/);
-  return m ? parseFloat(m[1]) : 0;
-}
-
-/* ///////////// Section 5 — Simulator Core (IIFE) ///////////// */
-(function(){
-  /* ///////////// Section 5.A Rated constants (RATED) ///////////// */
+/* ///////////// TABLE OF CONTENTS /////////////
+  Section 1 — File Header & Overview
+    1.A Feature summary banner
+
+  Section 2 — Debug Harness
+    2.A __setDebugWindow
+    2.B logDebug
+
+  Section 3 — Utilities
+    3.A clamp / lerp / normAngleRad / deg2rad / rad2deg
+
+  Section 4 — Switch Drag/Rotate Wiring (hit zones)
+    4.A Config & globals (switches, sensitivity, knobStates)
+    4.B Per-switch wiring & event handlers (setAngle/onMove/onUp)
+    4.C angleOf helper
+
+  Section 5 — Simulator Core (IIFE)
+    5.A Rated constants (RATED)
+    5.B State object (state) + exposure
+    5.C Gate setpoint variable (Gate_Setpoint)
+    5.D Master start/stop ramps (gateRamp/stopRamp) & kV ramp (kvRamp)
+    5.E Voltage slew params (KV_* constants)
+    5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles)
+    5.G setFlag86
+    5.H handleAction (all operator actions)
+    5.I watchAngles
+    5.J updateGateSet (Knob_65)
+    5.K updateVoltageSet (Knob_90)
+    5.L updateSyncCheck (sync permissive)
+    5.M updatePhysics (governor/AVR/power)
+    5.N slewGenKV (kV tracker)
+    5.O Syncroscope & Lamps
+        5.O.1 SYNC struct
+        5.O.2 parseRotateCenter
+        5.O.3 initSyncUI
+        5.O.4 updateSyncScopeAndLamps
+    5.P Glow helpers (setGlow / setGlowWhite)
+    5.Q updateGlows
+    5.R updateGateGauge
+    5.S Hz needle binding (IIFE)
+    5.T updateKVgauge
+    5.U fmtNoLeadingZeros
+    5.V updateDigitals
+    5.W Main tick loop (requestAnimationFrame)
+    5.X Oscilloscope (Bus & Gen waveforms)
+
+  Section 6 — RPM Text Binding (IIFE)
+/////////////////////////////////////////// */
+
+/* ///////////// Section 1 — File Header & Overview ///////////// */
+/* ///////////// Section 1.A Feature summary banner ///////////// */
+/* Sim_8.js
+   Complete build with:
+   - Switch drag wiring
+   - Start/Stop ramps + 86G trip/reset w/ flag color
+   - Gate nudge (Knob_65)
+   - Speed permissive
+   - Sync-check permissive (±3% V, ±0.15 Hz, <10°)
+   - Gen kV model + gauge (GenVolts_Rotation: 36°=0, 180°=13, 324°=15)
+   - Manual voltage (Knob_90); AVR only acts after 52G closes
+   - Digital readouts: Value_MW / Value_AMPS / Value_MVAR / Value_PowerFactor
+   - Hz needle + RPM text
+   - Status/permissive glows
+   - Syncroscope needle (SyncScope_Rotation) and TWO sync lamps
+     Lamps brightness ∝ |Vg∠θg − Vb∠θb|; both lamps identical behavior
+*/
+
+/* ///////////// Section 2 — Debug Harness ///////////// */
+/* ///////////// Section 2.A __setDebugWindow ///////////// */
+let __DEBUG_WIN = null;
+function __setDebugWindow(win){ __DEBUG_WIN = win; }
+
+/* ///////////// Section 2.B logDebug ///////////// */
+function logDebug(message){
+  try {
+    const msg = String(message);
+    try { console.log(msg); } catch(_) {}
+    const el = document.getElementById('Debug_Log');
+    if (el){
+      const line = document.createElement('div');
+      line.textContent = msg;
+      const lower = msg.toLowerCase();
+      let color;
+      if (lower.includes('trip')){
+        if (lower.includes('cleared') || lower.includes('reset') || lower.includes('false') || lower.includes('inactive') || lower.includes('normal')){
+          color = '#006400';
+        } else {
+          color = 'red';
+        }
+      } else if (lower.includes('overspeed')) {
+        color = 'red';
+      } else if (lower.includes('alarm') || lower.includes('active') || lower.includes('inactive') || lower.includes('abnormal') || lower.includes('normal')){
+        if (lower.includes('inactive') || (lower.includes('normal') && !lower.includes('abnormal')) || lower.includes('false') || lower.includes('cleared')){
+          color = '#006400';
+        } else {
+          color = '#b8860b';
+        }
+      }
+      if (color) line.style.color = color;
+      el.appendChild(line);
+      // Always scroll to the bottom so newest messages are visible
+      // even when the log overflows the viewable area
+      try { el.scrollTop = el.scrollHeight; } catch (_) {}
+    }
+    if(__DEBUG_WIN && !__DEBUG_WIN.closed){
+      __DEBUG_WIN.postMessage(msg, '*');
+    }
+  } catch(_) {}
+}
+
+/* ///////////// Section 3 — Utilities ///////////// */
+/* ///////////// Section 3.A clamp / lerp / normAngleRad / deg2rad / rad2deg ///////////// */
+function clamp(v, lo, hi){ return Math.max(lo, Math.min(hi, v)); }
+function lerp(a,b,t){ return a + (b - a) * t; }
+function normAngleRad(a){
+  // normalize to (-π, +π]
+  a = ((a + Math.PI) % (2*Math.PI) + 2*Math.PI) % (2*Math.PI) - Math.PI;
+  return a;
+}
+function deg2rad(d){ return d * Math.PI / 180; }
+function rad2deg(r){ return r * 180 / Math.PI; }
+
+/* ///////////// Section 4 — Switch Drag/Rotate Wiring (hit zones) ///////////// */
+/* ///////////// Section 4.A Config & globals (switches, sensitivity, knobStates) ///////////// */
+const switches = [
+  { parentId:'52G_Switch',   knobId:'Knob_52G',   upperHitId:'Hit_52G_Upper',   lowerHitId:'Hit_52G_Lower',   type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'41_Switch',    knobId:'Knob_41',    upperHitId:'Hit_41_Upper',    lowerHitId:'Hit_41_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'86G_Switch',   knobId:'Knob_86G',   upperHitId:'Hit_86G_Upper',   lowerHitId:'Hit_86G_Lower',   type:'latching',  minAngle:-45, maxAngle:0  },
+  { parentId:'AVR_Switch',   knobId:'Knob_AVR',   upperHitId:'Hit_AVR_Upper',   lowerHitId:'Hit_AVR_Lower',   type:'latching',  minAngle:-45, maxAngle:45 },
+  { parentId:'Sync_Switch',  knobId:'Knob_Sync',  upperHitId:'Hit_Sync_Upper',  lowerHitId:'Hit_Sync_Lower',  type:'latching',  minAngle:-45, maxAngle:45 },
+  { parentId:'Master_Switch',knobId:'Knob_Master',upperHitId:'Hit_Master_Upper',lowerHitId:'Hit_Master_Lower',type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'65_Switch',    knobId:'Knob_65',    upperHitId:'Hit_65_Upper',    lowerHitId:'Hit_65_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'90_Switch',    knobId:'Knob_90',    upperHitId:'Hit_90_Upper',    lowerHitId:'Hit_90_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+];
+const sensitivity = 0.5; // deg per px
+const knobStates = {};
+
+/* ///////////// Section 4.B Per-switch wiring & event handlers (setAngle/onMove/onUp) ///////////// */
+switches.forEach(cfg => {
+  const svg  = document.getElementById(cfg.parentId);
+  const knob = document.getElementById(cfg.knobId);
+  const hitU = document.getElementById(cfg.upperHitId);
+  const hitL = document.getElementById(cfg.lowerHitId);
+  if (!svg || !knob || !hitU || !hitL) return;
+
+  const bb = svg.getBBox();
+  const cx = bb.x + bb.width/2;
+  const cy = bb.y + bb.height/2;
+
+  // AVR knob starts at -45° (OFF); Sync knob at -45°; others at 0°
+  const initAngle =
+    (cfg.knobId === 'Knob_AVR') ? -45 :
+    (cfg.knobId === 'Knob_Sync') ? -45 : 0;
+
+  knobStates[cfg.knobId] = {
+    isDragging:false, startX:0, currentAngle:initAngle,
+    centerX:cx, centerY:cy, minAngle:cfg.minAngle, maxAngle:cfg.maxAngle, type:cfg.type
+  };
+
+  // Apply initial visual angle
+  knob.setAttribute('transform', `rotate(${initAngle} ${cx} ${cy})`);
+
+  function setAngle(knobId, ang){
+    knobStates[knobId].currentAngle = ang;
+    knob.setAttribute('transform', `rotate(${ang} ${cx} ${cy})`);
+  }
+
+  hitU.addEventListener('mousedown', (e)=>{
+    e.preventDefault();
+    knobStates[cfg.knobId].isDragging = true;
+    knobStates[cfg.knobId].startX = e.clientX;
+    document.addEventListener('mousemove', onMoveU);
+    document.addEventListener('mouseup', onUp);
+  });
+  function onMoveU(e){
+    if(!knobStates[cfg.knobId].isDragging) return;
+    const dx = e.clientX - knobStates[cfg.knobId].startX;
+    const ang = clamp(dx * sensitivity, cfg.minAngle, cfg.maxAngle);
+    setAngle(cfg.knobId, ang);
+  }
+
+  hitL.addEventListener('mousedown', (e)=>{
+    e.preventDefault();
+    knobStates[cfg.knobId].isDragging = true;
+    knobStates[cfg.knobId].startX = e.clientX;
+    document.addEventListener('mousemove', onMoveL);
+    document.addEventListener('mouseup', onUp);
+  });
+  function onMoveL(e){
+    if(!knobStates[cfg.knobId].isDragging) return;
+    const dx = e.clientX - knobStates[cfg.knobId].startX;
+    const ang = clamp(-dx * sensitivity, cfg.minAngle, cfg.maxAngle);
+    setAngle(cfg.knobId, ang);
+  }
+
+  function onUp(){
+    if(!knobStates[cfg.knobId].isDragging) return;
+    knobStates[cfg.knobId].isDragging = false;
+
+    // Momentary returns to defined angle (default 0);
+    // Latching snaps to nearest extreme
+    if (cfg.type === 'momentary') {
+      const returnAngle = (knobStates[cfg.knobId].momentaryReturnAngle != null)
+        ? knobStates[cfg.knobId].momentaryReturnAngle
+        : 0;
+      setAngle(cfg.knobId, returnAngle);
+    } else {
+      const curr = knobStates[cfg.knobId].currentAngle;
+      const mid = (cfg.minAngle + cfg.maxAngle) / 2;
+      setAngle(cfg.knobId, curr >= mid ? cfg.maxAngle : cfg.minAngle);
+    }
+
+    document.removeEventListener('mousemove', onMoveU);
+    document.removeEventListener('mousemove', onMoveL);
+    document.removeEventListener('mouseup', onUp);
+  }
+});
+
+/* ///////////// Section 4.C angleOf helper ///////////// */
+function angleOf(id){
+  try{
+    if (knobStates[id] && typeof knobStates[id].currentAngle === 'number') return knobStates[id].currentAngle;
+  }catch(_){}
+  const el = document.getElementById(id);
+  if(!el) return 0;
+  const t = el.getAttribute('transform') || '';
+  const m = t.match(/rotate\(([-\d.]+)/);
+  return m ? parseFloat(m[1]) : 0;
+}
+
+/* ///////////// Section 5 — Simulator Core (IIFE) ///////////// */
+(function(){
+  /* ///////////// Section 5.A Rated constants (RATED) ///////////// */
   const RATED = {
     KV_LL: 13.8,            // kV line-line nominal
     MVA:   25,              // MVA rating
@@ -245,1663 +245,1663 @@ function angleOf(id){
   const INERTIA_TIME_CONST_S = 1.5;
 
   /* ///////////// Section 5.B State object (state) + exposure ///////////// */
-const state = {
-  Master_Started:false,
-  AVR_On:false,
-  Sync_On:false,
-
-  // Latches TRUE when 52G closes; does NOT auto-unlatch on open
-  GeneratorOnline:false,
-
-  '41_Brk_Var':false,     // field breaker
-  '52G_Brk_Var':false,    // gen breaker (FALSE=open, TRUE=closed)
-  '86G_Trip_Var':false,
-
-  Gate_Pos_Var:0,         // %
-  Gen_Freq_Var:0,         // Hz
-  Gen_RPM_Var:0,          // calc
-
-  Speed_Perm_Var:false,
-  SyncCheck_Perm_Var:false,
-
-  // Bus references
-  Bus_Freq_Hz:60,
-  Bus_Voltage_kV:13.8,
-
-  // Voltage model
-  Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
-  Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
-
-  // Governor/gate dynamics
-  // Power model
-  MW:0,
-  MVAR:0,
-  AMPS:0,
-  PF:0
-};
-try{ window.SimState = state; }catch(_){}
-
-
-  /* ///////////// Section 5.C Gate setpoint variable (Gate_Setpoint) ///////////// */
-  let Gate_Setpoint = 0;
-
-  /* ///////////// Section 5.D Master start/stop ramps (gateRamp/stopRamp) ///////////// */
-  const gateRamp = { active:false, from:0, to:19.67, dur:3000, t0:0 };
-  const stopRamp = { active:false, from:0, to:0,     dur:0,    t0:0 }; // ramp-to-zero on STOP
-
-  // Shutdown ramp durations (ms)
-  // Normal: Master STOP; Trip: protective trip or 86G lockout
-  const STOP_RAMP_NORMAL_MS = 2000;
-  const STOP_RAMP_TRIP_MS   = 500;
-  const KV_RAMP_MS          = 3000;
-
-  const kvRamp  = { active:false, from:0, to:0,     dur:KV_RAMP_MS, t0:0 }; // kV ramp on field breaker
-
- /* ///////////// Section 5.E Voltage slew params (KV_* constants) ///////////// */
-const KV_SLEW_MANUAL = 2;     // kV/s tracking rate to SP (manual)
-const KV_SLEW_AUTO   = 1.2;   // kV/s when AVR is acting
-const KV_MIN = 0.0, KV_MAX = 16.0;
-
-/* Frequency tuning (single-mode) */
-const FREQ_GATE_THRESH_PCT = 20;   // gate % breakpoint for frequency
-const FREQ_GATE_LOW_HZ_PER_PCT = 3;    // Hz per % gate below threshold
-const FREQ_GATE_HIGH_HZ_PER_PCT = 0.375; // Hz per % gate above threshold
-const FREQ_GATE_HIGH_INTERCEPT_HZ = 52.5; // offset for high range
-// AVR line-drop compensation (disabled if 0)
-const AVR_LDC_PU = 0.00;
-
-// Power mapping: physical gate needed for ~0 MW when paralleled
-const NO_LOAD_GATE_PCT = 20;    // set near your sync gate (e.g., 18–20)
-const REV_PWR_LIMIT_MW = -5;  // cap reverse power (negative)
-
-// Manual-close PF/MW targets (used when AVR is OFF, at 52G close)
-const CLOSE_REV_PWR_TARGET_MW = -0.01;
-const CLOSE_PF_TARGET         = -0.95;
-
-// Small manual kV bias at close (optional)
-const MANUAL_CLOSE_V_BIAS_KV  = 12.5;
-
-// kV droop in manual mode at full load (approx)
-const MANUAL_KV_DROOP         = 0.4;
-
-// Reactive gain shaping (keeps vars small near zero load)
-const Q_GAIN_MIN     = 2.0;     // MVAR per kV near zero-load
-const Q_GAIN_MAX     = 30.0;    // MVAR per kV at high load
-const Q_GAIN_SHAPE_N = 1.0;     // 1=linear
-
-// ---------- Loss Of Excitation (41 OPEN while 52G CLOSED) tunables ----------
-const LOE_REV_PWR_MW       = -0.4;  // small reverse MW on field loss
-const LOE_Q_IMPORT_MVAR    = 15.0;  // inductive vars imported on field loss (+ = lagging)
-const LOE_SETTLE_MS        = 250;   // time constant to settle MW/Q to targets
-
-
-
-
-
-
-
-
-  /* ///////////// Section 5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles) ///////////// */
-const THRESH = { up:20, down:-20 };
-const WATCH = [
-  { knobIds:['Knob_Master'], upper:'MASTER_START', lower:'MASTER_STOP' },
-  { knobIds:['Knob_AVR'],    upper:'AVR_ON',       lower:'AVR_OFF'    },
-  { knobIds:['Knob_Sync'],   upper:'SYNC_ON',      lower:'SYNC_OFF'   },
-  { knobIds:['Knob_41'],     upper:'41_CLOSE',     lower:'41_OPEN'    },
-  { knobIds:['Knob_52G'],    upper:'52G_CLOSE',    lower:'52G_OPEN'   },
-  { knobIds:['Knob_86G','Knob_86'], special:'86G' },
-];
-const prevAngles = Object.create(null);
-
-/* ///////////// Section 5.G setFlag86  ///////////// */
-function setFlag86(){
-  try{
-    const el = document.getElementById('Flag_86G');
-    if (!el) return;
-
-    const k = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-    const angle = (k && typeof k.currentAngle === 'number') ? k.currentAngle : 0;
-
-    // < -44° = dark orange; > -1° = default color
-    el.style.fill = (angle < -44) ? '#CD5A00' : '';
-  }catch(_){}
-}
-
- /* ///////////// Section 5.H handleAction (all operator actions) ///////////// */
-function handleAction(tag){
-  switch(tag){
-    /* ---- Syncroscope switch ---- */
-    case 'SYNC_ON':
-      if (!state.Sync_On){ state.Sync_On = true; try { logDebug('SYNCROSCOPE: ON'); } catch(_){} }
-      break;
-    case 'SYNC_OFF':
-      if (state.Sync_On){ state.Sync_On = false; try { logDebug('SYNCROSCOPE: OFF'); } catch(_){} }
-      break;
-
-    /* ---- AVR switch ---- */
-    case 'AVR_ON':
-      if (!state.AVR_On){
-        state.AVR_On = true;
-        try {
-          const sp = (+state.Gen_kV_SP || 0).toFixed(2);
-          const kv = (+state.Gen_kV_Var || 0).toFixed(2);
-          logDebug(`AVR: AUTO (SP: ${sp} kV, V: ${kv} kV)`);
-        } catch(_){}
-      }
-      break;
-    case 'AVR_OFF':
-      if (state.AVR_On){
-        state.AVR_On = false;
-        try {
-          const sp = (+state.Gen_kV_SP || 0).toFixed(2);
-          const kv = (+state.Gen_kV_Var || 0).toFixed(2);
-          logDebug(`AVR: MANUAL (SP: ${sp} kV, V: ${kv} kV)`);
-        } catch(_){}
-      }
-      break;
-
-    /* ---- Master ---- */
-    case 'MASTER_START': {
-      // 86G knob permissive + not tripped
-      const k86   = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-      const ang86 = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
-      if (ang86 <= -1){ try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){ } break; }
-      if (state['86G_Trip_Var']){ try{ logDebug('Master: BLOCKED (86G: Trip)'); }catch(_){ } break; }
-
-      // prevent double staging
-      if (state.__prestartBusy) break;
-      state.__prestartBusy = true;
-      if (!Array.isArray(state.__prestartTimers)) state.__prestartTimers = [];
-      const T  = state.__prestartTimers;
-      const at = (ms, fn) => T.push(setTimeout(fn, ms));
-
-      try{ logDebug('Master: START'); }catch(_){}
-
-      // +1.0s — permissives
-      at(1000, () => {
-        const perm52 = !state['52G_Brk_Var'];
-        if (perm52) try{ logDebug('52G Permissive OK'); }catch(_){}
-        const k86s   = knobStates?.['Knob_86G'];
-        const ang86s = (k86s && typeof k86s.currentAngle === 'number') ? k86s.currentAngle : 0;
-        if (ang86s > -1) try{ logDebug('86G Permissive OK'); }catch(_){}
-      });
-
-      // +2.0s — lift pump
-      at(2000, () => { try{ logDebug('Lift Pump On'); }catch(_){}; });
-
-      // +4.0s — pressure ok
-      at(4000, () => { try{ logDebug('Lift Pump Pressure OK'); }catch(_){}; });
-
-      // +5.0s — brakes release
-      at(5000, () => { try{ logDebug('Brakes Released'); }catch(_){}; });
-
-      // +5.1s — handoff to normal start
-      at(5100, () => {
-        const k86f = knobStates?.['Knob_86G'];
-        const ang86f = (k86f && typeof k86f.currentAngle === 'number') ? k86f.currentAngle : 0;
-        const ok86   = (ang86f > -1) && !state['86G_Trip_Var'];
-        if (!ok86){ state.__prestartBusy = false; return; }
-
-        if (!state.Master_Started){
-          state.Master_Started = true;
-          stopRamp.active = false;
-          gateRamp.active = true;
-          gateRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-          gateRamp.to   = 19.67;
-          gateRamp.dur  = 3000;
-          gateRamp.t0   = performance.now();
-        }
-
-        state.__prestartBusy = false;
-        while (T.length) clearTimeout(T.pop());
-      });
-
-      break;
-    }
-
-    case 'MASTER_STOP': {
-      try{ logDebug('Master: STOP'); }catch(_){}
-      // cancel any staged start sequence
-      state.__prestartBusy = false;
-      if (Array.isArray(state.__prestartTimers)) {
-        while (state.__prestartTimers.length) clearTimeout(state.__prestartTimers.pop());
-      }
-      // start STOP ramp
-      gateRamp.active = false;
-      stopRamp.active = true;
-      stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-      stopRamp.to   = 0;
-      stopRamp.dur  = STOP_RAMP_NORMAL_MS;
-      stopRamp.t0   = performance.now();
-      break;
-    }
-
-    /* ---- 41 Field breaker ---- */
-    case '41_CLOSE':
-      if(!state['41_Brk_Var']){
-        if (state.Speed_Perm_Var){
-          state['41_Brk_Var'] = true;
-          try{ logDebug('Field Breaker: CLOSED'); }catch(_){}
-          if (state['52G_Brk_Var'] && state.AVR_On){
-            state.Gen_kV_SP  = 13.8;
-          } else {
-            state.Gen_kV_SP  = 13.34;
-          }
-          kvRamp.active = true;
-          kvRamp.from = state.Gen_kV_Var;
-          kvRamp.to   = state.Gen_kV_SP;
-          kvRamp.dur  = KV_RAMP_MS;
-          kvRamp.t0   = performance.now();
-        } else {
-          try{ logDebug('41: BLOCKED'); }catch(_){}
-        }
-      }
-      break;
-
-    case '41_OPEN':
-      if(state['41_Brk_Var']){
-        state['41_Brk_Var'] = false;
-        try{ logDebug('Field Breaker: OPEN'); }catch(_){}
-        kvRamp.active = true;
-        kvRamp.from = state.Gen_kV_Var;
-        kvRamp.to   = 0;
-        kvRamp.dur  = KV_RAMP_MS;
-        kvRamp.t0   = performance.now();
-      }
-      break;
-
-    /* ---- 52G Generator breaker ---- */
-    case '52G_CLOSE':
-      if(!state['52G_Brk_Var']){
-        if (state.SyncCheck_Perm_Var){
-          state['52G_Brk_Var'] = true;
-          try{ logDebug('52G: CLOSED'); }catch(_){}
-
-          // Latch "online" (no auto-unlatch)
-          if (!state.GeneratorOnline){
-            state.GeneratorOnline = true;
-            try { logDebug('Unit Online'); } catch(_){}
-          }
-
-          // No-load calibration at close
-          (function(){
-            const slope = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));
-            const MWpu  = (CLOSE_REV_PWR_TARGET_MW) / (RATED.MW || 1);
-            const effNeededPct = (MWpu * 100) / slope; // negative for reverse
-            state.NoLoadGateCal = clamp(state.Gate_Pos_Var - effNeededPct, 0, 100);
-          })();
-
-          if (state.AVR_On){
-            state.Gen_kV_SP  = 13.8;
-            state.Gen_kV_Var = state.Gen_kV_SP;
-          } else {
-            // manual bias at close
-            const S    = (RATED.MVA || 1);
-            const pAbs = Math.abs(CLOSE_REV_PWR_TARGET_MW);
-            const qAbs = Math.sqrt(Math.max(0, S*S - pAbs*pAbs));
-            const qTarget = (CLOSE_PF_TARGET < 0 ? -qAbs : qAbs);
-            const qGainClose = Q_GAIN_MIN;
-            let dvBias = (qGainClose > 1e-6) ? (qTarget / qGainClose) : 0;
-            dvBias = clamp(dvBias + MANUAL_CLOSE_V_BIAS_KV, -0.5, 0.5);
-            state.Gen_kV_SP  = Math.max(0, (+state.Gen_kV_SP || 0) + dvBias);
-            state.Gen_kV_Var = state.Gen_kV_SP;
-          }
-        }
-      }
-      break;
-
-    case '52G_OPEN':
-      if(state['52G_Brk_Var']){
-        state['52G_Brk_Var'] = false;
-        delete state.NoLoadGateCal;
-        try{ logDebug('52G: OPEN'); }catch(_){}
-      }
-      break;
-
-    /* ---- 86G Lockout ---- */
-    case '86G_TRIP':
-      if(!state['86G_Trip_Var']){
-        state['86G_Trip_Var'] = true;
-        setFlag86(true);
-        if(state['41_Brk_Var']){ state['41_Brk_Var'] = false; try{ logDebug('Field Breaker: Trip'); }catch(_){} }
-        if(state['52G_Brk_Var']){ state['52G_Brk_Var'] = false; try{ logDebug('Generator Breaker: Trip'); }catch(_){} }
-        gateRamp.active = false;
-        stopRamp.active = true;
-        stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-        stopRamp.to   = 0;
-        stopRamp.dur  = STOP_RAMP_TRIP_MS;
-        stopRamp.t0   = performance.now();
-        try{ logDebug('86G: TRIP'); }catch(_){}
-      }
-      break;
-
-    case '86G_RESET':
-      if(state['86G_Trip_Var']){
-        state['86G_Trip_Var'] = false;
-        setFlag86(false);
-        try{ logDebug('86G: RESET'); }catch(_){}
-      }
-      break;
-  }
-}
-
-
-
-/* ///////////// Section 5.H.1 Enforce 86G Permissive on MASTER_START (add-on) ///////////// */
-
-(function Enforce86GPermOnStart(){
-  const S = window.SimState || window.state || (window.state = {});
-  const _old = window.handleAction;
-
-  function readKnob86Angle(){
-    // preferred: knobStates cache
-    const ks = (window.knobStates && window.knobStates['Knob_86G']) || null;
-    if (ks && typeof ks.currentAngle === 'number') return ks.currentAngle;
-
-    // fallback: parse DOM transform
-    const el = document.getElementById('Knob_86G');
-    if (el){
-      const tr = el.getAttribute('transform') || '';
-      const m = tr.match(/rotate\((-?\d+(?:\.\d+)?)/i);
-      if (m) return parseFloat(m[1]);
-    }
-    return 0; // default safe
-  }
-
-  function get86GPermissive(){
-    const ang = readKnob86Angle();
-    const perm = (ang > -1);     // same threshold used for Glow_Perm_86G
-    S['86G_Perm_Var'] = perm;    // keep a state bit for reuse
-    return perm;
-  }
-
-  window.handleAction = function(tag){
-    if (tag === 'MASTER_START'){
-      // Block if 86G knob not in NORMAL or lockout is tripped
-      const perm86 = get86GPermissive();
-      if (!perm86){
-        try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){}
-        return;
-      }
-      if (S['86G_Trip_Var'] === true){
-        try{ logDebug('Master: BLOCKED (86G Tripped)'); }catch(_){}
-        return;
-      }
-    }
-    return _old ? _old.apply(this, arguments) : undefined;
-  };
-})();
-
-
-/* ///////////// Section 5.H.2 AVR takeover harmonizer (non-invasive) ///////////// */
-(function AVRTakeoverHarmonizer(){
-  if (typeof window === 'undefined') return;
-  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
-  if (!origHandle) return;
-
-  window.handleAction = function(tag){
-    // Pre-transition context
-    const wasAVR = !!(state && state.AVR_On);
-
-    // On enabling AVR, restore previously stored SP or freeze to present kV
-    if (tag === 'AVR_ON' && !wasAVR && state) {
-      if (typeof state.__avrStoredSP === 'number') {
-        state.Gen_kV_SP = clamp(state.__avrStoredSP, KV_MIN, KV_MAX);
-      } else {
-        const kv = +state.Gen_kV_Var || 0;
-        if (typeof clamp === 'function') {
-          state.Gen_kV_SP = clamp(kv, KV_MIN, KV_MAX);
-        } else {
-          state.Gen_kV_SP = Math.min(KV_MAX, Math.max(KV_MIN, kv));
-        }
-      }
-    }
-
-    // On disabling AVR, store SP and freeze setpoint at present kV
-    if (tag === 'AVR_OFF' && wasAVR && state) {
-      state.__avrStoredSP = state.Gen_kV_SP;
-      const kv = Math.max(0, +state.Gen_kV_Var || 0);
-      state.Gen_kV_SP  = kv;  // freeze setpoint to present kV
-      state.Gen_kV_Var = kv;
-      try {
-        const kvStr = kv.toFixed(2);
-        logDebug(`AVR transition to MANUAL: V ${kvStr} kV`);
-      } catch(_){}
-    }
-
-    // Delegate to original action handler
-    return origHandle.call(this, tag);
-  };
-})();
-
-
-
-
-  /* ///////////// Section 5.I watchAngles ///////////// */
-  function watchAngles(){
-    for(const w of WATCH){
-      let ang = null;
-      for(const id of w.knobIds){
-        const a = angleOf(id);
-        if(a !== 0 || document.getElementById(id)){ ang = a; break; }
-      }
-      if(ang === null) continue;
-      const key = w.knobIds[0];
-      const prev = prevAngles[key] ?? ang;
-
-      if (w.special === '86G'){
-  const T = -1; // degrees
-  const hadPrev = Object.prototype.hasOwnProperty.call(prevAngles, key);
-
-  if (!hadPrev){
-    // First run: align state to current knob position
-    if (ang <= T) { handleAction('86G_TRIP'); }
-    else          { handleAction('86G_RESET'); }
-  } else {
-    // Subsequent frames: edge-detect crossings
-    if (prev > T && ang <= T) handleAction('86G_TRIP');
-    if (prev <= T && ang > T) handleAction('86G_RESET');
-  }
-} else {
-  const S = window.SimState || window.state || (window.state = {});
-  if (prev < THRESH.up && ang >= THRESH.up) {
-    if (w.upper === 'MASTER_START' && S.MasterStopMask) {
-      S.MasterStopMask = false;
-    }
-    handleAction(w.upper);
-  }
-  if (prev > THRESH.down && ang <= THRESH.down) {
-    if (w.lower === 'MASTER_STOP' && !S.MasterStopMask) {
-      S.MasterStopMask = true;
-    }
-    handleAction(w.lower);
-  }
-}
-      prevAngles[key] = ang;
-    }
-  }
-
-  /* ///////////// Section 5.J updateGateSet (Knob_65) ///////////// */
-  function updateGateSet(){
-    const NUDGE_THRESH = 20;            // degrees
-    const NUDGE_RATE_OPEN   = 0.125;    // %/s when 52G OPEN
-    const NUDGE_RATE_CLOSED = 10;       // %/s when 52G CLOSED
-    const NUDGE_RATE = state['52G_Brk_Var'] ? NUDGE_RATE_CLOSED : NUDGE_RATE_OPEN;
-
-    const now = performance.now();
-    if (typeof updateGateSet._tPrev !== 'number') updateGateSet._tPrev = now;
-    const dt = Math.min(150, now - updateGateSet._tPrev) / 1000;
-    updateGateSet._tPrev = now;
-
-    const a65 = angleOf('Knob_65') || 0;
-
-    if (a65 >= NUDGE_THRESH){
-  Gate_Setpoint = Math.min(100, Gate_Setpoint + NUDGE_RATE * dt);
-  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
-    updateGateSet._lastLog = Gate_Setpoint;
-  }
-} else if (a65 <= -NUDGE_THRESH){
-  Gate_Setpoint = Math.max(0, Gate_Setpoint - NUDGE_RATE * dt);
-  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
-    updateGateSet._lastLog = Gate_Setpoint;
-      }
-    }
-  }
-
-  /* ///////////// Section 5.K updateVoltageSet (Knob_90) ///////////// */
-function updateVoltageSet(){
-  const TH = 20; // deg threshold
-  const now = performance.now();
-  if (typeof updateVoltageSet._tPrev !== 'number') updateVoltageSet._tPrev = now;
-  const dt = Math.min(150, now - updateVoltageSet._tPrev) / 1000;
-  updateVoltageSet._tPrev = now;
-
-  const a90 = angleOf('Knob_90') || 0;
-  const NU = 0.01;                         // sensitivity
-  const RATE = NU * (KV_MAX - KV_MIN);     // kV/s equivalent
-
-  if (a90 >= TH){
-    state.Gen_kV_SP = state.AVR_On
-      ? clamp(state.Gen_kV_SP + RATE*dt, KV_MIN, KV_MAX)
-      : Math.max(0, state.Gen_kV_SP + RATE*dt);   // no upper limit when AVR OFF
-  } else if (a90 <= -TH){
-    state.Gen_kV_SP = state.AVR_On
-      ? clamp(state.Gen_kV_SP - RATE*dt, KV_MIN, KV_MAX)
-      : Math.max(0, state.Gen_kV_SP - RATE*dt);   // allow down to 0 only
-  }
-}
-
-
-  /* ///////////// Section 5.L updateSyncCheck (sync permissive) ///////////// */
-function updateSyncCheck(){
-  const V_TOL_FRAC = 0.03;  // ±3%
-  const F_TOL_HZ   = 0.15;  // ±0.15 Hz
-  const PHASE_DEG  = 10.0;  // ±10°
-
-  const snap = PhaseTracker.snap;
-  const vb = snap ? snap.vb : (+state.Bus_Voltage_kV || 13.8);
-  const vg = snap ? snap.vg : (+state.Gen_kV_Var    || 0);
-  const fb = snap ? snap.fb : (+state.Bus_Freq_Hz   || 60);
-  const fg = snap ? snap.fg : (+state.Gen_Freq_Var  || 0);
-  const ddeg = snap ? snap.dphiDeg : PhaseTracker.deltaDeg();
-
-  const vOK = Math.abs(vg - vb) <= V_TOL_FRAC * vb;
-  const fOK = Math.abs(fg - fb) <= F_TOL_HZ;
-  const pOK = Math.abs(ddeg)    <= PHASE_DEG;
-
-  const ok = !!(vOK && fOK && pOK);
-  if (ok !== state.SyncCheck_Perm_Var){
-    state.SyncCheck_Perm_Var = ok;
-    
-  }
-}
-
-/* ///////////// Section 5.M updatePhysics (governor/AVR/power)  ///////////// */
-function updatePhysics(){
-  if (!state.Master_Started) {
-    gateRamp.active = false;
-    stopRamp.active = false;
-
-    state.Gen_Freq_Var = 0;
-    state.Gen_RPM_Var  = 0;
-
-    const targetKV = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
-    slewGenKV(targetKV, KV_SLEW_MANUAL);
-
-    if (state.Speed_Perm_Var !== false) {
-      state.Speed_Perm_Var = false;
-    }
-
-    // reset run latch
-    updatePhysics._wasRunning = false;
-
-    state.MW = 0; state.MVAR = 0; state.AMPS = 0; state.PF = 0;
-    return;
-  }
-
-  // Gate setpoint ramps
-  if (gateRamp.active){
-    const p = clamp((performance.now() - gateRamp.t0) / gateRamp.dur, 0, 1);
-    Gate_Setpoint = gateRamp.from + (gateRamp.to - gateRamp.from) * p;
-    if (p >= 1){
-      gateRamp.active = false;
-    }
-  } else if (stopRamp.active){
-    const p = clamp((performance.now() - stopRamp.t0) / stopRamp.dur, 0, 1);
-    Gate_Setpoint = stopRamp.from + (stopRamp.to - stopRamp.from) * p;
-    if (p >= 1){
-      stopRamp.active = false;
-      Gate_Setpoint = 0;
-      // do NOT snap gates/freq or clear Master_Started here
-    }
-  }
-
-  // Governor: actual gate follows setpoint. Rates differ for normal vs. trip shutdowns.
-  const GATE_SLEW = {
-    NORMAL: 6 / 1000, // %/ms (≈20 %/s) — normal shutdown
-    TRIP:   8 / 1000  // %/ms (≈80 %/s) — trip
-  };
-
-  const isTripSlew = !!(
-    state['86G_Trip_Var'] ||
-    state.Trip_32 || state.Trip_40 || state.Trip_27_59 || state.Trip_81
-  );
-  const rate = isTripSlew ? GATE_SLEW.TRIP : GATE_SLEW.NORMAL;
-
-  const now = performance.now();
-  if (typeof updatePhysics._tPrev !== 'number') updatePhysics._tPrev = now;
-  const dt = Math.min(100, now - updatePhysics._tPrev);
-  updatePhysics._tPrev = now;
-
-  const maxStep = rate * dt;
-  const err = Gate_Setpoint - state.Gate_Pos_Var;
-  if (Math.abs(err) > maxStep){
-    state.Gate_Pos_Var += Math.sign(err) * maxStep;
-  } else {
-    state.Gate_Pos_Var = Gate_Setpoint;
-  }
-
-  // During a Master Stop, automatically open breakers once gates fall low
-  if (state.MasterStopMask && state.Gate_Pos_Var <= FREQ_GATE_THRESH_PCT) {
-    if (state['52G_Brk_Var']) handleAction('52G_OPEN');
-    if (state['41_Brk_Var']) handleAction('41_OPEN');
-  }
-
+  const state = {
+    Master_Started:false,
+    AVR_On:false,
+    Sync_On:false,
+
+    // Latches TRUE when 52G closes; does NOT auto-unlatch on open
+    GeneratorOnline:false,
+
+    '41_Brk_Var':false,     // field breaker
+    '52G_Brk_Var':false,    // gen breaker (FALSE=open, TRUE=closed)
+    '86G_Trip_Var':false,
+
+    Gate_Pos_Var:0,         // %
+    Gen_Freq_Var:0,         // Hz
+    Gen_RPM_Var:0,          // calc
+
+    Speed_Perm_Var:false,
+    SyncCheck_Perm_Var:false,
+
+    // Bus references
+    Bus_Freq_Hz:60,
+    Bus_Voltage_kV:13.8,
+
+    // Voltage model
+    Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
+    Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
+
+    // Governor/gate dynamics
+    // Power model
+    MW:0,
+    MVAR:0,
+    AMPS:0,
+    PF:0
+  };
+  try{ window.SimState = state; }catch(_){}
+
+
+  /* ///////////// Section 5.C Gate setpoint variable (Gate_Setpoint) ///////////// */
+  let Gate_Setpoint = 0;
+
+  /* ///////////// Section 5.D Master start/stop ramps (gateRamp/stopRamp) ///////////// */
+  const gateRamp = { active:false, from:0, to:19.67, dur:3000, t0:0 };
+  const stopRamp = { active:false, from:0, to:0,     dur:0,    t0:0 }; // ramp-to-zero on STOP
+
+  // Shutdown ramp durations (ms)
+  // Normal: Master STOP; Trip: protective trip or 86G lockout
+  const STOP_RAMP_NORMAL_MS = 2000;
+  const STOP_RAMP_TRIP_MS   = 500;
+  const KV_RAMP_MS          = 3000;
+
+  const kvRamp  = { active:false, from:0, to:0,     dur:KV_RAMP_MS, t0:0 }; // kV ramp on field breaker
+
+  /* ///////////// Section 5.E Voltage slew params (KV_* constants) ///////////// */
+  const KV_SLEW_MANUAL = 2;     // kV/s tracking rate to SP (manual)
+  const KV_SLEW_AUTO   = 1.2;   // kV/s when AVR is acting
+  const KV_MIN = 0.0, KV_MAX = 16.0;
+
+  /* Frequency tuning (single-mode) */
+  const FREQ_GATE_THRESH_PCT = 20;   // gate % breakpoint for frequency
+  const FREQ_GATE_LOW_HZ_PER_PCT = 3;    // Hz per % gate below threshold
+  const FREQ_GATE_HIGH_HZ_PER_PCT = 0.375; // Hz per % gate above threshold
+  const FREQ_GATE_HIGH_INTERCEPT_HZ = 52.5; // offset for high range
+  // AVR line-drop compensation (disabled if 0)
+  const AVR_LDC_PU = 0.00;
+
+  // Power mapping: physical gate needed for ~0 MW when paralleled
+  const NO_LOAD_GATE_PCT = 20;    // set near your sync gate (e.g., 18–20)
+  const REV_PWR_LIMIT_MW = -5;  // cap reverse power (negative)
+
+  // Manual-close PF/MW targets (used when AVR is OFF, at 52G close)
+  const CLOSE_REV_PWR_TARGET_MW = -0.01;
+  const CLOSE_PF_TARGET         = -0.95;
+
+  // Small manual kV bias at close (optional)
+  const MANUAL_CLOSE_V_BIAS_KV  = 12.5;
+
+  // kV droop in manual mode at full load (approx)
+  const MANUAL_KV_DROOP         = 0.4;
+
+  // Reactive gain shaping (keeps vars small near zero load)
+  const Q_GAIN_MIN     = 2.0;     // MVAR per kV near zero-load
+  const Q_GAIN_MAX     = 30.0;    // MVAR per kV at high load
+  const Q_GAIN_SHAPE_N = 1.0;     // 1=linear
+
+  // ---------- Loss Of Excitation (41 OPEN while 52G CLOSED) tunables ----------
+  const LOE_REV_PWR_MW       = -0.4;  // small reverse MW on field loss
+  const LOE_Q_IMPORT_MVAR    = 15.0;  // inductive vars imported on field loss (+ = lagging)
+  const LOE_SETTLE_MS        = 250;   // time constant to settle MW/Q to targets
+
+
+
+
+
+
+
+
+  /* ///////////// Section 5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles) ///////////// */
+  const THRESH = { up:20, down:-20 };
+  const WATCH = [
+  { knobIds:['Knob_Master'], upper:'MASTER_START', lower:'MASTER_STOP' },
+  { knobIds:['Knob_AVR'],    upper:'AVR_ON',       lower:'AVR_OFF'    },
+  { knobIds:['Knob_Sync'],   upper:'SYNC_ON',      lower:'SYNC_OFF'   },
+  { knobIds:['Knob_41'],     upper:'41_CLOSE',     lower:'41_OPEN'    },
+  { knobIds:['Knob_52G'],    upper:'52G_CLOSE',    lower:'52G_OPEN'   },
+  { knobIds:['Knob_86G','Knob_86'], special:'86G' },
+  ];
+  const prevAngles = Object.create(null);
+
+  /* ///////////// Section 5.G setFlag86  ///////////// */
+  function setFlag86(){
+  try{
+  const el = document.getElementById('Flag_86G');
+  if (!el) return;
+
+  const k = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+  const angle = (k && typeof k.currentAngle === 'number') ? k.currentAngle : 0;
+
+  // < -44° = dark orange; > -1° = default color
+  el.style.fill = (angle < -44) ? '#CD5A00' : '';
+  }catch(_){}
+  }
+
+  /* ///////////// Section 5.H handleAction (all operator actions) ///////////// */
+  function handleAction(tag){
+  switch(tag){
+  /* ---- Syncroscope switch ---- */
+  case 'SYNC_ON':
+  if (!state.Sync_On){ state.Sync_On = true; try { logDebug('SYNCROSCOPE: ON'); } catch(_){} }
+  break;
+  case 'SYNC_OFF':
+  if (state.Sync_On){ state.Sync_On = false; try { logDebug('SYNCROSCOPE: OFF'); } catch(_){} }
+  break;
+
+  /* ---- AVR switch ---- */
+  case 'AVR_ON':
+  if (!state.AVR_On){
+  state.AVR_On = true;
+  try {
+  const sp = (+state.Gen_kV_SP || 0).toFixed(2);
+  const kv = (+state.Gen_kV_Var || 0).toFixed(2);
+  logDebug(`AVR: AUTO (SP: ${sp} kV, V: ${kv} kV)`);
+  } catch(_){}
+  }
+  break;
+  case 'AVR_OFF':
+  if (state.AVR_On){
+  state.AVR_On = false;
+  try {
+  const sp = (+state.Gen_kV_SP || 0).toFixed(2);
+  const kv = (+state.Gen_kV_Var || 0).toFixed(2);
+  logDebug(`AVR: MANUAL (SP: ${sp} kV, V: ${kv} kV)`);
+  } catch(_){}
+  }
+  break;
+
+  /* ---- Master ---- */
+  case 'MASTER_START': {
+  // 86G knob permissive + not tripped
+  const k86   = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+  const ang86 = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
+  if (ang86 <= -1){ try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){ } break; }
+  if (state['86G_Trip_Var']){ try{ logDebug('Master: BLOCKED (86G: Trip)'); }catch(_){ } break; }
+
+  // prevent double staging
+  if (state.__prestartBusy) break;
+  state.__prestartBusy = true;
+  if (!Array.isArray(state.__prestartTimers)) state.__prestartTimers = [];
+  const T  = state.__prestartTimers;
+  const at = (ms, fn) => T.push(setTimeout(fn, ms));
+
+  try{ logDebug('Master: START'); }catch(_){}
+
+  // +1.0s — permissives
+  at(1000, () => {
+  const perm52 = !state['52G_Brk_Var'];
+  if (perm52) try{ logDebug('52G Permissive OK'); }catch(_){}
+  const k86s   = knobStates?.['Knob_86G'];
+  const ang86s = (k86s && typeof k86s.currentAngle === 'number') ? k86s.currentAngle : 0;
+  if (ang86s > -1) try{ logDebug('86G Permissive OK'); }catch(_){}
+  });
+
+  // +2.0s — lift pump
+  at(2000, () => { try{ logDebug('Lift Pump On'); }catch(_){}; });
+
+  // +4.0s — pressure ok
+  at(4000, () => { try{ logDebug('Lift Pump Pressure OK'); }catch(_){}; });
+
+  // +5.0s — brakes release
+  at(5000, () => { try{ logDebug('Brakes Released'); }catch(_){}; });
+
+  // +5.1s — handoff to normal start
+  at(5100, () => {
+  const k86f = knobStates?.['Knob_86G'];
+  const ang86f = (k86f && typeof k86f.currentAngle === 'number') ? k86f.currentAngle : 0;
+  const ok86   = (ang86f > -1) && !state['86G_Trip_Var'];
+  if (!ok86){ state.__prestartBusy = false; return; }
+
+  if (!state.Master_Started){
+  state.Master_Started = true;
+  stopRamp.active = false;
+  gateRamp.active = true;
+  gateRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+  gateRamp.to   = 19.67;
+  gateRamp.dur  = 3000;
+  gateRamp.t0   = performance.now();
+  }
+
+  state.__prestartBusy = false;
+  while (T.length) clearTimeout(T.pop());
+  });
+
+  break;
+  }
+
+  case 'MASTER_STOP': {
+  try{ logDebug('Master: STOP'); }catch(_){}
+  // cancel any staged start sequence
+  state.__prestartBusy = false;
+  if (Array.isArray(state.__prestartTimers)) {
+  while (state.__prestartTimers.length) clearTimeout(state.__prestartTimers.pop());
+  }
+  // start STOP ramp
+  gateRamp.active = false;
+  stopRamp.active = true;
+  stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+  stopRamp.to   = 0;
+  stopRamp.dur  = STOP_RAMP_NORMAL_MS;
+  stopRamp.t0   = performance.now();
+  break;
+  }
+
+  /* ---- 41 Field breaker ---- */
+  case '41_CLOSE':
+  if(!state['41_Brk_Var']){
+  if (state.Speed_Perm_Var){
+  state['41_Brk_Var'] = true;
+  try{ logDebug('Field Breaker: CLOSED'); }catch(_){}
+  if (state['52G_Brk_Var'] && state.AVR_On){
+  state.Gen_kV_SP  = 13.8;
+  } else {
+  state.Gen_kV_SP  = 13.34;
+  }
+  kvRamp.active = true;
+  kvRamp.from = state.Gen_kV_Var;
+  kvRamp.to   = state.Gen_kV_SP;
+  kvRamp.dur  = KV_RAMP_MS;
+  kvRamp.t0   = performance.now();
+  } else {
+  try{ logDebug('41: BLOCKED'); }catch(_){}
+  }
+  }
+  break;
+
+  case '41_OPEN':
+  if(state['41_Brk_Var']){
+  state['41_Brk_Var'] = false;
+  try{ logDebug('Field Breaker: OPEN'); }catch(_){}
+  kvRamp.active = true;
+  kvRamp.from = state.Gen_kV_Var;
+  kvRamp.to   = 0;
+  kvRamp.dur  = KV_RAMP_MS;
+  kvRamp.t0   = performance.now();
+  }
+  break;
+
+  /* ---- 52G Generator breaker ---- */
+  case '52G_CLOSE':
+  if(!state['52G_Brk_Var']){
+  if (state.SyncCheck_Perm_Var){
+  state['52G_Brk_Var'] = true;
+  try{ logDebug('52G: CLOSED'); }catch(_){}
+
+  // Latch "online" (no auto-unlatch)
+  if (!state.GeneratorOnline){
+  state.GeneratorOnline = true;
+  try { logDebug('Unit Online'); } catch(_){}
+  }
+
+  // No-load calibration at close
+  (function(){
+  const slope = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));
+  const MWpu  = (CLOSE_REV_PWR_TARGET_MW) / (RATED.MW || 1);
+  const effNeededPct = (MWpu * 100) / slope; // negative for reverse
+  state.NoLoadGateCal = clamp(state.Gate_Pos_Var - effNeededPct, 0, 100);
+  })();
+
+  if (state.AVR_On){
+  state.Gen_kV_SP  = 13.8;
+  state.Gen_kV_Var = state.Gen_kV_SP;
+  } else {
+  // manual bias at close
+  const S    = (RATED.MVA || 1);
+  const pAbs = Math.abs(CLOSE_REV_PWR_TARGET_MW);
+  const qAbs = Math.sqrt(Math.max(0, S*S - pAbs*pAbs));
+  const qTarget = (CLOSE_PF_TARGET < 0 ? -qAbs : qAbs);
+  const qGainClose = Q_GAIN_MIN;
+  let dvBias = (qGainClose > 1e-6) ? (qTarget / qGainClose) : 0;
+  dvBias = clamp(dvBias + MANUAL_CLOSE_V_BIAS_KV, -0.5, 0.5);
+  state.Gen_kV_SP  = Math.max(0, (+state.Gen_kV_SP || 0) + dvBias);
+  state.Gen_kV_Var = state.Gen_kV_SP;
+  }
+  }
+  }
+  break;
+
+  case '52G_OPEN':
+  if(state['52G_Brk_Var']){
+  state['52G_Brk_Var'] = false;
+  delete state.NoLoadGateCal;
+  try{ logDebug('52G: OPEN'); }catch(_){}
+  }
+  break;
+
+  /* ---- 86G Lockout ---- */
+  case '86G_TRIP':
+  if(!state['86G_Trip_Var']){
+  state['86G_Trip_Var'] = true;
+  setFlag86(true);
+  if(state['41_Brk_Var']){ state['41_Brk_Var'] = false; try{ logDebug('Field Breaker: Trip'); }catch(_){} }
+  if(state['52G_Brk_Var']){ state['52G_Brk_Var'] = false; try{ logDebug('Generator Breaker: Trip'); }catch(_){} }
+  gateRamp.active = false;
+  stopRamp.active = true;
+  stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+  stopRamp.to   = 0;
+  stopRamp.dur  = STOP_RAMP_TRIP_MS;
+  stopRamp.t0   = performance.now();
+  try{ logDebug('86G: TRIP'); }catch(_){}
+  }
+  break;
+
+  case '86G_RESET':
+  if(state['86G_Trip_Var']){
+  state['86G_Trip_Var'] = false;
+  setFlag86(false);
+  try{ logDebug('86G: RESET'); }catch(_){}
+  }
+  break;
+  }
+  }
+
+
+
+  /* ///////////// Section 5.H.1 Enforce 86G Permissive on MASTER_START (add-on) ///////////// */
+
+  (function Enforce86GPermOnStart(){
+  const S = window.SimState || window.state || (window.state = {});
+  const _old = window.handleAction;
+
+  function readKnob86Angle(){
+  // preferred: knobStates cache
+  const ks = (window.knobStates && window.knobStates['Knob_86G']) || null;
+  if (ks && typeof ks.currentAngle === 'number') return ks.currentAngle;
+
+  // fallback: parse DOM transform
+  const el = document.getElementById('Knob_86G');
+  if (el){
+  const tr = el.getAttribute('transform') || '';
+  const m = tr.match(/rotate\((-?\d+(?:\.\d+)?)/i);
+  if (m) return parseFloat(m[1]);
+  }
+  return 0; // default safe
+  }
+
+  function get86GPermissive(){
+  const ang = readKnob86Angle();
+  const perm = (ang > -1);     // same threshold used for Glow_Perm_86G
+  S['86G_Perm_Var'] = perm;    // keep a state bit for reuse
+  return perm;
+  }
+
+  window.handleAction = function(tag){
+  if (tag === 'MASTER_START'){
+  // Block if 86G knob not in NORMAL or lockout is tripped
+  const perm86 = get86GPermissive();
+  if (!perm86){
+  try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){}
+  return;
+  }
+  if (S['86G_Trip_Var'] === true){
+  try{ logDebug('Master: BLOCKED (86G Tripped)'); }catch(_){}
+  return;
+  }
+  }
+  return _old ? _old.apply(this, arguments) : undefined;
+  };
+  })();
+
+
+  /* ///////////// Section 5.H.2 AVR takeover harmonizer (non-invasive) ///////////// */
+  (function AVRTakeoverHarmonizer(){
+  if (typeof window === 'undefined') return;
+  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
+  if (!origHandle) return;
+
+  window.handleAction = function(tag){
+  // Pre-transition context
+  const wasAVR = !!(state && state.AVR_On);
+
+  // On enabling AVR, restore previously stored SP or freeze to present kV
+  if (tag === 'AVR_ON' && !wasAVR && state) {
+  if (typeof state.__avrStoredSP === 'number') {
+  state.Gen_kV_SP = clamp(state.__avrStoredSP, KV_MIN, KV_MAX);
+  } else {
+  const kv = +state.Gen_kV_Var || 0;
+  if (typeof clamp === 'function') {
+  state.Gen_kV_SP = clamp(kv, KV_MIN, KV_MAX);
+  } else {
+  state.Gen_kV_SP = Math.min(KV_MAX, Math.max(KV_MIN, kv));
+  }
+  }
+  }
+
+  // On disabling AVR, store SP and freeze setpoint at present kV
+  if (tag === 'AVR_OFF' && wasAVR && state) {
+  state.__avrStoredSP = state.Gen_kV_SP;
+  const kv = Math.max(0, +state.Gen_kV_Var || 0);
+  state.Gen_kV_SP  = kv;  // freeze setpoint to present kV
+  state.Gen_kV_Var = kv;
+  try {
+  const kvStr = kv.toFixed(2);
+  logDebug(`AVR transition to MANUAL: V ${kvStr} kV`);
+  } catch(_){}
+  }
+
+  // Delegate to original action handler
+  return origHandle.call(this, tag);
+  };
+  })();
+
+
+
+
+  /* ///////////// Section 5.I watchAngles ///////////// */
+  function watchAngles(){
+  for(const w of WATCH){
+  let ang = null;
+  for(const id of w.knobIds){
+  const a = angleOf(id);
+  if(a !== 0 || document.getElementById(id)){ ang = a; break; }
+  }
+  if(ang === null) continue;
+  const key = w.knobIds[0];
+  const prev = prevAngles[key] ?? ang;
+
+  if (w.special === '86G'){
+  const T = -1; // degrees
+  const hadPrev = Object.prototype.hasOwnProperty.call(prevAngles, key);
+
+  if (!hadPrev){
+  // First run: align state to current knob position
+  if (ang <= T) { handleAction('86G_TRIP'); }
+  else          { handleAction('86G_RESET'); }
+  } else {
+  // Subsequent frames: edge-detect crossings
+  if (prev > T && ang <= T) handleAction('86G_TRIP');
+  if (prev <= T && ang > T) handleAction('86G_RESET');
+  }
+  } else {
+  const S = window.SimState || window.state || (window.state = {});
+  if (prev < THRESH.up && ang >= THRESH.up) {
+  if (w.upper === 'MASTER_START' && S.MasterStopMask) {
+  S.MasterStopMask = false;
+  }
+  handleAction(w.upper);
+  }
+  if (prev > THRESH.down && ang <= THRESH.down) {
+  if (w.lower === 'MASTER_STOP' && !S.MasterStopMask) {
+  S.MasterStopMask = true;
+  }
+  handleAction(w.lower);
+  }
+  }
+  prevAngles[key] = ang;
+  }
+  }
+
+  /* ///////////// Section 5.J updateGateSet (Knob_65) ///////////// */
+  function updateGateSet(){
+  const NUDGE_THRESH = 20;            // degrees
+  const NUDGE_RATE_OPEN   = 0.125;    // %/s when 52G OPEN
+  const NUDGE_RATE_CLOSED = 10;       // %/s when 52G CLOSED
+  const NUDGE_RATE = state['52G_Brk_Var'] ? NUDGE_RATE_CLOSED : NUDGE_RATE_OPEN;
+
+  const now = performance.now();
+  if (typeof updateGateSet._tPrev !== 'number') updateGateSet._tPrev = now;
+  const dt = Math.min(150, now - updateGateSet._tPrev) / 1000;
+  updateGateSet._tPrev = now;
+
+  const a65 = angleOf('Knob_65') || 0;
+
+  if (a65 >= NUDGE_THRESH){
+  Gate_Setpoint = Math.min(100, Gate_Setpoint + NUDGE_RATE * dt);
+  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
+  updateGateSet._lastLog = Gate_Setpoint;
+  }
+  } else if (a65 <= -NUDGE_THRESH){
+  Gate_Setpoint = Math.max(0, Gate_Setpoint - NUDGE_RATE * dt);
+  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
+  updateGateSet._lastLog = Gate_Setpoint;
+  }
+  }
+  }
+
+  /* ///////////// Section 5.K updateVoltageSet (Knob_90) ///////////// */
+  function updateVoltageSet(){
+  const TH = 20; // deg threshold
+  const now = performance.now();
+  if (typeof updateVoltageSet._tPrev !== 'number') updateVoltageSet._tPrev = now;
+  const dt = Math.min(150, now - updateVoltageSet._tPrev) / 1000;
+  updateVoltageSet._tPrev = now;
+
+  const a90 = angleOf('Knob_90') || 0;
+  const NU = 0.01;                         // sensitivity
+  const RATE = NU * (KV_MAX - KV_MIN);     // kV/s equivalent
+
+  if (a90 >= TH){
+  state.Gen_kV_SP = state.AVR_On
+  ? clamp(state.Gen_kV_SP + RATE*dt, KV_MIN, KV_MAX)
+  : Math.max(0, state.Gen_kV_SP + RATE*dt);   // no upper limit when AVR OFF
+  } else if (a90 <= -TH){
+  state.Gen_kV_SP = state.AVR_On
+  ? clamp(state.Gen_kV_SP - RATE*dt, KV_MIN, KV_MAX)
+  : Math.max(0, state.Gen_kV_SP - RATE*dt);   // allow down to 0 only
+  }
+  }
+
+
+  /* ///////////// Section 5.L updateSyncCheck (sync permissive) ///////////// */
+  function updateSyncCheck(){
+  const V_TOL_FRAC = 0.03;  // ±3%
+  const F_TOL_HZ   = 0.15;  // ±0.15 Hz
+  const PHASE_DEG  = 10.0;  // ±10°
+
+  const snap = PhaseTracker.snap;
+  const vb = snap ? snap.vb : (+state.Bus_Voltage_kV || 13.8);
+  const vg = snap ? snap.vg : (+state.Gen_kV_Var    || 0);
+  const fb = snap ? snap.fb : (+state.Bus_Freq_Hz   || 60);
+  const fg = snap ? snap.fg : (+state.Gen_Freq_Var  || 0);
+  const ddeg = snap ? snap.dphiDeg : PhaseTracker.deltaDeg();
+
+  const vOK = Math.abs(vg - vb) <= V_TOL_FRAC * vb;
+  const fOK = Math.abs(fg - fb) <= F_TOL_HZ;
+  const pOK = Math.abs(ddeg)    <= PHASE_DEG;
+
+  const ok = !!(vOK && fOK && pOK);
+  if (ok !== state.SyncCheck_Perm_Var){
+  state.SyncCheck_Perm_Var = ok;
+    
+  }
+  }
+
+  /* ///////////// Section 5.M updatePhysics (governor/AVR/power)  ///////////// */
+  function updatePhysics(){
+  if (!state.Master_Started) {
+  gateRamp.active = false;
+  stopRamp.active = false;
+
+  state.Gen_Freq_Var = 0;
+  state.Gen_RPM_Var  = 0;
+
+  const targetKV = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
+  slewGenKV(targetKV, KV_SLEW_MANUAL);
+
+  if (state.Speed_Perm_Var !== false) {
+  state.Speed_Perm_Var = false;
+  }
+
+  // reset run latch
+  updatePhysics._wasRunning = false;
+
+  state.MW = 0; state.MVAR = 0; state.AMPS = 0; state.PF = 0;
+  return;
+  }
+
+  // Gate setpoint ramps
+  if (gateRamp.active){
+  const p = clamp((performance.now() - gateRamp.t0) / gateRamp.dur, 0, 1);
+  Gate_Setpoint = gateRamp.from + (gateRamp.to - gateRamp.from) * p;
+  if (p >= 1){
+  gateRamp.active = false;
+  }
+  } else if (stopRamp.active){
+  const p = clamp((performance.now() - stopRamp.t0) / stopRamp.dur, 0, 1);
+  Gate_Setpoint = stopRamp.from + (stopRamp.to - stopRamp.from) * p;
+  if (p >= 1){
+  stopRamp.active = false;
+  Gate_Setpoint = 0;
+  // do NOT snap gates/freq or clear Master_Started here
+  }
+  }
+
+  // Governor: actual gate follows setpoint. Rates differ for normal vs. trip shutdowns.
+  const GATE_SLEW = {
+  NORMAL: 6 / 1000, // %/ms (≈20 %/s) — normal shutdown
+  TRIP:   8 / 1000  // %/ms (≈80 %/s) — trip
+  };
+
+  const isTripSlew = !!(
+  state['86G_Trip_Var'] ||
+  state.Trip_32 || state.Trip_40 || state.Trip_27_59 || state.Trip_81
+  );
+  const rate = isTripSlew ? GATE_SLEW.TRIP : GATE_SLEW.NORMAL;
+
+  const now = performance.now();
+  if (typeof updatePhysics._tPrev !== 'number') updatePhysics._tPrev = now;
+  const dt = Math.min(100, now - updatePhysics._tPrev);
+  updatePhysics._tPrev = now;
+
+  const maxStep = rate * dt;
+  const err = Gate_Setpoint - state.Gate_Pos_Var;
+  if (Math.abs(err) > maxStep){
+  state.Gate_Pos_Var += Math.sign(err) * maxStep;
+  } else {
+  state.Gate_Pos_Var = Gate_Setpoint;
+  }
+
+  // During a Master Stop, automatically open breakers once gates fall low
+  if (state.MasterStopMask && state.Gate_Pos_Var <= FREQ_GATE_THRESH_PCT) {
+  if (state['52G_Brk_Var']) handleAction('52G_OPEN');
+  if (state['41_Brk_Var']) handleAction('41_OPEN');
+  }
+
   /// Frequency (single-owner slew): on-grid=60; off-grid ramps toward gate-implied speed using inertia
   {
-    const onGrid = !!state['52G_Brk_Var'];
-     let raw;
-    if (onGrid) {
-      raw = 60;
-    } else {
-      const gate = state.Gate_Pos_Var;
-      raw = (gate <= FREQ_GATE_THRESH_PCT)
-        ? FREQ_GATE_LOW_HZ_PER_PCT * gate
-        : (FREQ_GATE_HIGH_HZ_PER_PCT * gate + FREQ_GATE_HIGH_INTERCEPT_HZ);
-    }
-    const curr   = +state.Gen_Freq_Var || 0;
-    const dt_s   = Math.max(0, dt) / 1000;
+  const onGrid = !!state['52G_Brk_Var'];
+  let raw;
+  if (onGrid) {
+  raw = 60;
+  } else {
+  const gate = state.Gate_Pos_Var;
+  raw = (gate <= FREQ_GATE_THRESH_PCT)
+  ? FREQ_GATE_LOW_HZ_PER_PCT * gate
+  : (FREQ_GATE_HIGH_HZ_PER_PCT * gate + FREQ_GATE_HIGH_INTERCEPT_HZ);
+  }
+  const curr   = +state.Gen_Freq_Var || 0;
+  const dt_s   = Math.max(0, dt) / 1000;
 
-    let next;
-    if (onGrid) {
-      next = raw;
-    } else {
-      const inertia = INERTIA_TIME_CONST_S;
-      const step    = (raw - curr) * (dt_s / inertia);
-      next = curr + step;
-      // Avoid overshoot when the step would cross the target
-      if (Math.sign(raw - curr) !== Math.sign(raw - next)) {
-        next = raw;
-      }
-    }
+  let next;
+  if (onGrid) {
+  next = raw;
+  } else {
+  const inertia = INERTIA_TIME_CONST_S;
+  const step    = (raw - curr) * (dt_s / inertia);
+  next = curr + step;
+  // Avoid overshoot when the step would cross the target
+  if (Math.sign(raw - curr) !== Math.sign(raw - next)) {
+  next = raw;
+  }
+  }
+
+  state.Gen_Freq_Var = clamp(next, 0, 94);
+  state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
+
+  // Log major stopping events based on frequency thresholds
+  if (!state['52G_Brk_Var'] && state.Master_Started && curr > state.Gen_Freq_Var) {
+  if (!updatePhysics._liftPumpLogged && curr >= 40 && state.Gen_Freq_Var < 40) {
+  try { logDebug('Lift Pump On'); } catch (_) {}
+  updatePhysics._liftPumpLogged = true;
+  }
+  if (!updatePhysics._brakesLogged && curr >= 20 && state.Gen_Freq_Var < 20) {
+  try { logDebug('Brakes Applied'); } catch (_) {}
+  updatePhysics._brakesLogged = true;
+  }
+  } else {
+  updatePhysics._liftPumpLogged = false;
+  updatePhysics._brakesLogged = false;
+  }
+  }
+  // Mark as having run (prevents immediate "Unit Stopped" right after Master Start)
+  {
+  if (state.Master_Started && (state.Gate_Pos_Var > 0.5 || state.Gen_Freq_Var > 0.2)) {
+  updatePhysics._wasRunning = true;
+  }
+  }
+
+  // Latch "Unit Stopped" only when we are actually stopping AND gates ~0 AND frequency ~0 (off-grid)
+  {
+  const CLOSE_LATCH_EPS = 0.5; // %
+  const FREQ_LATCH_EPS  = 0.2; // Hz
+  const stoppingIntent  = stopRamp.active || state['86G_Trip_Var'] || !!updatePhysics._wasRunning;
+
+  if (!state['52G_Brk_Var'] &&
+  state.Master_Started &&
+  stoppingIntent &&
+  state.Gate_Pos_Var <= CLOSE_LATCH_EPS &&
+  state.Gen_Freq_Var <= FREQ_LATCH_EPS) {
+  state.Gate_Pos_Var   = 0;
+  state.Master_Started = false;
+  stopRamp.active      = false;
+  updatePhysics._wasRunning = false;
+  // Mark generator offline so protections don't evaluate after a normal stop
+  state.GeneratorOnline = false;
+  logDebug('Unit Stopped');
+  }
+  }
+
+  // Speed Permissive toggle
+  const spNext = !!(state.Master_Started && (state.Gate_Pos_Var > 0) && (state.Gen_RPM_Var > 50));
+  if (state.Speed_Perm_Var !== spNext) {
+  state.Speed_Perm_Var = spNext;
+  }
+
+  // AVR & kV tracking
+  const Vbus = state.Bus_Voltage_kV || 13.8;
+  if (state['52G_Brk_Var']) {
+  if (state.AVR_On){
+  let kvTargetSP = state.Gen_kV_SP;
+  slewGenKV(kvTargetSP, KV_SLEW_AUTO);
+  } else {
+  // MANUAL: allow small voltage droop with load
+  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
+  const effGatePU = clamp(
+  (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
+  0, 1
+  );
+  const kvTarget = state.Gen_kV_SP - MANUAL_KV_DROOP * effGatePU;
+  slewGenKV(kvTarget, KV_SLEW_MANUAL);
+  }
+  } else {
+  // Not paralleled: track SP if field on, else decay to 0
+  const tgt = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
+  slewGenKV(tgt, KV_SLEW_MANUAL);
+  }
+
+  // Power model (with no-load gate offset; does NOT move the gates)
+  let MW = 0;
+  if (state['52G_Brk_Var']){
+  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
+  const effGate = state.Gate_Pos_Var - noLoad;                      // can be negative
+  const slope   = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));   // keep 100% gate => rated MW
+  let MW_pu     = (effGate * slope) / 100;                          // per-unit MW
+  const min_pu  = (REV_PWR_LIMIT_MW) / (RATED.MW || 1);
+  MW_pu = clamp(MW_pu, min_pu, 1);
+  MW = MW_pu * RATED.MW;
+  }
+
+  // Reactive power: scale gain with effective gate so MVAR is small at close
+  let Q = 0;
+  if (state['52G_Brk_Var']){
+  const dv = (state.Gen_kV_Var - Vbus); // kV
+  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
+  const effGatePU = clamp(
+  (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
+  0, 1
+  );
+  const qGain = Q_GAIN_MIN + (Q_GAIN_MAX - Q_GAIN_MIN) * Math.pow(effGatePU, Q_GAIN_SHAPE_N);
+  Q = clamp(dv * qGain, -RATED.MVAR_LEAD_MAX, RATED.MVAR_LAG_MAX);
+  }
+
+  // -------- Loss Of Excitation override (52G CLOSED & 41 OPEN) ----------
+  if (state['52G_Brk_Var'] && !state['41_Brk_Var']){
+  const t = performance.now();
+  if (typeof updatePhysics._loeT0 !== 'number') updatePhysics._loeT0 = t;
+  const α = Math.min(1, (t - updatePhysics._loeT0) / LOE_SETTLE_MS);
+
+  // Blend current values toward LOE targets
+  MW = MW + (LOE_REV_PWR_MW - MW) * α;          // small reverse
+  Q  = Q  + (LOE_Q_IMPORT_MVAR - Q) * α;        // inductive import (positive)
+  } else {
+  delete updatePhysics._loeT0;
+  }
+  // ----------------------------------------------------------------------
+
+  // Apparent + amps + PF
+  const S = Math.sqrt(MW*MW + Q*Q);
+  const I_kA = (S) / (Math.sqrt(3) * (Vbus));
+  const I_A  = I_kA * 1000;
+  const PFmag = S > 1e-6 ? (Math.abs(MW) / S) : 0;
+  const PFsigned = (Q < 0 ? -PFmag : PFmag);
+
+  state.MW = MW;
+  state.MVAR = Q;
+  state.AMPS = I_A;
+  state.PF = PFsigned;
+  }
+
+
+
+  /* ///////////// Section 5.N slewGenKV (kV tracker) ///////////// */
+  function slewGenKV(target, rate_kV_per_s){
+  const now = performance.now();
+  if (kvRamp.active){
+  const p = clamp((now - kvRamp.t0) / kvRamp.dur, 0, 1);
+  state.Gen_kV_Var = kvRamp.from + (kvRamp.to - kvRamp.from) * p;
+  if (p >= 1) kvRamp.active = false;
+  return;
+  }
+  if (typeof slewGenKV._tPrev !== 'number') slewGenKV._tPrev = now;
+  const dt = Math.min(100, now - slewGenKV._tPrev)/1000;
+  slewGenKV._tPrev = now;
+  const step = rate_kV_per_s * dt;
+  const err = target - state.Gen_kV_Var;
+  if (Math.abs(err) <= step){
+  state.Gen_kV_Var = target;
+  } else {
+  state.Gen_kV_Var += Math.sign(err) * step;
+  }
+  state.Gen_kV_Var = clamp(state.Gen_kV_Var, KV_MIN, KV_MAX);
+  }
+
+  /* ///////////// Section 5.O Syncroscope & Lamps ///////////// */
+  /* ///////////// Section 5.O.0 PhaseTracker (shared Δθ + snapshot) ///////////// */
+  const PhaseTracker = {
+  delta: 0,
+  tPrev: null,
+  snap: null, // { vb, vg, fb, fg, dphiDeg, ts }
+
+  update(fb, fg) {
+  const t = performance.now() * 0.001;
+  if (this.tPrev == null) this.tPrev = t;
+  let dt = t - this.tPrev;
+  if (dt > 0.2) dt = 0.2;
+  if (dt < 0) dt = 0;
+  this.tPrev = t;
+
+  const df = (fg || 0) - (fb || 0);
+  const maxStep = Math.min(1/120, 0.5 / Math.max(1e-6, Math.abs(df))) * 0.999;
+  while (dt > 0) {
+  const step = Math.min(dt, maxStep);
+  this.delta += 2 * Math.PI * df * step;
+  dt -= step;
+  }
+  this.delta = normAngleRad(this.delta);
+  return this.deltaDeg();
+  },
+
+  deltaDeg() {
+  return rad2deg(this.delta); // (-180,180]
+  },
+
+  snapshot(vb, vg, fb, fg) {
+  this.snap = {
+  vb: (vb != null ? vb : 13.8),
+  vg: Math.max(0, vg || 0),
+  fb: (fb != null ? fb : 60),
+  fg: (fg || 0),
+  dphiDeg: this.deltaDeg(),
+  ts: performance.now()
+  };
+  return this.snap;
+  }
+  };
+
+  /* ///////////// Section 5.O.1 SYNC struct ///////////// */
+  const SYNC = {
+  needleEl: null, center: null,
+  lampL: null, lampR: null,
+  busPhase: 0, genPhase: 0, tPrev: null
+  };
+
+  /* ///////////// Section 5.O.2 parseRotateCenter ///////////// */
+  function parseRotateCenter(el) {
+  const t = (el.getAttribute("transform") || "").trim();
+  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+  catch { return { cx: 0, cy: 0 }; }
+  }
+
+  /* ///////////// Section 5.O.3 initSyncUI ///////////// */
+  function initSyncUI(){
+  if (!SYNC.needleEl){
+  SYNC.needleEl = document.getElementById("SyncScope_Rotation");
+  if (SYNC.needleEl) SYNC.center = parseRotateCenter(SYNC.needleEl);
+  }
+  if (!SYNC.lampL) SYNC.lampL = document.getElementById('Glow_SyncLeft');
+  if (!SYNC.lampR) SYNC.lampR = document.getElementById('Glow_SyncRight');
+  }
+
+  /* ///////////// Section 5.O.4 updateSyncScopeAndLamps ///////////// */
+  function updateSyncScopeAndLamps(){
+  initSyncUI();
+  const snap = PhaseTracker.snap;
+  if (!snap) return;
+
+  const DEFAULT_SYNC_ANGLE = 0; // needle's default clamped angle
+  const fg = +state.Gen_Freq_Var || 0;
+  const syncSwitchOff   = !state.Sync_On;
+  const breaker52Closed = !!state['52G_Brk_Var']; // TRUE = closed
+  const clampNeedle = (Math.abs(fg) < 0.01) || syncSwitchOff || breaker52Closed;
+
+  // Needle angle (clamped when Hz=0 OR Sync switch OFF OR 52G closed)
+  if (SYNC.needleEl && SYNC.center){
+  const angle = clampNeedle
+  ? DEFAULT_SYNC_ANGLE
+  : ((snap.dphiDeg % 360) + 360) % 360; // 0..360 from shared Δθ
+  SYNC.needleEl.setAttribute('transform', `rotate(${angle},${SYNC.center.cx},${SYNC.center.cy})`);
+  }
+
+  // Lamps brightness from true differential voltage magnitude
+  (function(){
+  const clamp01 = x => x < 0 ? 0 : (x > 1 ? 1 : x);
+
+  const Vb = snap.vb;
+  const Vg = snap.vg;
+  const dphiRad = deg2rad(snap.dphiDeg);
+
+  // |Vg∠θg − Vb∠θb|
+  const Vr_kV = Math.sqrt(Vg*Vg + Vb*Vb - 2*Vg*Vb*Math.cos(dphiRad));
+
+  const Vnom = (state.Bus_Voltage_kV_nom != null ? state.Bus_Voltage_kV_nom : 13.8);
+  const Vr_pu = Vr_kV / (Vnom || 1);
+
+  const LAMP_GAIN = 2;
+  const GAMMA     = 1.1;
+  const SYNC_FUDGE_MIN_KV = 13.2;
+  const SYNC_FUDGE_MAX_KV = 14.5;
+
+  let bright = clamp01(Math.pow(clamp01(Vr_pu * LAMP_GAIN), GAMMA));
+
+  // Fudge band: outside band = full ON
+  const inBand = (Vg > SYNC_FUDGE_MIN_KV) && (Vg < SYNC_FUDGE_MAX_KV);
+  if (!inBand) bright = 1.0;
+
+  // Only show while syncing (Sync switch ON, 52G OPEN)
+  const syncing = !!state.Sync_On && !state['52G_Brk_Var'];
+  if (!syncing) bright = 0;
+
+  if (SYNC.lampL){ SYNC.lampL.style.opacity = String(bright); SYNC.lampL.setAttribute('fill', '#FFFFFF'); }
+  if (SYNC.lampR){ SYNC.lampR.style.opacity = String(bright); SYNC.lampR.setAttribute('fill', '#FFFFFF'); }
+  })();
+  }
+
+  /* ///////////// Section 5.P Glow helpers (setGlow / setGlowWhite) ///////////// */
+  function setGlow(id, on){
+  const el = document.getElementById(id);
+  if(!el) return;
+  el.style.opacity = on ? '1' : '0';
+  }
+  function setGlowWhite(id, on){
+  const el = document.getElementById(id);
+  if(!el) return;
+  el.style.fill = on ? '#FFFFFF' : '';
+  el.style.opacity = on ? '1' : '0';
+  }
+
+  /* ///////////// Section 5.Q updateGlows (REPLACE this section) ///////////// */
+  function updateGlows(){
+  const is52Open   = !state['52G_Brk_Var'];
+  const is41Closed = !!state['41_Brk_Var'];
+
+  // 86G permissive & flag based ONLY on knob position
+  const k86  = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+  const ang  = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
+  const is86NormalByKnob = (ang > -1);
+
+  // Permissives
+  setGlow('Glow_Perm_52G',        is52Open);
+  setGlow('Glow_Perm_86G',        is86NormalByKnob);
+  setGlow('Glow_Perm_Speed',      !!state.Speed_Perm_Var);
+  setGlow('Glow_Perm_Excitation', is41Closed);
+  setGlowWhite('Glow_Perm_SyncCheck', !!state.SyncCheck_Perm_Var); // white
+
+  // 52G status
+  setGlow('Glow_Green_52G', is52Open);
+  setGlow('Glow_Red_52G',   !is52Open);
+
+  // 41 status
+  setGlow('Glow_Green_41', !is41Closed);
+  setGlow('Glow_Red_41',    is41Closed);
+
+  // Ensure 86G flag tracks knob position continuously
+  try { setFlag86(); } catch(_){}
+  }
+
+
+  /* ///////////// Section 5.R updateGateGauge ///////////// */
+  // Gate position (GatePos_Rotation, 0%->36°, 100%->324°)
+  function updateGateGauge(){
+  const el = document.getElementById("GatePos_Rotation");
+  if (!el) return;
+  const pct = clamp(state.Gate_Pos_Var, 0, 100);
+  const minAng = 36, maxAng = 324;
+  const ang = minAng + (pct / 100) * (maxAng - minAng);
+  const center = (function(){
+  const t = (el.getAttribute("transform") || "").trim();
+  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+  catch { return { cx: 0, cy: 0 }; }
+  })();
+  el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
+  }
+
+  /* ///////////// Section 5.S Hz needle binding (IIFE) ///////////// */
+  (function(){
+  const PTS = [
+  {hz: 0,   ang: 36},
+  {hz: 59,  ang: 108},
+  {hz: 60,  ang: 180},
+  {hz: 61,  ang: 252},
+  {hz: 62,  ang: 324},
+  ];
+  function mapHzToAngle(hz) {
+  if (!isFinite(hz)) return 36;
+  hz = clamp(hz, 0, 62);
+  for (let i = 0; i < PTS.length - 1; i++) {
+  const a = PTS[i], b = PTS[i+1];
+  if (hz >= a.hz && hz <= b.hz) {
+  const t = (hz - a.hz) / (b.hz - a.hz || 1);
+  return a.ang + t * (b.ang - a.ang);
+  }
+  }
+  return 324;
+  }
+  let hzEl = null, center = null;
+  function initHz() {
+  hzEl = document.getElementById("Hz_Rotation");
+  if (!hzEl) return false;
+  const t = (hzEl.getAttribute("transform") || "").trim();
+  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+  if (m) center = { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+  else {
+  try { const bb = hzEl.getBBox(); center = { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+  catch { center = { cx: 0, cy: 0 }; }
+  }
+  return true;
+  }
+  function updateRPMText() {
+  const el = document.getElementById("Value_RPM");
+  if (!el) return;
+  const v = Math.round(state.Master_Started ? (state.Gen_RPM_Var || 0) : 0);
+  if (el.textContent !== String(v)) el.textContent = String(v);
+  }
+  function updateHz() {
+  if (!hzEl && !initHz()) return;
+  const angle = mapHzToAngle(state.Master_Started ? (state.Gen_Freq_Var || 0) : 0);
+  hzEl.setAttribute("transform", `rotate(${angle},${center.cx},${center.cy})`);
+  }
+  function tick(){ updateRPMText(); updateHz(); }
+  document.addEventListener("DOMContentLoaded", () => { initHz(); tick(); });
+  clearInterval(window.__v6k_iv);
+  window.__v6k_iv = setInterval(tick, 100);
+  })();
+
+  /* ///////////// Section 5.T updateKVgauge ///////////// */
+  // Gen Volts gauge (GenVolts_Rotation: 36°=0 kV, 180°=13 kV, 324°=15 kV)
+  function updateKVgauge(){
+  const el = document.getElementById("GenVolts_Rotation");
+  if (!el) return;
+  const v = clamp(state.Gen_kV_Var, 0, 15); // gauge tops at 15
+  let ang;
+  if (v <= 13){
+  // map 0..13 kV to 36..180°
+  const t = v / 13;
+  ang = 36 + t * (180 - 36);
+  } else {
+  // map 13..15 to 180..324°
+  const t = (v - 13) / 2;
+  ang = 180 + t * (324 - 180);
+  }
+  const center = (function(){
+  const t = (el.getAttribute("transform") || "").trim();
+  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+  catch { return { cx: 0, cy: 0 }; }
+  })();
+  el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
+  }
+
+  /* ///////////// Section 5.U fmtNoLeadingZeros ///////////// */
+  function fmtNoLeadingZeros(n, decimals){
+  if (!isFinite(n)) return '0';
+  const s = (decimals != null) ? n.toFixed(decimals) : String(Math.round(n));
+  return s;
+  }
+
+  /* ///////////// Section 5.V updateDigitals ///////////// */
+  function updateDigitals(){
+  const elMW   = document.getElementById("Value_MW");
+  const elA    = document.getElementById("Value_AMPS");
+  const elMVAR = document.getElementById("Value_MVAR");
+  const elPF   = document.getElementById("Value_PowerFactor");
+
+  const MW   = +state.MW   || 0;
+  const MVAR = +state.MVAR || 0;
+  const AMPS = +state.AMPS || 0;
+
+  // PF display — show "unity at tiny load" only when AVR is ON
+  const S_MVA = Math.sqrt(MW*MW + MVAR*MVAR);
+  const PF_SMALL_THRESH_MVA = 0.3;
+  let pfDisp;
+  if (state.AVR_On && state['52G_Brk_Var'] && S_MVA < PF_SMALL_THRESH_MVA){
+  pfDisp = (MVAR < 0 ? -1 : 1);
+  } else if (S_MVA < 1e-6){
+  pfDisp = 1;
+  } else {
+  pfDisp = clamp(+state.PF || 0, -1, 1);
+  }
+
+  if (elMW){
+  const s = fmtNoLeadingZeros(MW, 1);
+  if (elMW.textContent !== s) elMW.textContent = s;
+  }
+  if (elA){
+  const s = fmtNoLeadingZeros(AMPS, 0);
+  if (elA.textContent !== s) elA.textContent = s;
+  }
+  if (elMVAR){
+  const s = fmtNoLeadingZeros(MVAR, 1);
+  if (elMVAR.textContent !== s) elMVAR.textContent = s;
+  }
+  if (elPF){
+  const s = fmtNoLeadingZeros(pfDisp, 2);
+  if (elPF.textContent !== s) elPF.textContent = s;
+  }
+  }
+
+
+
+  /* ///////////// Section 5.W Main tick loop (requestAnimationFrame) ///////////// */
+  function tick(){
+  watchAngles();
+  updateGateSet();
+  updateVoltageSet();
+  updatePhysics();
+
+  // Instant zero kV if 52G CLOSED and 41 OPEN
+  if (state['52G_Brk_Var'] && !state['41_Brk_Var']) {
+  state.Gen_kV_Var = 0;
+  }
+
+  // ---- Shared phase + snapshot (single source of truth) ----
+  const fb = +state.Bus_Freq_Hz  || 60;
+  const fg = +state.Gen_Freq_Var || 0;
+  const vb = +state.Bus_Voltage_kV || 13.8;
+  const vg = +state.Gen_kV_Var     || 0;
+  PhaseTracker.update(fb, fg);
+  PhaseTracker.snapshot(vb, vg, fb, fg);
+  // ----------------------------------------------------------
+
+  updateSyncCheck();
+  updateGlows();
+  updateGateGauge();
+  updateKVgauge();
+  updateSyncScopeAndLamps();
+  if (window.Osc && typeof window.Osc.update === 'function') window.Osc.update(); // Oscilloscope
+  updateDigitals();
+  requestAnimationFrame(tick);
+  }
+  requestAnimationFrame(tick);
+
+
+
+  /* ///////////// Section 5.Y — Oscilloscope (Bus & Gen waveforms) ///////////// */
+  (function(){
+  const Osc = {
+  inited:false,
+  els:{ bg:null, bus:null, gen:null },
+  rect:null,
+  busDrawn:false,
+
+  $: id => document.getElementById(id),
+
+  ensureInit(){
+  if (this.inited) return true;
+  this.els.bg  = this.$('Osc_Background');
+  this.els.bus = this.$('Osc_BusWave');
+  this.els.gen = this.$('Osc_GenWave');
+  if (!this.els.bg || !this.els.bus || !this.els.gen) return false;
+
+  const x = parseFloat(this.els.bg.getAttribute('x')) || 0;
+  const y = parseFloat(this.els.bg.getAttribute('y')) || 0;
+  const w = parseFloat(this.els.bg.getAttribute('width'))  || (this.els.bg.getBBox?.().width  || 0);
+  const h = parseFloat(this.els.bg.getAttribute('height')) || (this.els.bg.getBBox?.().height || 0);
+  this.rect = { x, y, w, h, cx:x+w/2, cy:y+h/2 };
+  this.inited = true;
+  return true;
+  },
+
+  sinePath(x, w, cy, cycles, amp, phaseRad, samples){
+  const k = 2*Math.PI*cycles;
+  let d = `M ${x} ${ (cy - amp*Math.sin(phaseRad)).toFixed(1) }`;
+  for(let i=1;i<=samples;i++){
+  const t = i/samples;
+  const xx = x + t*w;
+  const yy = cy - amp*Math.sin(k*t + phaseRad);
+  d += ` L ${xx.toFixed(1)} ${yy.toFixed(1)}`;
+  }
+  return d;
+  },
+
+  drawBusOnce(){
+  if (!this.ensureInit()) return;
+  if (this.busDrawn) return;
+  const r = this.rect;
+  const A = 0.90*(r.h/2);
+  const cycles = 4;
+  const d = this.sinePath(r.x, r.w, r.cy, cycles, A, 0, 480);
+  this.els.bus.setAttribute('d', d);
+  this.busDrawn = true;
+  },
+
+  updateGen(){
+  if (!this.ensureInit()) return;
+  const r = this.rect;
+  const s = (window.SimState || window.state || {});
+  const snap = (typeof PhaseTracker !== 'undefined' && PhaseTracker.snap) ? PhaseTracker.snap : null;
+
+  const fg   = +s.Gen_Freq_Var || 0;
+  const vGen = Math.max(0, +s.Gen_kV_Var || 0);
+  const vNom = (+s.Bus_Voltage_kV_nom) || (+s.Bus_Voltage_kV) || 13.8;
+
+  const Amax = 0.90*(r.h/2);
+  const A    = Amax * (vGen / (vNom || 13.8));
+
+  const busHz   = (+s.Bus_Freq_Hz) || 60;
+  const T_win   = 4 / busHz;                 // ~4 bus cycles across width
+  const cyclesG = fg * T_win;
+
+  // Clamp phase to 0° when 52G is CLOSED (snap in-phase with bus)
+  const synced  = !!s['52G_Brk_Var'];
+  const phiGen  = synced ? 0 : (snap ? deg2rad(snap.dphiDeg) : 0);
+
+  const d = this.sinePath(r.x, r.w, r.cy, cyclesG, A, phiGen, 480);
+  this.els.gen.setAttribute('d', d);
+  },
+
+  update(){
+  this.drawBusOnce();
+  this.updateGen();
+  }
+  };
+
+  try { window.Osc = Osc; } catch(_){}
+  })();
+
+
+  /* ///////////// Section 5.Z Protections ///////////// */
+  (function ProtectionsAddon(){
+  const S = window.SimState || window.state || (window.state = {});
+  Object.assign(S, {
+  Alarm_32:false, Alarm_55:false, Alarm_27:false, Alarm_59:false, Alarm_81:false,
+  Trip_32:false, Trip_40:false, Trip_27_59:false, Trip_81:false
+  });
+
+  const PROT = (window.__PROT__ = window.__PROT__ || {
+  tprev: performance.now(), lastNow: 0, dtCache: 0,
+  prev52: !!S['52G_Brk_Var'],
+  inhibit32UntilMs: 0,
+  a32:0, a55:0, a55sev:0, a27:0, a59:0, a81UF:0, a81OF:0,
+  t32:0, t40A:0, t40B:0, t27:0, t59:0, t27Backup:0, t59Backup:0, t81UF:0, t81OF:0,
+  });
+
+  function getDt(){
+  const now = performance.now();
+  if (now - PROT.lastNow < 5) return PROT.dtCache;
+  const dt = Math.max(0, (now - PROT.tprev)/1000);
+  PROT.tprev = now; PROT.lastNow = now; PROT.dtCache = dt;
+  return dt;
+  }
+
+  function logFlag(name, on){
+  if (S[name] !== on){
+  S[name] = on;
+
+  if (name.startsWith('Alarm_')){
+  const code = name.split('_')[1];
+  let msg;
+  switch(code){
+  case '32': msg = on ? 'Reverse Power Alarm' : 'Reverse Power Normal'; break;
+  case '55': msg = on ? 'Power Factor Alarm' : 'Power Factor Normal'; break;
+  case '27': msg = on ? 'Undervoltage Alarm' : 'Voltage Normal'; break;
+  case '59': msg = on ? 'Overvoltage Alarm' : 'Voltage Normal'; break;
+  case '81': msg = on ? 'Frequency Alarm' : 'Frequency Normal'; break;
+  default:   msg = `ALARM ${code}: ${on ? 'ACTIVE' : 'FALSE'}`;
+  }
+  try { logDebug(msg); } catch(_) {}
+  return;
+  }
+
+  if (name === 'Trip_32' && on){
+  try { logDebug('Trip: Reverse Power'); } catch(_) {}
+  return;
+  }
+  if (name === 'Trip_40' && on){
+  try { logDebug('Trip: Loss of Field'); } catch(_) {}
+  return;
+  }
+  // Trip_27_59 and Trip_81 messages handled directly in evaluateTrips
+  }
+  }
+
+  function setGlow(id, on){
+  const el = document.getElementById(id);
+  if (!el) return;
+  el.style.opacity = on ? 1 : 0;
+  try{ el.setAttribute('opacity', on ? '1' : '0'); }catch(_){}
+  }
+
+  // ---------- Alarms (self-reset) ----------
+  window.evaluateAlarms = function(){
+  const now = performance.now();
+  const dt  = getDt();
+
+  // Master Stop mask: block alarms during normal shutdown
+  if (S.MasterStopMask === true) {
+  logFlag('Alarm_32', false);
+  logFlag('Alarm_55', false);
+  logFlag('Alarm_27', false);
+  logFlag('Alarm_59', false);
+  logFlag('Alarm_81', false);
+  PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
+  return;
+  }
+
+  if (!PROT.prev52 && S['52G_Brk_Var']) PROT.inhibit32UntilMs = now + 15000;
+  PROT.prev52 = !!S['52G_Brk_Var'];
+
+  if (!S.GeneratorOnline){
+  logFlag('Alarm_32', false);
+  logFlag('Alarm_55', false);
+  logFlag('Alarm_27', false);
+  logFlag('Alarm_59', false);
+  logFlag('Alarm_81', false);
+  PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
+  return;
+  }
+
+  const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
+  const MW       = +S.MW || 0;
+  const Q        = +S.MVAR || 0;
+  const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
+  const Hz       = +S.Gen_Freq_Var || 0;
+
+  // 32 — Reverse Power (self-reset alarm)
+  const ppu = MW / RatedMW;
+  const a32 = (ppu < -0.01);
+  PROT.a32 = a32 ? PROT.a32 + dt : 0;
+  logFlag('Alarm_32', PROT.a32 >= 0.2);
+
+  // 55 — LOE / Field Issues (proxy alarm)
+  // Alarm when power factor magnitude drops below 0.9 (leading or lagging)
+  const Sva = Math.hypot(MW, Q);
+  const pf  = Sva > 0 ? MW / Sva : 1;
+  const a55 = (Math.abs(pf) < 0.9);
+  PROT.a55 = a55 ? PROT.a55 + dt : 0;
+  logFlag('Alarm_55', PROT.a55 >= 0.2);
+
+  // 27 — Undervoltage (self-reset, immediate)
+  const a27 = (Vpu < 0.96);
+  PROT.a27 = a27 ? PROT.a27 + dt : 0;
+  logFlag('Alarm_27', a27); // use a time threshold here if you want a delay
+
+  // 59 — Overvoltage (self-reset, immediate)
+  const a59 = (Vpu > 1.04);
+  PROT.a59 = a59 ? PROT.a59 + dt : 0;
+  logFlag('Alarm_59', a59); // use a time threshold here if you want a delay
+
+  // 81 — Frequency (5 s either side)
+  const a81UF = (Hz < 59.8);
+  const a81OF = (Hz > 60.2);
+  PROT.a81UF = a81UF ? PROT.a81UF + dt : 0;
+  PROT.a81OF = a81OF ? PROT.a81OF + dt : 0;
+  logFlag('Alarm_81', (PROT.a81UF >= 5.0) || (PROT.a81OF >= 5.0));
+  };
+
+  // ---------- Trips (LATCHED) ----------
+  window.evaluateTrips = function(){
+  const dt = getDt();
+
+  // Master Stop mask: block trip evaluation during normal shutdown
+  if (S.MasterStopMask === true) {
+  return;
+  }
+
+  if (!S.GeneratorOnline){
+  // Latching: do NOT auto-clear trips when offline
+  return;
+  }
+
+  const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
+  const RatedMVA = Math.max(1e-6, +((window.RATED && RATED.MVA) || RatedMW));
+  const MW       = +S.MW || 0;
+  const Q        = +S.MVAR || 0;
+  const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
+  const Hz       = +S.Gen_Freq_Var || 0;
+
+  // 32 — Reverse Power (0.5 s, inhibit for 15s after close)
+  const now = performance.now();
+  const inhibit32 = (now < PROT.inhibit32UntilMs);
+  PROT.t32 = (MW < -0.02 * RatedMW && !inhibit32) ? PROT.t32 + dt : 0;
+  if (!S.Trip_32 && PROT.t32 >= 0.5) {
+  logFlag('Trip_32', true);
+  }
+
+  // 40 — Field Breaker trip (proxy)
+  const t40 = (!S['41_Brk_Var'] && S['52G_Brk_Var']);
+  PROT.t40A = t40 ? PROT.t40A + dt : 0;
+  PROT.t40B = t40 ? PROT.t40B + dt : 0;
+  if (!S.Trip_40 && (PROT.t40A >= 0.05 || PROT.t40B >= 0.05)) {
+  logFlag('Trip_40', true);
+  }
+
+  // 27/59 — Voltage trips (0.5 s either side)
+  const v27 = (Vpu < 0.90);
+  const v59 = (Vpu > 1.10);
+  PROT.t27 = v27 ? PROT.t27 + dt : 0;
+  PROT.t59 = v59 ? PROT.t59 + dt : 0;
+
+  const trip27 = (PROT.t27 >= 0.5);
+  const trip59 = (PROT.t59 >= 0.5);
+  if ((!S.Trip_27_59) && (trip27 || trip59)) {
+  logFlag('Trip_27_59', true);
+  try {
+  if (trip27) logDebug('Trip: Undervoltage');
+  if (trip59) logDebug('Trip: Overvoltage');
+  } catch(_) {}
+  }
+
+  // 81 — Frequency
+  PROT.t81UF = (Hz < 59.0) ? PROT.t81UF + dt : 0;
+  PROT.t81OF = (Hz > 61.5) ? PROT.t81OF + dt : 0;
+  if (!S.Trip_81 && ((PROT.t81UF >= 0.5) || (PROT.t81OF >= 0.5))) {
+  logFlag('Trip_81', true);
+  try {
+  if (PROT.t81UF >= 0.5) logDebug('Trip: Underfrequency');
+  if (PROT.t81OF >= 0.5) { logDebug('Overspeed Detected'); logDebug('Trip: Overfrequency'); }
+  } catch(_) {}
+  }
+  };
+
+  window.updateProtectionGlows = function(){
+  setGlow('Glow_Alarm_32', S.Alarm_32 === true);
+  setGlow('Glow_Alarm_55', S.Alarm_55 === true);
+  setGlow('Glow_Alarm_27', (S.Alarm_27 === true) || (S.Alarm_59 === true));
+  setGlow('Glow_Alarm_81', S.Alarm_81 === true);
+  setGlow('Glow_Trip_32',   S.Trip_32 === true);
+  setGlow('Glow_Trip_40',   S.Trip_40 === true);
+  setGlow('Glow_Trip_27',   S.Trip_27_59 === true);
+  setGlow('Glow_Trip_81',   S.Trip_81 === true);
+  setGlow('Glow_Alarm_86G', S['86G_Trip_Var'] === true);
+  };
+
+  // Fallback looper
+  if (!window.__PROT_LOOP__){
+  window.__PROT_LOOP__ = true;
+  (function loop(){
+  try{
+  if (typeof window.evaluateAlarms === 'function') window.evaluateAlarms();
+  if (typeof window.evaluateTrips  === 'function') window.evaluateTrips();
+  if (typeof window.updateProtectionGlows === 'function') window.updateProtectionGlows();
+  }catch(_){}
+  requestAnimationFrame(loop);
+  })();
+  }
+  })();
+
+
+
+  /* ///////////// Section 5.Z1: Consolidated 86G Trip & Knob Management ///////////// */
+  (function Auto86GTripAndKnobManager() {
+  const KNOB_ID = 'Knob_86G';
+  const TRIP_ANGLE = -45;
+  const RESET_ANGLE = 0;
+
+  const switchConfig = switches.find(s => s.knobId === KNOB_ID);
+  const originalType = switchConfig ? switchConfig.type : 'latching';
+  // Timer to ensure gates remain <=20% for a short period before
+  // latching 86G. This avoids premature trip commands while the
+  // governor is still driving the gates closed.
+  let belowThreshSince = null;
+
+  function rotateKnob(angle) {
+  const state = knobStates[KNOB_ID];
+  const el = document.getElementById(KNOB_ID);
+  if (!state || !el) return;
+  const cx = state.centerX, cy = state.centerY;
+  state.currentAngle = angle;
+  if (prevAngles) prevAngles[KNOB_ID] = angle;
+  el.setAttribute('transform', `rotate(${angle} ${cx} ${cy})`);
+  }
+
+  function loop() {
+  const s = window.SimState || window.state;
+  const k = knobStates[KNOB_ID];
+  if (!s || !switchConfig || !k) { requestAnimationFrame(loop); return; }
+
+  const isTripped = s['86G_Trip_Var'];
+  const anyProt = !!(s.Trip_32 || s.Trip_40 || s.Trip_27_59 || s.Trip_81);
+
+  // Driveback and Auto-trip logic
+  if (anyProt && !isTripped) {
+  // Initiate driveback: set gate setpoint to 0 immediately.
+  // This will cause the actual gate position (Gate_Pos_Var) to ramp down.
+  Gate_Setpoint = 0;
+  gateRamp.active = false; // Ensure any conflicting start ramps are cancelled.
+
+  // Once gates fall to/below 20%, start a hold timer. When
+  // they remain below threshold for 500 ms, trip 86G.
+  if (s.Gate_Pos_Var <= 20) {
+  if (belowThreshSince === null) {
+  belowThreshSince = performance.now();
+  } else if (performance.now() - belowThreshSince >= 500) {
+  handleAction('86G_TRIP');
+  rotateKnob(TRIP_ANGLE); // Visually snap knob to trip position.
+  belowThreshSince = null;
+  }
+  } else {
+  // Gates above threshold again before timeout; reset timer
+  belowThreshSince = null;
+  }
+  } else {
+  // reset when no protection trip or already tripped
+  belowThreshSince = null;
+  }
+
+  // Behavior while tripped (unchanged from original)
+  if (isTripped) {
+  switchConfig.type = 'momentary';
+  k.momentaryReturnAngle = TRIP_ANGLE;
+  switchConfig.maxAngle = -5;
+
+  if (!k.isDragging && k.currentAngle !== TRIP_ANGLE) {
+  rotateKnob(TRIP_ANGLE);
+  }
+  } else {
+  // Reset restores latching behavior (unchanged from original)
+  switchConfig.type = originalType;
+  k.momentaryReturnAngle = null;
+  switchConfig.maxAngle = RESET_ANGLE;
+  }
+
+  requestAnimationFrame(loop);
+  }
+  loop();
+  })();
+
+  /* ///////////// Section 5.Z2 — Reset Button Debug Hook ///////////// */
+  (function ResetButtonDebugHook(){
+  function wire(){
+  const btn = document.getElementById('Button_RESET');  // <-- corrected ID
+  if(!btn || btn.dataset._dbgHooked) return !!btn;
+  btn.dataset._dbgHooked = '1';
+    
+
+  // Use click for safety
+  btn.addEventListener('click', () => {
+
+  }, {passive:true});
+
+  return true;
+  }
+
+  if(!wire()){
+  let tries = 0;
+  const iv = setInterval(() => {
+  if (wire() || ++tries > 50) clearInterval(iv);
+  }, 100);
+  }
+  })();
+
+  /* ///////////// Section 5.Z3 — Reset Handler///////////// */
+  (function ResetHandler(){
+  function doReset(){
+  // Clear all auto trip latches (both internal vars and manager flags)
+  state['32_Trip_Var']     = false;
+  state['40_Trip_Var']     = false;
+  state['27_59_Trip_Var']  = false;
+  state['81_Trip_Var']     = false;
+  state['Trip_32']         = false;
+  state['Trip_40']         = false;
+  state['Trip_27_59']      = false;
+  state['Trip_81']         = false;
+
+  // Clear lockout latch (86G)
+  state['86G_Trip_Var'] = false;
+  try { setFlag86(false); } catch(_){}
+
+  // Clear online latch so logic can restart clean
+  state['GeneratorOnline'] = false;
+
+  // Refresh lamps
+  try { updateProtectionGlows(); } catch(_){}
+
+  // Debug
+  try {
+      
+  } catch(_){
+  console.log('RESET: Trips (32/40/27-59/81) and 86G cleared; GeneratorOnline reset');
+  }
+  }
+
+  const btn = document.getElementById('Button_RESET');
+  if(btn && !btn.dataset._resetHandler){
+  btn.dataset._resetHandler = '1';
+  btn.addEventListener('mousedown', doReset, {passive:true});
+  }
+  })();
+
+  /* ///////////// Section 5.Z4 — Master Stop Protections Inhibit (non-invasive) ///////////// */
+  (function MasterStopProtectionsInhibit(){
+  const S = window.SimState || window.state || (window.state = {});
+  if (typeof S.MasterStopMask !== 'boolean') S.MasterStopMask = false;
+
+  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
+  window.handleAction = function(tag){
+  try{
+  if (tag === 'MASTER_STOP') {
+  if (!S.MasterStopMask){
+  S.MasterStopMask = true;
+  }
+  } else if (tag === 'MASTER_START') {
+  if (S.MasterStopMask){
+  S.MasterStopMask = false;
+  }
+  }
+  }catch(_){}
+  return origHandle ? origHandle.apply(this, arguments) : undefined;
+  };
+
+  // Auto-clear when fully stopped
+  if (!window.__MS_MASK_LOOP__){
+  window.__MS_MASK_LOOP__ = true;
+  (function loop(){
+  try{
+  if (S.MasterStopMask){
+  const stopped = (!S['52G_Brk_Var']) &&
+  (!S.Master_Started) &&
+  ((+S.Gate_Pos_Var || 0) <= 0.5) &&
+  ((+S.Gen_Freq_Var || 0) <= 0.2);
+  if (stopped){
+  S.MasterStopMask = false;
+  }
+  }
+  }catch(_){}
+  requestAnimationFrame(loop);
+  })();
+  }
+  })();
+
+
+  })();
+
+
+/* ///////////// Section 6 — RPM Text Binding (IIFE) ///////////// */
+(function () {
+  function getState() { return window.state || window.SimState || null; }
+  function calcRPM() {
+    const s = getState();
+    if (!s) return null;
+    if (typeof s.Gen_RPM_Var === "number") return s.Gen_RPM_Var;
+    if (typeof s.Gen_Freq_Var === "number") return s.Gen_Freq_Var * 1.667;
+    return null;
+  }
+  function updateRPMText() {
+    const el = document.getElementById("Value_RPM");
+    if (!el) return;
+    const rpm = calcRPM();
+    if (rpm == null || isNaN(rpm)) return;
+    const v = Math.round(rpm);
+    if (el.textContent !== String(v)) el.textContent = String(v);
+  }
+  clearInterval(window.__rpm_bind_iv);
+  window.__rpm_bind_iv = setInterval(updateRPMText, 200);
+  document.addEventListener("DOMContentLoaded", updateRPMText);
+
+})();
 
-    state.Gen_Freq_Var = clamp(next, 0, 94);
-    state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
-
-    // Log major stopping events based on frequency thresholds
-    if (!state['52G_Brk_Var'] && state.Master_Started && curr > state.Gen_Freq_Var) {
-      if (!updatePhysics._liftPumpLogged && curr >= 40 && state.Gen_Freq_Var < 40) {
-        try { logDebug('Lift Pump On'); } catch (_) {}
-        updatePhysics._liftPumpLogged = true;
-      }
-      if (!updatePhysics._brakesLogged && curr >= 20 && state.Gen_Freq_Var < 20) {
-        try { logDebug('Brakes Applied'); } catch (_) {}
-        updatePhysics._brakesLogged = true;
-      }
-    } else {
-      updatePhysics._liftPumpLogged = false;
-      updatePhysics._brakesLogged = false;
-    }
-  }
-  // Mark as having run (prevents immediate "Unit Stopped" right after Master Start)
-  {
-    if (state.Master_Started && (state.Gate_Pos_Var > 0.5 || state.Gen_Freq_Var > 0.2)) {
-      updatePhysics._wasRunning = true;
-    }
-  }
-
-  // Latch "Unit Stopped" only when we are actually stopping AND gates ~0 AND frequency ~0 (off-grid)
-  {
-    const CLOSE_LATCH_EPS = 0.5; // %
-    const FREQ_LATCH_EPS  = 0.2; // Hz
-    const stoppingIntent  = stopRamp.active || state['86G_Trip_Var'] || !!updatePhysics._wasRunning;
-
-    if (!state['52G_Brk_Var'] &&
-        state.Master_Started &&
-        stoppingIntent &&
-        state.Gate_Pos_Var <= CLOSE_LATCH_EPS &&
-        state.Gen_Freq_Var <= FREQ_LATCH_EPS) {
-      state.Gate_Pos_Var   = 0;
-      state.Master_Started = false;
-      stopRamp.active      = false;
-      updatePhysics._wasRunning = false;
-      // Mark generator offline so protections don't evaluate after a normal stop
-      state.GeneratorOnline = false;
-      logDebug('Unit Stopped');
-    }
-  }
-
-  // Speed Permissive toggle
-  const spNext = !!(state.Master_Started && (state.Gate_Pos_Var > 0) && (state.Gen_RPM_Var > 50));
-  if (state.Speed_Perm_Var !== spNext) {
-    state.Speed_Perm_Var = spNext;
-  }
-
-  // AVR & kV tracking
-  const Vbus = state.Bus_Voltage_kV || 13.8;
-  if (state['52G_Brk_Var']) {
-    if (state.AVR_On){
-      let kvTargetSP = state.Gen_kV_SP;
-      slewGenKV(kvTargetSP, KV_SLEW_AUTO);
-    } else {
-      // MANUAL: allow small voltage droop with load
-      const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-      const effGatePU = clamp(
-        (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
-        0, 1
-      );
-      const kvTarget = state.Gen_kV_SP - MANUAL_KV_DROOP * effGatePU;
-      slewGenKV(kvTarget, KV_SLEW_MANUAL);
-    }
-  } else {
-    // Not paralleled: track SP if field on, else decay to 0
-    const tgt = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
-    slewGenKV(tgt, KV_SLEW_MANUAL);
-  }
-
-  // Power model (with no-load gate offset; does NOT move the gates)
-  let MW = 0;
-  if (state['52G_Brk_Var']){
-    const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-    const effGate = state.Gate_Pos_Var - noLoad;                      // can be negative
-    const slope   = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));   // keep 100% gate => rated MW
-    let MW_pu     = (effGate * slope) / 100;                          // per-unit MW
-    const min_pu  = (REV_PWR_LIMIT_MW) / (RATED.MW || 1);
-    MW_pu = clamp(MW_pu, min_pu, 1);
-    MW = MW_pu * RATED.MW;
-  }
-
-  // Reactive power: scale gain with effective gate so MVAR is small at close
-  let Q = 0;
-  if (state['52G_Brk_Var']){
-    const dv = (state.Gen_kV_Var - Vbus); // kV
-    const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-    const effGatePU = clamp(
-      (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
-      0, 1
-    );
-    const qGain = Q_GAIN_MIN + (Q_GAIN_MAX - Q_GAIN_MIN) * Math.pow(effGatePU, Q_GAIN_SHAPE_N);
-    Q = clamp(dv * qGain, -RATED.MVAR_LEAD_MAX, RATED.MVAR_LAG_MAX);
-  }
-
-  // -------- Loss Of Excitation override (52G CLOSED & 41 OPEN) ----------
-  if (state['52G_Brk_Var'] && !state['41_Brk_Var']){
-    const t = performance.now();
-    if (typeof updatePhysics._loeT0 !== 'number') updatePhysics._loeT0 = t;
-    const α = Math.min(1, (t - updatePhysics._loeT0) / LOE_SETTLE_MS);
-
-    // Blend current values toward LOE targets
-    MW = MW + (LOE_REV_PWR_MW - MW) * α;          // small reverse
-    Q  = Q  + (LOE_Q_IMPORT_MVAR - Q) * α;        // inductive import (positive)
-  } else {
-    delete updatePhysics._loeT0;
-  }
-  // ----------------------------------------------------------------------
-
-  // Apparent + amps + PF
-  const S = Math.sqrt(MW*MW + Q*Q);
-  const I_kA = (S) / (Math.sqrt(3) * (Vbus));
-  const I_A  = I_kA * 1000;
-  const PFmag = S > 1e-6 ? (Math.abs(MW) / S) : 0;
-  const PFsigned = (Q < 0 ? -PFmag : PFmag);
-
-  state.MW = MW;
-  state.MVAR = Q;
-  state.AMPS = I_A;
-  state.PF = PFsigned;
-}
-
-
-
-  /* ///////////// Section 5.N slewGenKV (kV tracker) ///////////// */
-  function slewGenKV(target, rate_kV_per_s){
-    const now = performance.now();
-    if (kvRamp.active){
-      const p = clamp((now - kvRamp.t0) / kvRamp.dur, 0, 1);
-      state.Gen_kV_Var = kvRamp.from + (kvRamp.to - kvRamp.from) * p;
-      if (p >= 1) kvRamp.active = false;
-      return;
-    }
-    if (typeof slewGenKV._tPrev !== 'number') slewGenKV._tPrev = now;
-    const dt = Math.min(100, now - slewGenKV._tPrev)/1000;
-    slewGenKV._tPrev = now;
-    const step = rate_kV_per_s * dt;
-    const err = target - state.Gen_kV_Var;
-    if (Math.abs(err) <= step){
-      state.Gen_kV_Var = target;
-    } else {
-      state.Gen_kV_Var += Math.sign(err) * step;
-    }
-    state.Gen_kV_Var = clamp(state.Gen_kV_Var, KV_MIN, KV_MAX);
-  }
-
-  /* ///////////// Section 5.O Syncroscope & Lamps ///////////// */
-/* ///////////// Section 5.O.0 PhaseTracker (shared Δθ + snapshot) ///////////// */
-const PhaseTracker = {
-  delta: 0,
-  tPrev: null,
-  snap: null, // { vb, vg, fb, fg, dphiDeg, ts }
-
-  update(fb, fg) {
-    const t = performance.now() * 0.001;
-    if (this.tPrev == null) this.tPrev = t;
-    let dt = t - this.tPrev;
-    if (dt > 0.2) dt = 0.2;
-    if (dt < 0) dt = 0;
-    this.tPrev = t;
-
-    const df = (fg || 0) - (fb || 0);
-    const maxStep = Math.min(1/120, 0.5 / Math.max(1e-6, Math.abs(df))) * 0.999;
-    while (dt > 0) {
-      const step = Math.min(dt, maxStep);
-      this.delta += 2 * Math.PI * df * step;
-      dt -= step;
-    }
-    this.delta = normAngleRad(this.delta);
-    return this.deltaDeg();
-  },
-
-  deltaDeg() {
-    return rad2deg(this.delta); // (-180,180]
-  },
-
-  snapshot(vb, vg, fb, fg) {
-    this.snap = {
-      vb: (vb != null ? vb : 13.8),
-      vg: Math.max(0, vg || 0),
-      fb: (fb != null ? fb : 60),
-      fg: (fg || 0),
-      dphiDeg: this.deltaDeg(),
-      ts: performance.now()
-    };
-    return this.snap;
-  }
-};
-
-  /* ///////////// Section 5.O.1 SYNC struct ///////////// */
-  const SYNC = {
-    needleEl: null, center: null,
-    lampL: null, lampR: null,
-    busPhase: 0, genPhase: 0, tPrev: null
-  };
-
-  /* ///////////// Section 5.O.2 parseRotateCenter ///////////// */
-  function parseRotateCenter(el) {
-    const t = (el.getAttribute("transform") || "").trim();
-    const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-    if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-    try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-    catch { return { cx: 0, cy: 0 }; }
-  }
-
-  /* ///////////// Section 5.O.3 initSyncUI ///////////// */
-  function initSyncUI(){
-    if (!SYNC.needleEl){
-      SYNC.needleEl = document.getElementById("SyncScope_Rotation");
-      if (SYNC.needleEl) SYNC.center = parseRotateCenter(SYNC.needleEl);
-    }
-    if (!SYNC.lampL) SYNC.lampL = document.getElementById('Glow_SyncLeft');
-    if (!SYNC.lampR) SYNC.lampR = document.getElementById('Glow_SyncRight');
-  }
-
-/* ///////////// Section 5.O.4 updateSyncScopeAndLamps ///////////// */
-function updateSyncScopeAndLamps(){
-  initSyncUI();
-  const snap = PhaseTracker.snap;
-  if (!snap) return;
-
-  const DEFAULT_SYNC_ANGLE = 0; // needle's default clamped angle
-  const fg = +state.Gen_Freq_Var || 0;
-  const syncSwitchOff   = !state.Sync_On;
-  const breaker52Closed = !!state['52G_Brk_Var']; // TRUE = closed
-  const clampNeedle = (Math.abs(fg) < 0.01) || syncSwitchOff || breaker52Closed;
-
-  // Needle angle (clamped when Hz=0 OR Sync switch OFF OR 52G closed)
-  if (SYNC.needleEl && SYNC.center){
-    const angle = clampNeedle
-      ? DEFAULT_SYNC_ANGLE
-      : ((snap.dphiDeg % 360) + 360) % 360; // 0..360 from shared Δθ
-    SYNC.needleEl.setAttribute('transform', `rotate(${angle},${SYNC.center.cx},${SYNC.center.cy})`);
-  }
-
-  // Lamps brightness from true differential voltage magnitude
-  (function(){
-    const clamp01 = x => x < 0 ? 0 : (x > 1 ? 1 : x);
-
-    const Vb = snap.vb;
-    const Vg = snap.vg;
-    const dphiRad = deg2rad(snap.dphiDeg);
-
-    // |Vg∠θg − Vb∠θb|
-    const Vr_kV = Math.sqrt(Vg*Vg + Vb*Vb - 2*Vg*Vb*Math.cos(dphiRad));
-
-    const Vnom = (state.Bus_Voltage_kV_nom != null ? state.Bus_Voltage_kV_nom : 13.8);
-    const Vr_pu = Vr_kV / (Vnom || 1);
-
-    const LAMP_GAIN = 2;
-    const GAMMA     = 1.1;
-    const SYNC_FUDGE_MIN_KV = 13.2;
-    const SYNC_FUDGE_MAX_KV = 14.5;
-
-    let bright = clamp01(Math.pow(clamp01(Vr_pu * LAMP_GAIN), GAMMA));
-
-    // Fudge band: outside band = full ON
-    const inBand = (Vg > SYNC_FUDGE_MIN_KV) && (Vg < SYNC_FUDGE_MAX_KV);
-    if (!inBand) bright = 1.0;
-
-    // Only show while syncing (Sync switch ON, 52G OPEN)
-    const syncing = !!state.Sync_On && !state['52G_Brk_Var'];
-    if (!syncing) bright = 0;
-
-    if (SYNC.lampL){ SYNC.lampL.style.opacity = String(bright); SYNC.lampL.setAttribute('fill', '#FFFFFF'); }
-    if (SYNC.lampR){ SYNC.lampR.style.opacity = String(bright); SYNC.lampR.setAttribute('fill', '#FFFFFF'); }
-  })();
-}
-
-  /* ///////////// Section 5.P Glow helpers (setGlow / setGlowWhite) ///////////// */
-  function setGlow(id, on){
-    const el = document.getElementById(id);
-    if(!el) return;
-    el.style.opacity = on ? '1' : '0';
-  }
-  function setGlowWhite(id, on){
-    const el = document.getElementById(id);
-    if(!el) return;
-    el.style.fill = on ? '#FFFFFF' : '';
-    el.style.opacity = on ? '1' : '0';
-  }
-
- /* ///////////// Section 5.Q updateGlows (REPLACE this section) ///////////// */
-function updateGlows(){
-  const is52Open   = !state['52G_Brk_Var'];
-  const is41Closed = !!state['41_Brk_Var'];
-
-  // 86G permissive & flag based ONLY on knob position
-  const k86  = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-  const ang  = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
-  const is86NormalByKnob = (ang > -1);
-
-  // Permissives
-  setGlow('Glow_Perm_52G',        is52Open);
-  setGlow('Glow_Perm_86G',        is86NormalByKnob);
-  setGlow('Glow_Perm_Speed',      !!state.Speed_Perm_Var);
-  setGlow('Glow_Perm_Excitation', is41Closed);
-  setGlowWhite('Glow_Perm_SyncCheck', !!state.SyncCheck_Perm_Var); // white
-
-  // 52G status
-  setGlow('Glow_Green_52G', is52Open);
-  setGlow('Glow_Red_52G',   !is52Open);
-
-  // 41 status
-  setGlow('Glow_Green_41', !is41Closed);
-  setGlow('Glow_Red_41',    is41Closed);
-
-  // Ensure 86G flag tracks knob position continuously
-  try { setFlag86(); } catch(_){}
-}
-
-
-  /* ///////////// Section 5.R updateGateGauge ///////////// */
-  // Gate position (GatePos_Rotation, 0%->36°, 100%->324°)
-  function updateGateGauge(){
-    const el = document.getElementById("GatePos_Rotation");
-    if (!el) return;
-    const pct = clamp(state.Gate_Pos_Var, 0, 100);
-    const minAng = 36, maxAng = 324;
-    const ang = minAng + (pct / 100) * (maxAng - minAng);
-    const center = (function(){
-      const t = (el.getAttribute("transform") || "").trim();
-      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-      if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-      try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-      catch { return { cx: 0, cy: 0 }; }
-    })();
-    el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
-  }
-
-  /* ///////////// Section 5.S Hz needle binding (IIFE) ///////////// */
-  (function(){
-    const PTS = [
-      {hz: 0,   ang: 36},
-      {hz: 59,  ang: 108},
-      {hz: 60,  ang: 180},
-      {hz: 61,  ang: 252},
-      {hz: 62,  ang: 324},
-    ];
-    function mapHzToAngle(hz) {
-      if (!isFinite(hz)) return 36;
-      hz = clamp(hz, 0, 62);
-      for (let i = 0; i < PTS.length - 1; i++) {
-        const a = PTS[i], b = PTS[i+1];
-        if (hz >= a.hz && hz <= b.hz) {
-          const t = (hz - a.hz) / (b.hz - a.hz || 1);
-          return a.ang + t * (b.ang - a.ang);
-        }
-      }
-      return 324;
-    }
-    let hzEl = null, center = null;
-    function initHz() {
-      hzEl = document.getElementById("Hz_Rotation");
-      if (!hzEl) return false;
-      const t = (hzEl.getAttribute("transform") || "").trim();
-      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-      if (m) center = { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-      else {
-        try { const bb = hzEl.getBBox(); center = { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-        catch { center = { cx: 0, cy: 0 }; }
-      }
-      return true;
-    }
-    function updateRPMText() {
-      const el = document.getElementById("Value_RPM");
-      if (!el) return;
-      const v = Math.round(state.Master_Started ? (state.Gen_RPM_Var || 0) : 0);
-      if (el.textContent !== String(v)) el.textContent = String(v);
-    }
-    function updateHz() {
-      if (!hzEl && !initHz()) return;
-      const angle = mapHzToAngle(state.Master_Started ? (state.Gen_Freq_Var || 0) : 0);
-      hzEl.setAttribute("transform", `rotate(${angle},${center.cx},${center.cy})`);
-    }
-    function tick(){ updateRPMText(); updateHz(); }
-    document.addEventListener("DOMContentLoaded", () => { initHz(); tick(); });
-    clearInterval(window.__v6k_iv);
-    window.__v6k_iv = setInterval(tick, 100);
-  })();
-
-  /* ///////////// Section 5.T updateKVgauge ///////////// */
-  // Gen Volts gauge (GenVolts_Rotation: 36°=0 kV, 180°=13 kV, 324°=15 kV)
-  function updateKVgauge(){
-    const el = document.getElementById("GenVolts_Rotation");
-    if (!el) return;
-    const v = clamp(state.Gen_kV_Var, 0, 15); // gauge tops at 15
-    let ang;
-    if (v <= 13){
-      // map 0..13 kV to 36..180°
-      const t = v / 13;
-      ang = 36 + t * (180 - 36);
-    } else {
-      // map 13..15 to 180..324°
-      const t = (v - 13) / 2;
-      ang = 180 + t * (324 - 180);
-    }
-    const center = (function(){
-      const t = (el.getAttribute("transform") || "").trim();
-      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-      if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-      try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-      catch { return { cx: 0, cy: 0 }; }
-    })();
-    el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
-  }
-
-  /* ///////////// Section 5.U fmtNoLeadingZeros ///////////// */
-  function fmtNoLeadingZeros(n, decimals){
-    if (!isFinite(n)) return '0';
-    const s = (decimals != null) ? n.toFixed(decimals) : String(Math.round(n));
-    return s;
-  }
-
-  /* ///////////// Section 5.V updateDigitals ///////////// */
-function updateDigitals(){
-  const elMW   = document.getElementById("Value_MW");
-  const elA    = document.getElementById("Value_AMPS");
-  const elMVAR = document.getElementById("Value_MVAR");
-  const elPF   = document.getElementById("Value_PowerFactor");
-
-  const MW   = +state.MW   || 0;
-  const MVAR = +state.MVAR || 0;
-  const AMPS = +state.AMPS || 0;
-
-  // PF display — show "unity at tiny load" only when AVR is ON
-  const S_MVA = Math.sqrt(MW*MW + MVAR*MVAR);
-  const PF_SMALL_THRESH_MVA = 0.3;
-  let pfDisp;
-  if (state.AVR_On && state['52G_Brk_Var'] && S_MVA < PF_SMALL_THRESH_MVA){
-    pfDisp = (MVAR < 0 ? -1 : 1);
-  } else if (S_MVA < 1e-6){
-    pfDisp = 1;
-  } else {
-    pfDisp = clamp(+state.PF || 0, -1, 1);
-  }
-
-  if (elMW){
-    const s = fmtNoLeadingZeros(MW, 1);
-    if (elMW.textContent !== s) elMW.textContent = s;
-  }
-  if (elA){
-    const s = fmtNoLeadingZeros(AMPS, 0);
-    if (elA.textContent !== s) elA.textContent = s;
-  }
-  if (elMVAR){
-    const s = fmtNoLeadingZeros(MVAR, 1);
-    if (elMVAR.textContent !== s) elMVAR.textContent = s;
-  }
-  if (elPF){
-    const s = fmtNoLeadingZeros(pfDisp, 2);
-    if (elPF.textContent !== s) elPF.textContent = s;
-  }
-}
-
-
-
-/* ///////////// Section 5.W Main tick loop (requestAnimationFrame) ///////////// */
-function tick(){
-  watchAngles();
-  updateGateSet();
-  updateVoltageSet();
-  updatePhysics();
-
-  // Instant zero kV if 52G CLOSED and 41 OPEN
-  if (state['52G_Brk_Var'] && !state['41_Brk_Var']) {
-    state.Gen_kV_Var = 0;
-  }
-
-  // ---- Shared phase + snapshot (single source of truth) ----
-  const fb = +state.Bus_Freq_Hz  || 60;
-  const fg = +state.Gen_Freq_Var || 0;
-  const vb = +state.Bus_Voltage_kV || 13.8;
-  const vg = +state.Gen_kV_Var     || 0;
-  PhaseTracker.update(fb, fg);
-  PhaseTracker.snapshot(vb, vg, fb, fg);
-  // ----------------------------------------------------------
-
-  updateSyncCheck();
-  updateGlows();
-  updateGateGauge();
-  updateKVgauge();
-  updateSyncScopeAndLamps();
-  if (window.Osc && typeof window.Osc.update === 'function') window.Osc.update(); // Oscilloscope
-  updateDigitals();
-  requestAnimationFrame(tick);
-}
-requestAnimationFrame(tick);
-
-
-
-/* ///////////// Section 5.Y — Oscilloscope (Bus & Gen waveforms) ///////////// */
-(function(){
-  const Osc = {
-    inited:false,
-    els:{ bg:null, bus:null, gen:null },
-    rect:null,
-    busDrawn:false,
-
-    $: id => document.getElementById(id),
-
-    ensureInit(){
-      if (this.inited) return true;
-      this.els.bg  = this.$('Osc_Background');
-      this.els.bus = this.$('Osc_BusWave');
-      this.els.gen = this.$('Osc_GenWave');
-      if (!this.els.bg || !this.els.bus || !this.els.gen) return false;
-
-      const x = parseFloat(this.els.bg.getAttribute('x')) || 0;
-      const y = parseFloat(this.els.bg.getAttribute('y')) || 0;
-      const w = parseFloat(this.els.bg.getAttribute('width'))  || (this.els.bg.getBBox?.().width  || 0);
-      const h = parseFloat(this.els.bg.getAttribute('height')) || (this.els.bg.getBBox?.().height || 0);
-      this.rect = { x, y, w, h, cx:x+w/2, cy:y+h/2 };
-      this.inited = true;
-      return true;
-    },
-
-    sinePath(x, w, cy, cycles, amp, phaseRad, samples){
-      const k = 2*Math.PI*cycles;
-      let d = `M ${x} ${ (cy - amp*Math.sin(phaseRad)).toFixed(1) }`;
-      for(let i=1;i<=samples;i++){
-        const t = i/samples;
-        const xx = x + t*w;
-        const yy = cy - amp*Math.sin(k*t + phaseRad);
-        d += ` L ${xx.toFixed(1)} ${yy.toFixed(1)}`;
-      }
-      return d;
-    },
-
-    drawBusOnce(){
-      if (!this.ensureInit()) return;
-      if (this.busDrawn) return;
-      const r = this.rect;
-      const A = 0.90*(r.h/2);
-      const cycles = 4;
-      const d = this.sinePath(r.x, r.w, r.cy, cycles, A, 0, 480);
-      this.els.bus.setAttribute('d', d);
-      this.busDrawn = true;
-    },
-
-    updateGen(){
-      if (!this.ensureInit()) return;
-      const r = this.rect;
-      const s = (window.SimState || window.state || {});
-      const snap = (typeof PhaseTracker !== 'undefined' && PhaseTracker.snap) ? PhaseTracker.snap : null;
-
-      const fg   = +s.Gen_Freq_Var || 0;
-      const vGen = Math.max(0, +s.Gen_kV_Var || 0);
-      const vNom = (+s.Bus_Voltage_kV_nom) || (+s.Bus_Voltage_kV) || 13.8;
-
-      const Amax = 0.90*(r.h/2);
-      const A    = Amax * (vGen / (vNom || 13.8));
-
-      const busHz   = (+s.Bus_Freq_Hz) || 60;
-      const T_win   = 4 / busHz;                 // ~4 bus cycles across width
-      const cyclesG = fg * T_win;
-
-      // Clamp phase to 0° when 52G is CLOSED (snap in-phase with bus)
-      const synced  = !!s['52G_Brk_Var'];
-      const phiGen  = synced ? 0 : (snap ? deg2rad(snap.dphiDeg) : 0);
-
-      const d = this.sinePath(r.x, r.w, r.cy, cyclesG, A, phiGen, 480);
-      this.els.gen.setAttribute('d', d);
-    },
-
-    update(){
-      this.drawBusOnce();
-      this.updateGen();
-    }
-  };
-
-  try { window.Osc = Osc; } catch(_){}
-})();
-
-
-/* ///////////// Section 5.Z Protections ///////////// */
-(function ProtectionsAddon(){
-  const S = window.SimState || window.state || (window.state = {});
-  Object.assign(S, {
-    Alarm_32:false, Alarm_55:false, Alarm_27:false, Alarm_59:false, Alarm_81:false,
-    Trip_32:false, Trip_40:false, Trip_27_59:false, Trip_81:false
-  });
-
-  const PROT = (window.__PROT__ = window.__PROT__ || {
-    tprev: performance.now(), lastNow: 0, dtCache: 0,
-    prev52: !!S['52G_Brk_Var'],
-    inhibit32UntilMs: 0,
-    a32:0, a55:0, a55sev:0, a27:0, a59:0, a81UF:0, a81OF:0,
-    t32:0, t40A:0, t40B:0, t27:0, t59:0, t27Backup:0, t59Backup:0, t81UF:0, t81OF:0,
-  });
-
-  function getDt(){
-    const now = performance.now();
-    if (now - PROT.lastNow < 5) return PROT.dtCache;
-    const dt = Math.max(0, (now - PROT.tprev)/1000);
-    PROT.tprev = now; PROT.lastNow = now; PROT.dtCache = dt;
-    return dt;
-  }
-
-  function logFlag(name, on){
-    if (S[name] !== on){
-      S[name] = on;
-
-      if (name.startsWith('Alarm_')){
-        const code = name.split('_')[1];
-        let msg;
-        switch(code){
-          case '32': msg = on ? 'Reverse Power Alarm' : 'Reverse Power Normal'; break;
-          case '55': msg = on ? 'Power Factor Alarm' : 'Power Factor Normal'; break;
-          case '27': msg = on ? 'Undervoltage Alarm' : 'Voltage Normal'; break;
-          case '59': msg = on ? 'Overvoltage Alarm' : 'Voltage Normal'; break;
-          case '81': msg = on ? 'Frequency Alarm' : 'Frequency Normal'; break;
-          default:   msg = `ALARM ${code}: ${on ? 'ACTIVE' : 'FALSE'}`;
-        }
-        try { logDebug(msg); } catch(_) {}
-        return;
-      }
-
-      if (name === 'Trip_32' && on){
-        try { logDebug('Trip: Reverse Power'); } catch(_) {}
-        return;
-      }
-      if (name === 'Trip_40' && on){
-        try { logDebug('Trip: Loss of Field'); } catch(_) {}
-        return;
-      }
-      // Trip_27_59 and Trip_81 messages handled directly in evaluateTrips
-    }
-  }
-
-  function setGlow(id, on){
-    const el = document.getElementById(id);
-    if (!el) return;
-    el.style.opacity = on ? 1 : 0;
-    try{ el.setAttribute('opacity', on ? '1' : '0'); }catch(_){}
-  }
-
-  // ---------- Alarms (self-reset) ----------
-  window.evaluateAlarms = function(){
-    const now = performance.now();
-    const dt  = getDt();
-
-    // Master Stop mask: block alarms during normal shutdown
-    if (S.MasterStopMask === true) {
-      logFlag('Alarm_32', false);
-      logFlag('Alarm_55', false);
-      logFlag('Alarm_27', false);
-      logFlag('Alarm_59', false);
-      logFlag('Alarm_81', false);
-      PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
-      return;
-    }
-
-    if (!PROT.prev52 && S['52G_Brk_Var']) PROT.inhibit32UntilMs = now + 15000;
-    PROT.prev52 = !!S['52G_Brk_Var'];
-
-    if (!S.GeneratorOnline){
-      logFlag('Alarm_32', false);
-      logFlag('Alarm_55', false);
-      logFlag('Alarm_27', false);
-      logFlag('Alarm_59', false);
-      logFlag('Alarm_81', false);
-      PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
-      return;
-    }
-
-    const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
-    const MW       = +S.MW || 0;
-    const Q        = +S.MVAR || 0;
-    const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
-    const Hz       = +S.Gen_Freq_Var || 0;
-
-    // 32 — Reverse Power (self-reset alarm)
-    const ppu = MW / RatedMW;
-    const a32 = (ppu < -0.01);
-    PROT.a32 = a32 ? PROT.a32 + dt : 0;
-    logFlag('Alarm_32', PROT.a32 >= 0.2);
-
-    // 55 — LOE / Field Issues (proxy alarm)
-    // Alarm when power factor magnitude drops below 0.9 (leading or lagging)
-    const Sva = Math.hypot(MW, Q);
-    const pf  = Sva > 0 ? MW / Sva : 1;
-    const a55 = (Math.abs(pf) < 0.9);
-    PROT.a55 = a55 ? PROT.a55 + dt : 0;
-    logFlag('Alarm_55', PROT.a55 >= 0.2);
-
-    // 27 — Undervoltage (self-reset, immediate)
-    const a27 = (Vpu < 0.96);
-    PROT.a27 = a27 ? PROT.a27 + dt : 0;
-    logFlag('Alarm_27', a27); // use a time threshold here if you want a delay
-
-    // 59 — Overvoltage (self-reset, immediate)
-    const a59 = (Vpu > 1.04);
-    PROT.a59 = a59 ? PROT.a59 + dt : 0;
-    logFlag('Alarm_59', a59); // use a time threshold here if you want a delay
-
-    // 81 — Frequency (5 s either side)
-    const a81UF = (Hz < 59.8);
-    const a81OF = (Hz > 60.2);
-    PROT.a81UF = a81UF ? PROT.a81UF + dt : 0;
-    PROT.a81OF = a81OF ? PROT.a81OF + dt : 0;
-    logFlag('Alarm_81', (PROT.a81UF >= 5.0) || (PROT.a81OF >= 5.0));
-  };
-
-  // ---------- Trips (LATCHED) ----------
-  window.evaluateTrips = function(){
-    const dt = getDt();
-
-    // Master Stop mask: block trip evaluation during normal shutdown
-    if (S.MasterStopMask === true) {
-      return;
-    }
-
-    if (!S.GeneratorOnline){
-      // Latching: do NOT auto-clear trips when offline
-      return;
-    }
-
-    const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
-    const RatedMVA = Math.max(1e-6, +((window.RATED && RATED.MVA) || RatedMW));
-    const MW       = +S.MW || 0;
-    const Q        = +S.MVAR || 0;
-    const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
-    const Hz       = +S.Gen_Freq_Var || 0;
-
-    // 32 — Reverse Power (0.5 s, inhibit for 15s after close)
-    const now = performance.now();
-    const inhibit32 = (now < PROT.inhibit32UntilMs);
-    PROT.t32 = (MW < -0.02 * RatedMW && !inhibit32) ? PROT.t32 + dt : 0;
-    if (!S.Trip_32 && PROT.t32 >= 0.5) {
-      logFlag('Trip_32', true);
-    }
-
-    // 40 — Field Breaker trip (proxy)
-    const t40 = (!S['41_Brk_Var'] && S['52G_Brk_Var']);
-    PROT.t40A = t40 ? PROT.t40A + dt : 0;
-    PROT.t40B = t40 ? PROT.t40B + dt : 0;
-    if (!S.Trip_40 && (PROT.t40A >= 0.05 || PROT.t40B >= 0.05)) {
-      logFlag('Trip_40', true);
-    }
-
-    // 27/59 — Voltage trips (0.5 s either side)
-    const v27 = (Vpu < 0.90);
-    const v59 = (Vpu > 1.10);
-    PROT.t27 = v27 ? PROT.t27 + dt : 0;
-    PROT.t59 = v59 ? PROT.t59 + dt : 0;
-
-    const trip27 = (PROT.t27 >= 0.5);
-    const trip59 = (PROT.t59 >= 0.5);
-    if ((!S.Trip_27_59) && (trip27 || trip59)) {
-      logFlag('Trip_27_59', true);
-      try {
-        if (trip27) logDebug('Trip: Undervoltage');
-        if (trip59) logDebug('Trip: Overvoltage');
-      } catch(_) {}
-    }
-
-    // 81 — Frequency
-    PROT.t81UF = (Hz < 59.0) ? PROT.t81UF + dt : 0;
-    PROT.t81OF = (Hz > 61.5) ? PROT.t81OF + dt : 0;
-    if (!S.Trip_81 && ((PROT.t81UF >= 0.5) || (PROT.t81OF >= 0.5))) {
-      logFlag('Trip_81', true);
-      try {
-        if (PROT.t81UF >= 0.5) logDebug('Trip: Underfrequency');
-        if (PROT.t81OF >= 0.5) { logDebug('Overspeed Detected'); logDebug('Trip: Overfrequency'); }
-      } catch(_) {}
-    }
-  };
-
-  window.updateProtectionGlows = function(){
-    setGlow('Glow_Alarm_32', S.Alarm_32 === true);
-    setGlow('Glow_Alarm_55', S.Alarm_55 === true);
-    setGlow('Glow_Alarm_27', (S.Alarm_27 === true) || (S.Alarm_59 === true));
-    setGlow('Glow_Alarm_81', S.Alarm_81 === true);
-    setGlow('Glow_Trip_32',   S.Trip_32 === true);
-    setGlow('Glow_Trip_40',   S.Trip_40 === true);
-    setGlow('Glow_Trip_27',   S.Trip_27_59 === true);
-    setGlow('Glow_Trip_81',   S.Trip_81 === true);
-    setGlow('Glow_Alarm_86G', S['86G_Trip_Var'] === true);
-  };
-
-  // Fallback looper
-  if (!window.__PROT_LOOP__){
-    window.__PROT_LOOP__ = true;
-    (function loop(){
-      try{
-        if (typeof window.evaluateAlarms === 'function') window.evaluateAlarms();
-        if (typeof window.evaluateTrips  === 'function') window.evaluateTrips();
-        if (typeof window.updateProtectionGlows === 'function') window.updateProtectionGlows();
-      }catch(_){}
-      requestAnimationFrame(loop);
-    })();
-  }
-})();
-
-
-
-/* ///////////// Section 5.Z1: Consolidated 86G Trip & Knob Management ///////////// */
-(function Auto86GTripAndKnobManager() {
-  const KNOB_ID = 'Knob_86G';
-  const TRIP_ANGLE = -45;
-  const RESET_ANGLE = 0;
-
-  const switchConfig = switches.find(s => s.knobId === KNOB_ID);
-  const originalType = switchConfig ? switchConfig.type : 'latching';
-  // Timer to ensure gates remain <=20% for a short period before
-  // latching 86G. This avoids premature trip commands while the
-  // governor is still driving the gates closed.
-  let belowThreshSince = null;
-
-  function rotateKnob(angle) {
-    const state = knobStates[KNOB_ID];
-    const el = document.getElementById(KNOB_ID);
-    if (!state || !el) return;
-    const cx = state.centerX, cy = state.centerY;
-    state.currentAngle = angle;
-    if (prevAngles) prevAngles[KNOB_ID] = angle;
-    el.setAttribute('transform', `rotate(${angle} ${cx} ${cy})`);
-  }
-
-  function loop() {
-    const s = window.SimState || window.state;
-    const k = knobStates[KNOB_ID];
-    if (!s || !switchConfig || !k) { requestAnimationFrame(loop); return; }
-
-    const isTripped = s['86G_Trip_Var'];
-    const anyProt = !!(s.Trip_32 || s.Trip_40 || s.Trip_27_59 || s.Trip_81);
-
-    // Driveback and Auto-trip logic
-    if (anyProt && !isTripped) {
-      // Initiate driveback: set gate setpoint to 0 immediately.
-      // This will cause the actual gate position (Gate_Pos_Var) to ramp down.
-      Gate_Setpoint = 0;
-      gateRamp.active = false; // Ensure any conflicting start ramps are cancelled.
-
-      // Once gates fall to/below 20%, start a hold timer. When
-      // they remain below threshold for 500 ms, trip 86G.
-      if (s.Gate_Pos_Var <= 20) {
-        if (belowThreshSince === null) {
-          belowThreshSince = performance.now();
-        } else if (performance.now() - belowThreshSince >= 500) {
-          handleAction('86G_TRIP');
-          rotateKnob(TRIP_ANGLE); // Visually snap knob to trip position.
-          belowThreshSince = null;
-        }
-      } else {
-        // Gates above threshold again before timeout; reset timer
-        belowThreshSince = null;
-      }
-    } else {
-      // reset when no protection trip or already tripped
-      belowThreshSince = null;
-    }
-
-    // Behavior while tripped (unchanged from original)
-    if (isTripped) {
-      switchConfig.type = 'momentary';
-      k.momentaryReturnAngle = TRIP_ANGLE;
-      switchConfig.maxAngle = -5;
-
-      if (!k.isDragging && k.currentAngle !== TRIP_ANGLE) {
-        rotateKnob(TRIP_ANGLE);
-      }
-    } else {
-      // Reset restores latching behavior (unchanged from original)
-      switchConfig.type = originalType;
-      k.momentaryReturnAngle = null;
-      switchConfig.maxAngle = RESET_ANGLE;
-    }
-
-    requestAnimationFrame(loop);
-  }
-  loop();
-})();
-
-/* ///////////// Section 5.Z2 — Reset Button Debug Hook ///////////// */
-(function ResetButtonDebugHook(){
-  function wire(){
-    const btn = document.getElementById('Button_RESET');  // <-- corrected ID
-    if(!btn || btn.dataset._dbgHooked) return !!btn;
-    btn.dataset._dbgHooked = '1';
-    
-
-    // Use click for safety
-    btn.addEventListener('click', () => {
-
-    }, {passive:true});
-
-    return true;
-  }
-
-  if(!wire()){
-    let tries = 0;
-    const iv = setInterval(() => {
-      if (wire() || ++tries > 50) clearInterval(iv);
-    }, 100);
-  }
-})();
-
-/* ///////////// Section 5.Z3 — Reset Handler///////////// */
-(function ResetHandler(){
-  function doReset(){
-    // Clear all auto trip latches (both internal vars and manager flags)
-    state['32_Trip_Var']     = false;
-    state['40_Trip_Var']     = false;
-    state['27_59_Trip_Var']  = false;
-    state['81_Trip_Var']     = false;
-    state['Trip_32']         = false;
-    state['Trip_40']         = false;
-    state['Trip_27_59']      = false;
-    state['Trip_81']         = false;
-
-    // Clear lockout latch (86G)
-    state['86G_Trip_Var'] = false;
-    try { setFlag86(false); } catch(_){}
-
-    // Clear online latch so logic can restart clean
-    state['GeneratorOnline'] = false;
-
-    // Refresh lamps
-    try { updateProtectionGlows(); } catch(_){}
-
-    // Debug
-    try {
-      
-    } catch(_){
-      console.log('RESET: Trips (32/40/27-59/81) and 86G cleared; GeneratorOnline reset');
-    }
-  }
-
-  const btn = document.getElementById('Button_RESET');
-  if(btn && !btn.dataset._resetHandler){
-    btn.dataset._resetHandler = '1';
-    btn.addEventListener('mousedown', doReset, {passive:true});
-  }
-})();
-
-/* ///////////// Section 5.Z4 — Master Stop Protections Inhibit (non-invasive) ///////////// */
-(function MasterStopProtectionsInhibit(){
-  const S = window.SimState || window.state || (window.state = {});
-  if (typeof S.MasterStopMask !== 'boolean') S.MasterStopMask = false;
-
-  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
-  window.handleAction = function(tag){
-    try{
-      if (tag === 'MASTER_STOP') {
-        if (!S.MasterStopMask){
-          S.MasterStopMask = true;
-        }
-      } else if (tag === 'MASTER_START') {
-        if (S.MasterStopMask){
-          S.MasterStopMask = false;
-        }
-      }
-    }catch(_){}
-    return origHandle ? origHandle.apply(this, arguments) : undefined;
-  };
-
-  // Auto-clear when fully stopped
-  if (!window.__MS_MASK_LOOP__){
-    window.__MS_MASK_LOOP__ = true;
-    (function loop(){
-      try{
-        if (S.MasterStopMask){
-          const stopped = (!S['52G_Brk_Var']) &&
-                          (!S.Master_Started) &&
-                          ((+S.Gate_Pos_Var || 0) <= 0.5) &&
-                          ((+S.Gen_Freq_Var || 0) <= 0.2);
-          if (stopped){
-            S.MasterStopMask = false;
-          }
-        }
-      }catch(_){}
-      requestAnimationFrame(loop);
-    })();
-  }
-})();
-
-
-})();
-
-
-/* ///////////// Section 6 — RPM Text Binding (IIFE) ///////////// */
-(function () {
-  function getState() { return window.state || window.SimState || null; }
-  function calcRPM() {
-    const s = getState();
-    if (!s) return null;
-    if (typeof s.Gen_RPM_Var === "number") return s.Gen_RPM_Var;
-    if (typeof s.Gen_Freq_Var === "number") return s.Gen_Freq_Var * 1.667;
-    return null;
-  }
-  function updateRPMText() {
-    const el = document.getElementById("Value_RPM");
-    if (!el) return;
-    const rpm = calcRPM();
-    if (rpm == null || isNaN(rpm)) return;
-    const v = Math.round(rpm);
-    if (el.textContent !== String(v)) el.textContent = String(v);
-  }
-  clearInterval(window.__rpm_bind_iv);
-  window.__rpm_bind_iv = setInterval(updateRPMText, 200);
-  document.addEventListener("DOMContentLoaded", updateRPMText);
-
-})();
-

From 42a857a5b8b1dad17a45c4cdcebe76432a08498b Mon Sep 17 00:00:00 2001
From: Jon Rasmussen <144543309+jonrack77@users.noreply.github.com>
Date: Wed, 19 Nov 2025 11:25:46 -0800
Subject: [PATCH 4/5] Clean debug dock helper after merge artifacts

---
 index.html | 109 +++++++++++++++++++++++++++++++----------------------
 1 file changed, 63 insertions(+), 46 deletions(-)

diff --git a/index.html b/index.html
index d65fbbf..e42f95e 100644
--- a/index.html
+++ b/index.html
@@ -10992,60 +10992,77 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
 
 <script>
 (function(){
-  function install(){
-    if (document.getElementById('DebugDock')) return;
+    function install(){
+      if (document.getElementById('DebugDock')) return;
 
-    try{ var oldBtn = document.getElementById('debugBtn'); if (oldBtn) oldBtn.style.display = 'none'; }catch(_){}
+      try {
+        var oldBtn = document.getElementById('debugBtn');
+        if (oldBtn) oldBtn.style.display = 'none';
+      } catch (_) {}
 
-      var css = `#DebugDock{ position:absolute; right:-310px; top:6px;
-        width:2.9in; height:7.75in;
-        display:grid; grid-template-columns: 1fr; gap:8px;
-        background:#161a20; border:1px solid #6b7280; border-radius:10px;
-        padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;
-      }
-      #Debug_Log{
-        grid-column:1/2; grid-row:1;
-        width:95%; height:98%; resize:none; overflow:auto;
-        background:#f5f5f5; color:#000000;
-        border:1px solid #6b7280; border-radius:6px;
-        padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;
-        scrollbar-width:none; white-space:pre-wrap;
-      }
-      #Debug_Log::-webkit-scrollbar{ width:0; height:0; }`;
-    var style = document.createElement('style'); style.textContent = css; document.head.appendChild(style);
+      var css = [
+        '#DebugDock{ position:absolute; right:-310px; top:6px;',
+        '  width:2.9in; height:7.75in;',
+        '  display:grid; grid-template-columns: 1fr; gap:8px;',
+        '  background:#161a20; border:1px solid #6b7280; border-radius:10px;',
+        '  padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;',
+        '}',
+        '#Debug_Log{',
+        '  grid-column:1/2; grid-row:1;',
+        '  width:95%; height:98%; resize:none; overflow:auto;',
+        '  background:#f5f5f5; color:#000000;',
+        '  border:1px solid #6b7280; border-radius:6px;',
+        '  padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;',
+        '  scrollbar-width:none; white-space:pre-wrap;',
+        '}',
+        '#Debug_Log::-webkit-scrollbar{ width:0; height:0; }'
+      ].join('');
+
+      var style = document.createElement('style');
+      style.textContent = css;
+      document.head.appendChild(style);
 
-    var dock = document.createElement('div');
-    dock.id = 'DebugDock';
-    dock.innerHTML = '<div id="Debug_Log" spellcheck="false"></div>';
-    var _wrap = document.getElementById("sim-wrap");
-    (_wrap ? _wrap : document.body).appendChild(dock);
+      var dock = document.createElement('div');
+      dock.id = 'DebugDock';
+      dock.innerHTML = '<div id="Debug_Log" spellcheck="false"></div>';
 
-    var area = dock.querySelector('#Debug_Log');
+      var wrap = document.getElementById('sim-wrap');
+      (wrap ? wrap : document.body).appendChild(dock);
 
-    function hookLog(){
-      if (window.__DebugDockHooked__) return true;
-      if (typeof window.logDebug === 'function'){
-        var orig = window.logDebug;
-        window.logDebug = function(m){
-          try{ orig.call(this, m); } finally {
-            var max = area.scrollHeight - area.clientHeight;
-            var atBottom = area.scrollTop >= (max - 4);
-            if (atBottom){ area.scrollTop = area.scrollHeight; }
-          }
-        };
-        window.__DebugDockHooked__ = true;
-        return true;
+      var area = dock.querySelector('#Debug_Log');
+
+      function hookLog(){
+        if (window.__DebugDockHooked__) return true;
+        if (typeof window.logDebug === 'function'){
+          var orig = window.logDebug;
+          window.logDebug = function(m){
+            try { orig.call(this, m); } finally {
+              var max = area.scrollHeight - area.clientHeight;
+              var atBottom = area.scrollTop >= (max - 4);
+              if (atBottom) area.scrollTop = area.scrollHeight;
+            }
+          };
+          window.__DebugDockHooked__ = true;
+          return true;
+        }
+        return false;
+      }
+
+      if (!hookLog()){
+        var tries = 0;
+        var iv = setInterval(function(){
+          tries++;
+          if (hookLog() || tries > 40) clearInterval(iv);
+        }, 250);
       }
-      return false;
-    }
-    if (!hookLog()){
-      var tries = 0, iv = setInterval(function(){ tries++; if (hookLog() || tries > 40) clearInterval(iv); }, 250);
     }
-  }
 
-  if (document.readyState === 'loading') document.addEventListener('DOMContentLoaded', install, {once:true});
-  else install();
-})();
+    if (document.readyState === 'loading') {
+      document.addEventListener('DOMContentLoaded', install, { once:true });
+    } else {
+      install();
+    }
+  })();
 </script></body>
 </html>
 

From ef4b7809c47f742a4f56908d305095c5c2e2215c Mon Sep 17 00:00:00 2001
From: Jon Rasmussen <144543309+jonrack77@users.noreply.github.com>
Date: Wed, 19 Nov 2025 11:30:47 -0800
Subject: [PATCH 5/5] Restore original code state

---
 index.html => Index.html.html |  618 ++++++-----
 Scipt.js                      | 1753 ++++++++++++++++++++++++++++++
 Script.js                     | 1907 ---------------------------------
 Sim_Manual.pdf                |  Bin 83948 -> 0 bytes
 googled9d1eff3cee3f7bb.html   |    1 -
 netlify.toml                  |   24 -
 readme.md                     |   16 -
 robots.txt                    |    5 -
 sitemap.txt                   |    8 -
 sitemap.xml                   |    9 -
 sitemap_index.xml             |    7 -
 yandex_4c440f91da05aaad.html  |    6 -
 12 files changed, 2129 insertions(+), 2225 deletions(-)
 rename index.html => Index.html.html (96%)
 create mode 100644 Scipt.js
 delete mode 100644 Script.js
 delete mode 100644 Sim_Manual.pdf
 delete mode 100644 googled9d1eff3cee3f7bb.html
 delete mode 100644 netlify.toml
 delete mode 100644 readme.md
 delete mode 100644 robots.txt
 delete mode 100644 sitemap.txt
 delete mode 100644 sitemap.xml
 delete mode 100644 sitemap_index.xml
 delete mode 100644 yandex_4c440f91da05aaad.html

diff --git a/index.html b/Index.html.html
similarity index 96%
rename from index.html
rename to Index.html.html
index e42f95e..84bf47a 100644
--- a/index.html
+++ b/Index.html.html
@@ -1,61 +1,16 @@
 <!DOCTYPE html>
 <html lang="en">
 <head>
-  <meta charset="UTF-8">
-  <meta name="viewport" content="width=device-width, initial-scale=1" />
-
-  <title>Generator Synchroscope (Syncroscope) Simulator | Hydroelectric Grid Sync Trainer</title>
-  <meta name="description" content="Free, web-based generator synchroscope simulator for power systems training. Practice grid synchronization with AVR/excitation and governor controls while managing power factor, phase angle, and frequency." />
-  <meta name="keywords" content="generator, synchroscope, syncroscope, generator synchronization, grid sync, power systems training, simulator, AVR, exciter, excitation, governor, power factor, phase angle, frequency, hydroelectric, hydropower, Rasmussen generator" />
-  <meta name="robots" content="index, follow" />
-  <link rel="canonical" href="https://jrasmussen-gensync.netlify.app/" />
-
-  <!-- Open Graph -->
-  <meta property="og:type" content="website" />
-  <meta property="og:site_name" content="Generator Synchroscope Simulator" />
-  <meta property="og:title" content="Generator Synchroscope (Syncroscope) Simulator" />
-  <meta property="og:description" content="Practice realistic grid synchronization with AVR and governor controls in this free web simulator." />
-  <meta property="og:url" content="https://jrasmussen-gensync.netlify.app/" />
-  <meta property="og:image" content="https://jrasmussen-gensync.netlify.app/og-image.jpg" />
-  <meta property="og:locale" content="en_US" />
-
-  <!-- Twitter -->
-  <meta name="twitter:card" content="summary_large_image" />
-  <meta name="twitter:title" content="Generator Synchroscope (Syncroscope) Simulator" />
-  <meta name="twitter:description" content="Train on PF, phase angle, and frequency before closing the breaker." />
-  <meta name="twitter:image" content="https://jrasmussen-gensync.netlify.app/og-image.jpg" />
-
-  <!-- Structured Data -->
-  <script type="application/ld+json">
-  {
-    "@context":"https://schema.org",
-    "@type":"SoftwareApplication",
-    "name":"Generator Synchroscope Simulator",
-    "alternateName":"Generator Syncroscope Simulator",
-    "applicationCategory":"EducationalApplication",
-    "operatingSystem":"Web",
-    "isAccessibleForFree":true,
-    "url":"https://jrasmussen-gensync.netlify.app/",
-    "image":"https://jrasmussen-gensync.netlify.app/og-image.jpg",
-    "description":"Interactive generator synchroscope simulator for learning grid synchronization. Practice AVR/excitation and governor control while managing power factor, phase angle, and frequency—ideal for hydroelectric and general power systems training.",
-    "inLanguage":"en-US",
-    "keywords":"generator,synchroscope,syncroscope,grid synchronization,power systems training,simulator,AVR,excitation,governor,power factor,phase angle,frequency,hydroelectric,hydropower,Rasmussen",
-    "author":{"@type":"Person","name":"Jon Rasmussen"},
-    "offers":{"@type":"Offer","price":"0","priceCurrency":"USD"},
-    "dateModified":"2025-08-22"
-  }
-  </script>
+<meta charset="UTF-8">
+<meta name="viewport" content="width=device-width, initial-scale=1.0">
+<title>SyncroScope_Simulator</title>
 </head>
 <style>
   html, body { height: 100%; }
   body { margin: 0; background: #cfd4da; }
   #panel-bg { position: fixed; inset: 0; z-index: -1; }
-#sim-wrap { position: relative; display: inline-block; }
 </style>
 <body>
-<header style="text-align:center; font-family:sans-serif; padding:10px 0;">
-  <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization Simulator</h1>
- </header>
 <svg id="panel-bg" width="100%" height="100%" preserveAspectRatio="none" role="presentation" aria-hidden="true">
   <defs>
     <linearGradient id="panelShine" x1="0" y1="0" x2="0" y2="1">
@@ -85,10 +40,9 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
       <stop offset="100%" stop-color="#000" stop-opacity="0.08"/>
     </radialGradient>
 
-<radialGradient id="glowAmber" cx="50%" cy="50%" r="60%">
-  <stop offset="0%"   stop-color="#fff5e0" stop-opacity="1"/>
-  <stop offset="40%"  stop-color="#ffa500" stop-opacity="1"/>
-  <stop offset="100%" stop-color="#ffa500" stop-opacity="0"/>
+<radialGradient id="glowAmber" cx="50%" cy="50%" r="50%">
+  <stop offset="0%"   stop-color="#ffbf00" stop-opacity="1"/>
+  <stop offset="100%" stop-color="#ffbf00" stop-opacity="0"/>
 </radialGradient>
 
   </defs>
@@ -98,16 +52,53 @@ <h1 style="margin:0; font-size:1.5em;">Hydroelectric Generator Synchronization S
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-        '  background:#f5f5f5; color:#000000;',
-        '  border:1px solid #6b7280; border-radius:6px;',
-        '  padding:8px; font:bold 18px/1.35 Consolas,"Courier New",monospace;',
-        '  scrollbar-width:none; white-space:pre-wrap;',
-        '}',
-        '#Debug_Log::-webkit-scrollbar{ width:0; height:0; }'
-      ].join('');
-
-      var style = document.createElement('style');
-      style.textContent = css;
-      document.head.appendChild(style);
-
-      var dock = document.createElement('div');
-      dock.id = 'DebugDock';
-      dock.innerHTML = '<div id="Debug_Log" spellcheck="false"></div>';
+    var css = `#DebugDock{
+      position:fixed; right:40px; top:6px;
+      width:2.9in; height:7.75in;
+      display:grid; grid-template-columns: 1fr 18px; gap:8px;
+      background:#161a20; border:1px solid #6b7280; border-radius:10px;
+      padding:10px; box-shadow:0 2px 10px rgba(0,0,0,.35); z-index:9999;
+    }
+    #Debug_Log{
+      grid-column:1/2; grid-row:1;
+      width:95%; height:98%; resize:none; overflow:auto;
+      background:#0b0f14; color:#e5e7eb;
+      border:1px solid #6b7280; border-radius:6px;
+      padding:8px; font:12px/1.35 Consolas,"Courier New",monospace;
+      scrollbar-width:none;
+    }
+    #Debug_Log::-webkit-scrollbar{ width:0; height:0; }
+    #Debug_Slider{
+      grid-column:2/3; grid-row:1;
+      width:23px; height:100%;
+      appearance:slider-vertical; -webkit-appearance:slider-vertical;
+      writing-mode:bt-lr; background:transparent; margin:0;
+    }
+    #Debug_Slider::-webkit-slider-runnable-track{
+      width:18px; height:100%; background:#2b2f36;
+      border:1px solid #6b7280; border-radius:10px;
+    }
+    #Debug_Slider::-webkit-slider-thumb{
+      -webkit-appearance:none; width:14px; height:14px; border-radius:50%;
+      background:#0ea5e9; border:1px solid #0b0f14; margin-top:-2px;
+    }
+    #Debug_Slider::-moz-range-track{
+      width:18px; height:100%; background:#2b2f36;
+      border:1px solid #6b7280; border-radius:10px;
+    }
+    #Debug_Slider::-moz-range-thumb{
+      width:14px; height:14px; border-radius:50%;
+      background:#0ea5e9; border:1px solid #0b0f14;
+    }`;
+    var style = document.createElement('style'); style.textContent = css; document.head.appendChild(style);
 
-      var wrap = document.getElementById('sim-wrap');
-      (wrap ? wrap : document.body).appendChild(dock);
+    var dock = document.createElement('div');
+    dock.id = 'DebugDock';
+    dock.innerHTML = '<textarea id="Debug_Log" spellcheck="false"></textarea>' +
+                     '<input id="Debug_Slider" type="range" min="0" max="100" value="0">';
+    document.body.appendChild(dock);
 
-      var area = dock.querySelector('#Debug_Log');
+    var area = dock.querySelector('#Debug_Log');
+    var slider = dock.querySelector('#Debug_Slider');
 
-      function hookLog(){
-        if (window.__DebugDockHooked__) return true;
-        if (typeof window.logDebug === 'function'){
-          var orig = window.logDebug;
-          window.logDebug = function(m){
-            try { orig.call(this, m); } finally {
-              var max = area.scrollHeight - area.clientHeight;
-              var atBottom = area.scrollTop >= (max - 4);
-              if (atBottom) area.scrollTop = area.scrollHeight;
-            }
-          };
-          window.__DebugDockHooked__ = true;
-          return true;
-        }
-        return false;
-      }
+    function syncFromSlider(){
+      var max = area.scrollHeight - area.clientHeight;
+      area.scrollTop = max * (1 - slider.value/100); // 0=bottom, 100=top
+    }
+    function syncFromArea(){
+      var max = area.scrollHeight - area.clientHeight;
+      slider.value = max > 0 ? (1 - (area.scrollTop/max))*100 : 100;
+    }
+    slider.addEventListener('input', syncFromSlider, {passive:true});
+    area.addEventListener('scroll', syncFromArea, {passive:true});
 
-      if (!hookLog()){
-        var tries = 0;
-        var iv = setInterval(function(){
-          tries++;
-          if (hookLog() || tries > 40) clearInterval(iv);
-        }, 250);
+    function hookLog(){
+      if (window.__DebugDockHooked__) return true;
+      if (typeof window.logDebug === 'function'){
+        var orig = window.logDebug;
+        window.logDebug = function(m){
+          try{ orig.call(this, m); } finally {
+            var max = area.scrollHeight - area.clientHeight;
+            var atBottom = area.scrollTop >= (max - 4);
+            if (atBottom){ area.scrollTop = area.scrollHeight; slider.value = 0; }
+          }
+        };
+        window.__DebugDockHooked__ = true;
+        return true;
       }
+      return false;
     }
-
-    if (document.readyState === 'loading') {
-      document.addEventListener('DOMContentLoaded', install, { once:true });
-    } else {
-      install();
+    if (!hookLog()){
+      var tries = 0, iv = setInterval(function(){ tries++; if (hookLog() || tries > 40) clearInterval(iv); }, 250);
     }
-  })();
-</script></body>
-</html>
 
+    requestAnimationFrame(syncFromArea);
+  }
+
+  if (document.readyState === 'loading') document.addEventListener('DOMContentLoaded', install, {once:true});
+  else install();
+})();
+</script></body>
+</html>
\ No newline at end of file
diff --git a/Scipt.js b/Scipt.js
new file mode 100644
index 0000000..08560e5
--- /dev/null
+++ b/Scipt.js
@@ -0,0 +1,1753 @@
+/* ///////////// TABLE OF CONTENTS /////////////
+  Section 1 — File Header & Overview
+    1.A Feature summary banner
+
+  Section 2 — Debug Harness
+    2.A __setDebugWindow
+    2.B logDebug
+
+  Section 3 — Utilities
+    3.A clamp / lerp / normAngleRad / deg2rad / rad2deg
+
+  Section 4 — Switch Drag/Rotate Wiring (hit zones)
+    4.A Config & globals (switches, sensitivity, knobStates)
+    4.B Per-switch wiring & event handlers (setAngle/onMove/onUp)
+    4.C angleOf helper
+
+  Section 5 — Simulator Core (IIFE)
+    5.A Rated constants (RATED)
+    5.B State object (state) + exposure
+    5.C Gate setpoint variable (Gate_Setpoint)
+    5.D Master start/stop ramps (gateRamp/stopRamp)
+    5.E Voltage slew params (KV_* constants)
+    5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles)
+    5.G setFlag86
+    5.H handleAction (all operator actions)
+    5.I watchAngles
+    5.J updateGateSet (Knob_65)
+    5.K updateVoltageSet (Knob_90)
+    5.L updateSyncCheck (sync permissive)
+    5.M updatePhysics (governor/AVR/power)
+    5.N slewGenKV (kV tracker)
+    5.O Syncroscope & Lamps
+        5.O.1 SYNC struct
+        5.O.2 parseRotateCenter
+        5.O.3 initSyncUI
+        5.O.4 updateSyncScopeAndLamps
+    5.P Glow helpers (setGlow / setGlowWhite)
+    5.Q updateGlows
+    5.R updateGateGauge
+    5.S Hz needle binding (IIFE)
+    5.T updateKVgauge
+    5.U fmtNoLeadingZeros
+    5.V updateDigitals
+    5.W Main tick loop (requestAnimationFrame)
+    5.X Oscilloscope (Bus & Gen waveforms)
+
+  Section 6 — RPM Text Binding (IIFE)
+/////////////////////////////////////////// */
+
+/* ///////////// Section 1 — File Header & Overview ///////////// */
+/* ///////////// Section 1.A Feature summary banner ///////////// */
+/* Sim_8.js
+   Complete build with:
+   - Switch drag wiring
+   - Start/Stop ramps + 86G trip/reset w/ flag color
+   - Gate nudge (Knob_65)
+   - Speed permissive
+   - Sync-check permissive (±3% V, ±0.15 Hz, <10°)
+   - Gen kV model + gauge (GenVolts_Rotation: 36°=0, 180°=13, 324°=15)
+   - Manual voltage (Knob_90); AVR only acts after 52G closes
+   - Digital readouts: Value_MW / Value_AMPS / Value_MVAR / Value_PowerFactor
+   - Hz needle + RPM text
+   - Status/permissive glows
+   - Syncroscope needle (SyncScope_Rotation) and TWO sync lamps
+     Lamps brightness ∝ |Vg∠θg − Vb∠θb|; both lamps identical behavior
+*/
+
+/* ///////////// Section 2 — Debug Harness ///////////// */
+/* ///////////// Section 2.A __setDebugWindow ///////////// */
+let __DEBUG_WIN = null;
+function __setDebugWindow(win){ __DEBUG_WIN = win; }
+
+/* ///////////// Section 2.B logDebug ///////////// */
+function logDebug(message){
+  try {
+    try { console.log(message); } catch(_) {}
+    const el = document.getElementById('Debug_Log');
+    if (el){
+      if (typeof el.value === 'string'){
+        el.value += (el.value ? "\n" : "") + String(message);
+      } else {
+        el.textContent = (el.textContent ? el.textContent + "\n" : "") + String(message);
+      }
+    }
+    if(__DEBUG_WIN && !__DEBUG_WIN.closed){
+      __DEBUG_WIN.postMessage(String(message), '*');
+    }
+  } catch(_) {}
+}
+
+/* ///////////// Section 3 — Utilities ///////////// */
+/* ///////////// Section 3.A clamp / lerp / normAngleRad / deg2rad / rad2deg ///////////// */
+function clamp(v, lo, hi){ return Math.max(lo, Math.min(hi, v)); }
+function lerp(a,b,t){ return a + (b - a) * t; }
+function normAngleRad(a){
+  // normalize to (-π, +π]
+  a = ((a + Math.PI) % (2*Math.PI) + 2*Math.PI) % (2*Math.PI) - Math.PI;
+  return a;
+}
+function deg2rad(d){ return d * Math.PI / 180; }
+function rad2deg(r){ return r * 180 / Math.PI; }
+
+/* ///////////// Section 4 — Switch Drag/Rotate Wiring (hit zones) ///////////// */
+/* ///////////// Section 4.A Config & globals (switches, sensitivity, knobStates) ///////////// */
+const switches = [
+  { parentId:'52G_Switch',   knobId:'Knob_52G',   upperHitId:'Hit_52G_Upper',   lowerHitId:'Hit_52G_Lower',   type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'41_Switch',    knobId:'Knob_41',    upperHitId:'Hit_41_Upper',    lowerHitId:'Hit_41_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'86G_Switch',   knobId:'Knob_86G',   upperHitId:'Hit_86G_Upper',   lowerHitId:'Hit_86G_Lower',   type:'latching',  minAngle:-45, maxAngle:0  },
+  { parentId:'AVR_Switch',   knobId:'Knob_AVR',   upperHitId:'Hit_AVR_Upper',   lowerHitId:'Hit_AVR_Lower',   type:'latching',  minAngle:-45, maxAngle:45 },
+  { parentId:'Sync_Switch',  knobId:'Knob_Sync',  upperHitId:'Hit_Sync_Upper',  lowerHitId:'Hit_Sync_Lower',  type:'latching',  minAngle:-45, maxAngle:45 },
+  { parentId:'Master_Switch',knobId:'Knob_Master',upperHitId:'Hit_Master_Upper',lowerHitId:'Hit_Master_Lower',type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'65_Switch',    knobId:'Knob_65',    upperHitId:'Hit_65_Upper',    lowerHitId:'Hit_65_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+  { parentId:'90_Switch',    knobId:'Knob_90',    upperHitId:'Hit_90_Upper',    lowerHitId:'Hit_90_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
+];
+const sensitivity = 0.5; // deg per px
+const knobStates = {};
+
+/* ///////////// Section 4.B Per-switch wiring & event handlers (setAngle/onMove/onUp) ///////////// */
+switches.forEach(cfg => {
+  const svg = document.getElementById(cfg.parentId);
+  const knob = document.getElementById(cfg.knobId);
+  const hitU = document.getElementById(cfg.upperHitId);
+  const hitL = document.getElementById(cfg.lowerHitId);
+  if (!svg || !knob || !hitU || !hitL) return;
+
+  const bb = svg.getBBox();
+  const cx = bb.x + bb.width/2;
+  const cy = bb.y + bb.height/2;
+
+  knobStates[cfg.knobId] = { isDragging:false, startX:0, currentAngle:0, centerX:cx, centerY:cy, minAngle:cfg.minAngle, maxAngle:cfg.maxAngle, type:cfg.type };
+
+  function setAngle(knobId, ang){
+    knobStates[knobId].currentAngle = ang;
+    knob.setAttribute('transform', `rotate(${ang} ${cx} ${cy})`);
+  }
+
+  hitU.addEventListener('mousedown', (e)=>{
+    e.preventDefault();
+    knobStates[cfg.knobId].isDragging = true;
+    knobStates[cfg.knobId].startX = e.clientX;
+    document.addEventListener('mousemove', onMoveU);
+    document.addEventListener('mouseup', onUp);
+  });
+  function onMoveU(e){
+    if(!knobStates[cfg.knobId].isDragging) return;
+    const dx = e.clientX - knobStates[cfg.knobId].startX;
+    const ang = clamp(dx * sensitivity, cfg.minAngle, cfg.maxAngle);
+    setAngle(cfg.knobId, ang);
+  }
+
+  hitL.addEventListener('mousedown', (e)=>{
+    e.preventDefault();
+    knobStates[cfg.knobId].isDragging = true;
+    knobStates[cfg.knobId].startX = e.clientX;
+    document.addEventListener('mousemove', onMoveL);
+    document.addEventListener('mouseup', onUp);
+  });
+  function onMoveL(e){
+    if(!knobStates[cfg.knobId].isDragging) return;
+    const dx = e.clientX - knobStates[cfg.knobId].startX;
+    const ang = clamp(-dx * sensitivity, cfg.minAngle, cfg.maxAngle);
+    setAngle(cfg.knobId, ang);
+  }
+
+  function onUp(){
+  if(!knobStates[cfg.knobId].isDragging) return;
+  knobStates[cfg.knobId].isDragging = false;
+
+  // Improved: allow special return angle if defined
+  if (cfg.type === 'momentary') {
+    const returnAngle = (knobStates[cfg.knobId].momentaryReturnAngle != null)
+      ? knobStates[cfg.knobId].momentaryReturnAngle
+      : 0;
+    setAngle(cfg.knobId, returnAngle);
+  }
+
+  document.removeEventListener('mousemove', onMoveU);
+  document.removeEventListener('mousemove', onMoveL);
+  document.removeEventListener('mouseup', onUp);
+}
+
+});
+
+/* ///////////// Section 4.C angleOf helper ///////////// */
+function angleOf(id){
+  try{
+    if (knobStates[id] && typeof knobStates[id].currentAngle === 'number') return knobStates[id].currentAngle;
+  }catch(_){}
+  const el = document.getElementById(id);
+  if(!el) return 0;
+  const t = el.getAttribute('transform') || '';
+  const m = t.match(/rotate\(([-\d.]+)/);
+  return m ? parseFloat(m[1]) : 0;
+}
+
+/* ///////////// Section 5 — Simulator Core (IIFE) ///////////// */
+(function(){
+  /* ///////////// Section 5.A Rated constants (RATED) ///////////// */
+  const RATED = {
+    KV_LL: 13.8,            // kV line-line nominal
+    MVA:   25,              // MVA rating
+    MW:    23.5,            // continuous MW
+    MVAR_LAG_MAX: 15.5,     // +Q
+    MVAR_LEAD_MAX: 19.4,    // -Q
+    AMPS:  1046.9           // at 13.8kV
+  };
+
+  /* ///////////// Section 5.B State object (state) + exposure ///////////// */
+const state = {
+  Master_Started:false,
+  AVR_On:false,
+  Sync_On:false,
+
+  // NEW: Latches TRUE when 52G closes; does NOT auto-unlatch on open
+  GeneratorOnline:false,
+
+  '41_Brk_Var':false,     // field breaker
+  '52G_Brk_Var':false,    // gen breaker (FALSE=open, TRUE=closed)
+  '86G_Trip_Var':false,
+
+  Gate_Pos_Var:0,         // %
+  Gen_Freq_Var:0,         // Hz
+  Gen_RPM_Var:0,          // calc
+
+  Speed_Perm_Var:false,
+  SyncCheck_Perm_Var:false,
+
+  // Bus references
+  Bus_Freq_Hz:60,
+  Bus_Voltage_kV:13.8,
+
+  // Voltage model
+  Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
+  Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
+
+  // Power model
+  MW:0,
+  MVAR:0,
+  AMPS:0,
+  PF:0
+};
+try{ window.SimState = state; }catch(_){}
+
+
+  /* ///////////// Section 5.C Gate setpoint variable (Gate_Setpoint) ///////////// */
+  let Gate_Setpoint = 0;
+
+  /* ///////////// Section 5.D Master start/stop ramps (gateRamp/stopRamp) ///////////// */
+  const gateRamp = { active:false, from:0, to:19.83, dur:3000, t0:0 };
+  const stopRamp = { active:false, from:0, to:0,     dur:2000, t0:0 }; // ramp-to-zero on STOP
+
+ /* ///////////// Section 5.E Voltage slew params (KV_* constants) ///////////// */
+const KV_SLEW_MANUAL = 2;     // kV/s tracking rate to SP (manual)
+const KV_SLEW_AUTO   = 1.2;   // kV/s when AVR is acting
+const KV_MIN = 0.0, KV_MAX = 16.0;
+
+/* Frequency tuning (single-mode) */
+const FREQ_PER_GATE   = 3;   // Hz per % gate when rising
+const FREQ_DECEL_HZ_S = 3;   // fixed fall rate (Hz/s) when raw < current
+
+// AVR line-drop compensation (disabled if 0)
+const AVR_LDC_PU = 0.00;
+
+// Manual (AVR OFF) droop: pu kV sag per 1.0 pu stator current
+const MANUAL_DROOP_PU = 0.12;   // try 0.08–0.15
+const MANUAL_Q_GAIN   = 0.0;    // extra sag for lagging vars (0..1)
+
+// Power mapping: physical gate needed for ~0 MW when paralleled
+const NO_LOAD_GATE_PCT = 20;    // set near your sync gate (e.g., 18–20)
+const REV_PWR_LIMIT_MW = -5;  // cap reverse power (negative)
+
+// Manual-close PF/MW targets (used when AVR is OFF, at 52G close)
+const CLOSE_REV_PWR_TARGET_MW = -0.01;
+const CLOSE_PF_TARGET         = -0.95;
+
+// Small manual kV bias at close (optional)
+const MANUAL_CLOSE_V_BIAS_KV  = 12.5;
+
+// Reactive gain shaping (keeps vars small near zero load)
+const Q_GAIN_MIN     = 2.0;     // MVAR per kV near zero-load
+const Q_GAIN_MAX     = 30.0;    // MVAR per kV at high load
+const Q_GAIN_SHAPE_N = 1.0;     // 1=linear
+
+// ---------- Loss Of Excitation (41 OPEN while 52G CLOSED) tunables ----------
+const LOE_REV_PWR_MW       = -0.4;  // small reverse MW on field loss
+const LOE_Q_IMPORT_MVAR    = 15.0;  // inductive vars imported on field loss (+ = lagging)
+const LOE_SETTLE_MS        = 250;   // time constant to settle MW/Q to targets
+
+
+
+
+
+
+
+
+  /* ///////////// Section 5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles) ///////////// */
+const THRESH = { up:20, down:-20 };
+const WATCH = [
+  { knobIds:['Knob_Master'], upper:'MASTER_START', lower:'MASTER_STOP' },
+  { knobIds:['Knob_AVR'],    upper:'AVR_ON',       lower:'AVR_OFF'    },
+  { knobIds:['Knob_Sync'],   upper:'SYNC_ON',      lower:'SYNC_OFF'   },
+  { knobIds:['Knob_41'],     upper:'41_CLOSE',     lower:'41_OPEN'    },
+  { knobIds:['Knob_52G'],    upper:'52G_CLOSE',    lower:'52G_OPEN'   },
+  { knobIds:['Knob_86G','Knob_86'], special:'86G' },
+];
+const prevAngles = Object.create(null);
+
+/* ///////////// Section 5.G setFlag86 (REPLACE this section) ///////////// */
+function setFlag86(){
+  try{
+    const el = document.getElementById('Flag_86G');
+    if (!el) return;
+
+    const k = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+    const angle = (k && typeof k.currentAngle === 'number') ? k.currentAngle : 0;
+
+    // < -44° = dark orange; > -1° = default color
+    el.style.fill = (angle < -44) ? '#CD5A00' : '';
+  }catch(_){}
+}
+
+ /* ///////////// Section 5.H handleAction (all operator actions) ///////////// */
+function handleAction(tag){
+  switch(tag){
+    /* ---- Syncroscope switch ---- */
+    case 'SYNC_ON':
+      if (!state.Sync_On){ state.Sync_On = true; try { logDebug('SYNCROSCOPE: ON'); } catch(_){} }
+      break;
+    case 'SYNC_OFF':
+      if (state.Sync_On){ state.Sync_On = false; try { logDebug('SYNCROSCOPE: OFF'); } catch(_){} }
+      break;
+
+    /* ---- AVR switch ---- */
+    case 'AVR_ON':
+      if (!state.AVR_On){ state.AVR_On = true; try { logDebug('AVR: AUTO'); } catch(_){} }
+      break;
+    case 'AVR_OFF':
+      if (state.AVR_On){ state.AVR_On = false; try { logDebug('AVR: MANUAL'); } catch(_){} }
+      break;
+
+    /* ---- Master ---- */
+    case 'MASTER_START': {
+      // 86G knob permissive + not tripped
+      const k86   = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+      const ang86 = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
+      if (ang86 <= -1){ try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){ } break; }
+      if (state['86G_Trip_Var']){ try{ logDebug('Master: BLOCKED (86G Tripped)'); }catch(_){ } break; }
+
+      // prevent double staging
+      if (state.__prestartBusy) break;
+      state.__prestartBusy = true;
+      if (!Array.isArray(state.__prestartTimers)) state.__prestartTimers = [];
+      const T  = state.__prestartTimers;
+      const at = (ms, fn) => T.push(setTimeout(fn, ms));
+
+      try{ logDebug('Master: START'); }catch(_){}
+
+      // +1.0s — permissives
+      at(1000, () => {
+        const perm52 = !state['52G_Brk_Var'];
+        if (perm52) try{ logDebug('52G Permissive OK'); }catch(_){}
+        const k86s   = knobStates?.['Knob_86G'];
+        const ang86s = (k86s && typeof k86s.currentAngle === 'number') ? k86s.currentAngle : 0;
+        if (ang86s > -1) try{ logDebug('86G Permissive OK'); }catch(_){}
+      });
+
+      // +2.0s — lift pump
+      at(2000, () => { try{ logDebug('Lift Pump On'); }catch(_){}; });
+
+      // +4.0s — pressure ok
+      at(4000, () => { try{ logDebug('Lift Pump Pressure OK'); }catch(_){}; });
+
+      // +5.0s — brakes release
+      at(5000, () => { try{ logDebug('Brakes Released'); }catch(_){}; });
+
+      // +5.1s — handoff to normal start
+      at(5100, () => {
+        const k86f = knobStates?.['Knob_86G'];
+        const ang86f = (k86f && typeof k86f.currentAngle === 'number') ? k86f.currentAngle : 0;
+        const ok86   = (ang86f > -1) && !state['86G_Trip_Var'];
+        if (!ok86){ state.__prestartBusy = false; return; }
+
+        if (!state.Master_Started){
+          state.Master_Started = true;
+          stopRamp.active = false;
+          gateRamp.active = true;
+          gateRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+          gateRamp.to   = 19.83;
+          gateRamp.dur  = 3000;
+          gateRamp.t0   = performance.now();
+        }
+
+        state.__prestartBusy = false;
+        while (T.length) clearTimeout(T.pop());
+      });
+
+      break;
+    }
+
+    case 'MASTER_STOP': {
+      try{ logDebug('Master: STOP'); }catch(_){}
+      // cancel any staged start sequence
+      state.__prestartBusy = false;
+      if (Array.isArray(state.__prestartTimers)) {
+        while (state.__prestartTimers.length) clearTimeout(state.__prestartTimers.pop());
+      }
+      // start STOP ramp
+      gateRamp.active = false;
+      stopRamp.active = true;
+      stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+      stopRamp.to   = 0;
+      stopRamp.dur  = 2000;
+      stopRamp.t0   = performance.now();
+      break;
+    }
+
+    /* ---- 41 Field breaker ---- */
+    case '41_CLOSE':
+      if(!state['41_Brk_Var']){
+        if (state.Speed_Perm_Var){
+          state['41_Brk_Var'] = true;
+          try{ logDebug('Field Breaker: CLOSED'); }catch(_){}
+          if (state['52G_Brk_Var'] && state.AVR_On){
+            state.Gen_kV_SP  = 13.8;
+            state.Gen_kV_Var = state.Gen_kV_SP;
+          } else {
+            state.Gen_kV_SP  = 13.65;
+            state.Gen_kV_Var = state.Gen_kV_SP;
+          }
+        } else {
+          try{ logDebug('41: BLOCKED'); }catch(_){}
+        }
+      }
+      break;
+
+    case '41_OPEN':
+      if(state['41_Brk_Var']){
+        state['41_Brk_Var'] = false;
+        try{ logDebug('Field Breaker: OPEN'); }catch(_){}
+      }
+      break;
+
+    /* ---- 52G Generator breaker ---- */
+    case '52G_CLOSE':
+      if(!state['52G_Brk_Var']){
+        if (state.SyncCheck_Perm_Var){
+          state['52G_Brk_Var'] = true;
+          try{ logDebug('52G: CLOSED'); }catch(_){}
+
+          // Latch "online" (no auto-unlatch)
+          if (!state.GeneratorOnline){
+            state.GeneratorOnline = true;
+            try { logDebug('Unit Online'); } catch(_){}
+          }
+
+          // No-load calibration at close
+          (function(){
+            const slope = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));
+            const MWpu  = (CLOSE_REV_PWR_TARGET_MW) / (RATED.MW || 1);
+            const effNeededPct = (MWpu * 100) / slope; // negative for reverse
+            state.NoLoadGateCal = clamp(state.Gate_Pos_Var - effNeededPct, 0, 100);
+          })();
+
+          if (state.AVR_On){
+            state.Gen_kV_SP  = 13.8;
+            state.Gen_kV_Var = state.Gen_kV_SP;
+          } else {
+            // manual bias at close
+            const S    = (RATED.MVA || 1);
+            const pAbs = Math.abs(CLOSE_REV_PWR_TARGET_MW);
+            const qAbs = Math.sqrt(Math.max(0, S*S - pAbs*pAbs));
+            const qTarget = (CLOSE_PF_TARGET < 0 ? -qAbs : qAbs);
+            const qGainClose = Q_GAIN_MIN;
+            let dvBias = (qGainClose > 1e-6) ? (qTarget / qGainClose) : 0;
+            dvBias = clamp(dvBias + MANUAL_CLOSE_V_BIAS_KV, -0.5, 0.5);
+            state.Gen_kV_SP  = Math.max(0, (+state.Gen_kV_SP || 0) + dvBias);
+            state.Gen_kV_Var = state.Gen_kV_SP;
+          }
+        }
+      }
+      break;
+
+    case '52G_OPEN':
+      if(state['52G_Brk_Var']){
+        state['52G_Brk_Var'] = false;
+        delete state.NoLoadGateCal;
+        try{ logDebug('52G: OPEN'); }catch(_){}
+      }
+      break;
+
+    /* ---- 86G Lockout ---- */
+    case '86G_TRIP':
+      if(!state['86G_Trip_Var']){
+        state['86G_Trip_Var'] = true;
+        setFlag86(true);
+        if(state['41_Brk_Var']){ state['41_Brk_Var'] = false; try{ logDebug('41: TRIPPED'); }catch(_){} }
+        if(state['52G_Brk_Var']){ state['52G_Brk_Var'] = false; try{ logDebug('52G: TRIPPED'); }catch(_){} }
+        gateRamp.active = false;
+        stopRamp.active = true;
+        stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
+        stopRamp.to   = 0;
+        stopRamp.dur  = 5000;
+        stopRamp.t0   = performance.now();
+        try{ logDebug('86G: TRIP'); }catch(_){}
+      }
+      break;
+
+    case '86G_RESET':
+      if(state['86G_Trip_Var']){
+        state['86G_Trip_Var'] = false;
+        setFlag86(false);
+        try{ logDebug('86G: RESET'); }catch(_){}
+      }
+      break;
+  }
+}
+
+
+
+/* ///////////// Section 5.H.1 Enforce 86G Permissive on MASTER_START (add-on) ///////////// */
+/* Place this AFTER Section 5.H (so handleAction exists). */
+(function Enforce86GPermOnStart(){
+  const S = window.SimState || window.state || (window.state = {});
+  const _old = window.handleAction;
+
+  function readKnob86Angle(){
+    // preferred: knobStates cache
+    const ks = (window.knobStates && window.knobStates['Knob_86G']) || null;
+    if (ks && typeof ks.currentAngle === 'number') return ks.currentAngle;
+
+    // fallback: parse DOM transform
+    const el = document.getElementById('Knob_86G');
+    if (el){
+      const tr = el.getAttribute('transform') || '';
+      const m = tr.match(/rotate\((-?\d+(?:\.\d+)?)/i);
+      if (m) return parseFloat(m[1]);
+    }
+    return 0; // default safe
+  }
+
+  function get86GPermissive(){
+    const ang = readKnob86Angle();
+    const perm = (ang > -1);     // same threshold used for Glow_Perm_86G
+    S['86G_Perm_Var'] = perm;    // keep a state bit for reuse
+    return perm;
+  }
+
+  window.handleAction = function(tag){
+    if (tag === 'MASTER_START'){
+      // Block if 86G knob not in NORMAL or lockout is tripped
+      const perm86 = get86GPermissive();
+      if (!perm86){
+        try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){}
+        return;
+      }
+      if (S['86G_Trip_Var'] === true){
+        try{ logDebug('Master: BLOCKED (86G Tripped)'); }catch(_){}
+        return;
+      }
+    }
+    return _old ? _old.apply(this, arguments) : undefined;
+  };
+})();
+
+
+/* ///////////// Section 5.H.2 AVR takeover harmonizer (non-invasive) ///////////// */
+(function AVRTakeoverHarmonizer(){
+  if (typeof window === 'undefined') return;
+  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
+  if (!origHandle) return;
+
+  window.handleAction = function(tag){
+    // Pre-transition context
+    const wasAVR = !!(state && state.AVR_On);
+
+    // On enabling AVR while paralleled, freeze SP to the present terminal kV
+    if (tag === 'AVR_ON' && !wasAVR && state && state['52G_Brk_Var']) {
+      const kv = +state.Gen_kV_Var || 0;
+      if (typeof clamp === 'function') {
+        state.Gen_kV_SP = clamp(kv, KV_MIN, KV_MAX);
+      } else {
+        state.Gen_kV_SP = Math.min(KV_MAX, Math.max(KV_MIN, kv));
+      }
+      
+    }
+
+    // On disabling AVR while field or tie is live, freeze SP to current kV
+    if (tag === 'AVR_OFF' && wasAVR && state && (state['41_Brk_Var'] || state['52G_Brk_Var'])) {
+      const kv = Math.max(0, +state.Gen_kV_Var || 0);
+      state.Gen_kV_SP = kv; // manual mode allows up to current value (upper bound handled elsewhere)
+      
+    }
+
+    // Delegate to original action handler
+    return origHandle.call(this, tag);
+  };
+})();
+
+
+
+
+  /* ///////////// Section 5.I watchAngles ///////////// */
+  function watchAngles(){
+    for(const w of WATCH){
+      let ang = null;
+      for(const id of w.knobIds){
+        const a = angleOf(id);
+        if(a !== 0 || document.getElementById(id)){ ang = a; break; }
+      }
+      if(ang === null) continue;
+      const key = w.knobIds[0];
+      const prev = prevAngles[key] ?? ang;
+
+      if (w.special === '86G'){
+  const T = -1; // degrees
+  const hadPrev = Object.prototype.hasOwnProperty.call(prevAngles, key);
+
+  if (!hadPrev){
+    // First run: align state to current knob position
+    if (ang <= T) { handleAction('86G_TRIP'); }
+    else          { handleAction('86G_RESET'); }
+  } else {
+    // Subsequent frames: edge-detect crossings
+    if (prev > T && ang <= T) handleAction('86G_TRIP');
+    if (prev <= T && ang > T) handleAction('86G_RESET');
+  }
+} else {
+  if (prev < THRESH.up   && ang >= THRESH.up)   handleAction(w.upper);
+  if (prev > THRESH.down && ang <= THRESH.down) handleAction(w.lower);
+}
+      prevAngles[key] = ang;
+    }
+  }
+
+  /* ///////////// Section 5.J updateGateSet (Knob_65) ///////////// */
+  function updateGateSet(){
+    const NUDGE_THRESH = 20;            // degrees
+    const NUDGE_RATE_OPEN   = 0.125;    // %/s when 52G OPEN
+    const NUDGE_RATE_CLOSED = 10;       // %/s when 52G CLOSED
+    const NUDGE_RATE = state['52G_Brk_Var'] ? NUDGE_RATE_CLOSED : NUDGE_RATE_OPEN;
+
+    const now = performance.now();
+    if (typeof updateGateSet._tPrev !== 'number') updateGateSet._tPrev = now;
+    const dt = Math.min(150, now - updateGateSet._tPrev) / 1000;
+    updateGateSet._tPrev = now;
+
+    const a65 = angleOf('Knob_65') || 0;
+
+    if (a65 >= NUDGE_THRESH){
+  Gate_Setpoint = Math.min(100, Gate_Setpoint + NUDGE_RATE * dt);
+  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
+    updateGateSet._lastLog = Gate_Setpoint;
+  }
+} else if (a65 <= -NUDGE_THRESH){
+  Gate_Setpoint = Math.max(0, Gate_Setpoint - NUDGE_RATE * dt);
+  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
+    updateGateSet._lastLog = Gate_Setpoint;
+      }
+    }
+  }
+
+  /* ///////////// Section 5.K updateVoltageSet (Knob_90) ///////////// */
+function updateVoltageSet(){
+  const TH = 20; // deg threshold
+  const now = performance.now();
+  if (typeof updateVoltageSet._tPrev !== 'number') updateVoltageSet._tPrev = now;
+  const dt = Math.min(150, now - updateVoltageSet._tPrev) / 1000;
+  updateVoltageSet._tPrev = now;
+
+  const a90 = angleOf('Knob_90') || 0;
+  const NU = 0.01;                         // sensitivity
+  const RATE = NU * (KV_MAX - KV_MIN);     // kV/s equivalent
+
+  if (a90 >= TH){
+    state.Gen_kV_SP = state.AVR_On
+      ? clamp(state.Gen_kV_SP + RATE*dt, KV_MIN, KV_MAX)
+      : Math.max(0, state.Gen_kV_SP + RATE*dt);   // no upper limit when AVR OFF
+  } else if (a90 <= -TH){
+    state.Gen_kV_SP = state.AVR_On
+      ? clamp(state.Gen_kV_SP - RATE*dt, KV_MIN, KV_MAX)
+      : Math.max(0, state.Gen_kV_SP - RATE*dt);   // allow down to 0 only
+  }
+}
+
+
+  /* ///////////// Section 5.L updateSyncCheck (sync permissive) ///////////// */
+function updateSyncCheck(){
+  const V_TOL_FRAC = 0.03;  // ±3%
+  const F_TOL_HZ   = 0.15;  // ±0.15 Hz
+  const PHASE_DEG  = 10.0;  // ±10°
+
+  const snap = PhaseTracker.snap;
+  const vb = snap ? snap.vb : (+state.Bus_Voltage_kV || 13.8);
+  const vg = snap ? snap.vg : (+state.Gen_kV_Var    || 0);
+  const fb = snap ? snap.fb : (+state.Bus_Freq_Hz   || 60);
+  const fg = snap ? snap.fg : (+state.Gen_Freq_Var  || 0);
+  const ddeg = snap ? snap.dphiDeg : PhaseTracker.deltaDeg();
+
+  const vOK = Math.abs(vg - vb) <= V_TOL_FRAC * vb;
+  const fOK = Math.abs(fg - fb) <= F_TOL_HZ;
+  const pOK = Math.abs(ddeg)    <= PHASE_DEG;
+
+  const ok = !!(vOK && fOK && pOK);
+  if (ok !== state.SyncCheck_Perm_Var){
+    state.SyncCheck_Perm_Var = ok;
+    
+  }
+}
+
+/* ///////////// Section 5.M updatePhysics (governor/AVR/power) — REPLACE ENTIRE SECTION ///////////// */
+function updatePhysics(){
+  if (!state.Master_Started) {
+    gateRamp.active = false;
+    stopRamp.active = false;
+
+    state.Gen_Freq_Var = 0;
+    state.Gen_RPM_Var  = 0;
+
+    const targetKV = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
+    slewGenKV(targetKV, KV_SLEW_MANUAL);
+
+    if (state.Speed_Perm_Var !== false) {
+      state.Speed_Perm_Var = false;
+    }
+
+    // reset run latch
+    updatePhysics._wasRunning = false;
+
+    state.MW = 0; state.MVAR = 0; state.AMPS = 0; state.PF = 0;
+    return;
+  }
+
+  // Gate setpoint ramps
+  if (gateRamp.active){
+    const p = clamp((performance.now() - gateRamp.t0) / gateRamp.dur, 0, 1);
+    Gate_Setpoint = gateRamp.from + (gateRamp.to - gateRamp.from) * p;
+    if (p >= 1){
+      gateRamp.active = false;
+    }
+  } else if (stopRamp.active){
+    const p = clamp((performance.now() - stopRamp.t0) / stopRamp.dur, 0, 1);
+    Gate_Setpoint = stopRamp.from + (stopRamp.to - stopRamp.from) * p;
+    if (p >= 1){
+      stopRamp.active = false;
+      Gate_Setpoint = 0;
+      // do NOT snap gates/freq or clear Master_Started here
+    }
+  }
+
+  // Governor: actual gate follows setpoint (separate rates for TRIP vs NORMAL)
+  const RATE_OPEN_NORMAL    = 5  / 1000; // %/ms (≈5 %/s)     — used when 52G OPEN
+  const RATE_CLOSED_NORMAL  = 20 / 1000; // %/ms (≈20 %/s)    — used when 52G CLOSED
+  const RATE_OPEN_TRIP      = 20 / 1000; // %/ms (≈20 %/s)    — TRIP ramp when 52G OPEN
+  const RATE_CLOSED_TRIP    = 80 / 1000; // %/ms (≈80 %/s)    — TRIP ramp when 52G CLOSED
+
+  const isTripSlew = !!(stopRamp.active && state['86G_Trip_Var']);
+  const rate = state['52G_Brk_Var']
+    ? (isTripSlew ? RATE_CLOSED_TRIP : RATE_CLOSED_NORMAL)
+    : (isTripSlew ? RATE_OPEN_TRIP   : RATE_OPEN_NORMAL);
+
+  const now = performance.now();
+  if (typeof updatePhysics._tPrev !== 'number') updatePhysics._tPrev = now;
+  const dt = Math.min(100, now - updatePhysics._tPrev);
+  updatePhysics._tPrev = now;
+
+  const maxStep = rate * dt;
+  const err = Gate_Setpoint - state.Gate_Pos_Var;
+  if (Math.abs(err) > maxStep){
+    state.Gate_Pos_Var += Math.sign(err) * maxStep;
+  } else {
+    state.Gate_Pos_Var = Gate_Setpoint;
+  }
+
+  // Frequency (single-owner slew): on-grid=60; off-grid rises follow gate; falls decay at fixed rate
+  {
+    const onGrid = !!state['52G_Brk_Var'];
+    const raw    = onGrid ? 60 : (FREQ_PER_GATE * state.Gate_Pos_Var);
+    const curr   = +state.Gen_Freq_Var || 0;
+    const dt_s   = Math.max(0, dt) / 1000;
+
+    const next   = (raw >= curr) ? raw : Math.max(raw, curr - FREQ_DECEL_HZ_S * dt_s);
+
+    state.Gen_Freq_Var = clamp(next, 0, 94);
+    state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
+  }
+
+  // Mark as having run (prevents immediate "Unit Stopped" right after Master Start)
+  {
+    if (state.Master_Started && (state.Gate_Pos_Var > 0.5 || state.Gen_Freq_Var > 0.2)) {
+      updatePhysics._wasRunning = true;
+    }
+  }
+
+  // Latch "Unit Stopped" only when we are actually stopping AND gates ~0 AND frequency ~0 (off-grid)
+  {
+    const CLOSE_LATCH_EPS = 0.5; // %
+    const FREQ_LATCH_EPS  = 0.2; // Hz
+    const stoppingIntent  = stopRamp.active || state['86G_Trip_Var'] || !!updatePhysics._wasRunning;
+
+    if (!state['52G_Brk_Var'] &&
+        state.Master_Started &&
+        stoppingIntent &&
+        state.Gate_Pos_Var <= CLOSE_LATCH_EPS &&
+        state.Gen_Freq_Var <= FREQ_LATCH_EPS) {
+      state.Gate_Pos_Var   = 0;
+      state.Master_Started = false;
+      stopRamp.active      = false;
+      updatePhysics._wasRunning = false;
+      logDebug('Unit Stopped');
+    }
+  }
+
+  // Speed Permissive toggle
+  const spNext = !!(state.Master_Started && (state.Gate_Pos_Var > 0) && (state.Gen_RPM_Var > 50));
+  if (state.Speed_Perm_Var !== spNext) {
+    state.Speed_Perm_Var = spNext;
+  }
+
+  // AVR & kV tracking
+  const Vbus = state.Bus_Voltage_kV || 13.8;
+  if (state['52G_Brk_Var']) {
+    if (state.AVR_On){
+      let kvTargetSP = state.Gen_kV_SP;
+      slewGenKV(kvTargetSP, KV_SLEW_AUTO);
+    } else {
+      // MANUAL: droop with load
+      const Ipu = clamp((state.AMPS || 0) / (RATED.AMPS || 1), 0, 2);
+      const Qpu = clamp((state.MVAR || 0) / (RATED.MVAR_LAG_MAX || 1), -1, 1);
+      const extra = 1 + MANUAL_Q_GAIN * Math.max(0, Qpu);
+      const V_droop = Vbus * MANUAL_DROOP_PU * Ipu * extra;
+      const target  = state.Gen_kV_SP - V_droop;
+      slewGenKV(target, KV_SLEW_MANUAL);
+    }
+  } else {
+    // Not paralleled: track SP if field on, else decay to 0
+    const tgt = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
+    slewGenKV(tgt, KV_SLEW_MANUAL);
+  }
+
+  // Power model (with no-load gate offset; does NOT move the gates)
+  let MW = 0;
+  if (state['52G_Brk_Var']){
+    const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
+    const effGate = state.Gate_Pos_Var - noLoad;                      // can be negative
+    const slope   = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));   // keep 100% gate => rated MW
+    let MW_pu     = (effGate * slope) / 100;                          // per-unit MW
+    const min_pu  = (REV_PWR_LIMIT_MW) / (RATED.MW || 1);
+    MW_pu = clamp(MW_pu, min_pu, 1);
+    MW = MW_pu * RATED.MW;
+  }
+
+  // Reactive power: scale gain with effective gate so MVAR is small at close
+  let Q = 0;
+  if (state['52G_Brk_Var']){
+    const dv = (state.Gen_kV_Var - Vbus); // kV
+    const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
+    const effGatePU = clamp(
+      (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
+      0, 1
+    );
+    const qGain = Q_GAIN_MIN + (Q_GAIN_MAX - Q_GAIN_MIN) * Math.pow(effGatePU, Q_GAIN_SHAPE_N);
+    Q = clamp(dv * qGain, -RATED.MVAR_LEAD_MAX, RATED.MVAR_LAG_MAX);
+  }
+
+  // -------- Loss Of Excitation override (52G CLOSED & 41 OPEN) ----------
+  if (state['52G_Brk_Var'] && !state['41_Brk_Var']){
+    const t = performance.now();
+    if (typeof updatePhysics._loeT0 !== 'number') updatePhysics._loeT0 = t;
+    const α = Math.min(1, (t - updatePhysics._loeT0) / LOE_SETTLE_MS);
+
+    // Blend current values toward LOE targets
+    MW = MW + (LOE_REV_PWR_MW - MW) * α;          // small reverse
+    Q  = Q  + (LOE_Q_IMPORT_MVAR - Q) * α;        // inductive import (positive)
+  } else {
+    delete updatePhysics._loeT0;
+  }
+  // ----------------------------------------------------------------------
+
+  // Apparent + amps + PF
+  const S = Math.sqrt(MW*MW + Q*Q);
+  const I_kA = (S) / (Math.sqrt(3) * (Vbus));
+  const I_A  = I_kA * 1000;
+  const PFmag = S > 1e-6 ? (Math.abs(MW) / S) : 0;
+  const PFsigned = (Q < 0 ? -PFmag : PFmag);
+
+  state.MW = MW;
+  state.MVAR = Q;
+  state.AMPS = I_A;
+  state.PF = PFsigned;
+}
+
+
+
+  /* ///////////// Section 5.N slewGenKV (kV tracker) ///////////// */
+  function slewGenKV(target, rate_kV_per_s){
+    const now = performance.now();
+    if (typeof slewGenKV._tPrev !== 'number') slewGenKV._tPrev = now;
+    const dt = Math.min(100, now - slewGenKV._tPrev)/1000;
+    slewGenKV._tPrev = now;
+    const step = rate_kV_per_s * dt;
+    const err = target - state.Gen_kV_Var;
+    if (Math.abs(err) <= step){
+      state.Gen_kV_Var = target;
+    } else {
+      state.Gen_kV_Var += Math.sign(err) * step;
+    }
+    state.Gen_kV_Var = clamp(state.Gen_kV_Var, KV_MIN, KV_MAX);
+  }
+
+  /* ///////////// Section 5.O Syncroscope & Lamps ///////////// */
+/* ///////////// Section 5.O.0 PhaseTracker (shared Δθ + snapshot) ///////////// */
+const PhaseTracker = {
+  busPhase: 0,
+  genPhase: 0,
+  tPrev: null,
+  snap: null, // { vb, vg, fb, fg, dphiDeg, ts }
+
+  update(fb, fg) {
+    const t = performance.now() * 0.001;
+    if (this.tPrev == null) this.tPrev = t;
+    let dt = t - this.tPrev;
+    if (dt > 0.2) dt = 0.2;
+    if (dt < 0) dt = 0;
+    this.tPrev = t;
+
+    this.busPhase = (this.busPhase + 2 * Math.PI * (fb || 0) * dt) % (2 * Math.PI);
+    this.genPhase = (this.genPhase + 2 * Math.PI * (fg || 0) * dt) % (2 * Math.PI);
+    return this.deltaDeg();
+  },
+
+  deltaDeg() {
+    const dphi = normAngleRad(this.genPhase - this.busPhase); // (-π,π]
+    return rad2deg(dphi); // (-180,180]
+  },
+
+  snapshot(vb, vg, fb, fg) {
+    this.snap = {
+      vb: (vb != null ? vb : 13.8),
+      vg: Math.max(0, vg || 0),
+      fb: (fb != null ? fb : 60),
+      fg: (fg || 0),
+      dphiDeg: this.deltaDeg(),
+      ts: performance.now()
+    };
+    return this.snap;
+  }
+};
+
+  /* ///////////// Section 5.O.1 SYNC struct ///////////// */
+  const SYNC = {
+    needleEl: null, center: null,
+    lampL: null, lampR: null,
+    busPhase: 0, genPhase: 0, tPrev: null
+  };
+
+  /* ///////////// Section 5.O.2 parseRotateCenter ///////////// */
+  function parseRotateCenter(el) {
+    const t = (el.getAttribute("transform") || "").trim();
+    const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+    if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+    try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+    catch { return { cx: 0, cy: 0 }; }
+  }
+
+  /* ///////////// Section 5.O.3 initSyncUI ///////////// */
+  function initSyncUI(){
+    if (!SYNC.needleEl){
+      SYNC.needleEl = document.getElementById("SyncScope_Rotation");
+      if (SYNC.needleEl) SYNC.center = parseRotateCenter(SYNC.needleEl);
+    }
+    if (!SYNC.lampL) SYNC.lampL = document.getElementById('Glow_SyncLeft');
+    if (!SYNC.lampR) SYNC.lampR = document.getElementById('Glow_SyncRight');
+  }
+
+/* ///////////// Section 5.O.4 updateSyncScopeAndLamps ///////////// */
+function updateSyncScopeAndLamps(){
+  initSyncUI();
+  const snap = PhaseTracker.snap;
+  if (!snap) return;
+
+  const DEFAULT_SYNC_ANGLE = 0; // needle's default clamped angle
+  const fg = +state.Gen_Freq_Var || 0;
+  const syncSwitchOff   = !state.Sync_On;
+  const breaker52Closed = !!state['52G_Brk_Var']; // TRUE = closed
+  const clampNeedle = (Math.abs(fg) < 0.01) || syncSwitchOff || breaker52Closed;
+
+  // Needle angle (clamped when Hz=0 OR Sync switch OFF OR 52G closed)
+  if (SYNC.needleEl && SYNC.center){
+    const angle = clampNeedle
+      ? DEFAULT_SYNC_ANGLE
+      : ((snap.dphiDeg % 360) + 360) % 360; // 0..360 from shared Δθ
+    SYNC.needleEl.setAttribute('transform', `rotate(${angle},${SYNC.center.cx},${SYNC.center.cy})`);
+  }
+
+  // Lamps brightness from true differential voltage magnitude
+  (function(){
+    const clamp01 = x => x < 0 ? 0 : (x > 1 ? 1 : x);
+
+    const Vb = snap.vb;
+    const Vg = snap.vg;
+    const dphiRad = deg2rad(snap.dphiDeg);
+
+    // |Vg∠θg − Vb∠θb|
+    const Vr_kV = Math.sqrt(Vg*Vg + Vb*Vb - 2*Vg*Vb*Math.cos(dphiRad));
+
+    const Vnom = (state.Bus_Voltage_kV_nom != null ? state.Bus_Voltage_kV_nom : 13.8);
+    const Vr_pu = Vr_kV / (Vnom || 1);
+
+    const LAMP_GAIN = 2;
+    const GAMMA     = 1.1;
+    const SYNC_FUDGE_MIN_KV = 13.2;
+    const SYNC_FUDGE_MAX_KV = 14.5;
+
+    let bright = clamp01(Math.pow(clamp01(Vr_pu * LAMP_GAIN), GAMMA));
+
+    // Fudge band: outside band = full ON
+    const inBand = (Vg > SYNC_FUDGE_MIN_KV) && (Vg < SYNC_FUDGE_MAX_KV);
+    if (!inBand) bright = 1.0;
+
+    // Only show while syncing (Sync switch ON, 52G OPEN)
+    const syncing = !!state.Sync_On && !state['52G_Brk_Var'];
+    if (!syncing) bright = 0;
+
+    if (SYNC.lampL){ SYNC.lampL.style.opacity = String(bright); SYNC.lampL.setAttribute('fill', '#FFFFFF'); }
+    if (SYNC.lampR){ SYNC.lampR.style.opacity = String(bright); SYNC.lampR.setAttribute('fill', '#FFFFFF'); }
+  })();
+}
+
+  /* ///////////// Section 5.P Glow helpers (setGlow / setGlowWhite) ///////////// */
+  function setGlow(id, on){
+    const el = document.getElementById(id);
+    if(!el) return;
+    el.style.opacity = on ? '1' : '0';
+  }
+  function setGlowWhite(id, on){
+    const el = document.getElementById(id);
+    if(!el) return;
+    el.style.fill = on ? '#FFFFFF' : '';
+    el.style.opacity = on ? '1' : '0';
+  }
+
+ /* ///////////// Section 5.Q updateGlows (REPLACE this section) ///////////// */
+function updateGlows(){
+  const is52Open   = !state['52G_Brk_Var'];
+  const is41Closed = !!state['41_Brk_Var'];
+
+  // 86G permissive & flag based ONLY on knob position
+  const k86  = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
+  const ang  = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
+  const is86NormalByKnob = (ang > -1);
+
+  // Permissives
+  setGlow('Glow_Perm_52G',        is52Open);
+  setGlow('Glow_Perm_86G',        is86NormalByKnob);
+  setGlow('Glow_Perm_Speed',      !!state.Speed_Perm_Var);
+  setGlow('Glow_Perm_Excitation', is41Closed);
+  setGlowWhite('Glow_Perm_SyncCheck', !!state.SyncCheck_Perm_Var); // white
+
+  // 52G status
+  setGlow('Glow_Green_52G', is52Open);
+  setGlow('Glow_Red_52G',   !is52Open);
+
+  // 41 status
+  setGlow('Glow_Green_41', !is41Closed);
+  setGlow('Glow_Red_41',    is41Closed);
+
+  // Ensure 86G flag tracks knob position continuously
+  try { setFlag86(); } catch(_){}
+}
+
+
+  /* ///////////// Section 5.R updateGateGauge ///////////// */
+  // Gate position (GatePos_Rotation, 0%->36°, 100%->324°)
+  function updateGateGauge(){
+    const el = document.getElementById("GatePos_Rotation");
+    if (!el) return;
+    const pct = clamp(state.Gate_Pos_Var, 0, 100);
+    const minAng = 36, maxAng = 324;
+    const ang = minAng + (pct / 100) * (maxAng - minAng);
+    const center = (function(){
+      const t = (el.getAttribute("transform") || "").trim();
+      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+      if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+      try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+      catch { return { cx: 0, cy: 0 }; }
+    })();
+    el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
+  }
+
+  /* ///////////// Section 5.S Hz needle binding (IIFE) ///////////// */
+  (function(){
+    const PTS = [
+      {hz: 0,   ang: 36},
+      {hz: 59,  ang: 108},
+      {hz: 60,  ang: 180},
+      {hz: 61,  ang: 252},
+      {hz: 62,  ang: 324},
+    ];
+    function mapHzToAngle(hz) {
+      if (!isFinite(hz)) return 36;
+      hz = clamp(hz, 0, 62);
+      for (let i = 0; i < PTS.length - 1; i++) {
+        const a = PTS[i], b = PTS[i+1];
+        if (hz >= a.hz && hz <= b.hz) {
+          const t = (hz - a.hz) / (b.hz - a.hz || 1);
+          return a.ang + t * (b.ang - a.ang);
+        }
+      }
+      return 324;
+    }
+    let hzEl = null, center = null;
+    function initHz() {
+      hzEl = document.getElementById("Hz_Rotation");
+      if (!hzEl) return false;
+      const t = (hzEl.getAttribute("transform") || "").trim();
+      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+      if (m) center = { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+      else {
+        try { const bb = hzEl.getBBox(); center = { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+        catch { center = { cx: 0, cy: 0 }; }
+      }
+      return true;
+    }
+    function updateRPMText() {
+      const el = document.getElementById("Value_RPM");
+      if (!el) return;
+      const v = Math.round(state.Master_Started ? (state.Gen_RPM_Var || 0) : 0);
+      if (el.textContent !== String(v)) el.textContent = String(v);
+    }
+    function updateHz() {
+      if (!hzEl && !initHz()) return;
+      const angle = mapHzToAngle(state.Master_Started ? (state.Gen_Freq_Var || 0) : 0);
+      hzEl.setAttribute("transform", `rotate(${angle},${center.cx},${center.cy})`);
+    }
+    function tick(){ updateRPMText(); updateHz(); }
+    document.addEventListener("DOMContentLoaded", () => { initHz(); tick(); });
+    clearInterval(window.__v6k_iv);
+    window.__v6k_iv = setInterval(tick, 100);
+  })();
+
+  /* ///////////// Section 5.T updateKVgauge ///////////// */
+  // Gen Volts gauge (GenVolts_Rotation: 36°=0 kV, 180°=13 kV, 324°=15 kV)
+  function updateKVgauge(){
+    const el = document.getElementById("GenVolts_Rotation");
+    if (!el) return;
+    const v = clamp(state.Gen_kV_Var, 0, 15); // gauge tops at 15
+    let ang;
+    if (v <= 13){
+      // map 0..13 kV to 36..180°
+      const t = v / 13;
+      ang = 36 + t * (180 - 36);
+    } else {
+      // map 13..15 to 180..324°
+      const t = (v - 13) / 2;
+      ang = 180 + t * (324 - 180);
+    }
+    const center = (function(){
+      const t = (el.getAttribute("transform") || "").trim();
+      const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
+      if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
+      try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
+      catch { return { cx: 0, cy: 0 }; }
+    })();
+    el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
+  }
+
+  /* ///////////// Section 5.U fmtNoLeadingZeros ///////////// */
+  function fmtNoLeadingZeros(n, decimals){
+    if (!isFinite(n)) return '0';
+    const s = (decimals != null) ? n.toFixed(decimals) : String(Math.round(n));
+    return s;
+  }
+
+  /* ///////////// Section 5.V updateDigitals ///////////// */
+function updateDigitals(){
+  const elMW   = document.getElementById("Value_MW");
+  const elA    = document.getElementById("Value_AMPS");
+  const elMVAR = document.getElementById("Value_MVAR");
+  const elPF   = document.getElementById("Value_PowerFactor");
+
+  const MW   = +state.MW   || 0;
+  const MVAR = +state.MVAR || 0;
+  const AMPS = +state.AMPS || 0;
+
+  // PF display — show "unity at tiny load" only when AVR is ON
+  const S_MVA = Math.sqrt(MW*MW + MVAR*MVAR);
+  const PF_SMALL_THRESH_MVA = 0.3;
+  let pfDisp;
+  if (state.AVR_On && state['52G_Brk_Var'] && S_MVA < PF_SMALL_THRESH_MVA){
+    pfDisp = (MVAR < 0 ? -1 : 1);
+  } else if (S_MVA < 1e-6){
+    pfDisp = 1;
+  } else {
+    pfDisp = clamp(+state.PF || 0, -1, 1);
+  }
+
+  if (elMW){
+    const s = fmtNoLeadingZeros(MW, 1);
+    if (elMW.textContent !== s) elMW.textContent = s;
+  }
+  if (elA){
+    const s = fmtNoLeadingZeros(AMPS, 0);
+    if (elA.textContent !== s) elA.textContent = s;
+  }
+  if (elMVAR){
+    const s = fmtNoLeadingZeros(MVAR, 1);
+    if (elMVAR.textContent !== s) elMVAR.textContent = s;
+  }
+  if (elPF){
+    const s = fmtNoLeadingZeros(pfDisp, 2);
+    if (elPF.textContent !== s) elPF.textContent = s;
+  }
+}
+
+
+
+/* ///////////// Section 5.W Main tick loop (requestAnimationFrame) ///////////// */
+function tick(){
+  watchAngles();
+  updateGateSet();
+  updateVoltageSet();
+  updatePhysics();
+
+  // Instant zero kV if 52G CLOSED and 41 OPEN
+  if (state['52G_Brk_Var'] && !state['41_Brk_Var']) {
+    state.Gen_kV_Var = 0;
+  }
+
+  // ---- Shared phase + snapshot (single source of truth) ----
+  const fb = +state.Bus_Freq_Hz  || 60;
+  const fg = +state.Gen_Freq_Var || 0;
+  const vb = +state.Bus_Voltage_kV || 13.8;
+  const vg = +state.Gen_kV_Var     || 0;
+  PhaseTracker.update(fb, fg);
+  PhaseTracker.snapshot(vb, vg, fb, fg);
+  // ----------------------------------------------------------
+
+  updateSyncCheck();
+  updateGlows();
+  updateGateGauge();
+  updateKVgauge();
+  updateSyncScopeAndLamps();
+  if (window.Osc && typeof window.Osc.update === 'function') window.Osc.update(); // Oscilloscope
+  updateDigitals();
+  requestAnimationFrame(tick);
+}
+requestAnimationFrame(tick);
+
+
+
+/* ///////////// Section 5.Y — Oscilloscope (Bus & Gen waveforms) ///////////// */
+(function(){
+  const Osc = {
+    inited:false,
+    els:{ bg:null, bus:null, gen:null },
+    rect:null,
+    busDrawn:false,
+
+    $: id => document.getElementById(id),
+
+    ensureInit(){
+      if (this.inited) return true;
+      this.els.bg  = this.$('Osc_Background');
+      this.els.bus = this.$('Osc_BusWave');
+      this.els.gen = this.$('Osc_GenWave');
+      if (!this.els.bg || !this.els.bus || !this.els.gen) return false;
+
+      const x = parseFloat(this.els.bg.getAttribute('x')) || 0;
+      const y = parseFloat(this.els.bg.getAttribute('y')) || 0;
+      const w = parseFloat(this.els.bg.getAttribute('width'))  || (this.els.bg.getBBox?.().width  || 0);
+      const h = parseFloat(this.els.bg.getAttribute('height')) || (this.els.bg.getBBox?.().height || 0);
+      this.rect = { x, y, w, h, cx:x+w/2, cy:y+h/2 };
+      this.inited = true;
+      return true;
+    },
+
+    sinePath(x, w, cy, cycles, amp, phaseRad, samples){
+      const k = 2*Math.PI*cycles;
+      let d = `M ${x} ${ (cy - amp*Math.sin(phaseRad)).toFixed(1) }`;
+      for(let i=1;i<=samples;i++){
+        const t = i/samples;
+        const xx = x + t*w;
+        const yy = cy - amp*Math.sin(k*t + phaseRad);
+        d += ` L ${xx.toFixed(1)} ${yy.toFixed(1)}`;
+      }
+      return d;
+    },
+
+    drawBusOnce(){
+      if (!this.ensureInit()) return;
+      if (this.busDrawn) return;
+      const r = this.rect;
+      const A = 0.90*(r.h/2);
+      const cycles = 4;
+      const d = this.sinePath(r.x, r.w, r.cy, cycles, A, 0, 480);
+      this.els.bus.setAttribute('d', d);
+      this.busDrawn = true;
+    },
+
+    updateGen(){
+      if (!this.ensureInit()) return;
+      const r = this.rect;
+      const s = (window.SimState || window.state || {});
+      const snap = (typeof PhaseTracker !== 'undefined' && PhaseTracker.snap) ? PhaseTracker.snap : null;
+
+      const fg   = +s.Gen_Freq_Var || 0;
+      const vGen = Math.max(0, +s.Gen_kV_Var || 0);
+      const vNom = (+s.Bus_Voltage_kV_nom) || (+s.Bus_Voltage_kV) || 13.8;
+
+      const Amax = 0.90*(r.h/2);
+      const A    = Amax * (vGen / (vNom || 13.8));
+
+      const busHz   = (+s.Bus_Freq_Hz) || 60;
+      const T_win   = 4 / busHz;                 // ~4 bus cycles across width
+      const cyclesG = fg * T_win;
+
+      // Clamp phase to 0° when 52G is CLOSED (snap in-phase with bus)
+      const synced  = !!s['52G_Brk_Var'];
+      const phiGen  = synced ? 0 : (snap ? deg2rad(snap.dphiDeg) : 0);
+
+      const d = this.sinePath(r.x, r.w, r.cy, cyclesG, A, phiGen, 480);
+      this.els.gen.setAttribute('d', d);
+    },
+
+    update(){
+      this.drawBusOnce();
+      this.updateGen();
+    }
+  };
+
+  try { window.Osc = Osc; } catch(_){}
+})();
+
+
+/* ///////////// Section 5.Z Protections (add-on; REPLACE this whole section) ///////////// */
+(function ProtectionsAddon(){
+  const S = window.SimState || window.state || (window.state = {});
+  Object.assign(S, {
+    Alarm_32:false, Alarm_55:false, Alarm_27:false, Alarm_59:false, Alarm_81:false,
+    Trip_32:false, Trip_40:false, Trip_27_59:false, Trip_81:false
+  });
+
+  const PROT = (window.__PROT__ = window.__PROT__ || {
+    tprev: performance.now(), lastNow: 0, dtCache: 0,
+    prev52: !!S['52G_Brk_Var'],
+    inhibit32UntilMs: 0,
+    a32:0, a55:0, a55sev:0, a27:0, a59:0, a81UF:0, a81OF:0,
+    t32:0, t40A:0, t40B:0, t27:0, t59:0, t27Backup:0, t59Backup:0, t81UF:0, t81OF:0,
+  });
+
+  function getDt(){
+    const now = performance.now();
+    if (now - PROT.lastNow < 5) return PROT.dtCache;
+    const dt = Math.max(0, (now - PROT.tprev)/1000);
+    PROT.tprev = now; PROT.lastNow = now; PROT.dtCache = dt;
+    return dt;
+  }
+
+  function logFlag(name, on){
+    if (S[name] !== on){
+      S[name] = on;
+
+      // --- Suppress OLD trip notifications (commented out on purpose) ---
+      if (name === 'Trip_32' || name === 'Trip_40' || name === 'Trip_27_59' || name === 'Trip_81') {
+        // old generic trip logs we no longer want:
+        // try { logDebug(`${name.replaceAll('_',' ').toUpperCase()}: ${on?'TRUE':'FALSE'}`); } catch(_){}
+        return; // keep logic intact; no debug line
+      }
+      // ------------------------------------------------------------------
+
+      // Alarm messages
+      if (name.startsWith('Alarm_')){
+        const onoff = on ? 'ACTIVE' : 'FALSE';
+        const code = name.split('_')[1];
+        try { logDebug(`ALARM ${code}: ${onoff}`); } catch(_) {}
+        return;
+      }
+
+      // Trip messages (explicit)
+      let msg = '';
+      if (name === 'Trip_32' && on) msg = 'TRIP 32 (Reverse Power) LATCHED';
+      if (name === 'Trip_40' && on) msg = '41: TRIPPED';
+      if (name === 'Trip_27_59' && on) msg = 'TRIP 27 (Undervoltage) LATCHED; TRIP 59 (Overvoltage) LATCHED';
+      if (name === 'Trip_81' && on) msg = 'TRIP 81 (Frequency) LATCHED';
+      if (msg){
+        try { logDebug(msg); } catch(_) {}
+      }
+    }
+  }
+
+  function setGlow(id, on){
+    const el = document.getElementById(id);
+    if (!el) return;
+    el.style.opacity = on ? 1 : 0;
+    try{ el.setAttribute('opacity', on ? '1' : '0'); }catch(_){}
+  }
+
+  // ---------- Alarms (self-reset) ----------
+  window.evaluateAlarms = function(){
+    const now = performance.now();
+    const dt  = getDt();
+
+    // Master Stop mask: block alarms during normal shutdown
+    if (S.MasterStopMask === true) {
+      logFlag('Alarm_32', false);
+      logFlag('Alarm_55', false);
+      logFlag('Alarm_27', false);
+      logFlag('Alarm_59', false);
+      logFlag('Alarm_81', false);
+      PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
+      return;
+    }
+
+    if (!PROT.prev52 && S['52G_Brk_Var']) PROT.inhibit32UntilMs = now + 15000;
+    PROT.prev52 = !!S['52G_Brk_Var'];
+
+    if (!S.GeneratorOnline){
+      logFlag('Alarm_32', false);
+      logFlag('Alarm_55', false);
+      logFlag('Alarm_27', false);
+      logFlag('Alarm_59', false);
+      logFlag('Alarm_81', false);
+      PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
+      return;
+    }
+
+    const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
+    const MW       = +S.MW || 0;
+    const Q        = +S.MVAR || 0;
+    const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
+    const Hz       = +S.Gen_Freq_Var || 0;
+
+    // 32 — Reverse Power (self-reset alarm)
+    const ppu = MW / RatedMW;
+    const a32 = (ppu < -0.01);
+    PROT.a32 = a32 ? PROT.a32 + dt : 0;
+    logFlag('Alarm_32', PROT.a32 >= 0.2);
+
+    // 55 — LOE / Field Issues (proxy alarm)
+    const a55 = (!S['41_Brk_Var'] && S['52G_Brk_Var']);
+    PROT.a55 = a55 ? PROT.a55 + dt : 0;
+    logFlag('Alarm_55', PROT.a55 >= 0.2);
+
+    // 27 — Undervoltage (self-reset, immediate)
+    const a27 = (Vpu < 0.96);
+    PROT.a27 = a27 ? PROT.a27 + dt : 0;
+    logFlag('Alarm_27', a27); // use a time threshold here if you want a delay
+
+    // 59 — Overvoltage (self-reset, immediate)
+    const a59 = (Vpu > 1.04);
+    PROT.a59 = a59 ? PROT.a59 + dt : 0;
+    logFlag('Alarm_59', a59); // use a time threshold here if you want a delay
+
+    // 81 — Frequency (5 s either side)
+    const a81UF = (Hz < 59.8);
+    const a81OF = (Hz > 60.2);
+    PROT.a81UF = a81UF ? PROT.a81UF + dt : 0;
+    PROT.a81OF = a81OF ? PROT.a81OF + dt : 0;
+    logFlag('Alarm_81', (PROT.a81UF >= 5.0) || (PROT.a81OF >= 5.0));
+  };
+
+  // ---------- Trips (LATCHED) ----------
+  window.evaluateTrips = function(){
+    const dt = getDt();
+
+    // Master Stop mask: block trip evaluation during normal shutdown
+    if (S.MasterStopMask === true) {
+      return;
+    }
+
+    if (!S.GeneratorOnline){
+      // Latching: do NOT auto-clear trips when offline
+      return;
+    }
+
+    const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
+    const RatedMVA = Math.max(1e-6, +((window.RATED && RATED.MVA) || RatedMW));
+    const MW       = +S.MW || 0;
+    const Q        = +S.MVAR || 0;
+    const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
+    const Hz       = +S.Gen_Freq_Var || 0;
+
+    // 32 — Reverse Power (0.5 s, inhibit for 15s after close)
+    const now = performance.now();
+    const inhibit32 = (now < PROT.inhibit32UntilMs);
+    PROT.t32 = (MW < -0.02 * RatedMW && !inhibit32) ? PROT.t32 + dt : 0;
+    if (!S.Trip_32 && PROT.t32 >= 0.5) {
+      logFlag('Trip_32', true);
+    }
+
+    // 40 — Field Breaker trip (proxy)
+    const t40 = (!S['41_Brk_Var'] && S['52G_Brk_Var']);
+    PROT.t40A = t40 ? PROT.t40A + dt : 0;
+    PROT.t40B = t40 ? PROT.t40B + dt : 0;
+    if (!S.Trip_40 && (PROT.t40A >= 0.05 || PROT.t40B >= 0.05)) {
+      logFlag('Trip_40', true);
+    }
+
+    // 27/59 — Voltage trips (0.5 s either side)
+    const v27 = (Vpu < 0.90);
+    const v59 = (Vpu > 1.10);
+    PROT.t27 = v27 ? PROT.t27 + dt : 0;
+    PROT.t59 = v59 ? PROT.t59 + dt : 0;
+
+    const trip27 = (PROT.t27 >= 0.5);
+    const trip59 = (PROT.t59 >= 0.5);
+    if ((!S.Trip_27_59) && (trip27 || trip59)) {
+      logFlag('Trip_27_59', true);
+      try {
+        if (trip27) logDebug('TRIP 27 (Undervoltage) LATCHED');
+        if (trip59) logDebug('TRIP 59 (Overvoltage) LATCHED');
+      } catch(_) {}
+    }
+
+    // 81 — Frequency
+    PROT.t81UF = (Hz < 59.0) ? PROT.t81UF + dt : 0;
+    PROT.t81OF = (Hz > 61.5) ? PROT.t81OF + dt : 0;
+    if (!S.Trip_81 && ((PROT.t81UF >= 0.5) || (PROT.t81OF >= 0.5))) {
+      logFlag('Trip_81', true);
+      try {
+        if (PROT.t81UF >= 0.5) logDebug('TRIP 81 (Underfrequency) LATCHED');
+        if (PROT.t81OF >= 0.5) logDebug('TRIP 81 (Overfrequency) LATCHED');
+      } catch(_) {}
+    }
+  };
+
+  window.updateProtectionGlows = function(){
+    setGlow('Glow_Alarm_32', S.Alarm_32 === true);
+    setGlow('Glow_Alarm_55', S.Alarm_55 === true);
+    setGlow('Glow_Alarm_27', (S.Alarm_27 === true) || (S.Alarm_59 === true));
+    setGlow('Glow_Alarm_81', S.Alarm_81 === true);
+    setGlow('Glow_Trip_32',   S.Trip_32 === true);
+    setGlow('Glow_Trip_40',   S.Trip_40 === true);
+    setGlow('Glow_Trip_27',   S.Trip_27_59 === true);
+    setGlow('Glow_Trip_81',   S.Trip_81 === true);
+    setGlow('Glow_Alarm_86G', S['86G_Trip_Var'] === true);
+  };
+
+  // Fallback looper
+  if (!window.__PROT_LOOP__){
+    window.__PROT_LOOP__ = true;
+    (function loop(){
+      try{
+        if (typeof window.evaluateAlarms === 'function') window.evaluateAlarms();
+        if (typeof window.evaluateTrips  === 'function') window.evaluateTrips();
+        if (typeof window.updateProtectionGlows === 'function') window.updateProtectionGlows();
+      }catch(_){}
+      requestAnimationFrame(loop);
+    })();
+  }
+})();
+
+
+
+/* ///////////// Section 5.Z1: Consolidated 86G Trip & Knob Management ///////////// */
+(function Auto86GTripAndKnobManager() {
+  const KNOB_ID = 'Knob_86G';
+  const TRIP_ANGLE = -45;
+  const RESET_ANGLE = 0;
+
+  const switchConfig = switches.find(s => s.knobId === KNOB_ID);
+  const originalType = switchConfig ? switchConfig.type : 'latching';
+
+  function rotateKnob(angle) {
+    const state = knobStates[KNOB_ID];
+    const el = document.getElementById(KNOB_ID);
+    if (!state || !el) return;
+    const cx = state.centerX, cy = state.centerY;
+    state.currentAngle = angle;
+    if (prevAngles) prevAngles[KNOB_ID] = angle;
+    el.setAttribute('transform', `rotate(${angle} ${cx} ${cy})`);
+  }
+
+  function loop() {
+    const s = window.SimState || window.state;
+    const k = knobStates[KNOB_ID];
+    if (!s || !switchConfig || !k) { requestAnimationFrame(loop); return; }
+
+    const isTripped = s['86G_Trip_Var'];
+    const anyProt = !!(s.Trip_32 || s.Trip_40 || s.Trip_27_59 || s.Trip_81);
+
+    // Driveback and Auto-trip logic
+    if (anyProt && !isTripped) {
+      // Initiate driveback: set gate setpoint to 0 immediately.
+      // This will cause the actual gate position (Gate_Pos_Var) to ramp down.
+      Gate_Setpoint = 0;
+      gateRamp.active = false; // Ensure any conflicting start ramps are cancelled.
+
+      // Check if the actual gate position has driven back far enough to trip.
+      if (s.Gate_Pos_Var <= 30) {
+        // If below the threshold, execute the 86G trip action.
+        handleAction('86G_TRIP');
+        rotateKnob(TRIP_ANGLE); // Visually snap knob to trip position.
+      }
+    }
+
+    // Behavior while tripped (unchanged from original)
+    if (isTripped) {
+      switchConfig.type = 'momentary';
+      k.momentaryReturnAngle = TRIP_ANGLE;
+      switchConfig.maxAngle = -5;
+
+      if (!k.isDragging && k.currentAngle !== TRIP_ANGLE) {
+        rotateKnob(TRIP_ANGLE);
+      }
+    } else {
+      // Reset restores latching behavior (unchanged from original)
+      switchConfig.type = originalType;
+      k.momentaryReturnAngle = null;
+      switchConfig.maxAngle = RESET_ANGLE;
+    }
+
+    requestAnimationFrame(loop);
+  }
+  loop();
+})();
+
+/* ///////////// Section 5.Z2 — Reset Button Debug Hook ///////////// */
+(function ResetButtonDebugHook(){
+  function wire(){
+    const btn = document.getElementById('Button_RESET');  // <-- corrected ID
+    if(!btn || btn.dataset._dbgHooked) return !!btn;
+    btn.dataset._dbgHooked = '1';
+    
+
+    // Use both pointerdown and click for safety
+    btn.addEventListener('pointerdown', () => {
+     
+    }, {passive:true});
+
+    btn.addEventListener('click', () => {
+      
+    }, {passive:true});
+
+    return true;
+  }
+
+  if(!wire()){
+    let tries = 0;
+    const iv = setInterval(() => {
+      if (wire() || ++tries > 50) clearInterval(iv);
+    }, 100);
+  }
+})();
+
+/* ///////////// Section 5.Z3 — Reset Handler (fixed) ///////////// */
+(function ResetHandler(){
+  function doReset(){
+    // Clear all auto trip latches (both internal vars and manager flags)
+    state['32_Trip_Var']     = false;
+    state['40_Trip_Var']     = false;
+    state['27_59_Trip_Var']  = false;
+    state['81_Trip_Var']     = false;
+    state['Trip_32']         = false;
+    state['Trip_40']         = false;
+    state['Trip_27_59']      = false;
+    state['Trip_81']         = false;
+
+    // Clear lockout latch (86G)
+    state['86G_Trip_Var'] = false;
+    try { setFlag86(false); } catch(_){}
+
+    // Clear online latch so logic can restart clean
+    state['GeneratorOnline'] = false;
+
+    // Refresh lamps
+    try { updateProtectionGlows(); } catch(_){}
+
+    // Debug
+    try {
+      
+    } catch(_){
+      console.log('RESET: Trips (32/40/27-59/81) and 86G cleared; GeneratorOnline reset');
+    }
+  }
+
+  const btn = document.getElementById('Button_RESET');
+  if(btn && !btn.dataset._resetHandler){
+    btn.dataset._resetHandler = '1';
+    btn.addEventListener('pointerdown', doReset, {passive:true});
+  }
+})();
+
+/* ///////////// Section 5.Z4 — Master Stop Protections Inhibit (non-invasive) ///////////// */
+(function MasterStopProtectionsInhibit(){
+  const S = window.SimState || window.state || (window.state = {});
+  if (typeof S.MasterStopMask !== 'boolean') S.MasterStopMask = false;
+
+  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
+  window.handleAction = function(tag){
+    try{
+      if (tag === 'MASTER_STOP') {
+        if (!S.MasterStopMask){
+          S.MasterStopMask = true;
+          try{ logDebug('Protections: Master Stop mask ENABLED'); }catch(_){}
+        }
+      } else if (tag === 'MASTER_START') {
+        if (S.MasterStopMask){
+          S.MasterStopMask = false;
+          try{ logDebug('Protections: Master Stop mask CLEARED (start)'); }catch(_){}
+        }
+      }
+    }catch(_){}
+    return origHandle ? origHandle.apply(this, arguments) : undefined;
+  };
+
+  // Auto-clear when fully stopped
+  if (!window.__MS_MASK_LOOP__){
+    window.__MS_MASK_LOOP__ = true;
+    (function loop(){
+      try{
+        if (S.MasterStopMask){
+          const stopped = (!S['52G_Brk_Var']) &&
+                          (!S.Master_Started) &&
+                          ((+S.Gate_Pos_Var || 0) <= 0.5) &&
+                          ((+S.Gen_Freq_Var || 0) <= 0.2);
+          if (stopped){
+            S.MasterStopMask = false;
+            try{ logDebug('Protections: Master Stop mask CLEARED (unit stopped)'); }catch(_){}
+          }
+        }
+      }catch(_){}
+      requestAnimationFrame(loop);
+    })();
+  }
+})();
+
+
+})();
+
+
+/* ///////////// Section 6 — RPM Text Binding (IIFE) ///////////// */
+(function () {
+  function getState() { return window.state || window.SimState || null; }
+  function calcRPM() {
+    const s = getState();
+    if (!s) return null;
+    if (typeof s.Gen_RPM_Var === "number") return s.Gen_RPM_Var;
+    if (typeof s.Gen_Freq_Var === "number") return s.Gen_Freq_Var * 1.667;
+    return null;
+  }
+  function updateRPMText() {
+    const el = document.getElementById("Value_RPM");
+    if (!el) return;
+    const rpm = calcRPM();
+    if (rpm == null || isNaN(rpm)) return;
+    const v = Math.round(rpm);
+    if (el.textContent !== String(v)) el.textContent = String(v);
+  }
+  clearInterval(window.__rpm_bind_iv);
+  window.__rpm_bind_iv = setInterval(updateRPMText, 200);
+  document.addEventListener("DOMContentLoaded", updateRPMText);
+})();
\ No newline at end of file
diff --git a/Script.js b/Script.js
deleted file mode 100644
index d83bf4f..0000000
--- a/Script.js
+++ /dev/null
@@ -1,1907 +0,0 @@
-/* ///////////// TABLE OF CONTENTS /////////////
-  Section 1 — File Header & Overview
-    1.A Feature summary banner
-
-  Section 2 — Debug Harness
-    2.A __setDebugWindow
-    2.B logDebug
-
-  Section 3 — Utilities
-    3.A clamp / lerp / normAngleRad / deg2rad / rad2deg
-
-  Section 4 — Switch Drag/Rotate Wiring (hit zones)
-    4.A Config & globals (switches, sensitivity, knobStates)
-    4.B Per-switch wiring & event handlers (setAngle/onMove/onUp)
-    4.C angleOf helper
-
-  Section 5 — Simulator Core (IIFE)
-    5.A Rated constants (RATED)
-    5.B State object (state) + exposure
-    5.C Gate setpoint variable (Gate_Setpoint)
-    5.D Master start/stop ramps (gateRamp/stopRamp) & kV ramp (kvRamp)
-    5.E Voltage slew params (KV_* constants)
-    5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles)
-    5.G setFlag86
-    5.H handleAction (all operator actions)
-    5.I watchAngles
-    5.J updateGateSet (Knob_65)
-    5.K updateVoltageSet (Knob_90)
-    5.L updateSyncCheck (sync permissive)
-    5.M updatePhysics (governor/AVR/power)
-    5.N slewGenKV (kV tracker)
-    5.O Syncroscope & Lamps
-        5.O.1 SYNC struct
-        5.O.2 parseRotateCenter
-        5.O.3 initSyncUI
-        5.O.4 updateSyncScopeAndLamps
-    5.P Glow helpers (setGlow / setGlowWhite)
-    5.Q updateGlows
-    5.R updateGateGauge
-    5.S Hz needle binding (IIFE)
-    5.T updateKVgauge
-    5.U fmtNoLeadingZeros
-    5.V updateDigitals
-    5.W Main tick loop (requestAnimationFrame)
-    5.X Oscilloscope (Bus & Gen waveforms)
-
-  Section 6 — RPM Text Binding (IIFE)
-/////////////////////////////////////////// */
-
-/* ///////////// Section 1 — File Header & Overview ///////////// */
-/* ///////////// Section 1.A Feature summary banner ///////////// */
-/* Sim_8.js
-   Complete build with:
-   - Switch drag wiring
-   - Start/Stop ramps + 86G trip/reset w/ flag color
-   - Gate nudge (Knob_65)
-   - Speed permissive
-   - Sync-check permissive (±3% V, ±0.15 Hz, <10°)
-   - Gen kV model + gauge (GenVolts_Rotation: 36°=0, 180°=13, 324°=15)
-   - Manual voltage (Knob_90); AVR only acts after 52G closes
-   - Digital readouts: Value_MW / Value_AMPS / Value_MVAR / Value_PowerFactor
-   - Hz needle + RPM text
-   - Status/permissive glows
-   - Syncroscope needle (SyncScope_Rotation) and TWO sync lamps
-     Lamps brightness ∝ |Vg∠θg − Vb∠θb|; both lamps identical behavior
-*/
-
-/* ///////////// Section 2 — Debug Harness ///////////// */
-/* ///////////// Section 2.A __setDebugWindow ///////////// */
-let __DEBUG_WIN = null;
-function __setDebugWindow(win){ __DEBUG_WIN = win; }
-
-/* ///////////// Section 2.B logDebug ///////////// */
-function logDebug(message){
-  try {
-    const msg = String(message);
-    try { console.log(msg); } catch(_) {}
-    const el = document.getElementById('Debug_Log');
-    if (el){
-      const line = document.createElement('div');
-      line.textContent = msg;
-      const lower = msg.toLowerCase();
-      let color;
-      if (lower.includes('trip')){
-        if (lower.includes('cleared') || lower.includes('reset') || lower.includes('false') || lower.includes('inactive') || lower.includes('normal')){
-          color = '#006400';
-        } else {
-          color = 'red';
-        }
-      } else if (lower.includes('overspeed')) {
-        color = 'red';
-      } else if (lower.includes('alarm') || lower.includes('active') || lower.includes('inactive') || lower.includes('abnormal') || lower.includes('normal')){
-        if (lower.includes('inactive') || (lower.includes('normal') && !lower.includes('abnormal')) || lower.includes('false') || lower.includes('cleared')){
-          color = '#006400';
-        } else {
-          color = '#b8860b';
-        }
-      }
-      if (color) line.style.color = color;
-      el.appendChild(line);
-      // Always scroll to the bottom so newest messages are visible
-      // even when the log overflows the viewable area
-      try { el.scrollTop = el.scrollHeight; } catch (_) {}
-    }
-    if(__DEBUG_WIN && !__DEBUG_WIN.closed){
-      __DEBUG_WIN.postMessage(msg, '*');
-    }
-  } catch(_) {}
-}
-
-/* ///////////// Section 3 — Utilities ///////////// */
-/* ///////////// Section 3.A clamp / lerp / normAngleRad / deg2rad / rad2deg ///////////// */
-function clamp(v, lo, hi){ return Math.max(lo, Math.min(hi, v)); }
-function lerp(a,b,t){ return a + (b - a) * t; }
-function normAngleRad(a){
-  // normalize to (-π, +π]
-  a = ((a + Math.PI) % (2*Math.PI) + 2*Math.PI) % (2*Math.PI) - Math.PI;
-  return a;
-}
-function deg2rad(d){ return d * Math.PI / 180; }
-function rad2deg(r){ return r * 180 / Math.PI; }
-
-/* ///////////// Section 4 — Switch Drag/Rotate Wiring (hit zones) ///////////// */
-/* ///////////// Section 4.A Config & globals (switches, sensitivity, knobStates) ///////////// */
-const switches = [
-  { parentId:'52G_Switch',   knobId:'Knob_52G',   upperHitId:'Hit_52G_Upper',   lowerHitId:'Hit_52G_Lower',   type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'41_Switch',    knobId:'Knob_41',    upperHitId:'Hit_41_Upper',    lowerHitId:'Hit_41_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'86G_Switch',   knobId:'Knob_86G',   upperHitId:'Hit_86G_Upper',   lowerHitId:'Hit_86G_Lower',   type:'latching',  minAngle:-45, maxAngle:0  },
-  { parentId:'AVR_Switch',   knobId:'Knob_AVR',   upperHitId:'Hit_AVR_Upper',   lowerHitId:'Hit_AVR_Lower',   type:'latching',  minAngle:-45, maxAngle:45 },
-  { parentId:'Sync_Switch',  knobId:'Knob_Sync',  upperHitId:'Hit_Sync_Upper',  lowerHitId:'Hit_Sync_Lower',  type:'latching',  minAngle:-45, maxAngle:45 },
-  { parentId:'Master_Switch',knobId:'Knob_Master',upperHitId:'Hit_Master_Upper',lowerHitId:'Hit_Master_Lower',type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'65_Switch',    knobId:'Knob_65',    upperHitId:'Hit_65_Upper',    lowerHitId:'Hit_65_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-  { parentId:'90_Switch',    knobId:'Knob_90',    upperHitId:'Hit_90_Upper',    lowerHitId:'Hit_90_Lower',    type:'momentary', minAngle:-45, maxAngle:45 },
-];
-const sensitivity = 0.5; // deg per px
-const knobStates = {};
-
-/* ///////////// Section 4.B Per-switch wiring & event handlers (setAngle/onMove/onUp) ///////////// */
-switches.forEach(cfg => {
-  const svg  = document.getElementById(cfg.parentId);
-  const knob = document.getElementById(cfg.knobId);
-  const hitU = document.getElementById(cfg.upperHitId);
-  const hitL = document.getElementById(cfg.lowerHitId);
-  if (!svg || !knob || !hitU || !hitL) return;
-
-  const bb = svg.getBBox();
-  const cx = bb.x + bb.width/2;
-  const cy = bb.y + bb.height/2;
-
-  // AVR knob starts at -45° (OFF); Sync knob at -45°; others at 0°
-  const initAngle =
-    (cfg.knobId === 'Knob_AVR') ? -45 :
-    (cfg.knobId === 'Knob_Sync') ? -45 : 0;
-
-  knobStates[cfg.knobId] = {
-    isDragging:false, startX:0, currentAngle:initAngle,
-    centerX:cx, centerY:cy, minAngle:cfg.minAngle, maxAngle:cfg.maxAngle, type:cfg.type
-  };
-
-  // Apply initial visual angle
-  knob.setAttribute('transform', `rotate(${initAngle} ${cx} ${cy})`);
-
-  function setAngle(knobId, ang){
-    knobStates[knobId].currentAngle = ang;
-    knob.setAttribute('transform', `rotate(${ang} ${cx} ${cy})`);
-  }
-
-  hitU.addEventListener('mousedown', (e)=>{
-    e.preventDefault();
-    knobStates[cfg.knobId].isDragging = true;
-    knobStates[cfg.knobId].startX = e.clientX;
-    document.addEventListener('mousemove', onMoveU);
-    document.addEventListener('mouseup', onUp);
-  });
-  function onMoveU(e){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    const dx = e.clientX - knobStates[cfg.knobId].startX;
-    const ang = clamp(dx * sensitivity, cfg.minAngle, cfg.maxAngle);
-    setAngle(cfg.knobId, ang);
-  }
-
-  hitL.addEventListener('mousedown', (e)=>{
-    e.preventDefault();
-    knobStates[cfg.knobId].isDragging = true;
-    knobStates[cfg.knobId].startX = e.clientX;
-    document.addEventListener('mousemove', onMoveL);
-    document.addEventListener('mouseup', onUp);
-  });
-  function onMoveL(e){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    const dx = e.clientX - knobStates[cfg.knobId].startX;
-    const ang = clamp(-dx * sensitivity, cfg.minAngle, cfg.maxAngle);
-    setAngle(cfg.knobId, ang);
-  }
-
-  function onUp(){
-    if(!knobStates[cfg.knobId].isDragging) return;
-    knobStates[cfg.knobId].isDragging = false;
-
-    // Momentary returns to defined angle (default 0);
-    // Latching snaps to nearest extreme
-    if (cfg.type === 'momentary') {
-      const returnAngle = (knobStates[cfg.knobId].momentaryReturnAngle != null)
-        ? knobStates[cfg.knobId].momentaryReturnAngle
-        : 0;
-      setAngle(cfg.knobId, returnAngle);
-    } else {
-      const curr = knobStates[cfg.knobId].currentAngle;
-      const mid = (cfg.minAngle + cfg.maxAngle) / 2;
-      setAngle(cfg.knobId, curr >= mid ? cfg.maxAngle : cfg.minAngle);
-    }
-
-    document.removeEventListener('mousemove', onMoveU);
-    document.removeEventListener('mousemove', onMoveL);
-    document.removeEventListener('mouseup', onUp);
-  }
-});
-
-/* ///////////// Section 4.C angleOf helper ///////////// */
-function angleOf(id){
-  try{
-    if (knobStates[id] && typeof knobStates[id].currentAngle === 'number') return knobStates[id].currentAngle;
-  }catch(_){}
-  const el = document.getElementById(id);
-  if(!el) return 0;
-  const t = el.getAttribute('transform') || '';
-  const m = t.match(/rotate\(([-\d.]+)/);
-  return m ? parseFloat(m[1]) : 0;
-}
-
-/* ///////////// Section 5 — Simulator Core (IIFE) ///////////// */
-(function(){
-  /* ///////////// Section 5.A Rated constants (RATED) ///////////// */
-  const RATED = {
-    KV_LL: 13.8,            // kV line-line nominal
-    MVA:   25,              // MVA rating
-    MW:    23.5,            // continuous MW
-    MVAR_LAG_MAX: 15.5,     // +Q
-    MVAR_LEAD_MAX: 19.4,    // -Q
-    AMPS:  1046.9           // at 13.8kV
-  };
-
-  // Inertia: higher values slow both acceleration and deceleration when off-grid.
-  // Tune by changing the numeric constant below—no UI controls adjust this value.
-  const INERTIA_TIME_CONST_S = 1.5;
-
-  /* ///////////// Section 5.B State object (state) + exposure ///////////// */
-  const state = {
-    Master_Started:false,
-    AVR_On:false,
-    Sync_On:false,
-
-    // Latches TRUE when 52G closes; does NOT auto-unlatch on open
-    GeneratorOnline:false,
-
-    '41_Brk_Var':false,     // field breaker
-    '52G_Brk_Var':false,    // gen breaker (FALSE=open, TRUE=closed)
-    '86G_Trip_Var':false,
-
-    Gate_Pos_Var:0,         // %
-    Gen_Freq_Var:0,         // Hz
-    Gen_RPM_Var:0,          // calc
-
-    Speed_Perm_Var:false,
-    SyncCheck_Perm_Var:false,
-
-    // Bus references
-    Bus_Freq_Hz:60,
-    Bus_Voltage_kV:13.8,
-
-    // Voltage model
-    Gen_kV_Var:0,           // actual terminal kV “inside the 52G”
-    Gen_kV_SP:13.5,         // operator/AVR setpoint (kV)
-
-    // Governor/gate dynamics
-    // Power model
-    MW:0,
-    MVAR:0,
-    AMPS:0,
-    PF:0
-  };
-  try{ window.SimState = state; }catch(_){}
-
-
-  /* ///////////// Section 5.C Gate setpoint variable (Gate_Setpoint) ///////////// */
-  let Gate_Setpoint = 0;
-
-  /* ///////////// Section 5.D Master start/stop ramps (gateRamp/stopRamp) ///////////// */
-  const gateRamp = { active:false, from:0, to:19.67, dur:3000, t0:0 };
-  const stopRamp = { active:false, from:0, to:0,     dur:0,    t0:0 }; // ramp-to-zero on STOP
-
-  // Shutdown ramp durations (ms)
-  // Normal: Master STOP; Trip: protective trip or 86G lockout
-  const STOP_RAMP_NORMAL_MS = 2000;
-  const STOP_RAMP_TRIP_MS   = 500;
-  const KV_RAMP_MS          = 3000;
-
-  const kvRamp  = { active:false, from:0, to:0,     dur:KV_RAMP_MS, t0:0 }; // kV ramp on field breaker
-
-  /* ///////////// Section 5.E Voltage slew params (KV_* constants) ///////////// */
-  const KV_SLEW_MANUAL = 2;     // kV/s tracking rate to SP (manual)
-  const KV_SLEW_AUTO   = 1.2;   // kV/s when AVR is acting
-  const KV_MIN = 0.0, KV_MAX = 16.0;
-
-  /* Frequency tuning (single-mode) */
-  const FREQ_GATE_THRESH_PCT = 20;   // gate % breakpoint for frequency
-  const FREQ_GATE_LOW_HZ_PER_PCT = 3;    // Hz per % gate below threshold
-  const FREQ_GATE_HIGH_HZ_PER_PCT = 0.375; // Hz per % gate above threshold
-  const FREQ_GATE_HIGH_INTERCEPT_HZ = 52.5; // offset for high range
-  // AVR line-drop compensation (disabled if 0)
-  const AVR_LDC_PU = 0.00;
-
-  // Power mapping: physical gate needed for ~0 MW when paralleled
-  const NO_LOAD_GATE_PCT = 20;    // set near your sync gate (e.g., 18–20)
-  const REV_PWR_LIMIT_MW = -5;  // cap reverse power (negative)
-
-  // Manual-close PF/MW targets (used when AVR is OFF, at 52G close)
-  const CLOSE_REV_PWR_TARGET_MW = -0.01;
-  const CLOSE_PF_TARGET         = -0.95;
-
-  // Small manual kV bias at close (optional)
-  const MANUAL_CLOSE_V_BIAS_KV  = 12.5;
-
-  // kV droop in manual mode at full load (approx)
-  const MANUAL_KV_DROOP         = 0.4;
-
-  // Reactive gain shaping (keeps vars small near zero load)
-  const Q_GAIN_MIN     = 2.0;     // MVAR per kV near zero-load
-  const Q_GAIN_MAX     = 30.0;    // MVAR per kV at high load
-  const Q_GAIN_SHAPE_N = 1.0;     // 1=linear
-
-  // ---------- Loss Of Excitation (41 OPEN while 52G CLOSED) tunables ----------
-  const LOE_REV_PWR_MW       = -0.4;  // small reverse MW on field loss
-  const LOE_Q_IMPORT_MVAR    = 15.0;  // inductive vars imported on field loss (+ = lagging)
-  const LOE_SETTLE_MS        = 250;   // time constant to settle MW/Q to targets
-
-
-
-
-
-
-
-
-  /* ///////////// Section 5.F Angle watch thresholds & maps (THRESH/WATCH/prevAngles) ///////////// */
-  const THRESH = { up:20, down:-20 };
-  const WATCH = [
-  { knobIds:['Knob_Master'], upper:'MASTER_START', lower:'MASTER_STOP' },
-  { knobIds:['Knob_AVR'],    upper:'AVR_ON',       lower:'AVR_OFF'    },
-  { knobIds:['Knob_Sync'],   upper:'SYNC_ON',      lower:'SYNC_OFF'   },
-  { knobIds:['Knob_41'],     upper:'41_CLOSE',     lower:'41_OPEN'    },
-  { knobIds:['Knob_52G'],    upper:'52G_CLOSE',    lower:'52G_OPEN'   },
-  { knobIds:['Knob_86G','Knob_86'], special:'86G' },
-  ];
-  const prevAngles = Object.create(null);
-
-  /* ///////////// Section 5.G setFlag86  ///////////// */
-  function setFlag86(){
-  try{
-  const el = document.getElementById('Flag_86G');
-  if (!el) return;
-
-  const k = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-  const angle = (k && typeof k.currentAngle === 'number') ? k.currentAngle : 0;
-
-  // < -44° = dark orange; > -1° = default color
-  el.style.fill = (angle < -44) ? '#CD5A00' : '';
-  }catch(_){}
-  }
-
-  /* ///////////// Section 5.H handleAction (all operator actions) ///////////// */
-  function handleAction(tag){
-  switch(tag){
-  /* ---- Syncroscope switch ---- */
-  case 'SYNC_ON':
-  if (!state.Sync_On){ state.Sync_On = true; try { logDebug('SYNCROSCOPE: ON'); } catch(_){} }
-  break;
-  case 'SYNC_OFF':
-  if (state.Sync_On){ state.Sync_On = false; try { logDebug('SYNCROSCOPE: OFF'); } catch(_){} }
-  break;
-
-  /* ---- AVR switch ---- */
-  case 'AVR_ON':
-  if (!state.AVR_On){
-  state.AVR_On = true;
-  try {
-  const sp = (+state.Gen_kV_SP || 0).toFixed(2);
-  const kv = (+state.Gen_kV_Var || 0).toFixed(2);
-  logDebug(`AVR: AUTO (SP: ${sp} kV, V: ${kv} kV)`);
-  } catch(_){}
-  }
-  break;
-  case 'AVR_OFF':
-  if (state.AVR_On){
-  state.AVR_On = false;
-  try {
-  const sp = (+state.Gen_kV_SP || 0).toFixed(2);
-  const kv = (+state.Gen_kV_Var || 0).toFixed(2);
-  logDebug(`AVR: MANUAL (SP: ${sp} kV, V: ${kv} kV)`);
-  } catch(_){}
-  }
-  break;
-
-  /* ---- Master ---- */
-  case 'MASTER_START': {
-  // 86G knob permissive + not tripped
-  const k86   = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-  const ang86 = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
-  if (ang86 <= -1){ try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){ } break; }
-  if (state['86G_Trip_Var']){ try{ logDebug('Master: BLOCKED (86G: Trip)'); }catch(_){ } break; }
-
-  // prevent double staging
-  if (state.__prestartBusy) break;
-  state.__prestartBusy = true;
-  if (!Array.isArray(state.__prestartTimers)) state.__prestartTimers = [];
-  const T  = state.__prestartTimers;
-  const at = (ms, fn) => T.push(setTimeout(fn, ms));
-
-  try{ logDebug('Master: START'); }catch(_){}
-
-  // +1.0s — permissives
-  at(1000, () => {
-  const perm52 = !state['52G_Brk_Var'];
-  if (perm52) try{ logDebug('52G Permissive OK'); }catch(_){}
-  const k86s   = knobStates?.['Knob_86G'];
-  const ang86s = (k86s && typeof k86s.currentAngle === 'number') ? k86s.currentAngle : 0;
-  if (ang86s > -1) try{ logDebug('86G Permissive OK'); }catch(_){}
-  });
-
-  // +2.0s — lift pump
-  at(2000, () => { try{ logDebug('Lift Pump On'); }catch(_){}; });
-
-  // +4.0s — pressure ok
-  at(4000, () => { try{ logDebug('Lift Pump Pressure OK'); }catch(_){}; });
-
-  // +5.0s — brakes release
-  at(5000, () => { try{ logDebug('Brakes Released'); }catch(_){}; });
-
-  // +5.1s — handoff to normal start
-  at(5100, () => {
-  const k86f = knobStates?.['Knob_86G'];
-  const ang86f = (k86f && typeof k86f.currentAngle === 'number') ? k86f.currentAngle : 0;
-  const ok86   = (ang86f > -1) && !state['86G_Trip_Var'];
-  if (!ok86){ state.__prestartBusy = false; return; }
-
-  if (!state.Master_Started){
-  state.Master_Started = true;
-  stopRamp.active = false;
-  gateRamp.active = true;
-  gateRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-  gateRamp.to   = 19.67;
-  gateRamp.dur  = 3000;
-  gateRamp.t0   = performance.now();
-  }
-
-  state.__prestartBusy = false;
-  while (T.length) clearTimeout(T.pop());
-  });
-
-  break;
-  }
-
-  case 'MASTER_STOP': {
-  try{ logDebug('Master: STOP'); }catch(_){}
-  // cancel any staged start sequence
-  state.__prestartBusy = false;
-  if (Array.isArray(state.__prestartTimers)) {
-  while (state.__prestartTimers.length) clearTimeout(state.__prestartTimers.pop());
-  }
-  // start STOP ramp
-  gateRamp.active = false;
-  stopRamp.active = true;
-  stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-  stopRamp.to   = 0;
-  stopRamp.dur  = STOP_RAMP_NORMAL_MS;
-  stopRamp.t0   = performance.now();
-  break;
-  }
-
-  /* ---- 41 Field breaker ---- */
-  case '41_CLOSE':
-  if(!state['41_Brk_Var']){
-  if (state.Speed_Perm_Var){
-  state['41_Brk_Var'] = true;
-  try{ logDebug('Field Breaker: CLOSED'); }catch(_){}
-  if (state['52G_Brk_Var'] && state.AVR_On){
-  state.Gen_kV_SP  = 13.8;
-  } else {
-  state.Gen_kV_SP  = 13.34;
-  }
-  kvRamp.active = true;
-  kvRamp.from = state.Gen_kV_Var;
-  kvRamp.to   = state.Gen_kV_SP;
-  kvRamp.dur  = KV_RAMP_MS;
-  kvRamp.t0   = performance.now();
-  } else {
-  try{ logDebug('41: BLOCKED'); }catch(_){}
-  }
-  }
-  break;
-
-  case '41_OPEN':
-  if(state['41_Brk_Var']){
-  state['41_Brk_Var'] = false;
-  try{ logDebug('Field Breaker: OPEN'); }catch(_){}
-  kvRamp.active = true;
-  kvRamp.from = state.Gen_kV_Var;
-  kvRamp.to   = 0;
-  kvRamp.dur  = KV_RAMP_MS;
-  kvRamp.t0   = performance.now();
-  }
-  break;
-
-  /* ---- 52G Generator breaker ---- */
-  case '52G_CLOSE':
-  if(!state['52G_Brk_Var']){
-  if (state.SyncCheck_Perm_Var){
-  state['52G_Brk_Var'] = true;
-  try{ logDebug('52G: CLOSED'); }catch(_){}
-
-  // Latch "online" (no auto-unlatch)
-  if (!state.GeneratorOnline){
-  state.GeneratorOnline = true;
-  try { logDebug('Unit Online'); } catch(_){}
-  }
-
-  // No-load calibration at close
-  (function(){
-  const slope = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));
-  const MWpu  = (CLOSE_REV_PWR_TARGET_MW) / (RATED.MW || 1);
-  const effNeededPct = (MWpu * 100) / slope; // negative for reverse
-  state.NoLoadGateCal = clamp(state.Gate_Pos_Var - effNeededPct, 0, 100);
-  })();
-
-  if (state.AVR_On){
-  state.Gen_kV_SP  = 13.8;
-  state.Gen_kV_Var = state.Gen_kV_SP;
-  } else {
-  // manual bias at close
-  const S    = (RATED.MVA || 1);
-  const pAbs = Math.abs(CLOSE_REV_PWR_TARGET_MW);
-  const qAbs = Math.sqrt(Math.max(0, S*S - pAbs*pAbs));
-  const qTarget = (CLOSE_PF_TARGET < 0 ? -qAbs : qAbs);
-  const qGainClose = Q_GAIN_MIN;
-  let dvBias = (qGainClose > 1e-6) ? (qTarget / qGainClose) : 0;
-  dvBias = clamp(dvBias + MANUAL_CLOSE_V_BIAS_KV, -0.5, 0.5);
-  state.Gen_kV_SP  = Math.max(0, (+state.Gen_kV_SP || 0) + dvBias);
-  state.Gen_kV_Var = state.Gen_kV_SP;
-  }
-  }
-  }
-  break;
-
-  case '52G_OPEN':
-  if(state['52G_Brk_Var']){
-  state['52G_Brk_Var'] = false;
-  delete state.NoLoadGateCal;
-  try{ logDebug('52G: OPEN'); }catch(_){}
-  }
-  break;
-
-  /* ---- 86G Lockout ---- */
-  case '86G_TRIP':
-  if(!state['86G_Trip_Var']){
-  state['86G_Trip_Var'] = true;
-  setFlag86(true);
-  if(state['41_Brk_Var']){ state['41_Brk_Var'] = false; try{ logDebug('Field Breaker: Trip'); }catch(_){} }
-  if(state['52G_Brk_Var']){ state['52G_Brk_Var'] = false; try{ logDebug('Generator Breaker: Trip'); }catch(_){} }
-  gateRamp.active = false;
-  stopRamp.active = true;
-  stopRamp.from = (typeof Gate_Setpoint === 'number') ? Gate_Setpoint : 0;
-  stopRamp.to   = 0;
-  stopRamp.dur  = STOP_RAMP_TRIP_MS;
-  stopRamp.t0   = performance.now();
-  try{ logDebug('86G: TRIP'); }catch(_){}
-  }
-  break;
-
-  case '86G_RESET':
-  if(state['86G_Trip_Var']){
-  state['86G_Trip_Var'] = false;
-  setFlag86(false);
-  try{ logDebug('86G: RESET'); }catch(_){}
-  }
-  break;
-  }
-  }
-
-
-
-  /* ///////////// Section 5.H.1 Enforce 86G Permissive on MASTER_START (add-on) ///////////// */
-
-  (function Enforce86GPermOnStart(){
-  const S = window.SimState || window.state || (window.state = {});
-  const _old = window.handleAction;
-
-  function readKnob86Angle(){
-  // preferred: knobStates cache
-  const ks = (window.knobStates && window.knobStates['Knob_86G']) || null;
-  if (ks && typeof ks.currentAngle === 'number') return ks.currentAngle;
-
-  // fallback: parse DOM transform
-  const el = document.getElementById('Knob_86G');
-  if (el){
-  const tr = el.getAttribute('transform') || '';
-  const m = tr.match(/rotate\((-?\d+(?:\.\d+)?)/i);
-  if (m) return parseFloat(m[1]);
-  }
-  return 0; // default safe
-  }
-
-  function get86GPermissive(){
-  const ang = readKnob86Angle();
-  const perm = (ang > -1);     // same threshold used for Glow_Perm_86G
-  S['86G_Perm_Var'] = perm;    // keep a state bit for reuse
-  return perm;
-  }
-
-  window.handleAction = function(tag){
-  if (tag === 'MASTER_START'){
-  // Block if 86G knob not in NORMAL or lockout is tripped
-  const perm86 = get86GPermissive();
-  if (!perm86){
-  try{ logDebug('Master: BLOCKED (86G Permissive)'); }catch(_){}
-  return;
-  }
-  if (S['86G_Trip_Var'] === true){
-  try{ logDebug('Master: BLOCKED (86G Tripped)'); }catch(_){}
-  return;
-  }
-  }
-  return _old ? _old.apply(this, arguments) : undefined;
-  };
-  })();
-
-
-  /* ///////////// Section 5.H.2 AVR takeover harmonizer (non-invasive) ///////////// */
-  (function AVRTakeoverHarmonizer(){
-  if (typeof window === 'undefined') return;
-  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
-  if (!origHandle) return;
-
-  window.handleAction = function(tag){
-  // Pre-transition context
-  const wasAVR = !!(state && state.AVR_On);
-
-  // On enabling AVR, restore previously stored SP or freeze to present kV
-  if (tag === 'AVR_ON' && !wasAVR && state) {
-  if (typeof state.__avrStoredSP === 'number') {
-  state.Gen_kV_SP = clamp(state.__avrStoredSP, KV_MIN, KV_MAX);
-  } else {
-  const kv = +state.Gen_kV_Var || 0;
-  if (typeof clamp === 'function') {
-  state.Gen_kV_SP = clamp(kv, KV_MIN, KV_MAX);
-  } else {
-  state.Gen_kV_SP = Math.min(KV_MAX, Math.max(KV_MIN, kv));
-  }
-  }
-  }
-
-  // On disabling AVR, store SP and freeze setpoint at present kV
-  if (tag === 'AVR_OFF' && wasAVR && state) {
-  state.__avrStoredSP = state.Gen_kV_SP;
-  const kv = Math.max(0, +state.Gen_kV_Var || 0);
-  state.Gen_kV_SP  = kv;  // freeze setpoint to present kV
-  state.Gen_kV_Var = kv;
-  try {
-  const kvStr = kv.toFixed(2);
-  logDebug(`AVR transition to MANUAL: V ${kvStr} kV`);
-  } catch(_){}
-  }
-
-  // Delegate to original action handler
-  return origHandle.call(this, tag);
-  };
-  })();
-
-
-
-
-  /* ///////////// Section 5.I watchAngles ///////////// */
-  function watchAngles(){
-  for(const w of WATCH){
-  let ang = null;
-  for(const id of w.knobIds){
-  const a = angleOf(id);
-  if(a !== 0 || document.getElementById(id)){ ang = a; break; }
-  }
-  if(ang === null) continue;
-  const key = w.knobIds[0];
-  const prev = prevAngles[key] ?? ang;
-
-  if (w.special === '86G'){
-  const T = -1; // degrees
-  const hadPrev = Object.prototype.hasOwnProperty.call(prevAngles, key);
-
-  if (!hadPrev){
-  // First run: align state to current knob position
-  if (ang <= T) { handleAction('86G_TRIP'); }
-  else          { handleAction('86G_RESET'); }
-  } else {
-  // Subsequent frames: edge-detect crossings
-  if (prev > T && ang <= T) handleAction('86G_TRIP');
-  if (prev <= T && ang > T) handleAction('86G_RESET');
-  }
-  } else {
-  const S = window.SimState || window.state || (window.state = {});
-  if (prev < THRESH.up && ang >= THRESH.up) {
-  if (w.upper === 'MASTER_START' && S.MasterStopMask) {
-  S.MasterStopMask = false;
-  }
-  handleAction(w.upper);
-  }
-  if (prev > THRESH.down && ang <= THRESH.down) {
-  if (w.lower === 'MASTER_STOP' && !S.MasterStopMask) {
-  S.MasterStopMask = true;
-  }
-  handleAction(w.lower);
-  }
-  }
-  prevAngles[key] = ang;
-  }
-  }
-
-  /* ///////////// Section 5.J updateGateSet (Knob_65) ///////////// */
-  function updateGateSet(){
-  const NUDGE_THRESH = 20;            // degrees
-  const NUDGE_RATE_OPEN   = 0.125;    // %/s when 52G OPEN
-  const NUDGE_RATE_CLOSED = 10;       // %/s when 52G CLOSED
-  const NUDGE_RATE = state['52G_Brk_Var'] ? NUDGE_RATE_CLOSED : NUDGE_RATE_OPEN;
-
-  const now = performance.now();
-  if (typeof updateGateSet._tPrev !== 'number') updateGateSet._tPrev = now;
-  const dt = Math.min(150, now - updateGateSet._tPrev) / 1000;
-  updateGateSet._tPrev = now;
-
-  const a65 = angleOf('Knob_65') || 0;
-
-  if (a65 >= NUDGE_THRESH){
-  Gate_Setpoint = Math.min(100, Gate_Setpoint + NUDGE_RATE * dt);
-  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
-  updateGateSet._lastLog = Gate_Setpoint;
-  }
-  } else if (a65 <= -NUDGE_THRESH){
-  Gate_Setpoint = Math.max(0, Gate_Setpoint - NUDGE_RATE * dt);
-  if (updateGateSet._lastLog == null || Math.abs(Gate_Setpoint - updateGateSet._lastLog) >= 0.5){
-  updateGateSet._lastLog = Gate_Setpoint;
-  }
-  }
-  }
-
-  /* ///////////// Section 5.K updateVoltageSet (Knob_90) ///////////// */
-  function updateVoltageSet(){
-  const TH = 20; // deg threshold
-  const now = performance.now();
-  if (typeof updateVoltageSet._tPrev !== 'number') updateVoltageSet._tPrev = now;
-  const dt = Math.min(150, now - updateVoltageSet._tPrev) / 1000;
-  updateVoltageSet._tPrev = now;
-
-  const a90 = angleOf('Knob_90') || 0;
-  const NU = 0.01;                         // sensitivity
-  const RATE = NU * (KV_MAX - KV_MIN);     // kV/s equivalent
-
-  if (a90 >= TH){
-  state.Gen_kV_SP = state.AVR_On
-  ? clamp(state.Gen_kV_SP + RATE*dt, KV_MIN, KV_MAX)
-  : Math.max(0, state.Gen_kV_SP + RATE*dt);   // no upper limit when AVR OFF
-  } else if (a90 <= -TH){
-  state.Gen_kV_SP = state.AVR_On
-  ? clamp(state.Gen_kV_SP - RATE*dt, KV_MIN, KV_MAX)
-  : Math.max(0, state.Gen_kV_SP - RATE*dt);   // allow down to 0 only
-  }
-  }
-
-
-  /* ///////////// Section 5.L updateSyncCheck (sync permissive) ///////////// */
-  function updateSyncCheck(){
-  const V_TOL_FRAC = 0.03;  // ±3%
-  const F_TOL_HZ   = 0.15;  // ±0.15 Hz
-  const PHASE_DEG  = 10.0;  // ±10°
-
-  const snap = PhaseTracker.snap;
-  const vb = snap ? snap.vb : (+state.Bus_Voltage_kV || 13.8);
-  const vg = snap ? snap.vg : (+state.Gen_kV_Var    || 0);
-  const fb = snap ? snap.fb : (+state.Bus_Freq_Hz   || 60);
-  const fg = snap ? snap.fg : (+state.Gen_Freq_Var  || 0);
-  const ddeg = snap ? snap.dphiDeg : PhaseTracker.deltaDeg();
-
-  const vOK = Math.abs(vg - vb) <= V_TOL_FRAC * vb;
-  const fOK = Math.abs(fg - fb) <= F_TOL_HZ;
-  const pOK = Math.abs(ddeg)    <= PHASE_DEG;
-
-  const ok = !!(vOK && fOK && pOK);
-  if (ok !== state.SyncCheck_Perm_Var){
-  state.SyncCheck_Perm_Var = ok;
-    
-  }
-  }
-
-  /* ///////////// Section 5.M updatePhysics (governor/AVR/power)  ///////////// */
-  function updatePhysics(){
-  if (!state.Master_Started) {
-  gateRamp.active = false;
-  stopRamp.active = false;
-
-  state.Gen_Freq_Var = 0;
-  state.Gen_RPM_Var  = 0;
-
-  const targetKV = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
-  slewGenKV(targetKV, KV_SLEW_MANUAL);
-
-  if (state.Speed_Perm_Var !== false) {
-  state.Speed_Perm_Var = false;
-  }
-
-  // reset run latch
-  updatePhysics._wasRunning = false;
-
-  state.MW = 0; state.MVAR = 0; state.AMPS = 0; state.PF = 0;
-  return;
-  }
-
-  // Gate setpoint ramps
-  if (gateRamp.active){
-  const p = clamp((performance.now() - gateRamp.t0) / gateRamp.dur, 0, 1);
-  Gate_Setpoint = gateRamp.from + (gateRamp.to - gateRamp.from) * p;
-  if (p >= 1){
-  gateRamp.active = false;
-  }
-  } else if (stopRamp.active){
-  const p = clamp((performance.now() - stopRamp.t0) / stopRamp.dur, 0, 1);
-  Gate_Setpoint = stopRamp.from + (stopRamp.to - stopRamp.from) * p;
-  if (p >= 1){
-  stopRamp.active = false;
-  Gate_Setpoint = 0;
-  // do NOT snap gates/freq or clear Master_Started here
-  }
-  }
-
-  // Governor: actual gate follows setpoint. Rates differ for normal vs. trip shutdowns.
-  const GATE_SLEW = {
-  NORMAL: 6 / 1000, // %/ms (≈20 %/s) — normal shutdown
-  TRIP:   8 / 1000  // %/ms (≈80 %/s) — trip
-  };
-
-  const isTripSlew = !!(
-  state['86G_Trip_Var'] ||
-  state.Trip_32 || state.Trip_40 || state.Trip_27_59 || state.Trip_81
-  );
-  const rate = isTripSlew ? GATE_SLEW.TRIP : GATE_SLEW.NORMAL;
-
-  const now = performance.now();
-  if (typeof updatePhysics._tPrev !== 'number') updatePhysics._tPrev = now;
-  const dt = Math.min(100, now - updatePhysics._tPrev);
-  updatePhysics._tPrev = now;
-
-  const maxStep = rate * dt;
-  const err = Gate_Setpoint - state.Gate_Pos_Var;
-  if (Math.abs(err) > maxStep){
-  state.Gate_Pos_Var += Math.sign(err) * maxStep;
-  } else {
-  state.Gate_Pos_Var = Gate_Setpoint;
-  }
-
-  // During a Master Stop, automatically open breakers once gates fall low
-  if (state.MasterStopMask && state.Gate_Pos_Var <= FREQ_GATE_THRESH_PCT) {
-  if (state['52G_Brk_Var']) handleAction('52G_OPEN');
-  if (state['41_Brk_Var']) handleAction('41_OPEN');
-  }
-
-  /// Frequency (single-owner slew): on-grid=60; off-grid ramps toward gate-implied speed using inertia
-  {
-  const onGrid = !!state['52G_Brk_Var'];
-  let raw;
-  if (onGrid) {
-  raw = 60;
-  } else {
-  const gate = state.Gate_Pos_Var;
-  raw = (gate <= FREQ_GATE_THRESH_PCT)
-  ? FREQ_GATE_LOW_HZ_PER_PCT * gate
-  : (FREQ_GATE_HIGH_HZ_PER_PCT * gate + FREQ_GATE_HIGH_INTERCEPT_HZ);
-  }
-  const curr   = +state.Gen_Freq_Var || 0;
-  const dt_s   = Math.max(0, dt) / 1000;
-
-  let next;
-  if (onGrid) {
-  next = raw;
-  } else {
-  const inertia = INERTIA_TIME_CONST_S;
-  const step    = (raw - curr) * (dt_s / inertia);
-  next = curr + step;
-  // Avoid overshoot when the step would cross the target
-  if (Math.sign(raw - curr) !== Math.sign(raw - next)) {
-  next = raw;
-  }
-  }
-
-  state.Gen_Freq_Var = clamp(next, 0, 94);
-  state.Gen_RPM_Var  = state.Gen_Freq_Var * 1.667;
-
-  // Log major stopping events based on frequency thresholds
-  if (!state['52G_Brk_Var'] && state.Master_Started && curr > state.Gen_Freq_Var) {
-  if (!updatePhysics._liftPumpLogged && curr >= 40 && state.Gen_Freq_Var < 40) {
-  try { logDebug('Lift Pump On'); } catch (_) {}
-  updatePhysics._liftPumpLogged = true;
-  }
-  if (!updatePhysics._brakesLogged && curr >= 20 && state.Gen_Freq_Var < 20) {
-  try { logDebug('Brakes Applied'); } catch (_) {}
-  updatePhysics._brakesLogged = true;
-  }
-  } else {
-  updatePhysics._liftPumpLogged = false;
-  updatePhysics._brakesLogged = false;
-  }
-  }
-  // Mark as having run (prevents immediate "Unit Stopped" right after Master Start)
-  {
-  if (state.Master_Started && (state.Gate_Pos_Var > 0.5 || state.Gen_Freq_Var > 0.2)) {
-  updatePhysics._wasRunning = true;
-  }
-  }
-
-  // Latch "Unit Stopped" only when we are actually stopping AND gates ~0 AND frequency ~0 (off-grid)
-  {
-  const CLOSE_LATCH_EPS = 0.5; // %
-  const FREQ_LATCH_EPS  = 0.2; // Hz
-  const stoppingIntent  = stopRamp.active || state['86G_Trip_Var'] || !!updatePhysics._wasRunning;
-
-  if (!state['52G_Brk_Var'] &&
-  state.Master_Started &&
-  stoppingIntent &&
-  state.Gate_Pos_Var <= CLOSE_LATCH_EPS &&
-  state.Gen_Freq_Var <= FREQ_LATCH_EPS) {
-  state.Gate_Pos_Var   = 0;
-  state.Master_Started = false;
-  stopRamp.active      = false;
-  updatePhysics._wasRunning = false;
-  // Mark generator offline so protections don't evaluate after a normal stop
-  state.GeneratorOnline = false;
-  logDebug('Unit Stopped');
-  }
-  }
-
-  // Speed Permissive toggle
-  const spNext = !!(state.Master_Started && (state.Gate_Pos_Var > 0) && (state.Gen_RPM_Var > 50));
-  if (state.Speed_Perm_Var !== spNext) {
-  state.Speed_Perm_Var = spNext;
-  }
-
-  // AVR & kV tracking
-  const Vbus = state.Bus_Voltage_kV || 13.8;
-  if (state['52G_Brk_Var']) {
-  if (state.AVR_On){
-  let kvTargetSP = state.Gen_kV_SP;
-  slewGenKV(kvTargetSP, KV_SLEW_AUTO);
-  } else {
-  // MANUAL: allow small voltage droop with load
-  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-  const effGatePU = clamp(
-  (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
-  0, 1
-  );
-  const kvTarget = state.Gen_kV_SP - MANUAL_KV_DROOP * effGatePU;
-  slewGenKV(kvTarget, KV_SLEW_MANUAL);
-  }
-  } else {
-  // Not paralleled: track SP if field on, else decay to 0
-  const tgt = state['41_Brk_Var'] ? state.Gen_kV_SP : 0;
-  slewGenKV(tgt, KV_SLEW_MANUAL);
-  }
-
-  // Power model (with no-load gate offset; does NOT move the gates)
-  let MW = 0;
-  if (state['52G_Brk_Var']){
-  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-  const effGate = state.Gate_Pos_Var - noLoad;                      // can be negative
-  const slope   = 100 / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT));   // keep 100% gate => rated MW
-  let MW_pu     = (effGate * slope) / 100;                          // per-unit MW
-  const min_pu  = (REV_PWR_LIMIT_MW) / (RATED.MW || 1);
-  MW_pu = clamp(MW_pu, min_pu, 1);
-  MW = MW_pu * RATED.MW;
-  }
-
-  // Reactive power: scale gain with effective gate so MVAR is small at close
-  let Q = 0;
-  if (state['52G_Brk_Var']){
-  const dv = (state.Gen_kV_Var - Vbus); // kV
-  const noLoad = (typeof state.NoLoadGateCal === 'number') ? state.NoLoadGateCal : NO_LOAD_GATE_PCT;
-  const effGatePU = clamp(
-  (state.Gate_Pos_Var - noLoad) / Math.max(1e-3, (100 - NO_LOAD_GATE_PCT)),
-  0, 1
-  );
-  const qGain = Q_GAIN_MIN + (Q_GAIN_MAX - Q_GAIN_MIN) * Math.pow(effGatePU, Q_GAIN_SHAPE_N);
-  Q = clamp(dv * qGain, -RATED.MVAR_LEAD_MAX, RATED.MVAR_LAG_MAX);
-  }
-
-  // -------- Loss Of Excitation override (52G CLOSED & 41 OPEN) ----------
-  if (state['52G_Brk_Var'] && !state['41_Brk_Var']){
-  const t = performance.now();
-  if (typeof updatePhysics._loeT0 !== 'number') updatePhysics._loeT0 = t;
-  const α = Math.min(1, (t - updatePhysics._loeT0) / LOE_SETTLE_MS);
-
-  // Blend current values toward LOE targets
-  MW = MW + (LOE_REV_PWR_MW - MW) * α;          // small reverse
-  Q  = Q  + (LOE_Q_IMPORT_MVAR - Q) * α;        // inductive import (positive)
-  } else {
-  delete updatePhysics._loeT0;
-  }
-  // ----------------------------------------------------------------------
-
-  // Apparent + amps + PF
-  const S = Math.sqrt(MW*MW + Q*Q);
-  const I_kA = (S) / (Math.sqrt(3) * (Vbus));
-  const I_A  = I_kA * 1000;
-  const PFmag = S > 1e-6 ? (Math.abs(MW) / S) : 0;
-  const PFsigned = (Q < 0 ? -PFmag : PFmag);
-
-  state.MW = MW;
-  state.MVAR = Q;
-  state.AMPS = I_A;
-  state.PF = PFsigned;
-  }
-
-
-
-  /* ///////////// Section 5.N slewGenKV (kV tracker) ///////////// */
-  function slewGenKV(target, rate_kV_per_s){
-  const now = performance.now();
-  if (kvRamp.active){
-  const p = clamp((now - kvRamp.t0) / kvRamp.dur, 0, 1);
-  state.Gen_kV_Var = kvRamp.from + (kvRamp.to - kvRamp.from) * p;
-  if (p >= 1) kvRamp.active = false;
-  return;
-  }
-  if (typeof slewGenKV._tPrev !== 'number') slewGenKV._tPrev = now;
-  const dt = Math.min(100, now - slewGenKV._tPrev)/1000;
-  slewGenKV._tPrev = now;
-  const step = rate_kV_per_s * dt;
-  const err = target - state.Gen_kV_Var;
-  if (Math.abs(err) <= step){
-  state.Gen_kV_Var = target;
-  } else {
-  state.Gen_kV_Var += Math.sign(err) * step;
-  }
-  state.Gen_kV_Var = clamp(state.Gen_kV_Var, KV_MIN, KV_MAX);
-  }
-
-  /* ///////////// Section 5.O Syncroscope & Lamps ///////////// */
-  /* ///////////// Section 5.O.0 PhaseTracker (shared Δθ + snapshot) ///////////// */
-  const PhaseTracker = {
-  delta: 0,
-  tPrev: null,
-  snap: null, // { vb, vg, fb, fg, dphiDeg, ts }
-
-  update(fb, fg) {
-  const t = performance.now() * 0.001;
-  if (this.tPrev == null) this.tPrev = t;
-  let dt = t - this.tPrev;
-  if (dt > 0.2) dt = 0.2;
-  if (dt < 0) dt = 0;
-  this.tPrev = t;
-
-  const df = (fg || 0) - (fb || 0);
-  const maxStep = Math.min(1/120, 0.5 / Math.max(1e-6, Math.abs(df))) * 0.999;
-  while (dt > 0) {
-  const step = Math.min(dt, maxStep);
-  this.delta += 2 * Math.PI * df * step;
-  dt -= step;
-  }
-  this.delta = normAngleRad(this.delta);
-  return this.deltaDeg();
-  },
-
-  deltaDeg() {
-  return rad2deg(this.delta); // (-180,180]
-  },
-
-  snapshot(vb, vg, fb, fg) {
-  this.snap = {
-  vb: (vb != null ? vb : 13.8),
-  vg: Math.max(0, vg || 0),
-  fb: (fb != null ? fb : 60),
-  fg: (fg || 0),
-  dphiDeg: this.deltaDeg(),
-  ts: performance.now()
-  };
-  return this.snap;
-  }
-  };
-
-  /* ///////////// Section 5.O.1 SYNC struct ///////////// */
-  const SYNC = {
-  needleEl: null, center: null,
-  lampL: null, lampR: null,
-  busPhase: 0, genPhase: 0, tPrev: null
-  };
-
-  /* ///////////// Section 5.O.2 parseRotateCenter ///////////// */
-  function parseRotateCenter(el) {
-  const t = (el.getAttribute("transform") || "").trim();
-  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-  catch { return { cx: 0, cy: 0 }; }
-  }
-
-  /* ///////////// Section 5.O.3 initSyncUI ///////////// */
-  function initSyncUI(){
-  if (!SYNC.needleEl){
-  SYNC.needleEl = document.getElementById("SyncScope_Rotation");
-  if (SYNC.needleEl) SYNC.center = parseRotateCenter(SYNC.needleEl);
-  }
-  if (!SYNC.lampL) SYNC.lampL = document.getElementById('Glow_SyncLeft');
-  if (!SYNC.lampR) SYNC.lampR = document.getElementById('Glow_SyncRight');
-  }
-
-  /* ///////////// Section 5.O.4 updateSyncScopeAndLamps ///////////// */
-  function updateSyncScopeAndLamps(){
-  initSyncUI();
-  const snap = PhaseTracker.snap;
-  if (!snap) return;
-
-  const DEFAULT_SYNC_ANGLE = 0; // needle's default clamped angle
-  const fg = +state.Gen_Freq_Var || 0;
-  const syncSwitchOff   = !state.Sync_On;
-  const breaker52Closed = !!state['52G_Brk_Var']; // TRUE = closed
-  const clampNeedle = (Math.abs(fg) < 0.01) || syncSwitchOff || breaker52Closed;
-
-  // Needle angle (clamped when Hz=0 OR Sync switch OFF OR 52G closed)
-  if (SYNC.needleEl && SYNC.center){
-  const angle = clampNeedle
-  ? DEFAULT_SYNC_ANGLE
-  : ((snap.dphiDeg % 360) + 360) % 360; // 0..360 from shared Δθ
-  SYNC.needleEl.setAttribute('transform', `rotate(${angle},${SYNC.center.cx},${SYNC.center.cy})`);
-  }
-
-  // Lamps brightness from true differential voltage magnitude
-  (function(){
-  const clamp01 = x => x < 0 ? 0 : (x > 1 ? 1 : x);
-
-  const Vb = snap.vb;
-  const Vg = snap.vg;
-  const dphiRad = deg2rad(snap.dphiDeg);
-
-  // |Vg∠θg − Vb∠θb|
-  const Vr_kV = Math.sqrt(Vg*Vg + Vb*Vb - 2*Vg*Vb*Math.cos(dphiRad));
-
-  const Vnom = (state.Bus_Voltage_kV_nom != null ? state.Bus_Voltage_kV_nom : 13.8);
-  const Vr_pu = Vr_kV / (Vnom || 1);
-
-  const LAMP_GAIN = 2;
-  const GAMMA     = 1.1;
-  const SYNC_FUDGE_MIN_KV = 13.2;
-  const SYNC_FUDGE_MAX_KV = 14.5;
-
-  let bright = clamp01(Math.pow(clamp01(Vr_pu * LAMP_GAIN), GAMMA));
-
-  // Fudge band: outside band = full ON
-  const inBand = (Vg > SYNC_FUDGE_MIN_KV) && (Vg < SYNC_FUDGE_MAX_KV);
-  if (!inBand) bright = 1.0;
-
-  // Only show while syncing (Sync switch ON, 52G OPEN)
-  const syncing = !!state.Sync_On && !state['52G_Brk_Var'];
-  if (!syncing) bright = 0;
-
-  if (SYNC.lampL){ SYNC.lampL.style.opacity = String(bright); SYNC.lampL.setAttribute('fill', '#FFFFFF'); }
-  if (SYNC.lampR){ SYNC.lampR.style.opacity = String(bright); SYNC.lampR.setAttribute('fill', '#FFFFFF'); }
-  })();
-  }
-
-  /* ///////////// Section 5.P Glow helpers (setGlow / setGlowWhite) ///////////// */
-  function setGlow(id, on){
-  const el = document.getElementById(id);
-  if(!el) return;
-  el.style.opacity = on ? '1' : '0';
-  }
-  function setGlowWhite(id, on){
-  const el = document.getElementById(id);
-  if(!el) return;
-  el.style.fill = on ? '#FFFFFF' : '';
-  el.style.opacity = on ? '1' : '0';
-  }
-
-  /* ///////////// Section 5.Q updateGlows (REPLACE this section) ///////////// */
-  function updateGlows(){
-  const is52Open   = !state['52G_Brk_Var'];
-  const is41Closed = !!state['41_Brk_Var'];
-
-  // 86G permissive & flag based ONLY on knob position
-  const k86  = (typeof knobStates !== 'undefined') ? knobStates['Knob_86G'] : null;
-  const ang  = (k86 && typeof k86.currentAngle === 'number') ? k86.currentAngle : 0;
-  const is86NormalByKnob = (ang > -1);
-
-  // Permissives
-  setGlow('Glow_Perm_52G',        is52Open);
-  setGlow('Glow_Perm_86G',        is86NormalByKnob);
-  setGlow('Glow_Perm_Speed',      !!state.Speed_Perm_Var);
-  setGlow('Glow_Perm_Excitation', is41Closed);
-  setGlowWhite('Glow_Perm_SyncCheck', !!state.SyncCheck_Perm_Var); // white
-
-  // 52G status
-  setGlow('Glow_Green_52G', is52Open);
-  setGlow('Glow_Red_52G',   !is52Open);
-
-  // 41 status
-  setGlow('Glow_Green_41', !is41Closed);
-  setGlow('Glow_Red_41',    is41Closed);
-
-  // Ensure 86G flag tracks knob position continuously
-  try { setFlag86(); } catch(_){}
-  }
-
-
-  /* ///////////// Section 5.R updateGateGauge ///////////// */
-  // Gate position (GatePos_Rotation, 0%->36°, 100%->324°)
-  function updateGateGauge(){
-  const el = document.getElementById("GatePos_Rotation");
-  if (!el) return;
-  const pct = clamp(state.Gate_Pos_Var, 0, 100);
-  const minAng = 36, maxAng = 324;
-  const ang = minAng + (pct / 100) * (maxAng - minAng);
-  const center = (function(){
-  const t = (el.getAttribute("transform") || "").trim();
-  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-  catch { return { cx: 0, cy: 0 }; }
-  })();
-  el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
-  }
-
-  /* ///////////// Section 5.S Hz needle binding (IIFE) ///////////// */
-  (function(){
-  const PTS = [
-  {hz: 0,   ang: 36},
-  {hz: 59,  ang: 108},
-  {hz: 60,  ang: 180},
-  {hz: 61,  ang: 252},
-  {hz: 62,  ang: 324},
-  ];
-  function mapHzToAngle(hz) {
-  if (!isFinite(hz)) return 36;
-  hz = clamp(hz, 0, 62);
-  for (let i = 0; i < PTS.length - 1; i++) {
-  const a = PTS[i], b = PTS[i+1];
-  if (hz >= a.hz && hz <= b.hz) {
-  const t = (hz - a.hz) / (b.hz - a.hz || 1);
-  return a.ang + t * (b.ang - a.ang);
-  }
-  }
-  return 324;
-  }
-  let hzEl = null, center = null;
-  function initHz() {
-  hzEl = document.getElementById("Hz_Rotation");
-  if (!hzEl) return false;
-  const t = (hzEl.getAttribute("transform") || "").trim();
-  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-  if (m) center = { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-  else {
-  try { const bb = hzEl.getBBox(); center = { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-  catch { center = { cx: 0, cy: 0 }; }
-  }
-  return true;
-  }
-  function updateRPMText() {
-  const el = document.getElementById("Value_RPM");
-  if (!el) return;
-  const v = Math.round(state.Master_Started ? (state.Gen_RPM_Var || 0) : 0);
-  if (el.textContent !== String(v)) el.textContent = String(v);
-  }
-  function updateHz() {
-  if (!hzEl && !initHz()) return;
-  const angle = mapHzToAngle(state.Master_Started ? (state.Gen_Freq_Var || 0) : 0);
-  hzEl.setAttribute("transform", `rotate(${angle},${center.cx},${center.cy})`);
-  }
-  function tick(){ updateRPMText(); updateHz(); }
-  document.addEventListener("DOMContentLoaded", () => { initHz(); tick(); });
-  clearInterval(window.__v6k_iv);
-  window.__v6k_iv = setInterval(tick, 100);
-  })();
-
-  /* ///////////// Section 5.T updateKVgauge ///////////// */
-  // Gen Volts gauge (GenVolts_Rotation: 36°=0 kV, 180°=13 kV, 324°=15 kV)
-  function updateKVgauge(){
-  const el = document.getElementById("GenVolts_Rotation");
-  if (!el) return;
-  const v = clamp(state.Gen_kV_Var, 0, 15); // gauge tops at 15
-  let ang;
-  if (v <= 13){
-  // map 0..13 kV to 36..180°
-  const t = v / 13;
-  ang = 36 + t * (180 - 36);
-  } else {
-  // map 13..15 to 180..324°
-  const t = (v - 13) / 2;
-  ang = 180 + t * (324 - 180);
-  }
-  const center = (function(){
-  const t = (el.getAttribute("transform") || "").trim();
-  const m = t.match(/rotate\(\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*,\s*([\-0-9.]+)\s*\)/i);
-  if (m) return { cx: parseFloat(m[2]), cy: parseFloat(m[3]) };
-  try { const bb = el.getBBox(); return { cx: bb.x + bb.width/2, cy: bb.y + bb.height/2 }; }
-  catch { return { cx: 0, cy: 0 }; }
-  })();
-  el.setAttribute("transform", `rotate(${ang},${center.cx},${center.cy})`);
-  }
-
-  /* ///////////// Section 5.U fmtNoLeadingZeros ///////////// */
-  function fmtNoLeadingZeros(n, decimals){
-  if (!isFinite(n)) return '0';
-  const s = (decimals != null) ? n.toFixed(decimals) : String(Math.round(n));
-  return s;
-  }
-
-  /* ///////////// Section 5.V updateDigitals ///////////// */
-  function updateDigitals(){
-  const elMW   = document.getElementById("Value_MW");
-  const elA    = document.getElementById("Value_AMPS");
-  const elMVAR = document.getElementById("Value_MVAR");
-  const elPF   = document.getElementById("Value_PowerFactor");
-
-  const MW   = +state.MW   || 0;
-  const MVAR = +state.MVAR || 0;
-  const AMPS = +state.AMPS || 0;
-
-  // PF display — show "unity at tiny load" only when AVR is ON
-  const S_MVA = Math.sqrt(MW*MW + MVAR*MVAR);
-  const PF_SMALL_THRESH_MVA = 0.3;
-  let pfDisp;
-  if (state.AVR_On && state['52G_Brk_Var'] && S_MVA < PF_SMALL_THRESH_MVA){
-  pfDisp = (MVAR < 0 ? -1 : 1);
-  } else if (S_MVA < 1e-6){
-  pfDisp = 1;
-  } else {
-  pfDisp = clamp(+state.PF || 0, -1, 1);
-  }
-
-  if (elMW){
-  const s = fmtNoLeadingZeros(MW, 1);
-  if (elMW.textContent !== s) elMW.textContent = s;
-  }
-  if (elA){
-  const s = fmtNoLeadingZeros(AMPS, 0);
-  if (elA.textContent !== s) elA.textContent = s;
-  }
-  if (elMVAR){
-  const s = fmtNoLeadingZeros(MVAR, 1);
-  if (elMVAR.textContent !== s) elMVAR.textContent = s;
-  }
-  if (elPF){
-  const s = fmtNoLeadingZeros(pfDisp, 2);
-  if (elPF.textContent !== s) elPF.textContent = s;
-  }
-  }
-
-
-
-  /* ///////////// Section 5.W Main tick loop (requestAnimationFrame) ///////////// */
-  function tick(){
-  watchAngles();
-  updateGateSet();
-  updateVoltageSet();
-  updatePhysics();
-
-  // Instant zero kV if 52G CLOSED and 41 OPEN
-  if (state['52G_Brk_Var'] && !state['41_Brk_Var']) {
-  state.Gen_kV_Var = 0;
-  }
-
-  // ---- Shared phase + snapshot (single source of truth) ----
-  const fb = +state.Bus_Freq_Hz  || 60;
-  const fg = +state.Gen_Freq_Var || 0;
-  const vb = +state.Bus_Voltage_kV || 13.8;
-  const vg = +state.Gen_kV_Var     || 0;
-  PhaseTracker.update(fb, fg);
-  PhaseTracker.snapshot(vb, vg, fb, fg);
-  // ----------------------------------------------------------
-
-  updateSyncCheck();
-  updateGlows();
-  updateGateGauge();
-  updateKVgauge();
-  updateSyncScopeAndLamps();
-  if (window.Osc && typeof window.Osc.update === 'function') window.Osc.update(); // Oscilloscope
-  updateDigitals();
-  requestAnimationFrame(tick);
-  }
-  requestAnimationFrame(tick);
-
-
-
-  /* ///////////// Section 5.Y — Oscilloscope (Bus & Gen waveforms) ///////////// */
-  (function(){
-  const Osc = {
-  inited:false,
-  els:{ bg:null, bus:null, gen:null },
-  rect:null,
-  busDrawn:false,
-
-  $: id => document.getElementById(id),
-
-  ensureInit(){
-  if (this.inited) return true;
-  this.els.bg  = this.$('Osc_Background');
-  this.els.bus = this.$('Osc_BusWave');
-  this.els.gen = this.$('Osc_GenWave');
-  if (!this.els.bg || !this.els.bus || !this.els.gen) return false;
-
-  const x = parseFloat(this.els.bg.getAttribute('x')) || 0;
-  const y = parseFloat(this.els.bg.getAttribute('y')) || 0;
-  const w = parseFloat(this.els.bg.getAttribute('width'))  || (this.els.bg.getBBox?.().width  || 0);
-  const h = parseFloat(this.els.bg.getAttribute('height')) || (this.els.bg.getBBox?.().height || 0);
-  this.rect = { x, y, w, h, cx:x+w/2, cy:y+h/2 };
-  this.inited = true;
-  return true;
-  },
-
-  sinePath(x, w, cy, cycles, amp, phaseRad, samples){
-  const k = 2*Math.PI*cycles;
-  let d = `M ${x} ${ (cy - amp*Math.sin(phaseRad)).toFixed(1) }`;
-  for(let i=1;i<=samples;i++){
-  const t = i/samples;
-  const xx = x + t*w;
-  const yy = cy - amp*Math.sin(k*t + phaseRad);
-  d += ` L ${xx.toFixed(1)} ${yy.toFixed(1)}`;
-  }
-  return d;
-  },
-
-  drawBusOnce(){
-  if (!this.ensureInit()) return;
-  if (this.busDrawn) return;
-  const r = this.rect;
-  const A = 0.90*(r.h/2);
-  const cycles = 4;
-  const d = this.sinePath(r.x, r.w, r.cy, cycles, A, 0, 480);
-  this.els.bus.setAttribute('d', d);
-  this.busDrawn = true;
-  },
-
-  updateGen(){
-  if (!this.ensureInit()) return;
-  const r = this.rect;
-  const s = (window.SimState || window.state || {});
-  const snap = (typeof PhaseTracker !== 'undefined' && PhaseTracker.snap) ? PhaseTracker.snap : null;
-
-  const fg   = +s.Gen_Freq_Var || 0;
-  const vGen = Math.max(0, +s.Gen_kV_Var || 0);
-  const vNom = (+s.Bus_Voltage_kV_nom) || (+s.Bus_Voltage_kV) || 13.8;
-
-  const Amax = 0.90*(r.h/2);
-  const A    = Amax * (vGen / (vNom || 13.8));
-
-  const busHz   = (+s.Bus_Freq_Hz) || 60;
-  const T_win   = 4 / busHz;                 // ~4 bus cycles across width
-  const cyclesG = fg * T_win;
-
-  // Clamp phase to 0° when 52G is CLOSED (snap in-phase with bus)
-  const synced  = !!s['52G_Brk_Var'];
-  const phiGen  = synced ? 0 : (snap ? deg2rad(snap.dphiDeg) : 0);
-
-  const d = this.sinePath(r.x, r.w, r.cy, cyclesG, A, phiGen, 480);
-  this.els.gen.setAttribute('d', d);
-  },
-
-  update(){
-  this.drawBusOnce();
-  this.updateGen();
-  }
-  };
-
-  try { window.Osc = Osc; } catch(_){}
-  })();
-
-
-  /* ///////////// Section 5.Z Protections ///////////// */
-  (function ProtectionsAddon(){
-  const S = window.SimState || window.state || (window.state = {});
-  Object.assign(S, {
-  Alarm_32:false, Alarm_55:false, Alarm_27:false, Alarm_59:false, Alarm_81:false,
-  Trip_32:false, Trip_40:false, Trip_27_59:false, Trip_81:false
-  });
-
-  const PROT = (window.__PROT__ = window.__PROT__ || {
-  tprev: performance.now(), lastNow: 0, dtCache: 0,
-  prev52: !!S['52G_Brk_Var'],
-  inhibit32UntilMs: 0,
-  a32:0, a55:0, a55sev:0, a27:0, a59:0, a81UF:0, a81OF:0,
-  t32:0, t40A:0, t40B:0, t27:0, t59:0, t27Backup:0, t59Backup:0, t81UF:0, t81OF:0,
-  });
-
-  function getDt(){
-  const now = performance.now();
-  if (now - PROT.lastNow < 5) return PROT.dtCache;
-  const dt = Math.max(0, (now - PROT.tprev)/1000);
-  PROT.tprev = now; PROT.lastNow = now; PROT.dtCache = dt;
-  return dt;
-  }
-
-  function logFlag(name, on){
-  if (S[name] !== on){
-  S[name] = on;
-
-  if (name.startsWith('Alarm_')){
-  const code = name.split('_')[1];
-  let msg;
-  switch(code){
-  case '32': msg = on ? 'Reverse Power Alarm' : 'Reverse Power Normal'; break;
-  case '55': msg = on ? 'Power Factor Alarm' : 'Power Factor Normal'; break;
-  case '27': msg = on ? 'Undervoltage Alarm' : 'Voltage Normal'; break;
-  case '59': msg = on ? 'Overvoltage Alarm' : 'Voltage Normal'; break;
-  case '81': msg = on ? 'Frequency Alarm' : 'Frequency Normal'; break;
-  default:   msg = `ALARM ${code}: ${on ? 'ACTIVE' : 'FALSE'}`;
-  }
-  try { logDebug(msg); } catch(_) {}
-  return;
-  }
-
-  if (name === 'Trip_32' && on){
-  try { logDebug('Trip: Reverse Power'); } catch(_) {}
-  return;
-  }
-  if (name === 'Trip_40' && on){
-  try { logDebug('Trip: Loss of Field'); } catch(_) {}
-  return;
-  }
-  // Trip_27_59 and Trip_81 messages handled directly in evaluateTrips
-  }
-  }
-
-  function setGlow(id, on){
-  const el = document.getElementById(id);
-  if (!el) return;
-  el.style.opacity = on ? 1 : 0;
-  try{ el.setAttribute('opacity', on ? '1' : '0'); }catch(_){}
-  }
-
-  // ---------- Alarms (self-reset) ----------
-  window.evaluateAlarms = function(){
-  const now = performance.now();
-  const dt  = getDt();
-
-  // Master Stop mask: block alarms during normal shutdown
-  if (S.MasterStopMask === true) {
-  logFlag('Alarm_32', false);
-  logFlag('Alarm_55', false);
-  logFlag('Alarm_27', false);
-  logFlag('Alarm_59', false);
-  logFlag('Alarm_81', false);
-  PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
-  return;
-  }
-
-  if (!PROT.prev52 && S['52G_Brk_Var']) PROT.inhibit32UntilMs = now + 15000;
-  PROT.prev52 = !!S['52G_Brk_Var'];
-
-  if (!S.GeneratorOnline){
-  logFlag('Alarm_32', false);
-  logFlag('Alarm_55', false);
-  logFlag('Alarm_27', false);
-  logFlag('Alarm_59', false);
-  logFlag('Alarm_81', false);
-  PROT.a32 = PROT.a55 = PROT.a27 = PROT.a59 = PROT.a81UF = PROT.a81OF = 0;
-  return;
-  }
-
-  const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
-  const MW       = +S.MW || 0;
-  const Q        = +S.MVAR || 0;
-  const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
-  const Hz       = +S.Gen_Freq_Var || 0;
-
-  // 32 — Reverse Power (self-reset alarm)
-  const ppu = MW / RatedMW;
-  const a32 = (ppu < -0.01);
-  PROT.a32 = a32 ? PROT.a32 + dt : 0;
-  logFlag('Alarm_32', PROT.a32 >= 0.2);
-
-  // 55 — LOE / Field Issues (proxy alarm)
-  // Alarm when power factor magnitude drops below 0.9 (leading or lagging)
-  const Sva = Math.hypot(MW, Q);
-  const pf  = Sva > 0 ? MW / Sva : 1;
-  const a55 = (Math.abs(pf) < 0.9);
-  PROT.a55 = a55 ? PROT.a55 + dt : 0;
-  logFlag('Alarm_55', PROT.a55 >= 0.2);
-
-  // 27 — Undervoltage (self-reset, immediate)
-  const a27 = (Vpu < 0.96);
-  PROT.a27 = a27 ? PROT.a27 + dt : 0;
-  logFlag('Alarm_27', a27); // use a time threshold here if you want a delay
-
-  // 59 — Overvoltage (self-reset, immediate)
-  const a59 = (Vpu > 1.04);
-  PROT.a59 = a59 ? PROT.a59 + dt : 0;
-  logFlag('Alarm_59', a59); // use a time threshold here if you want a delay
-
-  // 81 — Frequency (5 s either side)
-  const a81UF = (Hz < 59.8);
-  const a81OF = (Hz > 60.2);
-  PROT.a81UF = a81UF ? PROT.a81UF + dt : 0;
-  PROT.a81OF = a81OF ? PROT.a81OF + dt : 0;
-  logFlag('Alarm_81', (PROT.a81UF >= 5.0) || (PROT.a81OF >= 5.0));
-  };
-
-  // ---------- Trips (LATCHED) ----------
-  window.evaluateTrips = function(){
-  const dt = getDt();
-
-  // Master Stop mask: block trip evaluation during normal shutdown
-  if (S.MasterStopMask === true) {
-  return;
-  }
-
-  if (!S.GeneratorOnline){
-  // Latching: do NOT auto-clear trips when offline
-  return;
-  }
-
-  const RatedMW  = Math.max(1e-6, +((window.RATED && RATED.MW) || 23.5));
-  const RatedMVA = Math.max(1e-6, +((window.RATED && RATED.MVA) || RatedMW));
-  const MW       = +S.MW || 0;
-  const Q        = +S.MVAR || 0;
-  const Vpu      = Math.max(0, (+S.Gen_kV_Var || 0) / ((window.RATED && RATED.KV_LL) || 13.8));
-  const Hz       = +S.Gen_Freq_Var || 0;
-
-  // 32 — Reverse Power (0.5 s, inhibit for 15s after close)
-  const now = performance.now();
-  const inhibit32 = (now < PROT.inhibit32UntilMs);
-  PROT.t32 = (MW < -0.02 * RatedMW && !inhibit32) ? PROT.t32 + dt : 0;
-  if (!S.Trip_32 && PROT.t32 >= 0.5) {
-  logFlag('Trip_32', true);
-  }
-
-  // 40 — Field Breaker trip (proxy)
-  const t40 = (!S['41_Brk_Var'] && S['52G_Brk_Var']);
-  PROT.t40A = t40 ? PROT.t40A + dt : 0;
-  PROT.t40B = t40 ? PROT.t40B + dt : 0;
-  if (!S.Trip_40 && (PROT.t40A >= 0.05 || PROT.t40B >= 0.05)) {
-  logFlag('Trip_40', true);
-  }
-
-  // 27/59 — Voltage trips (0.5 s either side)
-  const v27 = (Vpu < 0.90);
-  const v59 = (Vpu > 1.10);
-  PROT.t27 = v27 ? PROT.t27 + dt : 0;
-  PROT.t59 = v59 ? PROT.t59 + dt : 0;
-
-  const trip27 = (PROT.t27 >= 0.5);
-  const trip59 = (PROT.t59 >= 0.5);
-  if ((!S.Trip_27_59) && (trip27 || trip59)) {
-  logFlag('Trip_27_59', true);
-  try {
-  if (trip27) logDebug('Trip: Undervoltage');
-  if (trip59) logDebug('Trip: Overvoltage');
-  } catch(_) {}
-  }
-
-  // 81 — Frequency
-  PROT.t81UF = (Hz < 59.0) ? PROT.t81UF + dt : 0;
-  PROT.t81OF = (Hz > 61.5) ? PROT.t81OF + dt : 0;
-  if (!S.Trip_81 && ((PROT.t81UF >= 0.5) || (PROT.t81OF >= 0.5))) {
-  logFlag('Trip_81', true);
-  try {
-  if (PROT.t81UF >= 0.5) logDebug('Trip: Underfrequency');
-  if (PROT.t81OF >= 0.5) { logDebug('Overspeed Detected'); logDebug('Trip: Overfrequency'); }
-  } catch(_) {}
-  }
-  };
-
-  window.updateProtectionGlows = function(){
-  setGlow('Glow_Alarm_32', S.Alarm_32 === true);
-  setGlow('Glow_Alarm_55', S.Alarm_55 === true);
-  setGlow('Glow_Alarm_27', (S.Alarm_27 === true) || (S.Alarm_59 === true));
-  setGlow('Glow_Alarm_81', S.Alarm_81 === true);
-  setGlow('Glow_Trip_32',   S.Trip_32 === true);
-  setGlow('Glow_Trip_40',   S.Trip_40 === true);
-  setGlow('Glow_Trip_27',   S.Trip_27_59 === true);
-  setGlow('Glow_Trip_81',   S.Trip_81 === true);
-  setGlow('Glow_Alarm_86G', S['86G_Trip_Var'] === true);
-  };
-
-  // Fallback looper
-  if (!window.__PROT_LOOP__){
-  window.__PROT_LOOP__ = true;
-  (function loop(){
-  try{
-  if (typeof window.evaluateAlarms === 'function') window.evaluateAlarms();
-  if (typeof window.evaluateTrips  === 'function') window.evaluateTrips();
-  if (typeof window.updateProtectionGlows === 'function') window.updateProtectionGlows();
-  }catch(_){}
-  requestAnimationFrame(loop);
-  })();
-  }
-  })();
-
-
-
-  /* ///////////// Section 5.Z1: Consolidated 86G Trip & Knob Management ///////////// */
-  (function Auto86GTripAndKnobManager() {
-  const KNOB_ID = 'Knob_86G';
-  const TRIP_ANGLE = -45;
-  const RESET_ANGLE = 0;
-
-  const switchConfig = switches.find(s => s.knobId === KNOB_ID);
-  const originalType = switchConfig ? switchConfig.type : 'latching';
-  // Timer to ensure gates remain <=20% for a short period before
-  // latching 86G. This avoids premature trip commands while the
-  // governor is still driving the gates closed.
-  let belowThreshSince = null;
-
-  function rotateKnob(angle) {
-  const state = knobStates[KNOB_ID];
-  const el = document.getElementById(KNOB_ID);
-  if (!state || !el) return;
-  const cx = state.centerX, cy = state.centerY;
-  state.currentAngle = angle;
-  if (prevAngles) prevAngles[KNOB_ID] = angle;
-  el.setAttribute('transform', `rotate(${angle} ${cx} ${cy})`);
-  }
-
-  function loop() {
-  const s = window.SimState || window.state;
-  const k = knobStates[KNOB_ID];
-  if (!s || !switchConfig || !k) { requestAnimationFrame(loop); return; }
-
-  const isTripped = s['86G_Trip_Var'];
-  const anyProt = !!(s.Trip_32 || s.Trip_40 || s.Trip_27_59 || s.Trip_81);
-
-  // Driveback and Auto-trip logic
-  if (anyProt && !isTripped) {
-  // Initiate driveback: set gate setpoint to 0 immediately.
-  // This will cause the actual gate position (Gate_Pos_Var) to ramp down.
-  Gate_Setpoint = 0;
-  gateRamp.active = false; // Ensure any conflicting start ramps are cancelled.
-
-  // Once gates fall to/below 20%, start a hold timer. When
-  // they remain below threshold for 500 ms, trip 86G.
-  if (s.Gate_Pos_Var <= 20) {
-  if (belowThreshSince === null) {
-  belowThreshSince = performance.now();
-  } else if (performance.now() - belowThreshSince >= 500) {
-  handleAction('86G_TRIP');
-  rotateKnob(TRIP_ANGLE); // Visually snap knob to trip position.
-  belowThreshSince = null;
-  }
-  } else {
-  // Gates above threshold again before timeout; reset timer
-  belowThreshSince = null;
-  }
-  } else {
-  // reset when no protection trip or already tripped
-  belowThreshSince = null;
-  }
-
-  // Behavior while tripped (unchanged from original)
-  if (isTripped) {
-  switchConfig.type = 'momentary';
-  k.momentaryReturnAngle = TRIP_ANGLE;
-  switchConfig.maxAngle = -5;
-
-  if (!k.isDragging && k.currentAngle !== TRIP_ANGLE) {
-  rotateKnob(TRIP_ANGLE);
-  }
-  } else {
-  // Reset restores latching behavior (unchanged from original)
-  switchConfig.type = originalType;
-  k.momentaryReturnAngle = null;
-  switchConfig.maxAngle = RESET_ANGLE;
-  }
-
-  requestAnimationFrame(loop);
-  }
-  loop();
-  })();
-
-  /* ///////////// Section 5.Z2 — Reset Button Debug Hook ///////////// */
-  (function ResetButtonDebugHook(){
-  function wire(){
-  const btn = document.getElementById('Button_RESET');  // <-- corrected ID
-  if(!btn || btn.dataset._dbgHooked) return !!btn;
-  btn.dataset._dbgHooked = '1';
-    
-
-  // Use click for safety
-  btn.addEventListener('click', () => {
-
-  }, {passive:true});
-
-  return true;
-  }
-
-  if(!wire()){
-  let tries = 0;
-  const iv = setInterval(() => {
-  if (wire() || ++tries > 50) clearInterval(iv);
-  }, 100);
-  }
-  })();
-
-  /* ///////////// Section 5.Z3 — Reset Handler///////////// */
-  (function ResetHandler(){
-  function doReset(){
-  // Clear all auto trip latches (both internal vars and manager flags)
-  state['32_Trip_Var']     = false;
-  state['40_Trip_Var']     = false;
-  state['27_59_Trip_Var']  = false;
-  state['81_Trip_Var']     = false;
-  state['Trip_32']         = false;
-  state['Trip_40']         = false;
-  state['Trip_27_59']      = false;
-  state['Trip_81']         = false;
-
-  // Clear lockout latch (86G)
-  state['86G_Trip_Var'] = false;
-  try { setFlag86(false); } catch(_){}
-
-  // Clear online latch so logic can restart clean
-  state['GeneratorOnline'] = false;
-
-  // Refresh lamps
-  try { updateProtectionGlows(); } catch(_){}
-
-  // Debug
-  try {
-      
-  } catch(_){
-  console.log('RESET: Trips (32/40/27-59/81) and 86G cleared; GeneratorOnline reset');
-  }
-  }
-
-  const btn = document.getElementById('Button_RESET');
-  if(btn && !btn.dataset._resetHandler){
-  btn.dataset._resetHandler = '1';
-  btn.addEventListener('mousedown', doReset, {passive:true});
-  }
-  })();
-
-  /* ///////////// Section 5.Z4 — Master Stop Protections Inhibit (non-invasive) ///////////// */
-  (function MasterStopProtectionsInhibit(){
-  const S = window.SimState || window.state || (window.state = {});
-  if (typeof S.MasterStopMask !== 'boolean') S.MasterStopMask = false;
-
-  const origHandle = (typeof window.handleAction === 'function') ? window.handleAction : null;
-  window.handleAction = function(tag){
-  try{
-  if (tag === 'MASTER_STOP') {
-  if (!S.MasterStopMask){
-  S.MasterStopMask = true;
-  }
-  } else if (tag === 'MASTER_START') {
-  if (S.MasterStopMask){
-  S.MasterStopMask = false;
-  }
-  }
-  }catch(_){}
-  return origHandle ? origHandle.apply(this, arguments) : undefined;
-  };
-
-  // Auto-clear when fully stopped
-  if (!window.__MS_MASK_LOOP__){
-  window.__MS_MASK_LOOP__ = true;
-  (function loop(){
-  try{
-  if (S.MasterStopMask){
-  const stopped = (!S['52G_Brk_Var']) &&
-  (!S.Master_Started) &&
-  ((+S.Gate_Pos_Var || 0) <= 0.5) &&
-  ((+S.Gen_Freq_Var || 0) <= 0.2);
-  if (stopped){
-  S.MasterStopMask = false;
-  }
-  }
-  }catch(_){}
-  requestAnimationFrame(loop);
-  })();
-  }
-  })();
-
-
-  })();
-
-
-/* ///////////// Section 6 — RPM Text Binding (IIFE) ///////////// */
-(function () {
-  function getState() { return window.state || window.SimState || null; }
-  function calcRPM() {
-    const s = getState();
-    if (!s) return null;
-    if (typeof s.Gen_RPM_Var === "number") return s.Gen_RPM_Var;
-    if (typeof s.Gen_Freq_Var === "number") return s.Gen_Freq_Var * 1.667;
-    return null;
-  }
-  function updateRPMText() {
-    const el = document.getElementById("Value_RPM");
-    if (!el) return;
-    const rpm = calcRPM();
-    if (rpm == null || isNaN(rpm)) return;
-    const v = Math.round(rpm);
-    if (el.textContent !== String(v)) el.textContent = String(v);
-  }
-  clearInterval(window.__rpm_bind_iv);
-  window.__rpm_bind_iv = setInterval(updateRPMText, 200);
-  document.addEventListener("DOMContentLoaded", updateRPMText);
-
-})();
-
diff --git a/Sim_Manual.pdf b/Sim_Manual.pdf
deleted file mode 100644
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diff --git a/googled9d1eff3cee3f7bb.html b/googled9d1eff3cee3f7bb.html
deleted file mode 100644
index b268ae4..0000000
--- a/googled9d1eff3cee3f7bb.html
+++ /dev/null
@@ -1 +0,0 @@
-google-site-verification: googled9d1eff3cee3f7bb.html
\ No newline at end of file
diff --git a/netlify.toml b/netlify.toml
deleted file mode 100644
index 172ebdd..0000000
--- a/netlify.toml
+++ /dev/null
@@ -1,24 +0,0 @@
-# Sitemaps & robots: correct type + avoid stale cache
-[[headers]]
-for = "/sitemap.xml"
-  [headers.values]
-  Content-Type = "application/xml; charset=utf-8"
-  Cache-Control = "no-cache"
-
-[[headers]]
-for = "/sitemap_index.xml"
-  [headers.values]
-  Content-Type = "application/xml; charset=utf-8"
-  Cache-Control = "no-cache"
-
-[[headers]]
-for = "/robots.txt"
-  [headers.values]
-  Content-Type = "text/plain; charset=utf-8"
-  Cache-Control = "no-cache"
-
-# Ensure indexing is allowed everywhere
-[[headers]]
-for = "/*"
-  [headers.values]
-  X-Robots-Tag = "all"
diff --git a/readme.md b/readme.md
deleted file mode 100644
index 20f30cf..0000000
--- a/readme.md
+++ /dev/null
@@ -1,16 +0,0 @@
-# Generator Synchroscope (Syncroscope) Simulator
-
-**Live demo:** https://jrasmussen-gensync.netlify.app/  
-**Manual (PDF):** [Operator & Technical Manual](Sim_Manual.pdf)  
-**Source code:** [https://github.com/jonrack77/GeneratorSync](https://github.com/jonrack77/GeneratorSync)
-
-A free, web-based hydroelectric **generator synchronization** trainer. Practice using a **synchroscope** with **AVR/excitation** and **governor** controls while managing **power factor**, **phase angle**, and **frequency**.
-
-## Features
-- Synchroscope UI with breaker close logic
-- AVR / excitation and governor adjustments
-- PF, phase angle, and frequency training
-- Manual available as PDF for reference
-
-## Keywords
-generator, synchroscope, syncroscope, generator synchronization, grid sync, power systems training, simulator, AVR, excitation, governor, power factor, phase angle, frequency, hydroelectric, hydropower
diff --git a/robots.txt b/robots.txt
deleted file mode 100644
index 927288f..0000000
--- a/robots.txt
+++ /dev/null
@@ -1,5 +0,0 @@
-User-agent: *
-Allow: /
-
-Sitemap: https://jrasmussen-gensync.netlify.app/sitemap.xml
-
diff --git a/sitemap.txt b/sitemap.txt
deleted file mode 100644
index 291c7fe..0000000
--- a/sitemap.txt
+++ /dev/null
@@ -1,8 +0,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<urlset xmlns="http://www.sitemaps.org/schemas/sitemap/0.9">
-  <url>
-    <loc>https://jrasmussen-gensync.netlify.app/</loc>
-    <changefreq>weekly</changefreq>
-    <priority>1.0</priority>
-  </url>
-</urlset>
diff --git a/sitemap.xml b/sitemap.xml
deleted file mode 100644
index c69cd96..0000000
--- a/sitemap.xml
+++ /dev/null
@@ -1,9 +0,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<urlset xmlns="http://www.sitemaps.org/schemas/sitemap/0.9">
-  <url>
-    <loc>https://jrasmussen-gensync.netlify.app/</loc>
-    <lastmod>2025-08-22</lastmod>
-    <changefreq>weekly</changefreq>
-    <priority>1.0</priority>
-  </url>
-</urlset>
diff --git a/sitemap_index.xml b/sitemap_index.xml
deleted file mode 100644
index 5fed3fb..0000000
--- a/sitemap_index.xml
+++ /dev/null
@@ -1,7 +0,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<sitemapindex xmlns="http://www.sitemaps.org/schemas/sitemap/0.9">
-  <sitemap>
-    <loc>https://jrasmussen-gensync.netlify.app/sitemap.xml</loc>
-    <lastmod>2025-08-22</lastmod>
-  </sitemap>
-</sitemapindex>
diff --git a/yandex_4c440f91da05aaad.html b/yandex_4c440f91da05aaad.html
deleted file mode 100644
index 5093007..0000000
--- a/yandex_4c440f91da05aaad.html
+++ /dev/null
@@ -1,6 +0,0 @@
-<html>
-    <head>
-        <meta http-equiv="Content-Type" content="text/html; charset=UTF-8">
-    </head>
-    <body>Verification: 4c440f91da05aaad</body>
-</html>
\ No newline at end of file