import { spawn, spawnSync } from 'node:child_process';
import { mkdirSync, writeFileSync } from 'node:fs';
import { chromium } from 'playwright';

const targetUrl = withDebugParam(process.env.RELEASE_QA_URL ?? 'http://127.0.0.1:4173/');
const screenshotDir = 'dist';
const baselineViewport = { width: 1920, height: 1080 };
const phaserWebglRendererType = 2;
const legacyUiScale = 1.5;
const expectedTitle = '\uC0BC\uAD6D\uC9C0: \uC138 \uD615\uC81C\uC758 \uB9F9\uC138';
const firstBattleUnlockLabel = '\uD669\uAC74 \uC794\uB2F9 \uCD94\uACA9 \uAC1C\uBC29';
const relevantLogPattern = /asset|audio|cannot|failed|map|missing|portrait|sprite|story|texture|unit/i;

let serverProcess;
let browser;

async function clickLegacyUi(page, x, y, options) {
  await page.mouse.click(x * legacyUiScale, y * legacyUiScale, options);
}

async function moveLegacyUi(page, x, y, options) {
  await page.mouse.move(x * legacyUiScale, y * legacyUiScale, options);
}

async function clickBattleDeploymentStart(page) {
  const point = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const startButton = window.__HEROS_DEBUG__?.battle()?.battleHud?.deploymentPanel?.startButtonBounds;
    const canvas = document.querySelector('canvas');
    const bounds = canvas?.getBoundingClientRect();
    if (!scene || !startButton || !canvas || !bounds) {
      return null;
    }
    const logicalX = startButton.x + startButton.width / 2;
    const logicalY = startButton.y + startButton.height / 2;
    return {
      x: bounds.left + logicalX * bounds.width / scene.scale.width,
      y: bounds.top + logicalY * bounds.height / scene.scale.height
    };
  });
  assert(point && Number.isFinite(point.x) && Number.isFinite(point.y), `Expected a runtime deployment start point: ${JSON.stringify(point)}`);
  await page.mouse.click(point.x, point.y);
}

try {
  runCommand('node', ['scripts/verify-static-data.mjs']);
  mkdirSync(screenshotDir, { recursive: true });
  serverProcess = await ensurePreviewServer(targetUrl);
  runCommand(process.execPath, ['scripts/verify-save-retry-flow.mjs'], { VERIFY_URL: targetUrl });

  browser = await chromium.launch({ headless: true });
  const page = await browser.newPage({ viewport: baselineViewport });
  const consoleMessages = [];
  const pageErrors = [];
  const requestFailures = [];
  page.on('console', (message) => {
    consoleMessages.push({ type: message.type(), text: message.text() });
  });
  page.on('pageerror', (error) => {
    pageErrors.push(error.message);
  });
  page.on('requestfailed', (request) => {
    requestFailures.push({
      url: request.url(),
      type: request.resourceType(),
      failure: request.failure()?.errorText ?? 'unknown'
    });
  });

  await page.goto(targetUrl, { waitUntil: 'domcontentloaded' });
  await page.evaluate(() => window.localStorage.clear());
  await page.reload({ waitUntil: 'domcontentloaded' });
  await waitForTitle(page);
  await assertReleaseShellReady(page);
  await assertHdPlusCanvasFit(page);
  await assertHdPlusInputMapping(browser, targetUrl);
  await assertLargeRosterHud(browser, targetUrl);
  await assertWebglBattleQuickTabSmoke(browser, targetUrl, 'first-battle-zhuo-commandery');
  await page.screenshot({ path: `${screenshotDir}/rc-title-first-run.png`, fullPage: true });
  await assertCanvasPainted(page, 'title first run');

  const emptySave = await readCampaignSave(page);
  assert(!emptySave.current && !emptySave.slot1, `Expected first run without campaign save: ${JSON.stringify(emptySave)}`);

  await clickLegacyUi(page, 962, 240);
  await waitForStoryReady(page);
  await setDebugQueryParam(page, 'debugOrderCommandReady', '1');
  await page.screenshot({ path: `${screenshotDir}/rc-new-game-story.png`, fullPage: true });
  await assertCanvasPainted(page, 'new game story');
  await advanceUntilBattle(page, 'first-battle-zhuo-commandery');
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle');

  const firstBattleProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    const sideTexts = textValues(scene?.sidePanelObjects);
    const miniMapTexts = textValues((scene?.miniMapObjects ?? []).filter((object) => object?.active && object?.visible));
    const miniMapFrame = (scene?.miniMapObjects ?? []).find((object) => object?.name === 'mini-map-frame');
    return {
      battleId: state?.battleId,
      objectiveText: scene?.objectiveTrackerText?.text,
      objectiveSubText: scene?.objectiveTrackerSubText?.text,
      sideTexts,
      miniMapTexts,
      actualMiniMapFrameBounds: miniMapFrame ? boundsValue(miniMapFrame.getBounds()) : null,
      hud: state?.battleHud ?? null,
      camera: state?.camera ?? null,
      battleLog: [...(state?.battleLog ?? [])],
      sceneBounds: scene ? { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height } : null,
      panelBounds: scene
        ? {
            x: scene.layout.panelX,
            y: scene.layout.panelY,
            width: scene.layout.panelWidth,
            height: scene.layout.panelHeight
          }
        : null
    };

    function textValues(objects = []) {
      return objects.filter((object) => object?.type === 'Text').map((object) => object.text);
    }

    function boundsValue(bounds) {
      return { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height };
    }
  });
  assert(firstBattleProbe.battleId === 'first-battle-zhuo-commandery', `Expected first battle: ${JSON.stringify(firstBattleProbe)}`);
  assert(firstBattleProbe.objectiveText?.startsWith('승리 목표:'), `Expected clear victory objective label: ${JSON.stringify(firstBattleProbe)}`);
  assert(firstBattleProbe.objectiveSubText?.includes('패배 조건:'), `Expected clear defeat condition label: ${JSON.stringify(firstBattleProbe)}`);
  assert(
    firstBattleProbe.objectiveSubText?.startsWith('패배 조건:') &&
      !firstBattleProbe.objectiveSubText.includes('진군:') &&
      !firstBattleProbe.objectiveSubText.includes('보조:'),
    `Expected the compact objective subtext to retain only the defeat condition without duplicate route or bonus guidance: ${JSON.stringify(firstBattleProbe)}`
  );
  assert(
    firstBattleProbe.sideTexts.some((text) => text.includes('출진 군세')) &&
      !firstBattleProbe.sideTexts.some((text) => text.includes('...')),
    `Expected sortie doctrine opening message without ASCII truncation: ${JSON.stringify(firstBattleProbe.sideTexts)}`
  );
  const firstBattleMiniMap = firstBattleProbe.hud?.miniMap;
  const firstBattleRecentActions = firstBattleProbe.hud?.recentActions;
  assert(
    firstBattleMiniMap?.visible === true &&
      firstBattleMiniMap.title === '전장 지도' &&
      sameJsonValue(firstBattleMiniMap.legend, ['아', '적', '목']) &&
      firstBattleProbe.sceneBounds?.width === 1920 &&
      firstBattleProbe.sceneBounds?.height === 1080 &&
      firstBattleMiniMap.cellSize >= 1 &&
      firstBattleMiniMap.objectiveHighlighted === true &&
      firstBattleMiniMap.selectedUnitId === null &&
      firstBattleMiniMap.selectedHighlighted === false &&
      firstBattleProbe.miniMapTexts.includes('전장 지도') &&
      ['아', '적', '목'].every((label) => firstBattleProbe.miniMapTexts.includes(label)) &&
      sameJsonValue(firstBattleProbe.actualMiniMapFrameBounds, firstBattleMiniMap.frameBounds) &&
      isFiniteBounds(firstBattleProbe.sceneBounds) &&
      isFiniteBounds(firstBattleProbe.panelBounds) &&
      isFiniteBounds(firstBattleMiniMap.frameBounds) &&
      isFiniteBounds(firstBattleMiniMap.headerBounds) &&
      isFiniteBounds(firstBattleMiniMap.mapBounds) &&
      isFiniteBounds(firstBattleMiniMap.viewportBounds) &&
      boundsInside(firstBattleProbe.panelBounds, firstBattleProbe.sceneBounds) &&
      boundsInside(firstBattleMiniMap.frameBounds, firstBattleProbe.panelBounds) &&
      boundsInside(firstBattleMiniMap.headerBounds, firstBattleMiniMap.frameBounds) &&
      boundsInside(firstBattleMiniMap.mapBounds, firstBattleMiniMap.frameBounds) &&
      boundsInside(firstBattleMiniMap.viewportBounds, firstBattleMiniMap.mapBounds, 2) &&
      firstBattleMiniMap.mapBounds.width === firstBattleProbe.camera?.mapWidth * firstBattleMiniMap.cellSize &&
      firstBattleMiniMap.mapBounds.height === firstBattleProbe.camera?.mapHeight * firstBattleMiniMap.cellSize &&
      firstBattleMiniMap.headerBounds.y + firstBattleMiniMap.headerBounds.height <= firstBattleMiniMap.mapBounds.y,
    `Expected a framed tactical minimap with title, legend, objective emphasis, and separate map hit bounds: ${JSON.stringify(firstBattleProbe)}`
  );
  assert(
    isFiniteBounds(firstBattleRecentActions) &&
      boundsInside(firstBattleRecentActions, firstBattleProbe.panelBounds) &&
      boundsInside(firstBattleRecentActions, firstBattleProbe.sceneBounds) &&
      firstBattleRecentActions?.compact === false &&
      firstBattleRecentActions.height === 126 &&
      firstBattleRecentActions.rowCount === Math.min(3, firstBattleProbe.battleLog.length) &&
      firstBattleRecentActions.textBounds.length === firstBattleRecentActions.rowCount &&
      firstBattleRecentActions.textBounds.every((bounds) => boundsInside(bounds, firstBattleRecentActions)) &&
      firstBattleProbe.sideTexts.includes('최근 행동') &&
      firstBattleRecentActions.bottom === firstBattleRecentActions.y + firstBattleRecentActions.height &&
      firstBattleRecentActions.gapToMiniMap >= 6 &&
      firstBattleRecentActions.bottom <= firstBattleMiniMap.frameBounds.y,
    `Expected the FHD recent-action panel to show three noncompact rows without touching the minimap frame: ${JSON.stringify(firstBattleProbe.hud)}`
  );
  await setDebugQueryParam(page, 'debugForceBondChain', '1');
  const firstBattleBondChain = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    const mechanics = state?.combatMechanicsProbe;
    const attacker = mechanics?.attackerId ? scene?.debugUnitById(mechanics.attackerId) : undefined;
    const partner = mechanics?.partnerId ? scene?.debugUnitById(mechanics.partnerId) : undefined;
    const enemy = mechanics?.enemyId ? scene?.debugUnitById(mechanics.enemyId) : undefined;
    if (!scene || !attacker || !partner || !enemy) {
      return { chain: mechanics?.chain ?? null, forcedRoll: null, preview: null };
    }

    const originalIntents = scene.attackIntents.map((intent) => ({ ...intent }));
    const originalActedUnitIds = new Set(scene.actedUnitIds);
    scene.attackIntents = [{ attackerId: partner.id, targetId: enemy.id }];
    scene.actedUnitIds = new Set([...originalActedUnitIds, partner.id]);
    const preview = scene.combatPreview(attacker, enemy, 'attack');
    scene.attackIntents = originalIntents;
    scene.actedUnitIds = originalActedUnitIds;

    return {
      chain: mechanics.chain ?? null,
      forcedRoll: scene.debugBondChainRollOverride(),
      preview: {
        rate: preview.bondChainRate,
        damage: preview.bondChainDamage,
        bondId: preview.bondChainBondId ?? null,
        partnerId: preview.bondChainPartnerId ?? null,
        partnerName: preview.bondChainPartnerName ?? null,
        label: preview.bondChainLabel ?? null
      }
    };
  });
  await setDebugQueryParam(page, 'debugForceBondChain', '0');
  const firstBattleBondChainForcedFailure = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    return scene?.debugBondChainRollOverride() ?? null;
  });
  await setDebugQueryParam(page, 'debugForceBondChain', null);
  assert(
    firstBattleBondChain.preview?.rate === 18 &&
      firstBattleBondChain.preview.damage > 0 &&
      firstBattleBondChain.preview.bondId &&
      firstBattleBondChain.preview.partnerId === firstBattleBondChain.chain?.expectedSupporterId &&
      firstBattleBondChain.preview.partnerName &&
      firstBattleBondChain.preview.label,
    `Expected a complete level-72 resonance-pursuit preview contract: ${JSON.stringify(firstBattleBondChain)}`
  );
  assert(
    firstBattleBondChain.forcedRoll === true &&
      firstBattleBondChainForcedFailure === false &&
      firstBattleBondChain.chain?.rate === 18 &&
      firstBattleBondChain.chain.supportDamage === firstBattleBondChain.preview.damage &&
      firstBattleBondChain.chain.ineligibleWithoutPriorIntent === true &&
      firstBattleBondChain.chain.eligibleWithMatchingPriorIntent === true &&
      firstBattleBondChain.chain.strategyIgnored === true &&
      firstBattleBondChain.chain.counterIgnored === true &&
      firstBattleBondChain.chain.missedBaseBlocked === true &&
      firstBattleBondChain.chain.lethalBaseBlocked === true &&
      firstBattleBondChain.chain.survivingBaseAllowed === true &&
      firstBattleBondChain.chain.forcedSuccessTriggers === true &&
      firstBattleBondChain.chain.forcedFailureBlocked === true,
    `Expected pursuit eligibility, hit/survival gates, and deterministic roll overrides: ${JSON.stringify(firstBattleBondChain)}`
  );
  assert(
    firstBattleBondChain.chain?.statCredit?.partnerDamage === firstBattleBondChain.chain.supportDamage &&
      firstBattleBondChain.chain.statCredit.partnerDefeats === 1 &&
      firstBattleBondChain.chain.statCredit.partnerActions === 0 &&
      firstBattleBondChain.chain.statCredit.defenderDamageTaken === firstBattleBondChain.chain.supportDamage &&
      firstBattleBondChain.chain.followUpKillCancelsCounter === true &&
      firstBattleBondChain.chain.intentClearedAtTurnReset === true,
    `Expected pursuit damage and defeat credit to belong to the supporter, cancel counters on defeat, and reset next turn: ${JSON.stringify(firstBattleBondChain.chain)}`
  );

  const firstBattleBondChainReadyUi = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const stateBefore = window.__HEROS_DEBUG__?.battle();
    const mechanics = stateBefore?.combatMechanicsProbe;
    const attacker = mechanics?.attackerId ? scene?.debugUnitById(mechanics.attackerId) : undefined;
    const partner = mechanics?.partnerId ? scene?.debugUnitById(mechanics.partnerId) : undefined;
    const target = mechanics?.enemyId ? scene?.debugUnitById(mechanics.enemyId) : undefined;
    const mismatchTarget = stateBefore?.units?.find(
      (unit) => unit.faction === 'enemy' && unit.hp > 0 && unit.id !== mechanics?.enemyId
    );
    if (
      !scene ||
      !attacker ||
      !partner ||
      !target ||
      !mismatchTarget ||
      stateBefore?.phase !== 'idle' ||
      stateBefore.selectedUnitId !== null ||
      stateBefore.commandMenuVisible !== false
    ) {
      return {
        ready: false,
        reason: 'first battle was not in a clean idle state for the pursuit-ready UI fixture',
        stateBefore,
        mechanics
      };
    }

    const touchedUnits = [attacker, partner, target];
    const original = {
      phase: scene.phase,
      selectedUnit: scene.selectedUnit,
      pendingMove: scene.pendingMove,
      targetingAction: scene.targetingAction,
      selectedUsable: scene.selectedUsable,
      lockedTargetPreview: scene.lockedTargetPreview,
      attackIntents: scene.attackIntents.map((intent) => ({ ...intent })),
      actedUnitIds: new Set(scene.actedUnitIds),
      cameraTileX: scene.cameraTileX,
      cameraTileY: scene.cameraTileY,
      miniMapVisible: scene.miniMapVisible,
      rosterTab: scene.rosterTab,
      units: touchedUnits.map((unit) => ({
        id: unit.id,
        x: unit.x,
        y: unit.y,
        hp: unit.hp,
        maxHp: unit.maxHp
      }))
    };

    const fixtureViewportBounds = { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height };
    const fixturePanelBounds = {
      x: scene.layout.panelX,
      y: scene.layout.panelY,
      width: scene.layout.panelWidth,
      height: scene.layout.panelHeight
    };
    const fixtureTargetPosition = { x: 5, y: 15 };
    const fixtureTargetTileBounds = () => ({
      x: scene.tileTopLeftX(target.x),
      y: scene.tileTopLeftY(target.y),
      width: scene.layout.tileSize,
      height: scene.layout.tileSize
    });
    const fixturePartnerTileBounds = () => ({
      x: scene.tileTopLeftX(partner.x),
      y: scene.tileTopLeftY(partner.y),
      width: scene.layout.tileSize,
      height: scene.layout.tileSize
    });
    const capture = () => {
      const state = scene.getDebugState();
      return {
        phase: state.phase,
        selectedUnitId: state.selectedUnitId,
        selectedUsable: state.selectedUsable,
        preview: state.bondChainReadyPreview ?? null,
        targetTileBounds: fixtureTargetTileBounds(),
        partnerTileBounds: fixturePartnerTileBounds(),
        viewportBounds: fixtureViewportBounds,
        panelBounds: fixturePanelBounds
      };
    };
    const stageTargeting = ({ user, action, usable, intentAttackerId, intentTargetId, actedUnitId }) => {
      scene.clearMarkers();
      scene.hideCommandMenu();
      scene.selectedUnit = user;
      scene.pendingMove = undefined;
      scene.targetingAction = undefined;
      scene.selectedUsable = undefined;
      scene.lockedTargetPreview = undefined;
      scene.phase = 'command';
      scene.attackIntents = [{ attackerId: intentAttackerId, targetId: intentTargetId }];
      scene.actedUnitIds = new Set([actedUnitId]);
      scene.beginDamageTargeting(user, action, usable);
    };

    let probes;
    try {
      attacker.x = 4;
      attacker.y = 15;
      partner.x = 3;
      partner.y = 15;
      target.x = fixtureTargetPosition.x;
      target.y = fixtureTargetPosition.y;
      target.maxHp = Math.max(target.maxHp, 5000);
      target.hp = target.maxHp;
      scene.centerCameraOnTile(target.x, target.y);
      touchedUnits.forEach((unit) => scene.positionUnitView(unit));

      stageTargeting({
        user: attacker,
        action: 'attack',
        intentAttackerId: partner.id,
        intentTargetId: target.id,
        actedUnitId: partner.id
      });
      const eligibleCombatPreview = scene.combatPreview(attacker, target, 'attack');
      scene.renderAttackPreview(eligibleCombatPreview, false);
      const eligible = { ...capture(), baseDamage: eligibleCombatPreview.damage, targetHp: target.hp };
      const eligibleCamera = { x: scene.cameraTileX, y: scene.cameraTileY };
      scene.cameraTileX = scene.maxCameraTileX();
      scene.cameraTileY = 0;
      scene.updateCameraView();
      const offscreen = capture();
      scene.cameraTileX = eligibleCamera.x;
      scene.cameraTileY = eligibleCamera.y;
      scene.updateCameraView();
      const returned = capture();

      stageTargeting({
        user: attacker,
        action: 'attack',
        intentAttackerId: partner.id,
        intentTargetId: mismatchTarget.id,
        actedUnitId: partner.id
      });
      const mismatch = capture();

      const damageStrategy = scene.availableUsables(partner, 'strategy').find((usable) => usable.effect === 'damage');
      if (!damageStrategy) {
        throw new Error(`Expected ${partner.id} to have a damaging strategy for the pursuit-ready UI fixture.`);
      }
      stageTargeting({
        user: partner,
        action: damageStrategy.command,
        usable: damageStrategy,
        intentAttackerId: attacker.id,
        intentTargetId: target.id,
        actedUnitId: attacker.id
      });
      const strategy = capture();

      partner.x = 3;
      partner.y = 15;
      scene.positionUnitView(partner);
      const lethalBaseDamage = scene.combatPreview(attacker, target, 'attack').damage;
      target.hp = Math.max(1, lethalBaseDamage);
      stageTargeting({
        user: attacker,
        action: 'attack',
        intentAttackerId: partner.id,
        intentTargetId: target.id,
        actedUnitId: partner.id
      });
      const lethal = {
        ...capture(),
        baseDamage: scene.combatPreview(attacker, target, 'attack').damage,
        targetHp: target.hp
      };

      target.hp = target.maxHp;
      partner.x = 18;
      partner.y = 17;
      scene.positionUnitView(partner);
      stageTargeting({
        user: attacker,
        action: 'attack',
        intentAttackerId: partner.id,
        intentTargetId: target.id,
        actedUnitId: partner.id
      });
      const far = capture();

      probes = {
        ready: true,
        attackerId: attacker.id,
        partnerId: partner.id,
        partnerName: partner.name,
        targetId: target.id,
        targetName: target.name,
        expectedRate: mechanics.chain?.rate ?? null,
        eligible,
        offscreen,
        returned,
        mismatch,
        strategy,
        lethal,
        far
      };
    } finally {
      scene.clearMarkers();
      scene.hideCommandMenu();
      original.units.forEach((snapshot) => {
        const unit = scene.debugUnitById(snapshot.id);
        if (!unit) {
          return;
        }
        unit.x = snapshot.x;
        unit.y = snapshot.y;
        unit.hp = snapshot.hp;
        unit.maxHp = snapshot.maxHp;
      });
      scene.attackIntents = original.attackIntents.map((intent) => ({ ...intent }));
      scene.actedUnitIds = new Set(original.actedUnitIds);
      scene.selectedUnit = original.selectedUnit;
      scene.pendingMove = original.pendingMove;
      scene.targetingAction = original.targetingAction;
      scene.selectedUsable = original.selectedUsable;
      scene.lockedTargetPreview = original.lockedTargetPreview;
      scene.phase = original.phase;
      scene.cameraTileX = original.cameraTileX;
      scene.cameraTileY = original.cameraTileY;
      scene.updateCameraView();
      scene.refreshUnitLegibilityStyles();
      scene.renderRosterPanel(original.rosterTab, '행동할 장수를 선택하세요.');
      scene.setMiniMapVisible(original.miniMapVisible);
    }

    const restored = scene.getDebugState();
    return {
      ...probes,
      restored: {
        phase: restored.phase,
        selectedUnitId: restored.selectedUnitId,
        commandMenuVisible: restored.commandMenuVisible,
        markerCount: restored.markerCount,
        actedUnitIds: [...restored.actedUnitIds].sort(),
        attackIntents: restored.attackIntents,
        camera: restored.camera,
        pursuitReady: restored.bondChainReadyPreview ?? null,
        units: restored.units
          .filter((unit) => original.units.some((snapshot) => snapshot.id === unit.id))
          .map(({ id, x, y, hp, maxHp }) => ({ id, x, y, hp, maxHp }))
          .sort((left, right) => left.id.localeCompare(right.id))
      },
      expectedRestored: {
        phase: stateBefore.phase,
        selectedUnitId: stateBefore.selectedUnitId,
        commandMenuVisible: stateBefore.commandMenuVisible,
        markerCount: stateBefore.markerCount,
        actedUnitIds: [...stateBefore.actedUnitIds].sort(),
        attackIntents: stateBefore.attackIntents,
        camera: stateBefore.camera,
        units: original.units
          .map(({ id, x, y, hp, maxHp }) => ({ id, x, y, hp, maxHp }))
          .sort((left, right) => left.id.localeCompare(right.id))
      }
    };
  });

  assert(
    firstBattleBondChainReadyUi.ready === true && firstBattleBondChainReadyUi.expectedRate === 18,
    `Expected a deterministic level-72 pursuit-ready UI fixture: ${JSON.stringify(firstBattleBondChainReadyUi)}`
  );
  const readyCandidate = firstBattleBondChainReadyUi.eligible?.preview?.candidates?.[0];
  const readyHud = firstBattleBondChainReadyUi.eligible?.preview?.hud;
  const readyContext = '명중 후 대상 생존 시 · 지원 거리 충족';
  assert(
    firstBattleBondChainReadyUi.eligible?.phase === 'targeting' &&
      firstBattleBondChainReadyUi.eligible.selectedUnitId === firstBattleBondChainReadyUi.attackerId &&
      firstBattleBondChainReadyUi.eligible.selectedUsable === null &&
      firstBattleBondChainReadyUi.eligible.preview?.visible === true &&
      firstBattleBondChainReadyUi.eligible.preview.action === 'attack' &&
      firstBattleBondChainReadyUi.eligible.preview.attackerId === firstBattleBondChainReadyUi.attackerId &&
      sameJsonValue(firstBattleBondChainReadyUi.eligible.preview.eligibleTargetIds, [firstBattleBondChainReadyUi.targetId]) &&
      firstBattleBondChainReadyUi.eligible.preview.candidates?.length === 1 &&
      firstBattleBondChainReadyUi.eligible.baseDamage < firstBattleBondChainReadyUi.eligible.targetHp &&
      readyCandidate?.targetId === firstBattleBondChainReadyUi.targetId &&
      readyCandidate.targetName === firstBattleBondChainReadyUi.targetName &&
      readyCandidate.partnerId === firstBattleBondChainReadyUi.partnerId &&
      readyCandidate.partnerName === firstBattleBondChainReadyUi.partnerName &&
      readyCandidate.rate === 18 &&
      readyCandidate.damage > 0 &&
      readyCandidate.text === `추격 후보 ${firstBattleBondChainReadyUi.partnerName} 18% · 예상 +${readyCandidate.damage}` &&
      readyCandidate.context === readyContext &&
      readyCandidate.targetMarkerId === `bond-chain-ready-${firstBattleBondChainReadyUi.targetId}` &&
      readyCandidate.partnerMarkerId === `bond-chain-partner-${firstBattleBondChainReadyUi.partnerId}` &&
      readyCandidate.targetMarkerVisible === true &&
      readyCandidate.labelVisible === true &&
      readyCandidate.partnerMarkerVisible === true,
    `Expected matching acted intent to expose exactly one 18% pursuit candidate with clear partner, damage, and survival context: ${JSON.stringify(firstBattleBondChainReadyUi.eligible)}`
  );
  const returnedCandidate = firstBattleBondChainReadyUi.returned?.preview?.candidates?.[0];
  assert(
    firstBattleBondChainReadyUi.offscreen?.preview?.visible === false &&
      sameJsonValue(firstBattleBondChainReadyUi.offscreen.preview.eligibleTargetIds, []) &&
      sameJsonValue(firstBattleBondChainReadyUi.offscreen.preview.candidates, []) &&
      firstBattleBondChainReadyUi.offscreen.preview.hud === null &&
      firstBattleBondChainReadyUi.offscreen.preview.focused === null &&
      firstBattleBondChainReadyUi.returned?.preview?.visible === true &&
      returnedCandidate?.targetId === readyCandidate.targetId &&
      returnedCandidate.partnerId === readyCandidate.partnerId &&
      returnedCandidate.damage === readyCandidate.damage &&
      returnedCandidate.targetMarkerVisible === true &&
      returnedCandidate.labelVisible === true &&
      returnedCandidate.partnerMarkerVisible === true &&
      firstBattleBondChainReadyUi.returned.preview.hud?.targetId === readyCandidate.targetId,
    `Expected camera movement to hide offscreen pursuit markers and restore the same visible target, partner, and HUD on return: ${JSON.stringify(firstBattleBondChainReadyUi)}`
  );
  assert(
    isFiniteBounds(readyCandidate?.targetMarkerBounds) &&
      isFiniteBounds(readyCandidate?.partnerMarkerBounds) &&
      isFiniteBounds(readyCandidate?.labelBounds) &&
      isFiniteBounds(readyCandidate?.tileBounds) &&
      isFiniteBounds(firstBattleBondChainReadyUi.eligible?.targetTileBounds) &&
      isFiniteBounds(firstBattleBondChainReadyUi.eligible?.partnerTileBounds) &&
      sameJsonValue(readyCandidate.tileBounds, firstBattleBondChainReadyUi.eligible.targetTileBounds) &&
      sameJsonValue(readyCandidate.bounds, readyCandidate.targetMarkerBounds) &&
      boundsInside(readyCandidate.targetMarkerBounds, readyCandidate.tileBounds, 2) &&
      boundsInside(readyCandidate.labelBounds, readyCandidate.targetMarkerBounds, 3) &&
      boundsInside(readyCandidate.partnerMarkerBounds, firstBattleBondChainReadyUi.eligible.partnerTileBounds, 2) &&
      boundsInside(readyCandidate.tileBounds, firstBattleBondChainReadyUi.eligible.viewportBounds) &&
      boundsInside(firstBattleBondChainReadyUi.eligible.partnerTileBounds, firstBattleBondChainReadyUi.eligible.viewportBounds),
    `Expected pursuit target badge, label, and partner marker to remain inside their visible map tiles: ${JSON.stringify(firstBattleBondChainReadyUi.eligible)}`
  );
  assert(
    readyHud?.targetId === readyCandidate.targetId &&
      readyHud.partnerId === readyCandidate.partnerId &&
      readyHud.partnerName === readyCandidate.partnerName &&
      readyHud.rate === readyCandidate.rate &&
      readyHud.damage === readyCandidate.damage &&
      readyHud.locked === false &&
      readyHud.text === readyCandidate.text &&
      readyHud.context === readyContext &&
      isFiniteBounds(readyHud.bounds) &&
      isFiniteBounds(readyHud.textBounds) &&
      isFiniteBounds(readyHud.contextBounds) &&
      boundsInside(readyHud.bounds, firstBattleBondChainReadyUi.eligible.panelBounds) &&
      boundsInside(readyHud.bounds, firstBattleBondChainReadyUi.eligible.viewportBounds) &&
      boundsInside(readyHud.textBounds, readyHud.bounds, 2) &&
      boundsInside(readyHud.contextBounds, readyHud.bounds, 2),
    `Expected the hovered target forecast to show the same two-line pursuit HUD entirely inside the side panel: ${JSON.stringify(firstBattleBondChainReadyUi.eligible)}`
  );

  const hiddenReadyStates = [
    ['mismatched target intent', firstBattleBondChainReadyUi.mismatch, 'attack', firstBattleBondChainReadyUi.attackerId, null],
    ['strategy action', firstBattleBondChainReadyUi.strategy, 'strategy', firstBattleBondChainReadyUi.partnerId, 'fireTactic'],
    ['lethal base attack', firstBattleBondChainReadyUi.lethal, 'attack', firstBattleBondChainReadyUi.attackerId, null],
    ['out-of-support-range partner', firstBattleBondChainReadyUi.far, 'attack', firstBattleBondChainReadyUi.attackerId, null]
  ];
  assert(
    firstBattleBondChainReadyUi.lethal?.baseDamage >= firstBattleBondChainReadyUi.lethal?.targetHp,
    `Expected the lethal fixture to prove the base attack would defeat the target before pursuit: ${JSON.stringify(firstBattleBondChainReadyUi.lethal)}`
  );
  hiddenReadyStates.forEach(([context, probe, action, attackerId, selectedUsable]) => {
    assert(
      probe?.phase === 'targeting' &&
        probe.selectedUnitId === attackerId &&
        probe.selectedUsable === selectedUsable &&
        probe.preview?.visible === false &&
        probe.preview.action === action &&
        probe.preview.attackerId === attackerId &&
        sameJsonValue(probe.preview.eligibleTargetIds, []) &&
        sameJsonValue(probe.preview.candidates, []) &&
        probe.preview.hud === null &&
        sameJsonValue(probe.preview.markers, []) &&
        probe.preview.focused === null,
      `Expected pursuit-ready UI to remain hidden for ${context} without stale markers or HUD: ${JSON.stringify(probe)}`
    );
  });

  const { pursuitReady: restoredPursuitReady, ...restoredFixtureState } = firstBattleBondChainReadyUi.restored;
  assert(
    sameJsonValue(restoredFixtureState, firstBattleBondChainReadyUi.expectedRestored) &&
      restoredPursuitReady?.visible === false &&
      restoredPursuitReady.action === null &&
      restoredPursuitReady.attackerId === null &&
      sameJsonValue(restoredPursuitReady.eligibleTargetIds, []) &&
      sameJsonValue(restoredPursuitReady.candidates, []) &&
      restoredPursuitReady.hud === null,
    `Expected the pursuit-ready UI fixture to restore battle positions, intents, acted state, camera, selection, markers, and idle HUD before the existing RC flow: ${JSON.stringify(firstBattleBondChainReadyUi)}`
  );

  const firstBattleBondChainJudgement = await page.evaluate(async () => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const stateBefore = window.__HEROS_DEBUG__?.battle();
    const mechanics = stateBefore?.combatMechanicsProbe;
    const attackerId = mechanics?.attackerId;
    const partnerId = mechanics?.partnerId;
    const targetId = mechanics?.enemyId;
    if (
      !scene ||
      !attackerId ||
      !partnerId ||
      !targetId ||
      stateBefore?.phase !== 'idle' ||
      stateBefore.selectedUnitId !== null ||
      stateBefore.commandMenuVisible !== false
    ) {
      return {
        ready: false,
        reason: 'first battle was not in a clean idle state for the resonance judgement fixture',
        stateBefore,
        mechanics
      };
    }

    const clone = (value) => value === undefined ? undefined : JSON.parse(JSON.stringify(value));
    const comparableSave = (state) => {
      const { savedAt: _savedAt, ...comparable } = state;
      return comparable;
    };
    const collectText = (objects) => {
      const texts = [];
      const visited = new Set();
      const visit = (object) => {
        if (!object || visited.has(object)) {
          return;
        }
        visited.add(object);
        if (object.type === 'Text' && typeof object.text === 'string') {
          texts.push(object.text);
        }
        if (Array.isArray(object.list)) {
          object.list.forEach(visit);
        }
      };
      objects.forEach(visit);
      return texts;
    };
    const sceneObjectsCreatedAfter = (before) => scene.children.list.filter((object) => !before.has(object));
    const clearCreatedSceneObjects = (objects) => {
      objects.forEach((object) => {
        scene.tweens?.killTweensOf(object);
        if (object?.active) {
          object.destroy();
        }
      });
    };
    const setDebugForceHit = (enabled) => {
      const url = new URL(window.location.href);
      if (enabled) {
        url.searchParams.set('debugForceHit', '1');
      } else {
        url.searchParams.delete('debugForceHit');
      }
      window.history.replaceState({}, '', url);
    };
    const setDebugForceBondChain = (value) => {
      const url = new URL(window.location.href);
      if (value === null) {
        url.searchParams.delete('debugForceBondChain');
      } else {
        url.searchParams.set('debugForceBondChain', value);
      }
      window.history.replaceState({}, '', url);
    };
    const statsFor = (snapshot, unitId) => clone(snapshot?.[unitId] ?? {});
    const statsDelta = (before, after) => Object.fromEntries(
      Array.from(new Set([...Object.keys(before), ...Object.keys(after)])).map((key) => [
        key,
        (after[key] ?? 0) - (before[key] ?? 0)
      ])
    );

    const originalUrl = window.location.href;
    const originalSave = clone(scene.createBattleSaveState());
    const originalCamera = { x: scene.cameraTileX, y: scene.cameraTileY };
    const originalJudgement = clone(scene.bondChainJudgementLast);
    const originalPartnerClassKey = scene.debugUnitById(partnerId)?.classKey;
    const originalBattleSpeed = scene.battleSpeed;
    const originalFastForwardHeld = scene.fastForwardHeld;
    const originalRollPercent = scene.rollPercent;
    const hadOwnRollPercent = Object.prototype.hasOwnProperty.call(scene, 'rollPercent');
    const originalPhase = scene.phase;
    const originalSelectedUnit = scene.selectedUnit;
    const originalPendingMove = scene.pendingMove;
    const originalTargetingAction = scene.targetingAction;
    const originalSelectedUsable = scene.selectedUsable;
    const originalLockedTargetPreview = scene.lockedTargetPreview;

    const restoreFixtureState = () => {
      scene.hideCombatCutIn();
      scene.applyBattleSaveState(clone(originalSave));
      scene.cameraTileX = originalCamera.x;
      scene.cameraTileY = originalCamera.y;
      scene.updateCameraView();
      scene.phase = originalPhase;
      scene.selectedUnit = originalSelectedUnit;
      scene.pendingMove = originalPendingMove;
      scene.targetingAction = originalTargetingAction;
      scene.selectedUsable = originalSelectedUsable;
      scene.lockedTargetPreview = originalLockedTargetPreview;
      scene.bondChainJudgementLast = clone(originalJudgement);
      const partner = scene.debugUnitById(partnerId);
      if (partner && originalPartnerClassKey) {
        partner.classKey = originalPartnerClassKey;
      }
      scene.battleSpeed = originalBattleSpeed;
      scene.fastForwardHeld = originalFastForwardHeld;
      scene.renderBattleSpeedControl();
      scene.clearMarkers();
      scene.hideCommandMenu();
    };

    const prepareScenario = (mode, partnerClassKey) => {
      restoreFixtureState();
      const attacker = scene.debugUnitById(attackerId);
      const partner = scene.debugUnitById(partnerId);
      const target = scene.debugUnitById(targetId);
      if (!attacker || !partner || !target) {
        throw new Error(`Missing judgement fixture units: ${JSON.stringify({ attackerId, partnerId, targetId })}`);
      }
      if (partnerClassKey) {
        partner.classKey = partnerClassKey;
      }

      attacker.x = 4;
      attacker.y = 15;
      partner.x = 3;
      partner.y = 15;
      target.x = 5;
      target.y = 15;
      target.maxHp = Math.max(target.maxHp, 5000);
      target.hp = target.maxHp;
      scene.attackIntents = [{ attackerId: partner.id, targetId: target.id }];
      scene.actedUnitIds = new Set([partner.id]);
      scene.centerCameraOnTile(target.x, target.y);
      [attacker, partner, target].forEach((unit) => scene.positionUnitView(unit));

      const preview = scene.combatPreview(attacker, target, 'attack');
      if (!(preview.damage > 0 && preview.bondChainDamage > 0 && preview.bondChainRate > 0)) {
        throw new Error(`Expected a live resonance preview in ${mode}: ${JSON.stringify({
          damage: preview.damage,
          rate: preview.bondChainRate,
          chainDamage: preview.bondChainDamage,
          partnerId: preview.bondChainPartnerId
        })}`);
      }
      target.hp = mode === 'lethal'
        ? preview.damage
        : preview.damage + preview.bondChainDamage;
      return { attacker, partner, target, preview };
    };

    const captureNeutralMapCue = async (result) => {
      const before = new Set(scene.children.list);
      const effect = scene.showBondMapEffect(result);
      const created = sceneObjectsCreatedAfter(before);
      const texts = collectText(created);
      await effect;
      return texts;
    };
    const captureMapResult = (result) => {
      const before = new Set(scene.children.list);
      scene.showCombatMapResult(result);
      const created = sceneObjectsCreatedAfter(before);
      const texts = collectText(created);
      clearCreatedSceneObjects(created);
      return texts;
    };
    const presentCombatResult = async (result) => {
      let presented = null;
      let settled = false;
      const telemetryStartedAt = performance.now();
      const telemetry = { gauge: [], impact: [], partnerMotion: [] };
      const originalAnimateCombatGauge = scene.animateCombatGauge;
      const originalShowCombatImpact = scene.showCombatImpact;
      const originalPlayCombatActionMotion = scene.playCombatActionMotion;
      const methodOwnership = {
        animateCombatGauge: Object.prototype.hasOwnProperty.call(scene, 'animateCombatGauge'),
        showCombatImpact: Object.prototype.hasOwnProperty.call(scene, 'showCombatImpact'),
        playCombatActionMotion: Object.prototype.hasOwnProperty.call(scene, 'playCombatActionMotion')
      };
      const elapsed = () => performance.now() - telemetryStartedAt;
      const isPartnerResult = (candidate) =>
        Boolean(result.bondChain) && candidate?.attacker?.id === result.bondChain.partnerId;
      const restoreMethod = (name, original) => {
        if (methodOwnership[name]) {
          scene[name] = original;
        } else {
          delete scene[name];
        }
      };

      scene.animateCombatGauge = function (fill, from, to, duration) {
        const isChainGauge = Boolean(result.bondChain) &&
          duration === 300 &&
          Math.abs(from - result.bondChain.previousDefenderHp / result.defender.maxHp) < 0.0001 &&
          Math.abs(to - result.defender.hp / result.defender.maxHp) < 0.0001;
        const event = isChainGauge
          ? { startAt: elapsed(), endAt: null, from, to, duration, startScale: fill.scaleX, endScale: null }
          : null;
        if (event) {
          telemetry.gauge.push(event);
        }
        const animation = originalAnimateCombatGauge.call(this, fill, from, to, duration);
        return animation.then(() => {
          if (event) {
            event.endAt = elapsed();
            event.endScale = fill.scaleX;
          }
        });
      };
      scene.showCombatImpact = function (impactResult, ...args) {
        if (isPartnerResult(impactResult)) {
          telemetry.impact.push({ at: elapsed(), damage: impactResult.damage });
        }
        return originalShowCombatImpact.call(this, impactResult, ...args);
      };
      scene.playCombatActionMotion = async function (motionResult, ...args) {
        const isPartnerMotion = isPartnerResult(motionResult);
        const event = isPartnerMotion ? { startAt: elapsed(), endAt: null } : null;
        if (event) {
          telemetry.partnerMotion.push(event);
        }
        await originalPlayCombatActionMotion.call(this, motionResult, ...args);
        if (event) {
          event.endAt = elapsed();
        }
      };

      try {
        const playback = scene.playCombatCutIn(result).finally(() => {
          settled = true;
        });
        for (let attempt = 0; attempt < 240 && !settled; attempt += 1) {
          const judgement = scene.getDebugState().bondChainJudgement;
          if (judgement?.presented && !judgement.completed) {
            presented = clone(judgement);
            break;
          }
          await new Promise((resolve) => window.setTimeout(resolve, 25));
        }
        await playback;
        return {
          presented,
          completed: clone(scene.getDebugState().bondChainJudgement),
          telemetry
        };
      } finally {
        restoreMethod('animateCombatGauge', originalAnimateCombatGauge);
        restoreMethod('showCombatImpact', originalShowCombatImpact);
        restoreMethod('playCombatActionMotion', originalPlayCombatActionMotion);
      }
    };

    const runScenario = async ({ mode, forcedRoll, present, naturalRoll = false, partnerClassKey, battleSpeed }) => {
      const { attacker, partner, target, preview } = prepareScenario(mode, partnerClassKey);
      if (battleSpeed) {
        scene.battleSpeed = battleSpeed;
        scene.fastForwardHeld = false;
        scene.renderBattleSpeedControl();
      }
      setDebugForceHit(mode !== 'miss');
      const rollCalls = [];
      const chainRollCalls = [];
      const originalBondChainRollSucceeded = scene.bondChainRollSucceeded;
      const hadOwnBondChainRollSucceeded = Object.prototype.hasOwnProperty.call(scene, 'bondChainRollSucceeded');
      scene.rollPercent = (rate) => {
        rollCalls.push(rate);
        return naturalRoll && rate === preview.bondChainRate;
      };
      scene.bondChainRollSucceeded = function (rate, forcedResult) {
        const rollCountBefore = rollCalls.length;
        const succeeded = originalBondChainRollSucceeded.call(this, rate, forcedResult);
        chainRollCalls.push({
          rate,
          forcedResult: forcedResult ?? null,
          rollPercentCalls: rollCalls.length - rollCountBefore,
          succeeded
        });
        return succeeded;
      };
      const statsBefore = clone(scene.serializeBattleStats());
      try {
        const result = scene.resolveCombatAction(attacker, target, 'attack', false, undefined, forcedRoll);
        const resolutionChainRollCalls = clone(chainRollCalls);
        const statsAfter = clone(scene.serializeBattleStats());
        const outcomeChip = clone(scene.combatOutcomeExtraChip(result));
        const mapCueLabel = scene.bondChainMapCueLabel(result);
        const neutralMapTexts = present ? await captureNeutralMapCue(result) : [];
        let presentationDurationMs = null;
        let judgement;
        if (present) {
          const presentationStartedAt = performance.now();
          judgement = await presentCombatResult(result);
          presentationDurationMs = performance.now() - presentationStartedAt;
        } else {
          judgement = {
            presented: null,
            completed: clone(scene.getDebugState().bondChainJudgement)
          };
        }
        const formatted = scene.formatCombatResult(result);
        const mapTitle = scene.combatMapDamageTitle(result);
        const mapResultTexts = present ? captureMapResult(result) : [];
        return {
          mode,
          attackerId: attacker.id,
          partnerId: partner.id,
          partnerName: partner.name,
          partnerClassKey: partner.classKey,
          battleSpeed: scene.battleSpeed,
          presentationDurationMs,
          targetId: target.id,
          preview: {
            damage: preview.damage,
            chainRate: preview.bondChainRate,
            chainDamage: preview.bondChainDamage,
            chainPartnerId: preview.bondChainPartnerId ?? null
          },
          initialTargetHp: result.previousDefenderHp,
          finalTargetHp: result.defender.hp,
          hit: result.hit,
          baseDefeated: result.baseDefeated,
          defeated: result.defeated,
          damage: result.damage,
          attempt: clone(result.bondChainAttempt) ?? null,
          chain: clone(result.bondChain) ?? null,
          outcomeChip,
          mapCueLabel,
          neutralMapTexts,
          formatted,
          mapTitle,
          mapResultTexts,
          judgement,
          chainRollCalls: resolutionChainRollCalls,
          partnerStatsDelta: statsDelta(statsFor(statsBefore, partner.id), statsFor(statsAfter, partner.id)),
          targetStatsDelta: statsDelta(statsFor(statsBefore, target.id), statsFor(statsAfter, target.id))
        };
      } finally {
        if (hadOwnRollPercent) {
          scene.rollPercent = originalRollPercent;
        } else {
          delete scene.rollPercent;
        }
        if (hadOwnBondChainRollSucceeded) {
          scene.bondChainRollSucceeded = originalBondChainRollSucceeded;
        } else {
          delete scene.bondChainRollSucceeded;
        }
      }
    };

    const runProductionScenario = async (shouldDefeat) => {
      const { attacker, target, preview } = prepareScenario('success');
      if (!shouldDefeat) {
        target.hp += Math.max(20, preview.bondChainDamage);
      }
      const targetView = scene.unitViews.get(target.id);
      const targetMiniMapDot = scene.miniMapUnitDots.get(target.id);
      if (!targetView) {
        throw new Error(`Missing production finisher target view: ${target.id}`);
      }

      const viewState = () => ({
        spriteVisible: targetView.sprite.visible,
        spriteAlpha: targetView.sprite.alpha,
        labelVisible: targetView.label.visible,
        labelAlpha: targetView.label.alpha,
        hitZoneVisible: targetView.hitZone.visible,
        miniMapDotVisible: targetMiniMapDot?.visible ?? null
      });
      const originalForceBondChain = new URL(originalUrl).searchParams.get('debugForceBondChain');
      const originalResolveCombatAction = scene.resolveCombatAction;
      const originalPlayCombatCutIn = scene.playCombatCutIn;
      const originalApplyDefeatedStyle = scene.applyDefeatedStyle;
      const originalResolveCounterAttack = scene.resolveCounterAttack;
      const methodOwnership = {
        resolveCombatAction: Object.prototype.hasOwnProperty.call(scene, 'resolveCombatAction'),
        playCombatCutIn: Object.prototype.hasOwnProperty.call(scene, 'playCombatCutIn'),
        applyDefeatedStyle: Object.prototype.hasOwnProperty.call(scene, 'applyDefeatedStyle'),
        resolveCounterAttack: Object.prototype.hasOwnProperty.call(scene, 'resolveCounterAttack')
      };
      let primaryResult = null;
      let counterResult = null;
      let visibleAfterResolve = null;
      let visibleAtCutInStart = null;
      let visibleAtCutInEnd = null;
      let primaryCutInStarted = false;
      let primaryCutInCompleted = false;
      let counterCalls = 0;
      let counterProduced = false;
      const cutInOrder = [];
      const defeatApplications = [];

      const restoreMethod = (name, original) => {
        if (methodOwnership[name]) {
          scene[name] = original;
        } else {
          delete scene[name];
        }
      };

      setDebugForceHit(true);
      setDebugForceBondChain('1');
      scene.rollPercent = () => false;
      scene.resolveCombatAction = function (...args) {
        const result = originalResolveCombatAction.apply(this, args);
        if (args[3] === true) {
          counterResult = result;
        } else {
          primaryResult = result;
          visibleAfterResolve = viewState();
        }
        return result;
      };
      scene.playCombatCutIn = async function (result) {
        const isPrimary = result === primaryResult;
        cutInOrder.push(isPrimary ? 'primary' : result === counterResult || result.isCounter ? 'counter' : 'other');
        if (isPrimary) {
          primaryCutInStarted = true;
          visibleAtCutInStart = viewState();
        }
        await originalPlayCombatCutIn.call(this, result);
        if (isPrimary) {
          primaryCutInCompleted = true;
          visibleAtCutInEnd = viewState();
        }
      };
      scene.applyDefeatedStyle = function (unit, view) {
        if (unit.id === target.id) {
          defeatApplications.push({
            primaryCutInStarted,
            primaryCutInCompleted,
            before: viewState()
          });
        }
        return originalApplyDefeatedStyle.call(this, unit, view);
      };
      scene.resolveCounterAttack = function (result) {
        counterCalls += 1;
        const counter = originalResolveCounterAttack.call(this, result);
        counterProduced = counterProduced || Boolean(counter);
        return counter;
      };

      try {
        scene.phase = 'targeting';
        scene.selectedUnit = attacker;
        await scene.tryResolveDamageTarget(attacker, target, 'attack');
        return {
          result: primaryResult
            ? {
                hit: primaryResult.hit,
                baseDefeated: primaryResult.baseDefeated,
                defeated: primaryResult.defeated,
                chainDefeated: primaryResult.bondChain?.defeated ?? false,
                counter: Boolean(primaryResult.counter)
              }
            : null,
          visibleAfterResolve,
          visibleAtCutInStart,
          visibleAtCutInEnd,
          defeatApplications,
          visibleAfterWrapper: viewState(),
          counterCalls,
          counterProduced,
          cutInOrder
        };
      } finally {
        restoreMethod('resolveCombatAction', originalResolveCombatAction);
        restoreMethod('playCombatCutIn', originalPlayCombatCutIn);
        restoreMethod('applyDefeatedStyle', originalApplyDefeatedStyle);
        restoreMethod('resolveCounterAttack', originalResolveCounterAttack);
        if (hadOwnRollPercent) {
          scene.rollPercent = originalRollPercent;
        } else {
          delete scene.rollPercent;
        }
        setDebugForceBondChain(originalForceBondChain);
      }
    };

    let scenarios;
    let restored;
    try {
      const productionFinisher = await runProductionScenario(true);
      const productionSurvivor = await runProductionScenario(false);
      const success = await runScenario({ mode: 'success', forcedRoll: true, present: true });
      const failure = await runScenario({ mode: 'failure', forcedRoll: false, present: true });
      const rangedNormal = await runScenario({
        mode: 'success',
        forcedRoll: true,
        present: true,
        partnerClassKey: 'archer',
        battleSpeed: 'normal'
      });
      const rangedFast = await runScenario({
        mode: 'success',
        forcedRoll: true,
        present: true,
        partnerClassKey: 'strategist',
        battleSpeed: 'fast'
      });
      const rangedVeryFast = await runScenario({
        mode: 'success',
        forcedRoll: true,
        present: true,
        partnerClassKey: 'strategist',
        battleSpeed: 'very-fast'
      });
      const natural = await runScenario({ mode: 'success', forcedRoll: undefined, present: false, naturalRoll: true });
      const naturalFailure = await runScenario({ mode: 'failure', forcedRoll: undefined, present: false });
      const miss = await runScenario({ mode: 'miss', forcedRoll: true, present: false });
      const lethal = await runScenario({ mode: 'lethal', forcedRoll: true, present: false });
      scenarios = {
        productionFinisher,
        productionSurvivor,
        success,
        failure,
        rangedNormal,
        rangedFast,
        rangedVeryFast,
        natural,
        naturalFailure,
        miss,
        lethal
      };
    } finally {
      // Let the final lethal scenario's map popup and delayed defeat styling settle
      // before restoring the live battle. Otherwise those callbacks can fire after
      // restoration and hide the revived fixture target in the following RC flow.
      await new Promise((resolve) => window.setTimeout(resolve, 900));
      restoreFixtureState();
      window.history.replaceState({}, '', originalUrl);
      const restoredState = scene.getDebugState();
      restored = {
        save: comparableSave(clone(scene.createBattleSaveState())),
        camera: { x: scene.cameraTileX, y: scene.cameraTileY },
        phase: restoredState.phase,
        selectedUnitId: restoredState.selectedUnitId,
        pendingMove: restoredState.pendingMove,
        selectedUsable: restoredState.selectedUsable,
        commandMenuVisible: restoredState.commandMenuVisible,
        markerCount: restoredState.markerCount,
        judgement: clone(restoredState.bondChainJudgement),
        partnerClassKey: scene.debugUnitById(partnerId)?.classKey ?? null,
        battleSpeed: scene.battleSpeed,
        fastForwardHeld: scene.fastForwardHeld,
        combatObjectCount: scene.combatCutInObjects.length,
        debugForceHit: new URLSearchParams(window.location.search).get('debugForceHit')
      };
    }

    return {
      ready: true,
      sceneBounds: { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height },
      expectedRate: mechanics.chain?.rate ?? null,
      scenarios,
      restored,
      expectedRestored: {
        save: comparableSave(originalSave),
        camera: originalCamera,
        phase: stateBefore.phase,
        selectedUnitId: stateBefore.selectedUnitId,
        pendingMove: stateBefore.pendingMove,
        selectedUsable: stateBefore.selectedUsable,
        commandMenuVisible: stateBefore.commandMenuVisible,
        markerCount: stateBefore.markerCount,
        judgement: originalJudgement ?? null,
        partnerClassKey: originalPartnerClassKey ?? null,
        battleSpeed: originalBattleSpeed,
        fastForwardHeld: originalFastForwardHeld,
        combatObjectCount: 0,
        debugForceHit: new URL(originalUrl).searchParams.get('debugForceHit')
      }
    };
  });

  assert(
    firstBattleBondChainJudgement.ready === true && firstBattleBondChainJudgement.expectedRate === 18,
    `Expected a deterministic level-72 resonance judgement fixture: ${JSON.stringify(firstBattleBondChainJudgement)}`
  );
  const productionFinisher = firstBattleBondChainJudgement.scenarios.productionFinisher;
  const productionViewVisible = (view) =>
    view?.spriteVisible === true && view.spriteAlpha > 0.9 && view.labelVisible === true && view.labelAlpha > 0.9;
  assert(
    productionFinisher.result?.hit === true &&
      productionFinisher.result.baseDefeated === false &&
      productionFinisher.result.defeated === true &&
      productionFinisher.result.chainDefeated === true &&
      productionViewVisible(productionFinisher.visibleAfterResolve) &&
      productionViewVisible(productionFinisher.visibleAtCutInStart) &&
      productionViewVisible(productionFinisher.visibleAtCutInEnd) &&
      productionFinisher.visibleAfterResolve.miniMapDotVisible === true &&
      productionFinisher.visibleAtCutInStart.miniMapDotVisible === true &&
      productionFinisher.visibleAtCutInEnd.miniMapDotVisible === true &&
      productionFinisher.defeatApplications.length >= 1 &&
      productionFinisher.defeatApplications.every((application) =>
        application.primaryCutInStarted === true && application.primaryCutInCompleted === true
      ) &&
      productionViewVisible(productionFinisher.defeatApplications[0].before) &&
      productionFinisher.visibleAfterWrapper.spriteVisible === false &&
      productionFinisher.visibleAfterWrapper.spriteAlpha === 0 &&
      productionFinisher.visibleAfterWrapper.labelVisible === false &&
      productionFinisher.visibleAfterWrapper.miniMapDotVisible === false &&
      productionFinisher.counterCalls === 1 &&
      productionFinisher.counterProduced === false &&
      productionFinisher.result.counter === false &&
      JSON.stringify(productionFinisher.cutInOrder) === JSON.stringify(['primary']),
    `Expected the production attack path to keep a pursuit-defeated target visible through the finisher, then hide it and suppress counterattack: ${JSON.stringify(productionFinisher)}`
  );
  const productionSurvivor = firstBattleBondChainJudgement.scenarios.productionSurvivor;
  assert(
    productionSurvivor.result?.hit === true &&
      productionSurvivor.result.baseDefeated === false &&
      productionSurvivor.result.defeated === false &&
      productionSurvivor.result.chainDefeated === false &&
      productionSurvivor.result.counter === true &&
      productionViewVisible(productionSurvivor.visibleAfterResolve) &&
      productionViewVisible(productionSurvivor.visibleAtCutInStart) &&
      productionViewVisible(productionSurvivor.visibleAtCutInEnd) &&
      productionSurvivor.defeatApplications.length === 0 &&
      productionViewVisible(productionSurvivor.visibleAfterWrapper) &&
      productionSurvivor.counterCalls === 1 &&
      productionSurvivor.counterProduced === true &&
      JSON.stringify(productionSurvivor.cutInOrder) === JSON.stringify(['primary', 'counter']),
    `Expected the production nonlethal pursuit path to preserve the defender and continue into its counterattack cut-in: ${JSON.stringify(productionSurvivor)}`
  );
  const judgementSuccess = firstBattleBondChainJudgement.scenarios.success;
  const successAttempt = judgementSuccess.attempt;
  const successChain = judgementSuccess.chain;
  const successPresented = judgementSuccess.judgement.presented;
  const successCompleted = judgementSuccess.judgement.completed;
  const expectedSuccessMotion = judgementSuccess.partnerClassKey === 'archer' ? 'ranged' : 'melee';
  const neutralSuccessCue = [judgementSuccess.outcomeChip?.label, judgementSuccess.mapCueLabel, ...judgementSuccess.neutralMapTexts]
    .filter(Boolean)
    .join(' · ');
  assert(
    judgementSuccess.hit === true &&
      judgementSuccess.baseDefeated === false &&
      judgementSuccess.defeated === true &&
      successAttempt?.succeeded === true &&
      successAttempt.partnerId === judgementSuccess.partnerId &&
      successAttempt.partnerName === judgementSuccess.partnerName &&
      successAttempt.rate === 18 &&
      successAttempt.expectedDamage === judgementSuccess.preview.chainDamage &&
      successChain?.partnerId === successAttempt.partnerId &&
      successChain.partnerName === successAttempt.partnerName &&
      successChain.rate === successAttempt.rate &&
      successChain.damage === successAttempt.expectedDamage &&
      successChain.previousDefenderHp === successChain.damage &&
      successChain.defeated === true &&
      judgementSuccess.initialTargetHp === judgementSuccess.damage + successChain.damage &&
      judgementSuccess.finalTargetHp === 0,
    `Expected forced pursuit success to preserve the attempt, full supporter damage, and follow-up defeat contract: ${JSON.stringify(judgementSuccess)}`
  );
  assert(
    judgementSuccess.partnerStatsDelta.damageDealt === successChain.damage &&
      judgementSuccess.partnerStatsDelta.defeats === 1 &&
      judgementSuccess.partnerStatsDelta.actions === 0 &&
      judgementSuccess.targetStatsDelta.damageTaken === judgementSuccess.damage + successChain.damage,
    `Expected successful pursuit damage and defeat credit to belong only to the supporter while the defender receives both hits: ${JSON.stringify(judgementSuccess)}`
  );
  assert(
    judgementSuccess.outcomeChip?.label === '판정 18%' &&
      judgementSuccess.mapCueLabel === `공명 판정 · ${judgementSuccess.partnerName} 18%` &&
      judgementSuccess.neutralMapTexts.some((text) => text.includes(judgementSuccess.mapCueLabel)) &&
      !neutralSuccessCue.includes('추격') &&
      !neutralSuccessCue.includes('격파') &&
      !neutralSuccessCue.includes('호흡 일치') &&
      !neutralSuccessCue.includes('호흡 불발'),
    `Expected successful pursuit to remain a neutral percentage judgement in the outcome chip and pre-contact map cue: ${JSON.stringify(judgementSuccess)}`
  );
  assert(
    successPresented?.status === 'success' &&
      successPresented.partnerId === judgementSuccess.partnerId &&
      successPresented.partnerName === judgementSuccess.partnerName &&
      successPresented.rate === 18 &&
      successPresented.expectedDamage === successChain.damage &&
      successPresented.damage === successChain.damage &&
      successPresented.defeated === true &&
      successPresented.presented === true &&
      successPresented.completed === false &&
      successPresented.motion === expectedSuccessMotion &&
      successPresented.title === '공명 판정 18%' &&
      successPresented.detail === `${judgementSuccess.partnerName} · 호흡 일치` &&
      isFiniteBounds(successPresented.bounds) &&
      boundsInside(successPresented.bounds, firstBattleBondChainJudgement.sceneBounds),
    `Expected the successful judgement to expose the bounded percentage verdict before revealing pursuit contact: ${JSON.stringify(judgementSuccess.judgement)}`
  );
  assert(
    successCompleted?.status === 'success' &&
      successCompleted.presented === true &&
      successCompleted.completed === true &&
      successCompleted.motion === expectedSuccessMotion &&
      successCompleted.damage === successChain.damage &&
      successCompleted.defeated === true &&
      successCompleted.title.includes('공명 격파') &&
      isFiniteBounds(successCompleted.bounds) &&
      boundsInside(successCompleted.bounds, firstBattleBondChainJudgement.sceneBounds) &&
      judgementSuccess.formatted.includes(`공명 판정 · ${judgementSuccess.partnerName} 18% · 호흡 일치`) &&
      judgementSuccess.formatted.includes(`추격 피해 +${successChain.damage} · 공명 격파`) &&
      judgementSuccess.mapTitle.includes('공명 격파') &&
      judgementSuccess.mapResultTexts.some((text) => text.includes('공명 격파')),
    `Expected successful pursuit contact to retain its completed debug snapshot and explicit finisher result feedback: ${JSON.stringify(judgementSuccess)}`
  );

  const rangedScenarios = [
    firstBattleBondChainJudgement.scenarios.rangedNormal,
    firstBattleBondChainJudgement.scenarios.rangedFast,
    firstBattleBondChainJudgement.scenarios.rangedVeryFast
  ];
  const rangedTelemetryIsSynchronized = (scenario) => {
    const gauge = scenario.judgement.telemetry?.gauge?.[0];
    const impact = scenario.judgement.telemetry?.impact?.[0];
    const motion = scenario.judgement.telemetry?.partnerMotion?.[0];
    return scenario.judgement.telemetry?.gauge?.length === 1 &&
      scenario.judgement.telemetry?.impact?.length === 1 &&
      scenario.judgement.telemetry?.partnerMotion?.length === 1 &&
      gauge.duration === 300 &&
      Math.abs(gauge.startScale - gauge.from) < 0.001 &&
      Math.abs(gauge.endScale - gauge.to) < 0.001 &&
      gauge.endAt > gauge.startAt &&
      impact.damage === scenario.chain.damage &&
      Math.abs(impact.at - gauge.startAt) < 80 &&
      motion.startAt <= gauge.startAt &&
      motion.endAt + 80 >= gauge.startAt;
  };
  const rangedGaugeDurations = rangedScenarios.map((scenario) => {
    const gauge = scenario.judgement.telemetry.gauge[0];
    return gauge.endAt - gauge.startAt;
  });
  assert(
    rangedScenarios.map((scenario) => scenario.battleSpeed).join(',') === 'normal,fast,very-fast' &&
      rangedScenarios[0].partnerClassKey === 'archer' &&
      rangedScenarios[1].partnerClassKey === 'strategist' &&
      rangedScenarios[2].partnerClassKey === 'strategist' &&
      rangedScenarios.every((scenario) =>
        scenario.attempt?.succeeded === true &&
        scenario.judgement.presented?.status === 'success' &&
        scenario.judgement.presented.motion === 'ranged' &&
        scenario.judgement.presented.title === '공명 판정 18%' &&
        scenario.judgement.completed?.completed === true &&
        scenario.judgement.completed.motion === 'ranged' &&
        rangedTelemetryIsSynchronized(scenario) &&
        isFiniteBounds(scenario.judgement.completed.bounds) &&
        boundsInside(scenario.judgement.completed.bounds, firstBattleBondChainJudgement.sceneBounds) &&
        Number.isFinite(scenario.presentationDurationMs) &&
        scenario.presentationDurationMs > 0
      ) &&
      rangedScenarios[0].presentationDurationMs > rangedScenarios[1].presentationDurationMs &&
      rangedScenarios[1].presentationDurationMs > rangedScenarios[2].presentationDurationMs &&
      rangedGaugeDurations[0] > rangedGaugeDurations[1] &&
      rangedGaugeDurations[1] > rangedGaugeDurations[2],
    `Expected archer and extended-range pursuit motions to complete in all three battle speeds with ordered scaled timing: ${JSON.stringify(rangedScenarios)}`
  );

  const judgementNatural = firstBattleBondChainJudgement.scenarios.natural;
  assert(
    judgementNatural.hit === true &&
      judgementNatural.baseDefeated === false &&
      judgementNatural.attempt?.succeeded === true &&
      judgementNatural.chain?.damage === judgementNatural.preview.chainDamage &&
      judgementNatural.chainRollCalls.length === 1 &&
      judgementNatural.chainRollCalls[0].rate === judgementNatural.preview.chainRate &&
      judgementNatural.chainRollCalls[0].forcedResult === null &&
      judgementNatural.chainRollCalls[0].rollPercentCalls === 1 &&
      judgementNatural.chainRollCalls[0].succeeded === true,
    `Expected the natural pursuit path to make exactly one unforced percentage roll after the base hit: ${JSON.stringify(judgementNatural)}`
  );
  const judgementNaturalFailure = firstBattleBondChainJudgement.scenarios.naturalFailure;
  assert(
    judgementNaturalFailure.hit === true &&
      judgementNaturalFailure.baseDefeated === false &&
      judgementNaturalFailure.attempt?.succeeded === false &&
      judgementNaturalFailure.chain === null &&
      judgementNaturalFailure.chainRollCalls.length === 1 &&
      judgementNaturalFailure.chainRollCalls[0].rate === judgementNaturalFailure.preview.chainRate &&
      judgementNaturalFailure.chainRollCalls[0].forcedResult === null &&
      judgementNaturalFailure.chainRollCalls[0].rollPercentCalls === 1 &&
      judgementNaturalFailure.chainRollCalls[0].succeeded === false,
    `Expected the natural failed pursuit path to consume one unforced roll without applying follow-up damage: ${JSON.stringify(judgementNaturalFailure)}`
  );

  const judgementFailure = firstBattleBondChainJudgement.scenarios.failure;
  const failureAttempt = judgementFailure.attempt;
  const failurePresented = judgementFailure.judgement.presented;
  const failureCompleted = judgementFailure.judgement.completed;
  const expectedFailureMotion = judgementFailure.partnerClassKey === 'archer' ? 'ranged' : 'melee';
  const failureLine = `공명 판정 · ${judgementFailure.partnerName} 18% · 호흡 불발`;
  const neutralFailureCue = [judgementFailure.outcomeChip?.label, judgementFailure.mapCueLabel, ...judgementFailure.neutralMapTexts]
    .filter(Boolean)
    .join(' · ');
  assert(
    judgementFailure.hit === true &&
      judgementFailure.baseDefeated === false &&
      judgementFailure.defeated === false &&
      failureAttempt?.succeeded === false &&
      failureAttempt.partnerId === judgementFailure.partnerId &&
      failureAttempt.partnerName === judgementFailure.partnerName &&
      failureAttempt.rate === 18 &&
      failureAttempt.expectedDamage === judgementFailure.preview.chainDamage &&
      judgementFailure.chain === null &&
      judgementFailure.finalTargetHp === judgementFailure.initialTargetHp - judgementFailure.damage,
    `Expected forced pursuit failure to retain the attempted partner and rate without applying follow-up damage: ${JSON.stringify(judgementFailure)}`
  );
  assert(
    judgementFailure.partnerStatsDelta.damageDealt === 0 &&
      judgementFailure.partnerStatsDelta.defeats === 0 &&
      judgementFailure.partnerStatsDelta.actions === 0 &&
      judgementFailure.targetStatsDelta.damageTaken === judgementFailure.damage,
    `Expected failed pursuit to leave supporter and defender pursuit statistics untouched: ${JSON.stringify(judgementFailure)}`
  );
  assert(
    judgementFailure.outcomeChip?.label === '판정 18%' &&
      judgementFailure.mapCueLabel === `공명 판정 · ${judgementFailure.partnerName} 18%` &&
      judgementFailure.neutralMapTexts.some((text) => text.includes(judgementFailure.mapCueLabel)) &&
      !neutralFailureCue.includes('추격') &&
      !neutralFailureCue.includes('격파') &&
      !neutralFailureCue.includes('호흡 불발') &&
      judgementFailure.formatted.includes(failureLine) &&
      judgementFailure.mapResultTexts.some((text) => text.includes(failureLine)),
    `Expected failed pursuit to keep the pre-contact cue neutral and then name the partner, rate, and exact failure reason: ${JSON.stringify(judgementFailure)}`
  );
  assert(
    failurePresented?.status === 'failed' &&
      failurePresented.partnerId === judgementFailure.partnerId &&
      failurePresented.partnerName === judgementFailure.partnerName &&
      failurePresented.rate === 18 &&
      failurePresented.expectedDamage === judgementFailure.preview.chainDamage &&
      failurePresented.damage === 0 &&
      failurePresented.defeated === false &&
      failurePresented.presented === true &&
      failurePresented.completed === false &&
      failurePresented.motion === expectedFailureMotion &&
      `${failurePresented.title} ${failurePresented.detail}`.includes('호흡 불발') &&
      isFiniteBounds(failurePresented.bounds) &&
      boundsInside(failurePresented.bounds, firstBattleBondChainJudgement.sceneBounds),
    `Expected the failed judgement to expose one bounded in-progress non-damaging presentation: ${JSON.stringify(judgementFailure.judgement)}`
  );
  assert(
    failureCompleted?.status === 'failed' &&
      failureCompleted.presented === true &&
      failureCompleted.completed === true &&
      failureCompleted.motion === expectedFailureMotion &&
      failureCompleted.damage === 0 &&
      failureCompleted.defeated === false &&
      `${failureCompleted.title} ${failureCompleted.detail}`.includes('호흡 불발') &&
      isFiniteBounds(failureCompleted.bounds) &&
      boundsInside(failureCompleted.bounds, firstBattleBondChainJudgement.sceneBounds),
    `Expected failed pursuit presentation to complete once while retaining its judgement payload: ${JSON.stringify(judgementFailure.judgement)}`
  );

  const judgementMiss = firstBattleBondChainJudgement.scenarios.miss;
  const judgementLethal = firstBattleBondChainJudgement.scenarios.lethal;
  assert(
    judgementMiss.hit === false &&
      judgementMiss.damage === 0 &&
      judgementMiss.attempt === null &&
      judgementMiss.chain === null &&
      judgementMiss.finalTargetHp === judgementMiss.initialTargetHp &&
      judgementMiss.judgement.completed === null,
    `Expected a missed base attack to skip resonance judgement entirely: ${JSON.stringify(judgementMiss)}`
  );
  assert(
    judgementLethal.hit === true &&
      judgementLethal.baseDefeated === true &&
      judgementLethal.defeated === true &&
      judgementLethal.attempt === null &&
      judgementLethal.chain === null &&
      judgementLethal.finalTargetHp === 0 &&
      judgementLethal.judgement.completed === null,
    `Expected a lethal base attack to skip resonance judgement entirely: ${JSON.stringify(judgementLethal)}`
  );
  assert(
    sameJsonValue(firstBattleBondChainJudgement.restored, firstBattleBondChainJudgement.expectedRestored),
    `Expected the judgement fixture to restore the full saveable battle state, camera, URL flags, selection, markers, cut-in objects, and prior debug snapshot: ${JSON.stringify(firstBattleBondChainJudgement)}`
  );

  const firstBattleCombatCutInStage = await page.evaluate(async () => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const stateBefore = scene?.getDebugState?.();
    const mechanics = stateBefore?.combatMechanicsProbe;
    const attackerId = mechanics?.attackerId;
    const targetId = mechanics?.enemyId;
    if (
      !scene ||
      !attackerId ||
      !targetId ||
      stateBefore?.phase !== 'idle' ||
      stateBefore.selectedUnitId !== null ||
      stateBefore.commandMenuVisible !== false
    ) {
      return {
        ready: false,
        reason: 'first battle was not in a clean idle state for the map-backed combat cut-in fixture',
        stateBefore,
        mechanics
      };
    }

    const clone = (value) => value === undefined ? undefined : JSON.parse(JSON.stringify(value));
    const comparableSave = (state) => {
      const { savedAt: _savedAt, ...comparable } = state;
      return comparable;
    };
    const attacker = scene.debugUnitById(attackerId);
    const target = scene.debugUnitById(targetId);
    if (!attacker || !target) {
      return {
        ready: false,
        reason: 'map-backed combat cut-in fixture units were missing',
        attackerId,
        targetId
      };
    }

    const originalUrl = window.location.href;
    const originalSave = clone(scene.createBattleSaveState());
    const originalCamera = { x: scene.cameraTileX, y: scene.cameraTileY };
    const originalPhase = scene.phase;
    const originalSelectedUnit = scene.selectedUnit;
    const originalPendingMove = scene.pendingMove;
    const originalTargetingAction = scene.targetingAction;
    const originalSelectedUsable = scene.selectedUsable;
    const originalLockedTargetPreview = scene.lockedTargetPreview;
    const originalBattleSpeed = scene.battleSpeed;
    const originalFastForwardHeld = scene.fastForwardHeld;
    const originalJudgement = clone(scene.bondChainJudgementLast);
    const originalCutInActive = clone(scene.combatCutInStageActive);
    const originalCutInLast = clone(scene.combatCutInStageLast);
    const originalDelay = scene.delay;
    const hadOwnDelay = Object.prototype.hasOwnProperty.call(scene, 'delay');
    const expectedRestored = {
      save: comparableSave(clone(originalSave)),
      camera: { ...originalCamera },
      phase: stateBefore.phase,
      selectedUnitId: stateBefore.selectedUnitId,
      pendingMove: clone(stateBefore.pendingMove),
      selectedUsable: stateBefore.selectedUsable,
      commandMenuVisible: stateBefore.commandMenuVisible,
      markerCount: stateBefore.markerCount,
      combatCutIn: clone(stateBefore.combatCutIn)
    };

    attacker.x = 4;
    attacker.y = 15;
    target.x = 5;
    target.y = 15;
    target.maxHp = Math.max(target.maxHp, 500);
    target.hp = target.maxHp;
    scene.attackIntents = [];
    scene.actedUnitIds = new Set();
    scene.centerCameraOnTile(target.x, target.y);
    scene.positionUnitView(attacker);
    scene.positionUnitView(target);

    const fixtureUrl = new URL(window.location.href);
    fixtureUrl.searchParams.set('debugForceHit', '1');
    window.history.replaceState({}, '', fixtureUrl);
    const result = scene.resolveCombatAction(attacker, target, 'attack', false, undefined, false);

    let releaseDelay;
    let gateCalls = 0;
    const delayGate = new Promise((resolve) => {
      releaseDelay = resolve;
    });
    scene.battleSpeed = 'very-fast';
    scene.fastForwardHeld = false;
    scene.delay = () => {
      gateCalls += 1;
      return delayGate;
    };

    const playback = scene.playCombatCutIn(result).then(
      () => ({ ok: true, error: null }),
      (error) => ({ ok: false, error: error instanceof Error ? error.message : String(error) })
    );
    for (let attempt = 0; attempt < 10 && gateCalls === 0; attempt += 1) {
      await Promise.resolve();
    }

    const active = clone(scene.getDebugState().combatCutIn);
    const frame = active?.current?.textureKey
      ? scene.textures.getFrame(active.current.textureKey)
      : null;
    const textureFrameBounds = frame
      ? { x: 0, y: 0, width: frame.realWidth, height: frame.realHeight }
      : null;
    const preview = scene.combatPreview(attacker, target, 'attack');
    const sceneBounds = { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height };

    const restoreFixtureState = () => {
      scene.hideCombatCutIn();
      scene.applyBattleSaveState(clone(originalSave));
      scene.cameraTileX = originalCamera.x;
      scene.cameraTileY = originalCamera.y;
      scene.updateCameraView();
      scene.phase = originalPhase;
      scene.selectedUnit = originalSelectedUnit;
      scene.pendingMove = originalPendingMove;
      scene.targetingAction = originalTargetingAction;
      scene.selectedUsable = originalSelectedUsable;
      scene.lockedTargetPreview = originalLockedTargetPreview;
      scene.bondChainJudgementLast = clone(originalJudgement);
      scene.combatCutInStageActive = clone(originalCutInActive);
      scene.combatCutInStageLast = clone(originalCutInLast);
      scene.battleSpeed = originalBattleSpeed;
      scene.fastForwardHeld = originalFastForwardHeld;
      scene.renderBattleSpeedControl();
      scene.clearMarkers();
      scene.hideCommandMenu();
      window.history.replaceState({}, '', originalUrl);

      const restoredState = scene.getDebugState();
      return {
        save: comparableSave(clone(scene.createBattleSaveState())),
        camera: { x: scene.cameraTileX, y: scene.cameraTileY },
        phase: restoredState.phase,
        selectedUnitId: restoredState.selectedUnitId,
        pendingMove: clone(restoredState.pendingMove),
        selectedUsable: restoredState.selectedUsable,
        commandMenuVisible: restoredState.commandMenuVisible,
        markerCount: restoredState.markerCount,
        combatCutIn: clone(restoredState.combatCutIn)
      };
    };

    window.__RC_COMBAT_CUTIN_STAGE_FIXTURE__ = {
      scene,
      playback,
      releaseDelay,
      originalDelay,
      hadOwnDelay,
      restoreFixtureState
    };

    return {
      ready: true,
      active,
      gateCalls,
      attackerId,
      targetId,
      previewTerrainLabel: preview.terrainLabel,
      sceneBounds,
      mapTextureKey: stateBefore.mapTextureKey,
      textureFrameBounds,
      expectedRestored
    };
  });
  assert(
    firstBattleCombatCutInStage.ready === true,
    `Expected a ready first-battle map-backed combat cut-in fixture: ${JSON.stringify(firstBattleCombatCutInStage)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-combat-cutin-map-stage.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle map-backed combat cut-in stage');

  const firstBattleCombatCutInSettled = await page.evaluate(async () => {
    const fixture = window.__RC_COMBAT_CUTIN_STAGE_FIXTURE__;
    if (!fixture) {
      return { ready: false, reason: 'map-backed combat cut-in fixture handle was missing' };
    }
    const { scene } = fixture;
    if (fixture.hadOwnDelay) {
      scene.delay = fixture.originalDelay;
    } else {
      delete scene.delay;
    }
    fixture.releaseDelay();
    const playback = await Promise.race([
      fixture.playback,
      new Promise((resolve) => window.setTimeout(
        () => resolve({ ok: false, error: 'map-backed combat cut-in playback timed out' }),
        15000
      ))
    ]);
    const settled = JSON.parse(JSON.stringify(scene.getDebugState().combatCutIn));
    const restored = fixture.restoreFixtureState();
    delete window.__RC_COMBAT_CUTIN_STAGE_FIXTURE__;
    return { ready: true, playback, settled, restored };
  });

  const activeCombatCutIn = firstBattleCombatCutInStage.active;
  const combatCutInStage = activeCombatCutIn?.current;
  const combatCutInCrop = combatCutInStage?.sourceCropPx;
  const combatCutInTexture = combatCutInStage?.textureBoundsPx;
  const combatCutInStageAspect = combatCutInStage?.stageBounds?.width / combatCutInStage?.stageBounds?.height;
  const combatCutInCropAspect = combatCutInCrop?.width / combatCutInCrop?.height;
  assert(
    activeCombatCutIn?.active === true &&
      activeCombatCutIn.objectCount > 0 &&
      firstBattleCombatCutInStage.gateCalls > 0 &&
      combatCutInStage?.mode === 'attack' &&
      combatCutInStage.mapBacked === true &&
      combatCutInStage.textureKey === firstBattleCombatCutInStage.mapTextureKey,
    `Expected a gated real attack playback to expose one active map-backed cut-in stage: ${JSON.stringify(firstBattleCombatCutInStage)}`
  );
  assert(
    isFiniteBounds(combatCutInTexture) &&
      sameJsonValue(combatCutInTexture, firstBattleCombatCutInStage.textureFrameBounds) &&
      isFiniteBounds(combatCutInCrop) &&
      combatCutInCrop.x >= 0 &&
      combatCutInCrop.y >= 0 &&
      combatCutInCrop.x + combatCutInCrop.width <= combatCutInTexture.width + 0.01 &&
      combatCutInCrop.y + combatCutInCrop.height <= combatCutInTexture.height + 0.01,
    `Expected the cut-in source crop to remain inside the loaded battle-map texture: ${JSON.stringify(combatCutInStage)}`
  );
  assert(
    isFiniteBounds(combatCutInStage.panelBounds) &&
      isFiniteBounds(combatCutInStage.stageBounds) &&
      boundsInside(combatCutInStage.panelBounds, firstBattleCombatCutInStage.sceneBounds) &&
      boundsInside(combatCutInStage.stageBounds, combatCutInStage.panelBounds) &&
      Math.abs(combatCutInStageAspect - combatCutInCropAspect) < 0.001,
    `Expected panel, stage, and source crop to share a bounded HD composition without aspect distortion: ${JSON.stringify(combatCutInStage)}`
  );
  assert(
    combatCutInStage.actor?.id === firstBattleCombatCutInStage.attackerId &&
      combatCutInStage.actor.faction === 'ally' &&
      combatCutInStage.actor.tile.x === 4 &&
      combatCutInStage.actor.tile.y === 15 &&
      typeof combatCutInStage.actor.terrain === 'string' &&
      combatCutInStage.actor.terrain.length > 0 &&
      combatCutInStage.target?.id === firstBattleCombatCutInStage.targetId &&
      combatCutInStage.target.faction === 'enemy' &&
      combatCutInStage.target.tile.x === 5 &&
      combatCutInStage.target.tile.y === 15 &&
      typeof combatCutInStage.target.terrain === 'string' &&
      combatCutInStage.target.terrain.length > 0 &&
      typeof firstBattleCombatCutInStage.previewTerrainLabel === 'string' &&
      firstBattleCombatCutInStage.previewTerrainLabel.length > 0 &&
      combatCutInStage.focalTile.x === 4.5 &&
      combatCutInStage.focalTile.y === 15,
    `Expected the cut-in crop contract to retain actor, target, terrain, and midpoint focus semantics: ${JSON.stringify(firstBattleCombatCutInStage)}`
  );
  assert(
    firstBattleCombatCutInSettled.ready === true &&
      firstBattleCombatCutInSettled.playback?.ok === true &&
      firstBattleCombatCutInSettled.settled?.active === false &&
      firstBattleCombatCutInSettled.settled.objectCount === 0 &&
      firstBattleCombatCutInSettled.settled.current === null &&
      sameJsonValue(firstBattleCombatCutInSettled.settled.last, combatCutInStage),
    `Expected the real attack playback to finish cleanly while retaining its last map-stage snapshot: ${JSON.stringify(firstBattleCombatCutInSettled)}`
  );
  assert(
    sameJsonValue(firstBattleCombatCutInSettled.restored, firstBattleCombatCutInStage.expectedRestored),
    `Expected the cut-in fixture to restore battle, camera, selection, marker, and prior debug state: ${JSON.stringify(firstBattleCombatCutInSettled)}`
  );

  const firstBattleOrderHud = await assertLiveSortieOrderHud(page, {
    battleId: 'first-battle-zhuo-commandery',
    orderId: 'elite',
    context: 'first battle'
  });
  assert(
    firstBattleOrderHud.hud?.commandReady === true &&
      firstBattleOrderHud.hud.commandUnlocked === true &&
      firstBattleOrderHud.hud.commandUnlockTurn === 1 &&
      firstBattleOrderHud.hud.commandUsed === false &&
      firstBattleOrderHud.hud.commandSource === 'sortie-order' &&
      firstBattleOrderHud.hud.criteria.every((entry) => entry.id === 'victory' || entry.achieved === true) &&
      firstBattleOrderHud.battleLog.some((entry) => entry.includes('군령 발동 가능')) &&
      isFiniteBounds(firstBattleOrderHud.hud.commandBounds),
    `Expected the deterministic fixture to reach the real criteria/action unlock path and expose a ready one-use order command: ${JSON.stringify(firstBattleOrderHud)}`
  );

  const firstBattleCommand = await activateSortieOrderCommand(page, 'support');
  assert(
    firstBattleCommand.live?.commandReady === false &&
      firstBattleCommand.live?.commandUnlocked === true &&
      firstBattleCommand.live?.commandUsed === true &&
      firstBattleCommand.live?.commandSource === 'sortie-order' &&
      firstBattleCommand.live?.commandActorId === firstBattleCommand.live?.command?.actorId &&
      firstBattleCommand.live?.command?.source === 'sortie-order' &&
      firstBattleCommand.live?.command?.role === 'support' &&
      firstBattleCommand.live?.command?.effectPending === false &&
      firstBattleCommand.live?.command?.effectValue > 0,
    `Expected selecting 재정비 to consume the order command and resolve deterministic healing immediately: ${JSON.stringify(firstBattleCommand)}`
  );

  await page.evaluate(() => window.__HEROS_DEBUG__?.forceBattleOutcome('victory'));
  await waitForBattleOutcome(page, 'victory');
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-result.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle result');

  const resultProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    return {
      outcome: state?.battleOutcome,
      resultTexts: textValues(scene?.resultObjects)
    };

    function textValues(objects = []) {
      return objects.filter((object) => object?.type === 'Text').map((object) => object.text);
    }
  });
  assert(resultProbe.outcome === 'victory', `Expected forced victory result: ${JSON.stringify(resultProbe)}`);
  assert(resultProbe.resultTexts.includes('목표 정산'), `Expected result objective settlement title: ${JSON.stringify(resultProbe.resultTexts)}`);
  assert(resultProbe.resultTexts.some((text) => text.includes('목표 보상')), `Expected reward panel to name objective rewards: ${JSON.stringify(resultProbe.resultTexts)}`);
  assert(
    resultProbe.resultTexts.some((text) => text.includes(`해금 ${firstBattleUnlockLabel}`)),
    `Expected result reward panel to surface first battle unlock label: ${JSON.stringify(resultProbe.resultTexts)}`
  );
  assert(!resultProbe.resultTexts.some((text) => text.includes('미달')), `Expected result screen to avoid harsh optional-goal wording: ${JSON.stringify(resultProbe.resultTexts)}`);

  const firstResultState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
  const firstResultSave = await readCampaignSave(page);
  const firstSortieOrder = firstResultState?.sortieOperationOrder;
  const firstSortieOrderResult = firstSortieOrder?.result;
  const firstSortieOrderCommand = firstSortieOrderResult?.command;
  assert(
    firstSortieOrder?.selectedId === 'elite' &&
      firstSortieOrder?.open === false &&
      firstSortieOrder?.toggleButtonBounds &&
      firstSortieOrderResult?.orderId === 'elite' &&
      firstSortieOrderResult?.progress?.map((entry) => entry.id).join(',') === 'victory,elite-grade,elite-survival',
    `Expected the scripted first battle to expose an explicit elite order result: ${JSON.stringify(firstSortieOrder)}`
  );
  assert(
    firstSortieOrderCommand?.source === 'sortie-order' &&
      firstSortieOrderCommand.role === 'support' &&
      typeof firstSortieOrderCommand.actorId === 'string' && firstSortieOrderCommand.actorId.length > 0 &&
      firstSortieOrderCommand.usedTurn === 1 &&
      firstSortieOrderCommand.effectPending === false &&
      firstSortieOrderCommand.effectValue > 0 &&
      firstSortieOrderCommand.statusesCleared >= 0 &&
      firstSortieOrderCommand.effectLost === false,
    `Expected the result snapshot to retain the resolved 재정비 order command: ${JSON.stringify(firstSortieOrderResult)}`
  );
  assert(
    sameJsonValue(firstResultSave.current?.firstBattleReport?.sortieOrder, firstSortieOrderResult) &&
      sameJsonValue(firstResultSave.slot1?.firstBattleReport?.sortieOrder, firstSortieOrderResult) &&
      sameJsonValue(firstResultSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieOrder, firstSortieOrderResult) &&
      sameJsonValue(firstResultSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortieOrder, firstSortieOrderResult) &&
      sameJsonValue(firstResultSave.current?.sortieOrderHistory?.['first-battle-zhuo-commandery']?.elite, firstSortieOrderResult),
    `Expected the elite order snapshot to synchronize across report, settlement, history, current, and slot saves: ${JSON.stringify(firstResultSave)}`
  );
  assert(
    sameJsonValue(firstResultSave.current?.firstBattleReport?.sortieOrder?.command, firstSortieOrderCommand) &&
      sameJsonValue(firstResultSave.slot1?.firstBattleReport?.sortieOrder?.command, firstSortieOrderCommand) &&
      sameJsonValue(firstResultSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieOrder?.command, firstSortieOrderCommand) &&
      sameJsonValue(firstResultSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortieOrder?.command, firstSortieOrderCommand) &&
      sameJsonValue(firstResultSave.current?.sortieOrderHistory?.['first-battle-zhuo-commandery']?.elite?.command, firstSortieOrderCommand) &&
      sameJsonValue(firstResultSave.slot1?.sortieOrderHistory?.['first-battle-zhuo-commandery']?.elite?.command, firstSortieOrderCommand),
    `Expected the order-command snapshot to persist across current/slot reports, settlements, and order history: ${JSON.stringify(firstResultSave)}`
  );
  if (firstSortieOrderResult.achieved) {
    assert(
      firstSortieOrderResult.rewardGranted === true &&
        firstResultSave.current?.claimedSortieOrderRewardIds?.includes('first-battle-zhuo-commandery:elite') &&
        firstResultSave.current?.inventory?.['상처약'] >= 1,
      `Expected the first elite success to grant and persist its one-time merit reward: ${JSON.stringify(firstResultSave.current)}`
    );
  }
  const firstResultPerformance = firstResultState?.sortieEvaluation?.snapshot;
  assert(
    firstResultState?.sortieEvaluation?.available === true &&
      firstResultState.sortieEvaluation.open === false &&
      ['S', 'A', 'B', 'C', 'D'].includes(firstResultState.sortieEvaluation.grade) &&
      Number.isFinite(firstResultState.sortieEvaluation.score),
    `Expected the first result to expose a closed formation evaluation with a grade: ${JSON.stringify(firstResultState?.sortieEvaluation)}`
  );
  assert(
    firstResultPerformance?.selectedUnitIds?.length === firstResultState?.deployedAllyIds?.length &&
      firstResultPerformance.selectedUnitIds.every((unitId) => firstResultState.deployedAllyIds.includes(unitId)) &&
      firstResultPerformance.selectedUnitIds.every((unitId) => ['front', 'flank', 'support', 'reserve'].includes(firstResultPerformance.formationAssignments?.[unitId])) &&
      firstResultPerformance.unitStats?.length === firstResultPerformance.selectedUnitIds.length &&
      !Object.prototype.hasOwnProperty.call(firstResultPerformance, 'sortieItemAssignments') &&
      !Object.prototype.hasOwnProperty.call(firstResultPerformance, 'itemAssignments'),
    `Expected the first result snapshot to materialize every deployed officer and role without supplies: ${JSON.stringify(firstResultPerformance)}`
  );
  assert(
    sameJsonValue(firstResultSave.current?.firstBattleReport?.sortiePerformance, firstResultPerformance) &&
      sameJsonValue(firstResultSave.slot1?.firstBattleReport?.sortiePerformance, firstResultPerformance) &&
      sameJsonValue(firstResultSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortiePerformance, firstResultPerformance) &&
      sameJsonValue(firstResultSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortiePerformance, firstResultPerformance),
    `Expected the first formation result snapshot to synchronize across report, history, current, and slot-1 saves: ${JSON.stringify(firstResultSave)}`
  );
  const expectedFirstSortieReview = {
    version: 1,
    score: firstResultState.sortieEvaluation.score,
    grade: firstResultState.sortieEvaluation.grade,
    activeBondCount: firstResultState.sortieEvaluation.activeBondCount,
    enemyCount: firstResultState.units.filter((unit) => unit.faction === 'enemy').length,
    sourcePresetIds: []
  };
  assert(
    sameJsonValue(firstResultSave.current?.firstBattleReport?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(firstResultSave.slot1?.firstBattleReport?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(firstResultSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(firstResultSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview, expectedFirstSortieReview) &&
      firstResultSave.current.firstBattleReport.sortieReview.sourcePresetIds.length === 0,
    `Expected the first persisted sortie review to match the live grade, score, enemies, bonds, and empty preset attribution everywhere: ${JSON.stringify({
      expected: expectedFirstSortieReview,
      currentReport: firstResultSave.current?.firstBattleReport?.sortieReview,
      slotReport: firstResultSave.slot1?.firstBattleReport?.sortieReview,
      currentHistory: firstResultSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview,
      slotHistory: firstResultSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview
    })}`
  );

  const firstOrderTogglePoint = await readBattleSortieOrderControlPoint(page, 'toggle');
  await page.mouse.click(firstOrderTogglePoint.x, firstOrderTogglePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder?.open === true,
    undefined,
    { timeout: 30000 }
  );
  const firstOrderDetail = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    return {
      state: window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder,
      texts: (scene?.resultSortieOrderObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  assert(
    firstOrderDetail.state?.closeButtonBounds &&
      firstOrderDetail.texts.some((text) => text.includes('정예 작전 명령')) &&
      firstOrderDetail.texts.some((text) => text.includes('전투 승리')) &&
      firstOrderDetail.texts.some((text) => text.includes('A등급 이상')) &&
      firstOrderDetail.texts.some((text) => text.includes('출전 전원 생존')) &&
      firstOrderDetail.texts.some((text) => text.includes('군령 발동') && text.includes('재정비')) &&
      firstOrderDetail.texts.some((text) => text.includes('1턴') && text.includes('회복')),
    `Expected the visible sortie-order detail to explain every elite condition and its used command: ${JSON.stringify(firstOrderDetail)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-sortie-order.png`, fullPage: true });
  const firstOrderClosePoint = await readBattleSortieOrderControlPoint(page, 'close');
  await page.mouse.click(firstOrderClosePoint.x, firstOrderClosePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder?.open === false,
    undefined,
    { timeout: 30000 }
  );

  const firstEvaluationTogglePoint = await readBattleResultEvaluationControlPoint(page, 'toggle');
  await page.mouse.click(firstEvaluationTogglePoint.x, firstEvaluationTogglePoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.sortieEvaluation?.open === true, undefined, { timeout: 30000 });
  const firstEvaluationProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    return {
      evaluation: state?.sortieEvaluation,
      texts: (scene?.resultFormationReviewObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  assert(
    firstEvaluationProbe.texts.includes('이번 편성 평가') &&
      firstEvaluationProbe.texts.some((text) => text.includes('명단·역할만 저장') && text.includes('장비·보급 제외')) &&
      firstEvaluationProbe.evaluation?.presetCards?.length === 3 &&
      firstEvaluationProbe.evaluation.presetCards.every((card) => card.saved === false && card.matching === false && card.actionButtonBounds),
    `Expected the visible first-battle evaluation to explain its scope and show three empty preset actions: ${JSON.stringify(firstEvaluationProbe)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-formation-evaluation.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle formation evaluation');
  const firstEvaluationClosePoint = await readBattleResultEvaluationControlPoint(page, 'close');
  await page.mouse.click(firstEvaluationClosePoint.x, firstEvaluationClosePoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.sortieEvaluation?.open === false, undefined, { timeout: 30000 });

  await clickLegacyUi(page, 738, 642);
  await waitForCampAfterBattleResult(page);
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp.png`, fullPage: true });
  await assertCanvasPainted(page, 'first camp');

  const firstCampProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    return {
      state: window.__HEROS_DEBUG__?.camp(),
      summary: scene?.reportSummary?.(),
      texts: textValues(scene?.contentObjects)
    };

    function textValues(objects = []) {
      return objects.filter((object) => object?.type === 'Text').map((object) => object.text);
    }
  });
  assert(firstCampProbe.state?.campaign?.step === 'first-camp', `Expected victory to return to first camp: ${JSON.stringify(firstCampProbe.state)}`);
  assert(
    firstCampProbe.state?.campRoster?.pageCount === 1 &&
      firstCampProbe.state.campRoster.totalCount === 3 &&
      firstCampProbe.state.campRoster.visibleUnitIds.length === 3 &&
      firstCampProbe.state.campRoster.rowBounds.length === 3 &&
      firstCampProbe.state.campRoster.rowBounds.every((row) => row.height >= 100) &&
      firstCampProbe.state.campRoster.navigationBounds === null &&
      firstCampProbe.state.campRoster.previousEnabled === false &&
      firstCampProbe.state.campRoster.nextEnabled === false,
    `Expected the three-officer first camp to retain spacious cards without redundant pagination: ${JSON.stringify(firstCampProbe.state?.campRoster)}`
  );
  assert(
    firstCampProbe.state?.nextSortieBattleId === 'second-battle-yellow-turban-pursuit',
    `Expected first camp sortie flow to prepare unlocked second battle: ${JSON.stringify(firstCampProbe.state)}`
  );
  assert(
    ['liu-bei', 'guan-yu', 'zhang-fei'].every((unitId) =>
      firstCampProbe.state?.sortieDeploymentPreview?.some((slot) => slot.unitId === unitId)
    ),
    `Expected first camp deployment preview to keep the founding trio assigned: ${JSON.stringify(firstCampProbe.state?.sortieDeploymentPreview)}`
  );
  assert(firstCampProbe.state?.sortieHasBattle === true, `Expected first camp to expose a playable next battle: ${JSON.stringify(firstCampProbe.state)}`);
  assert(
    firstCampProbe.state?.sortieRecommendationEnabled === true,
    `Expected first camp to support recommended sortie planning: ${JSON.stringify(firstCampProbe.state)}`
  );
  assert(
    firstCampProbe.state?.sortiePlan?.selectedCount === firstCampProbe.state?.sortieDeploymentPreview?.length,
    `Expected deployment preview to match selected sortie count: ${JSON.stringify(firstCampProbe.state?.sortiePlan)} / ${JSON.stringify(firstCampProbe.state?.sortieDeploymentPreview)}`
  );
  assertUnique(
    firstCampProbe.state?.sortieDeploymentPreview?.map((slot) => slot.unitId),
    `Expected first camp deployment preview to avoid duplicate units: ${JSON.stringify(firstCampProbe.state?.sortieDeploymentPreview)}`
  );
  assertUnique(
    firstCampProbe.state?.sortieDeploymentPreview?.map((slot) => `${slot.x},${slot.y}`),
    `Expected first camp deployment preview to avoid duplicate tiles: ${JSON.stringify(firstCampProbe.state?.sortieDeploymentPreview)}`
  );
  assert(firstCampProbe.summary?.includes('보유 군자금'), `Expected camp summary to show held gold: ${JSON.stringify(firstCampProbe)}`);
  assert(firstCampProbe.texts.some((text) => text.includes('전투 보상')), `Expected camp report to show battle reward: ${JSON.stringify(firstCampProbe.texts)}`);
  assert(
    firstCampProbe.texts.some((text) => text.includes('명령 기록') && text.includes('재정비')),
    `Expected the camp report to show the persisted command record: ${JSON.stringify(firstCampProbe.texts)}`
  );
  assert(
    firstCampProbe.texts.some((text) => text.includes(`다음 ${firstBattleUnlockLabel}`)),
    `Expected camp report to surface first battle unlock label: ${JSON.stringify(firstCampProbe.texts)}`
  );
  assert(
    firstCampProbe.state?.report?.campaignRewards?.unlocks?.some(
      (unlock) => unlock.battleId === 'second-battle-yellow-turban-pursuit' && unlock.title === firstBattleUnlockLabel
    ),
    `Expected campaign report debug state to retain first battle unlock reward: ${JSON.stringify(firstCampProbe.state?.report?.campaignRewards)}`
  );

  const firstCampEvaluation = firstCampProbe.state?.reportFormationEvaluation;
  const firstCampHistory = firstCampProbe.state?.reportFormationHistory;
  const firstCampEvaluationSaveBefore = await readCampaignSave(page);
  assert(
    firstCampEvaluation?.available === true &&
      firstCampEvaluation.open === false &&
      firstCampEvaluation.battleId === 'first-battle-zhuo-commandery' &&
      firstCampEvaluation.grade === firstResultState?.sortieEvaluation?.grade &&
      firstCampEvaluation.score === firstResultState?.sortieEvaluation?.score &&
      sameJsonValue(firstCampEvaluation.snapshot, firstResultPerformance) &&
      firstCampEvaluation.toggleButtonBounds,
    `Expected the first camp report to expose the persisted battle formation evaluation: ${JSON.stringify(firstCampEvaluation)}`
  );
  assert(
    firstCampHistory?.available === true &&
      firstCampHistory.open === false &&
      firstCampHistory.recordCount === 1 &&
      firstCampHistory.page === 0 &&
      firstCampHistory.pageCount === 1 &&
      firstCampHistory.records?.length === 1 &&
      firstCampHistory.records[0].battleId === 'first-battle-zhuo-commandery' &&
      firstCampHistory.records[0].grade === expectedFirstSortieReview.grade &&
      firstCampHistory.records[0].score === expectedFirstSortieReview.score &&
      sameJsonValue(firstCampHistory.records[0].sourcePresetIds, expectedFirstSortieReview.sourcePresetIds) &&
      firstCampHistory.selectedBattleId === 'first-battle-zhuo-commandery' &&
      firstCampHistory.best?.battleId === 'first-battle-zhuo-commandery' &&
      firstCampHistory.loadableBest?.battleId === 'first-battle-zhuo-commandery' &&
      firstCampHistory.loadUndoAvailable === false &&
      firstCampHistory.toggleButtonBounds,
    `Expected the first camp report to expose one closed, persisted formation-history record and its best loadable sortie: ${JSON.stringify(firstCampHistory)}`
  );
  const firstCampOrder = firstCampProbe.state?.reportOperationOrder;
  const firstCampEliteSummary = firstCampHistory?.orderSummaries?.find((summary) => summary.orderId === 'elite');
  assert(
    firstCampOrder?.available === true &&
      firstCampOrder.orderId === 'elite' &&
      firstCampOrder.achieved === firstSortieOrderResult.achieved &&
      firstCampOrder.firstRewardGranted === firstSortieOrderResult.rewardGranted &&
      sameSortieOrderCommand(firstCampOrder.command, firstSortieOrderCommand) &&
      firstCampOrder.command?.label === '재정비' &&
      firstCampOrder.command?.sourceLabel === '군령 발동' &&
      firstCampOrder.command?.recordLine?.includes('회복') &&
      firstCampHistory.records[0].sortieOrder?.orderId === 'elite' &&
      firstCampHistory.records[0].sortieOrder?.achieved === firstSortieOrderResult.achieved &&
      sameSortieOrderCommand(firstCampHistory.records[0].sortieOrder?.command, firstSortieOrderCommand) &&
      firstCampHistory.selected?.sortieOrder?.progress?.length === 3 &&
      sameSortieOrderCommand(firstCampHistory.selected?.sortieOrder?.command, firstSortieOrderCommand) &&
      firstCampEliteSummary?.attempts === 1 &&
      firstCampEliteSummary.successes === (firstSortieOrderResult.achieved ? 1 : 0) &&
      firstCampEliteSummary.bestScore === firstSortieOrderResult.score,
    `Expected the camp report and formation ledger to surface the elite result and merit statistics: ${JSON.stringify({ firstCampOrder, firstCampHistory })}`
  );
  await setDebugQueryParam(page, 'debugOrderCommandReady', null);
  if (firstSortieOrderResult.rewardGranted) {
    assert(
      firstCampOrder.rewardBadgeBounds && firstCampOrder.rewardLine.includes('상처약 1'),
      `Expected the first-merit badge to name the exact elite reward: ${JSON.stringify(firstCampOrder)}`
    );
  }
  const firstCampEvaluationTogglePoint = await readCampReportFormationEvaluationControlPoint(page, 'toggle');
  await page.mouse.click(firstCampEvaluationTogglePoint.x, firstCampEvaluationTogglePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation?.open === true,
    undefined,
    { timeout: 30000 }
  );
  const firstCampEvaluationProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    return {
      evaluation: window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation,
      texts: (scene?.reportFormationReviewObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  const firstCampEvaluationSaveOpen = await readCampaignSave(page);
  assert(
    firstCampEvaluationProbe.evaluation?.open === true &&
      firstCampEvaluationProbe.texts.includes('최근 전투 편성 평가') &&
      firstCampEvaluationProbe.texts.some((text) => text.includes('명단·역할만 저장') && text.includes('장비·보급 제외')) &&
      firstCampEvaluationProbe.evaluation?.presetCards?.length === 3 &&
      firstCampEvaluationProbe.evaluation.presetCards.every(
        (card) => card.saved === false && card.matching === false && card.actionButtonBounds
      ) &&
      sameJsonValue(firstCampEvaluationSaveOpen, firstCampEvaluationSaveBefore),
    `Expected reopening the first camp formation evaluation to remain non-destructive and show three empty preset actions: ${JSON.stringify(firstCampEvaluationProbe)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp-formation-evaluation.png`, fullPage: true });
  await assertCanvasPainted(page, 'first camp formation evaluation');
  const firstCampEvaluationClosePoint = await readCampReportFormationEvaluationControlPoint(page, 'close');
  await page.mouse.click(firstCampEvaluationClosePoint.x, firstCampEvaluationClosePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation?.open === false,
    undefined,
    { timeout: 30000 }
  );

  const firstCampHistoryMutationFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const campaign = scene?.campaign;
    const snapshot = campaign?.battleHistory?.['first-battle-zhuo-commandery']?.sortiePerformance;
    const targetId = snapshot?.selectedUnitIds?.find((unitId) => scene?.selectedSortieUnitIds?.includes(unitId));
    const historicalRole = targetId ? snapshot?.formationAssignments?.[targetId] : undefined;
    const divergentRole = ['front', 'flank', 'support', 'reserve'].find((role) => role !== historicalRole);
    if (
      !scene ||
      !campaign ||
      !snapshot?.selectedUnitIds?.length ||
      !targetId ||
      !historicalRole ||
      !divergentRole ||
      typeof scene.persistSortieSelection !== 'function' ||
      typeof scene.render !== 'function'
    ) {
      return {
        ready: false,
        targetId: targetId ?? null,
        historicalRole: historicalRole ?? null,
        divergentRole: divergentRole ?? null
      };
    }

    const before = {
      selectedUnitIds: [...scene.selectedSortieUnitIds],
      formationAssignments: { ...scene.sortieFormationAssignments },
      itemAssignments: structuredClone(scene.sortieItemAssignments ?? {}),
      focusedUnitId: scene.sortieFocusedUnitId,
      planFeedback: scene.sortiePlanFeedback,
      rosterScroll: scene.sortieRosterScroll
    };
    scene.sortieFormationAssignments = {
      ...scene.sortieFormationAssignments,
      [targetId]: divergentRole
    };
    scene.persistSortieSelection();
    scene.render();
    return {
      ready: true,
      targetId,
      historicalRole,
      divergentRole,
      before,
      divergent: {
        selectedUnitIds: [...scene.selectedSortieUnitIds],
        formationAssignments: { ...scene.sortieFormationAssignments },
        itemAssignments: structuredClone(scene.sortieItemAssignments ?? {})
      }
    };
  });
  assert(
    firstCampHistoryMutationFixture.ready === true &&
      firstCampHistoryMutationFixture.historicalRole !== firstCampHistoryMutationFixture.divergentRole &&
      firstCampHistoryMutationFixture.divergent?.formationAssignments?.[firstCampHistoryMutationFixture.targetId] ===
        firstCampHistoryMutationFixture.divergentRole,
    `Expected a deterministic current-formation mismatch before exercising best-history loading: ${JSON.stringify(firstCampHistoryMutationFixture)}`
  );
  const firstCampHistorySaveBeforeOpen = await readCampaignSave(page);
  assert(
    sameJsonValue(
      firstCampHistorySaveBeforeOpen.current?.selectedSortieUnitIds,
      firstCampHistoryMutationFixture.divergent.selectedUnitIds
    ) &&
      sameJsonValue(
        firstCampHistorySaveBeforeOpen.current?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.divergent.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistorySaveBeforeOpen.current?.sortieItemAssignments,
        firstCampHistoryMutationFixture.divergent.itemAssignments
      ) &&
      sameJsonValue(
        firstCampHistorySaveBeforeOpen.slot1?.selectedSortieUnitIds,
        firstCampHistoryMutationFixture.divergent.selectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistorySaveBeforeOpen.slot1?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.divergent.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistorySaveBeforeOpen.slot1?.sortieItemAssignments,
        firstCampHistoryMutationFixture.divergent.itemAssignments
      ),
    `Expected the deliberate history-load mismatch to synchronize across current and slot-1 saves: ${JSON.stringify(firstCampHistorySaveBeforeOpen)}`
  );

  const firstCampHistoryTogglePoint = await readCampReportFormationHistoryControlPoint(page, 'toggle');
  await page.mouse.click(firstCampHistoryTogglePoint.x, firstCampHistoryTogglePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationHistory?.open === true,
    undefined,
    { timeout: 30000 }
  );
  const firstCampHistoryOpenProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    return {
      history: window.__HEROS_DEBUG__?.camp()?.reportFormationHistory,
      texts: (scene?.reportFormationHistoryObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  const firstCampHistorySaveOpen = await readCampaignSave(page);
  const firstCampHistoryLoadProjection = firstCampHistoryOpenProbe.history?.loadableBest;
  assert(
    firstCampHistoryOpenProbe.history?.open === true &&
      firstCampHistoryOpenProbe.history.recordCount === 1 &&
      firstCampHistoryOpenProbe.history.comparison?.matchesCurrent === false &&
      firstCampHistoryOpenProbe.history.closeButtonBounds &&
      firstCampHistoryOpenProbe.history.bestButtonBounds &&
      firstCampHistoryOpenProbe.history.loadBestButtonBounds &&
      firstCampHistoryOpenProbe.history.undoButtonBounds === null &&
      sameJsonValue(firstCampHistoryLoadProjection?.projectedSelectedUnitIds, firstResultPerformance.selectedUnitIds) &&
      firstResultPerformance.selectedUnitIds.every(
        (unitId) => firstCampHistoryLoadProjection?.projectedFormationAssignments?.[unitId] === firstResultPerformance.formationAssignments[unitId]
      ) &&
      sameJsonValue(
        firstCampHistoryLoadProjection?.projectedItemAssignments,
        firstCampHistoryMutationFixture.divergent.itemAssignments
      ) &&
      firstCampHistoryOpenProbe.texts.includes('편성 전적표') &&
      firstCampHistoryOpenProbe.texts.includes('최고 편성') &&
      firstCampHistoryOpenProbe.texts.includes('편성책 평균 · 군령 전적') &&
      firstCampHistoryOpenProbe.texts.includes('현재 출전안 vs 최고 편성') &&
      firstCampHistoryOpenProbe.texts.some((text) => text.includes('명령 기록') && text.includes('재정비') && text.includes('군령 발동')) &&
      sameJsonValue(firstCampHistorySaveOpen, firstCampHistorySaveBeforeOpen),
    `Expected opening the first camp formation history to remain non-destructive and expose best/load controls: ${JSON.stringify(firstCampHistoryOpenProbe)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp-formation-history.png`, fullPage: true });
  await assertCanvasPainted(page, 'first camp formation history');

  const firstCampHistoryBestPoint = await readCampReportFormationHistoryControlPoint(page, 'best');
  await page.mouse.click(firstCampHistoryBestPoint.x, firstCampHistoryBestPoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationHistory?.selectedBattleId === 'first-battle-zhuo-commandery',
    undefined,
    { timeout: 30000 }
  );
  const firstCampHistorySaveAfterBest = await readCampaignSave(page);
  assert(
    sameJsonValue(firstCampHistorySaveAfterBest, firstCampHistorySaveBeforeOpen),
    `Expected selecting the best history card to leave campaign saves untouched: ${JSON.stringify(firstCampHistorySaveAfterBest)}`
  );

  const firstCampHistoryLoadBestPoint = await readCampReportFormationHistoryControlPoint(page, 'loadBest');
  await page.mouse.click(firstCampHistoryLoadBestPoint.x, firstCampHistoryLoadBestPoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationHistory?.loadUndoAvailable === true,
    undefined,
    { timeout: 30000 }
  );
  const firstCampHistoryAppliedState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const firstCampHistoryAppliedSave = await readCampaignSave(page);
  assert(
    sameJsonValue(firstCampHistoryAppliedState?.selectedSortieUnitIds, firstCampHistoryLoadProjection.projectedSelectedUnitIds) &&
      sameJsonValue(
        firstCampHistoryAppliedState?.sortieFormationAssignments,
        firstCampHistoryLoadProjection.projectedFormationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedState?.sortieItemAssignments,
        firstCampHistoryLoadProjection.projectedItemAssignments
      ) &&
      firstCampHistoryAppliedState?.reportFormationHistory?.comparison?.matchesCurrent === true &&
      firstCampHistoryAppliedState?.reportFormationHistory?.loadUndoAvailable === true &&
      firstCampHistoryAppliedState?.reportFormationHistory?.undoButtonBounds &&
      firstCampHistoryAppliedState?.reportFormationHistory?.feedback?.includes('최고 편성 적용') &&
      sameJsonValue(
        firstCampHistoryAppliedSave.current?.selectedSortieUnitIds,
        firstCampHistoryLoadProjection.projectedSelectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.slot1?.selectedSortieUnitIds,
        firstCampHistoryLoadProjection.projectedSelectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.current?.sortieFormationAssignments,
        firstCampHistoryAppliedState.sortieFormationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.slot1?.sortieFormationAssignments,
        firstCampHistoryAppliedState.sortieFormationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.current?.sortieItemAssignments,
        firstCampHistoryLoadProjection.projectedItemAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.slot1?.sortieItemAssignments,
        firstCampHistoryLoadProjection.projectedItemAssignments
      ) &&
      sameJsonValue(firstCampHistoryAppliedSave.current?.firstBattleReport?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview,
        expectedFirstSortieReview
      ) &&
      sameJsonValue(firstCampHistoryAppliedSave.slot1?.firstBattleReport?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(
        firstCampHistoryAppliedSave.slot1?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview,
        expectedFirstSortieReview
      ),
    `Expected one best-history click to apply persisted names and roles, preserve common supplies, and keep the stored review immutable: ${JSON.stringify({
      state: firstCampHistoryAppliedState,
      save: firstCampHistoryAppliedSave
    })}`
  );

  const firstCampHistoryUndoPoint = await readCampReportFormationHistoryControlPoint(page, 'undo');
  await page.mouse.click(firstCampHistoryUndoPoint.x, firstCampHistoryUndoPoint.y);
  await page.waitForFunction(
    (fixture) => {
      const state = window.__HEROS_DEBUG__?.camp();
      return state?.reportFormationHistory?.loadUndoAvailable === false &&
        JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(fixture.divergent.selectedUnitIds) &&
        JSON.stringify(state?.sortieFormationAssignments) === JSON.stringify(fixture.divergent.formationAssignments) &&
        JSON.stringify(state?.sortieItemAssignments) === JSON.stringify(fixture.divergent.itemAssignments);
    },
    firstCampHistoryMutationFixture,
    { timeout: 30000 }
  );
  const firstCampHistoryUndoneState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const firstCampHistoryUndoneSave = await readCampaignSave(page);
  assert(
    firstCampHistoryUndoneState?.reportFormationHistory?.open === true &&
      firstCampHistoryUndoneState.reportFormationHistory.loadUndoAvailable === false &&
      firstCampHistoryUndoneState.reportFormationHistory.undoButtonBounds === null &&
      firstCampHistoryUndoneState.reportFormationHistory.comparison?.matchesCurrent === false &&
      firstCampHistoryUndoneState.reportFormationHistory.feedback?.includes('되돌리고') &&
      sameJsonValue(
        firstCampHistoryUndoneSave.current?.selectedSortieUnitIds,
        firstCampHistoryMutationFixture.divergent.selectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.current?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.divergent.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.current?.sortieItemAssignments,
        firstCampHistoryMutationFixture.divergent.itemAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.slot1?.selectedSortieUnitIds,
        firstCampHistoryMutationFixture.divergent.selectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.slot1?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.divergent.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.slot1?.sortieItemAssignments,
        firstCampHistoryMutationFixture.divergent.itemAssignments
      ) &&
      sameJsonValue(firstCampHistoryUndoneSave.current?.firstBattleReport?.sortieReview, expectedFirstSortieReview) &&
      sameJsonValue(
        firstCampHistoryUndoneSave.current?.battleHistory?.['first-battle-zhuo-commandery']?.sortieReview,
        expectedFirstSortieReview
      ),
    `Expected the real history undo control to restore the exact prior names, roles, and supplies without touching the battle review: ${JSON.stringify({
      state: firstCampHistoryUndoneState,
      save: firstCampHistoryUndoneSave
    })}`
  );

  const firstCampHistoryClosePoint = await readCampReportFormationHistoryControlPoint(page, 'close');
  await page.mouse.click(firstCampHistoryClosePoint.x, firstCampHistoryClosePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationHistory?.open === false,
    undefined,
    { timeout: 30000 }
  );
  const firstCampHistoryClosedState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    firstCampHistoryClosedState?.reportFormationHistory?.recordCount === 1 &&
      firstCampHistoryClosedState.reportFormationHistory.open === false &&
      firstCampHistoryClosedState.reportFormationHistory.closeButtonBounds === null &&
      firstCampHistoryClosedState.reportFormationHistory.toggleButtonBounds,
    `Expected the real history close control to return to the first camp report: ${JSON.stringify(firstCampHistoryClosedState?.reportFormationHistory)}`
  );

  await page.evaluate((before) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    if (!scene || typeof scene.persistSortieSelection !== 'function' || typeof scene.render !== 'function') {
      throw new Error('Expected CampScene runtime methods while restoring the first-camp history fixture.');
    }
    scene.selectedSortieUnitIds = [...before.selectedUnitIds];
    scene.sortieFormationAssignments = { ...before.formationAssignments };
    scene.sortieItemAssignments = structuredClone(before.itemAssignments);
    scene.sortieFocusedUnitId = before.focusedUnitId;
    scene.sortiePlanFeedback = before.planFeedback;
    scene.sortieRosterScroll = before.rosterScroll;
    scene.persistSortieSelection();
    scene.render();
  }, firstCampHistoryMutationFixture.before);
  await page.waitForFunction(
    (before) => {
      const state = window.__HEROS_DEBUG__?.camp();
      return JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(before.selectedUnitIds) &&
        JSON.stringify(state?.sortieFormationAssignments) === JSON.stringify(before.formationAssignments) &&
        JSON.stringify(state?.sortieItemAssignments) === JSON.stringify(before.itemAssignments);
    },
    firstCampHistoryMutationFixture.before,
    { timeout: 30000 }
  );
  const firstCampHistoryRestoredSave = await readCampaignSave(page);
  assert(
    sameJsonValue(
      firstCampHistoryRestoredSave.current?.selectedSortieUnitIds,
      firstCampHistoryMutationFixture.before.selectedUnitIds
    ) &&
      sameJsonValue(
        firstCampHistoryRestoredSave.current?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.before.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryRestoredSave.current?.sortieItemAssignments,
        firstCampHistoryMutationFixture.before.itemAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryRestoredSave.slot1?.selectedSortieUnitIds,
        firstCampHistoryMutationFixture.before.selectedUnitIds
      ) &&
      sameJsonValue(
        firstCampHistoryRestoredSave.slot1?.sortieFormationAssignments,
        firstCampHistoryMutationFixture.before.formationAssignments
      ) &&
      sameJsonValue(
        firstCampHistoryRestoredSave.slot1?.sortieItemAssignments,
        firstCampHistoryMutationFixture.before.itemAssignments
      ),
    `Expected the RC-only mismatch fixture to restore the original first-camp sortie before continuing: ${JSON.stringify(firstCampHistoryRestoredSave)}`
  );

  const firstCampSupplyMutationFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const campaign = scene?.campaign;
    const report = scene?.report;
    const targetId = state?.reportFormationEvaluation?.snapshot?.selectedUnitIds?.find((unitId) =>
      campaign?.roster?.some((unit) => unit.id === unitId)
    );
    const target = campaign?.roster?.find((unit) => unit.id === targetId);
    const reportUnit = report?.units?.find((unit) => unit.id === targetId && unit.faction === 'ally');
    const settlementUnit = campaign?.battleHistory?.[report?.battleId]?.units?.find((unit) => unit.unitId === targetId);
    if (!scene || !campaign || !report || !target || !reportUnit || !settlementUnit || typeof scene.render !== 'function') {
      return { ready: false, targetId: targetId ?? null };
    }

    const beanBefore = campaign.inventory?.['콩'] ?? 0;
    target.hp = Math.max(1, target.maxHp - 12);
    reportUnit.hp = target.hp;
    campaign.inventory['콩'] = beanBefore + 1;
    scene.selectedUnitId = target.id;
    scene.render();
    return {
      ready: true,
      targetId: target.id,
      woundedHp: target.hp,
      maxHp: target.maxHp,
      settlementHp: settlementUnit.hp,
      beanBefore
    };
  });
  assert(
    firstCampSupplyMutationFixture.ready === true &&
      firstCampSupplyMutationFixture.targetId &&
      firstCampSupplyMutationFixture.woundedHp < firstCampSupplyMutationFixture.maxHp,
    `Expected a deterministic wounded report-unit fixture for camp supply recovery: ${JSON.stringify(firstCampSupplyMutationFixture)}`
  );
  await clickLegacyUi(page, 798, 38);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.activeTab === 'supplies',
    undefined,
    { timeout: 30000 }
  );
  const firstCampUseSupplyPoint = await readCampSupplyUseControlPoint(page, '콩');
  await page.mouse.click(firstCampUseSupplyPoint.x, firstCampUseSupplyPoint.y);
  await page.waitForTimeout(120);
  const firstCampSupplyClickApplied = await page.evaluate((fixture) => {
    const target = window.__HEROS_DEBUG__?.camp()?.campaign?.roster?.find((unit) => unit.id === fixture.targetId);
    return target?.hp === fixture.maxHp;
  }, firstCampSupplyMutationFixture);
  if (!firstCampSupplyClickApplied) {
    const fallbackApplied = await page.evaluate(({ fixture, supplyLabel }) => {
      const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
      const texts = (scene?.contentObjects ?? []).filter((object) => object?.type === 'Text' && object?.active && object?.visible);
      const supplyTitle = texts.find((object) => object.text?.startsWith(`${supplyLabel}  x`));
      const useText = texts
        .filter((object) => object.text === '사용')
        .sort((left, right) => Math.abs(left.y - (supplyTitle?.y ?? 0)) - Math.abs(right.y - (supplyTitle?.y ?? 0)))[0];
      const target = window.__HEROS_DEBUG__?.camp()?.campaign?.roster?.find((unit) => unit.id === fixture.targetId);
      if (!scene || !supplyTitle || !useText || !target) {
        return { ready: false, supplyTitle: supplyTitle?.text ?? null, useFound: Boolean(useText), targetHp: target?.hp ?? null };
      }
      useText.emit('pointerdown');
      return { ready: true, supplyTitle: supplyTitle.text, targetHp: target.hp };
    }, { fixture: firstCampSupplyMutationFixture, supplyLabel: '콩' });
    assert(fallbackApplied.ready === true, `Expected the visible bean-use control to expose its Phaser action: ${JSON.stringify(fallbackApplied)}`);
  }
  await page.waitForFunction((fixture) => {
    const state = window.__HEROS_DEBUG__?.camp();
    const target = state?.campaign?.roster?.find((unit) => unit.id === fixture.targetId);
    return target?.hp === fixture.maxHp;
  }, firstCampSupplyMutationFixture, { timeout: 30000 });
  const firstCampAfterSupplyProbe = await page.evaluate((fixture) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const report = scene?.report;
    const settlement = scene?.campaign?.battleHistory?.[report?.battleId];
    return {
      evaluation: state?.reportFormationEvaluation,
      rosterHp: state?.campaign?.roster?.find((unit) => unit.id === fixture.targetId)?.hp ?? null,
      reportHp: report?.units?.find((unit) => unit.id === fixture.targetId && unit.faction === 'ally')?.hp ?? null,
      settlementHp: settlement?.units?.find((unit) => unit.unitId === fixture.targetId)?.hp ?? null,
      beanAmount: state?.campaign?.inventory?.['콩'] ?? 0
    };
  }, firstCampSupplyMutationFixture);
  assert(
    firstCampAfterSupplyProbe.rosterHp === firstCampSupplyMutationFixture.maxHp &&
      firstCampAfterSupplyProbe.reportHp === firstCampSupplyMutationFixture.maxHp &&
      firstCampAfterSupplyProbe.settlementHp === firstCampSupplyMutationFixture.settlementHp &&
      firstCampAfterSupplyProbe.beanAmount === firstCampSupplyMutationFixture.beanBefore &&
      firstCampAfterSupplyProbe.evaluation?.grade === firstCampEvaluation.grade &&
      firstCampAfterSupplyProbe.evaluation?.score === firstCampEvaluation.score &&
      firstCampAfterSupplyProbe.evaluation?.survivorCount === firstCampEvaluation.survivorCount &&
      firstCampAfterSupplyProbe.evaluation?.recoveryNeededCount === firstCampEvaluation.recoveryNeededCount &&
      sameJsonValue(firstCampAfterSupplyProbe.evaluation?.snapshot, firstCampEvaluation.snapshot),
    `Expected camp supply use to update report HP without rewriting the settlement-backed formation evaluation: ${JSON.stringify({
      before: firstCampEvaluation,
      fixture: firstCampSupplyMutationFixture,
      after: firstCampAfterSupplyProbe
    })}`
  );

  const firstCampSelectedSortieUnitIds = firstCampProbe.state?.selectedSortieUnitIds ?? [];
  const firstCampDeploymentPreview = firstCampProbe.state?.sortieDeploymentPreview ?? [];
  await clickLegacyUi(page, 1160, 38);
  await waitForSortiePrep(page);
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp-sortie-prep.png`, fullPage: true });
  await assertCanvasPainted(page, 'first camp sortie prep');
  const firstSortieBriefingState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    firstSortieBriefingState?.stagedSortiePrep === true &&
      firstSortieBriefingState?.sortiePrepStep === 'briefing' &&
      firstSortieBriefingState?.sortiePrimaryAction?.kind === 'next' &&
      firstSortieBriefingState?.sortiePrimaryAction?.nextStep === 'formation',
    `Expected the first sortie to open at the staged battlefield briefing: ${JSON.stringify(firstSortieBriefingState)}`
  );
  await advanceSortiePrepStep(page, 'formation');
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp-sortie-formation.png`, fullPage: true });
  await assertCanvasPainted(page, 'first camp sortie formation');
  const firstSortieSynergy = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortieSynergyPreview);
  assert(
    firstSortieSynergy?.activeBondCount === 3 &&
      firstSortieSynergy?.coveredRoleCount === 3 &&
      firstSortieSynergy?.strongestBond?.damageBonus === 9 &&
      firstSortieSynergy?.strongestBond?.chainRate === 18 &&
      firstSortieSynergy?.firstPursuitTrinityConfigured === true,
    `Expected first sortie to preview three bonds, the strongest effect, and trinity: ${JSON.stringify(firstSortieSynergy)}`
  );

  const expectedFirstSortiePursuitPairs = [
    {
      id: 'liu-bei__guan-yu',
      unitIds: ['liu-bei', 'guan-yu'],
      unitNames: ['유비', '관우'],
      title: '도원결의',
      level: 72,
      chainRate: 18,
      baseChainRate: 18,
      core: false,
      damageBonus: 9
    },
    {
      id: 'liu-bei__zhang-fei',
      unitIds: ['liu-bei', 'zhang-fei'],
      unitNames: ['유비', '장비'],
      title: '의형제',
      level: 68,
      chainRate: 8,
      baseChainRate: 8,
      core: false,
      damageBonus: 9
    },
    {
      id: 'guan-yu__zhang-fei',
      unitIds: ['guan-yu', 'zhang-fei'],
      unitNames: ['관우', '장비'],
      title: '맹장 공명',
      level: 64,
      chainRate: 8,
      baseChainRate: 8,
      core: false,
      damageBonus: 9
    }
  ];
  const firstSortiePursuit = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  const logicalViewportBounds = { x: 0, y: 0, width: 1920, height: 1080 };
  assert(
    sameJsonValue(firstSortiePursuit?.activePairs, expectedFirstSortiePursuitPairs) &&
      firstSortiePursuit?.selectableOpportunities?.length === 0 &&
      firstSortiePursuit?.selectedCoreBondId === null &&
      firstSortiePursuit?.selectionBattleId === null &&
      sameJsonValue(
        firstSortiePursuit?.coreCandidates?.map((candidate) => ({
          id: candidate.id,
          level: candidate.level,
          baseChainRate: candidate.baseChainRate,
          coreChainRate: candidate.coreChainRate,
          selected: candidate.selected
        })),
        [
          { id: 'liu-bei__guan-yu', level: 72, baseChainRate: 18, coreChainRate: 28, selected: false },
          { id: 'liu-bei__zhang-fei', level: 68, baseChainRate: 8, coreChainRate: 18, selected: false },
          { id: 'guan-yu__zhang-fei', level: 64, baseChainRate: 8, coreChainRate: 18, selected: false }
        ]
      ),
    `Expected the selected founding trio to expose ordered 18/8/8 resonance-pursuit pairs without reserve opportunities: ${JSON.stringify(firstSortiePursuit)}`
  );
  assert(
    firstSortiePursuit?.summaryText === '핵심 공명조 · 미지정 · 후보 3조' &&
      firstSortiePursuit?.ruleText === 'Lv30+ 한 조 · 핵심 추격 8/18/28% · 재클릭 해제' &&
      isFiniteBounds(firstSortiePursuit.panelBounds) &&
      isFiniteBounds(firstSortiePursuit.ruleBounds) &&
      firstSortiePursuit.page === 0 &&
      firstSortiePursuit.pageCount === 1 &&
      firstSortiePursuit.pageText === '1/1' &&
      firstSortiePursuit.prevEnabled === false &&
      firstSortiePursuit.nextEnabled === false &&
      isFiniteBounds(firstSortiePursuit.prevBounds) &&
      isFiniteBounds(firstSortiePursuit.nextBounds) &&
      firstSortiePursuit.prevClickBounds === null &&
      firstSortiePursuit.nextClickBounds === null &&
      boundsInside(firstSortiePursuit.prevBounds, firstSortiePursuit.panelBounds) &&
      boundsInside(firstSortiePursuit.nextBounds, firstSortiePursuit.panelBounds) &&
      boundsInside(firstSortiePursuit.panelBounds, logicalViewportBounds) &&
      boundsInside(firstSortiePursuit.ruleBounds, firstSortiePursuit.panelBounds) &&
      sameJsonValue(firstSortiePursuit.rows?.map((row) => ({ bondId: row.bondId, state: row.state, selected: row.selected, chainRate: row.chainRate, text: row.text })), [
        { bondId: 'liu-bei__guan-yu', state: 'candidate', selected: false, chainRate: 28, text: '지정 28% 유비↔관우' },
        { bondId: 'liu-bei__zhang-fei', state: 'candidate', selected: false, chainRate: 18, text: '지정 18% 유비↔장비' },
        { bondId: 'guan-yu__zhang-fei', state: 'candidate', selected: false, chainRate: 18, text: '지정 18% 관우↔장비' }
      ]) &&
      firstSortiePursuit.rows.every(
        (row) =>
          isFiniteBounds(row.bounds) &&
          isFiniteBounds(row.chipBounds) &&
          isFiniteBounds(row.textBounds) &&
          sameJsonValue(row.bounds, row.chipBounds) &&
          boundsInside(row.bounds, firstSortiePursuit.panelBounds) &&
          boundsInside(row.textBounds, row.bounds, 2)
      ),
    `Expected all three interactive core-resonance chips and their labels to remain visible inside the first-sortie panel: ${JSON.stringify(firstSortiePursuit)}`
  );

  const coreResonanceToggleTarget = firstSortiePursuit.rows.find(
    (row) => row.bondId === 'liu-bei__zhang-fei'
  );
  assert(
    isFiniteBounds(coreResonanceToggleTarget?.chipBounds),
    `Expected the lower-level brother pair to expose an interactive core-resonance chip: ${JSON.stringify(coreResonanceToggleTarget)}`
  );
  await page.mouse.click(
    coreResonanceToggleTarget.chipBounds.x + coreResonanceToggleTarget.chipBounds.width / 2,
    coreResonanceToggleTarget.chipBounds.y + coreResonanceToggleTarget.chipBounds.height / 2
  );
  await page.waitForFunction(() => {
    const pursuit = window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview;
    return pursuit?.selectedCoreBondId === 'liu-bei__zhang-fei' &&
      pursuit?.rows?.some((row) => row.bondId === 'liu-bei__zhang-fei' && row.selected === true);
  }, undefined, { timeout: 30000 });
  const selectedCoreResonance = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  const selectedCoreResonanceSave = await readCampaignSave(page);
  await page.screenshot({ path: `${screenshotDir}/rc-first-camp-core-resonance-selected.png`, fullPage: true });
  assert(
    selectedCoreResonance?.selectionBattleId === 'second-battle-yellow-turban-pursuit' &&
      selectedCoreResonance?.selectedCoreBondId === 'liu-bei__zhang-fei' &&
      selectedCoreResonance?.summaryText === '핵심 공명조 · 지정 · 후보 3조' &&
      selectedCoreResonance?.activePairs?.[0]?.id === 'liu-bei__zhang-fei' &&
      selectedCoreResonance.activePairs[0].core === true &&
      selectedCoreResonance.activePairs[0].baseChainRate === 8 &&
      selectedCoreResonance.activePairs[0].chainRate === 18 &&
      selectedCoreResonance?.coreCandidates?.[0]?.id === 'liu-bei__zhang-fei' &&
      selectedCoreResonance.coreCandidates[0].selected === true &&
      selectedCoreResonance?.rows?.[0]?.bondId === 'liu-bei__zhang-fei' &&
      selectedCoreResonance.rows[0].state === 'selected' &&
      selectedCoreResonance.rows[0].text === '핵심 18% 유비↔장비' &&
      selectedCoreResonanceSave.current?.sortieResonanceSelection?.battleId === 'second-battle-yellow-turban-pursuit' &&
      selectedCoreResonanceSave.current.sortieResonanceSelection.bondId === 'liu-bei__zhang-fei',
    `Expected one clicked pair to become the persisted, prioritized 18% core resonance: ${JSON.stringify({ selectedCoreResonance, save: selectedCoreResonanceSave.current?.sortieResonanceSelection })}`
  );

  const coreResonanceAutoClearFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    if (!scene || typeof scene.toggleSortieUnit !== 'function') {
      return { ready: false };
    }
    const before = {
      selectedUnitIds: [...scene.selectedSortieUnitIds],
      formationAssignments: { ...scene.sortieFormationAssignments },
      itemAssignments: structuredClone(scene.sortieItemAssignments ?? {}),
      focusedUnitId: scene.sortieFocusedUnitId ?? null,
      planFeedback: scene.sortiePlanFeedback,
      rosterScroll: scene.sortieRosterScroll
    };
    scene.toggleSortieUnit('zhang-fei');
    return { ready: true, before };
  });
  await page.waitForFunction(
    () => {
      const state = window.__HEROS_DEBUG__?.camp();
      return state?.sortiePursuitPreview?.selectedCoreBondId === null &&
        !state?.selectedSortieUnitIds?.includes('zhang-fei');
    },
    undefined,
    { timeout: 30000 }
  );
  const clearedCoreResonance = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  const clearedCoreCampState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const clearedCoreResonanceSave = await readCampaignSave(page);
  assert(
    coreResonanceAutoClearFixture.ready === true &&
      clearedCoreResonance?.selectedCoreBondId === null &&
      clearedCoreResonance?.activePairs?.every((pair) => pair.core === false) &&
      clearedCoreResonance?.rows?.every((row) => row.selected === false && row.state === 'candidate') &&
      !clearedCoreCampState?.selectedSortieUnitIds?.includes('zhang-fei') &&
      clearedCoreCampState?.sortiePlanFeedback?.includes('핵심 공명조 자동 해제') &&
      clearedCoreResonanceSave.current?.sortieResonanceSelection === undefined,
    `Expected removing a designated member to clear the persisted core pair and retain ordinary pursuit behavior: ${JSON.stringify({ clearedCoreCampState, clearedCoreResonance, save: clearedCoreResonanceSave.current?.sortieResonanceSelection })}`
  );
  await page.evaluate((before) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    scene.selectedSortieUnitIds = [...before.selectedUnitIds];
    scene.sortieFormationAssignments = { ...before.formationAssignments };
    scene.sortieItemAssignments = structuredClone(before.itemAssignments);
    scene.sortieFocusedUnitId = before.focusedUnitId ?? undefined;
    scene.sortiePlanFeedback = before.planFeedback;
    scene.sortieRosterScroll = before.rosterScroll;
    scene.persistSortieSelection();
    scene.showSortiePrep();
  }, coreResonanceAutoClearFixture.before);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.selectedSortieUnitIds?.includes('zhang-fei') === true,
    undefined,
    { timeout: 30000 }
  );

  const firstSortiePursuitSaveBefore = await readCampaignSave(page);
  const firstSortiePursuitMutation = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    if (
      !scene ||
      typeof scene.persistSortieSelection !== 'function' ||
      typeof scene.showSortiePrep !== 'function'
    ) {
      return { ready: false };
    }

    const before = {
      selectedUnitIds: [...scene.selectedSortieUnitIds],
      formationAssignments: { ...scene.sortieFormationAssignments },
      itemAssignments: structuredClone(scene.sortieItemAssignments ?? {}),
      focusedUnitId: scene.sortieFocusedUnitId ?? null,
      planFeedback: scene.sortiePlanFeedback,
      rosterScroll: scene.sortieRosterScroll
    };
    scene.selectedSortieUnitIds = scene.selectedSortieUnitIds.filter((unitId) => unitId !== 'guan-yu');
    const formationAssignments = { ...scene.sortieFormationAssignments };
    delete formationAssignments['guan-yu'];
    scene.sortieFormationAssignments = formationAssignments;
    const itemAssignments = structuredClone(scene.sortieItemAssignments ?? {});
    delete itemAssignments['guan-yu'];
    scene.sortieItemAssignments = itemAssignments;
    scene.sortieFocusedUnitId = 'guan-yu';
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      ready: true,
      before,
      after: {
        selectedUnitIds: state?.selectedSortieUnitIds,
        formationAssignments: state?.sortieFormationAssignments,
        itemAssignments: state?.sortieItemAssignments,
        focusedUnitId: state?.sortieFocusedUnitId,
        pursuit: state?.sortiePursuitPreview,
        focusedSynergy: state?.sortieFocusedSynergyPreview
      }
    };
  });
  const expectedGuanYuPursuitOpportunities = [
    {
      ...expectedFirstSortiePursuitPairs[0],
      selectedPartnerId: 'liu-bei',
      selectedPartnerName: '유비',
      candidateUnitId: 'guan-yu',
      candidateUnitName: '관우'
    },
    {
      ...expectedFirstSortiePursuitPairs[2],
      selectedPartnerId: 'zhang-fei',
      selectedPartnerName: '장비',
      candidateUnitId: 'guan-yu',
      candidateUnitName: '관우'
    }
  ];
  assert(
    firstSortiePursuitMutation.ready === true &&
      !firstSortiePursuitMutation.after?.selectedUnitIds?.includes('guan-yu') &&
      firstSortiePursuitMutation.after?.focusedUnitId === 'guan-yu' &&
      !Object.prototype.hasOwnProperty.call(firstSortiePursuitMutation.after?.formationAssignments ?? {}, 'guan-yu') &&
      !Object.prototype.hasOwnProperty.call(firstSortiePursuitMutation.after?.itemAssignments ?? {}, 'guan-yu'),
    `Expected the RC fixture to bench Guan Yu and clear only his live role and supply assignments: ${JSON.stringify(firstSortiePursuitMutation)}`
  );
  assert(
    sameJsonValue(firstSortiePursuitMutation.after?.pursuit?.activePairs, [expectedFirstSortiePursuitPairs[1]]) &&
      sameJsonValue(
        firstSortiePursuitMutation.after?.pursuit?.selectableOpportunities,
        expectedGuanYuPursuitOpportunities
      ),
    `Expected benching Guan Yu to leave one active 8% pursuit and expose his 18%/8% partner opportunities: ${JSON.stringify(firstSortiePursuitMutation.after?.pursuit)}`
  );
  assert(
    firstSortiePursuitMutation.after?.focusedSynergy?.mode === 'add' &&
      firstSortiePursuitMutation.after.focusedSynergy.comparison?.activeBondDelta === 2 &&
      sameJsonValue(
        firstSortiePursuitMutation.after.focusedSynergy.comparison.gainedBonds?.map((bond) => bond.id),
        ['liu-bei__guan-yu', 'guan-yu__zhang-fei']
      ) &&
      firstSortiePursuitMutation.after.focusedSynergy.comparison.lostBonds?.length === 0 &&
      sameJsonValue(
        firstSortiePursuitMutation.after.focusedSynergy.projected?.activeBonds?.map((bond) => bond.id),
        expectedFirstSortiePursuitPairs.map((pair) => pair.id)
      ),
    `Expected Guan Yu's focused add projection to restore both pursuit bonds and the full trio: ${JSON.stringify(firstSortiePursuitMutation.after?.focusedSynergy)}`
  );

  const firstSortiePursuitRemoveProjection = await page.evaluate((before) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    if (!scene || typeof scene.persistSortieSelection !== 'function' || typeof scene.showSortiePrep !== 'function') {
      return { ready: false };
    }
    const scenario = scene.nextSortieScenario();
    const current = scene.sortieSynergySnapshot(before.selectedUnitIds, scenario, before.formationAssignments);
    const projectedUnitIds = before.selectedUnitIds.filter((unitId) => unitId !== 'guan-yu');
    const projectedFormationAssignments = { ...before.formationAssignments };
    delete projectedFormationAssignments['guan-yu'];
    const projected = scene.sortieSynergySnapshot(projectedUnitIds, scenario, projectedFormationAssignments);
    const pursuitChanges = scene.changedSortiePursuitPairs(current, projected);

    scene.selectedSortieUnitIds = [...before.selectedUnitIds];
    scene.sortieFormationAssignments = { ...before.formationAssignments };
    scene.sortieItemAssignments = structuredClone(before.itemAssignments);
    scene.sortieFocusedUnitId = before.focusedUnitId ?? undefined;
    scene.sortiePlanFeedback = before.planFeedback;
    scene.sortieRosterScroll = before.rosterScroll;
    scene.persistSortieSelection();
    scene.showSortiePrep();
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      ready: true,
      selectedUnitIds: state?.selectedSortieUnitIds,
      pursuit: state?.sortiePursuitPreview,
      removeProjection: {
        currentPairIds: pursuitChanges.currentPairs.map((pair) => pair.id),
        projectedPairIds: pursuitChanges.projectedPairs.map((pair) => pair.id),
        gainedPairIds: pursuitChanges.gainedPairs.map((pair) => pair.id),
        lostPairIds: pursuitChanges.lostPairs.map((pair) => pair.id),
        activePairDelta: pursuitChanges.projectedPairs.length - pursuitChanges.currentPairs.length
      }
    };
  }, firstSortiePursuitMutation.before);
  assert(
    firstSortiePursuitRemoveProjection.ready === true &&
      sameJsonValue(firstSortiePursuitRemoveProjection.selectedUnitIds, firstSortiePursuitMutation.before?.selectedUnitIds) &&
      sameJsonValue(firstSortiePursuitRemoveProjection.pursuit?.activePairs, expectedFirstSortiePursuitPairs) &&
      firstSortiePursuitRemoveProjection.pursuit?.selectableOpportunities?.length === 0 &&
      sameJsonValue(
        firstSortiePursuitRemoveProjection.removeProjection?.currentPairIds,
        expectedFirstSortiePursuitPairs.map((pair) => pair.id)
      ) &&
      sameJsonValue(firstSortiePursuitRemoveProjection.removeProjection?.projectedPairIds, ['liu-bei__zhang-fei']) &&
      firstSortiePursuitRemoveProjection.removeProjection?.activePairDelta === -2 &&
      sameJsonValue(
        firstSortiePursuitRemoveProjection.removeProjection?.lostPairIds,
        ['liu-bei__guan-yu', 'guan-yu__zhang-fei']
      ) &&
      firstSortiePursuitRemoveProjection.removeProjection?.gainedPairIds?.length === 0,
    `Expected the restored trio to preview exactly the two pursuit pairs lost by removing Guan Yu: ${JSON.stringify(firstSortiePursuitRemoveProjection)}`
  );

  const firstSortiePursuitRestored = await page.evaluate((before) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    if (!scene || typeof scene.persistSortieSelection !== 'function' || typeof scene.showSortiePrep !== 'function') {
      return { ready: false };
    }
    scene.selectedSortieUnitIds = [...before.selectedUnitIds];
    scene.sortieFormationAssignments = { ...before.formationAssignments };
    scene.sortieItemAssignments = structuredClone(before.itemAssignments);
    scene.sortieFocusedUnitId = before.focusedUnitId ?? undefined;
    scene.sortiePlanFeedback = before.planFeedback;
    scene.sortieRosterScroll = before.rosterScroll;
    scene.persistSortieSelection();
    scene.showSortiePrep();
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      ready: true,
      selectedUnitIds: state?.selectedSortieUnitIds,
      formationAssignments: state?.sortieFormationAssignments,
      itemAssignments: state?.sortieItemAssignments,
      focusedUnitId: state?.sortieFocusedUnitId ?? null,
      planFeedback: state?.sortiePlanFeedback,
      rosterScroll: scene.sortieRosterScroll,
      deploymentPreview: state?.sortieDeploymentPreview,
      pursuit: state?.sortiePursuitPreview
    };
  }, firstSortiePursuitMutation.before);
  const firstSortiePursuitSaveRestored = await readCampaignSave(page);
  assert(
    firstSortiePursuitRestored.ready === true &&
      sameJsonValue(firstSortiePursuitRestored.selectedUnitIds, firstSortiePursuitMutation.before?.selectedUnitIds) &&
      sameJsonValue(firstSortiePursuitRestored.formationAssignments, firstSortiePursuitMutation.before?.formationAssignments) &&
      sameJsonValue(firstSortiePursuitRestored.itemAssignments, firstSortiePursuitMutation.before?.itemAssignments) &&
      firstSortiePursuitRestored.focusedUnitId === firstSortiePursuitMutation.before?.focusedUnitId &&
      firstSortiePursuitRestored.planFeedback === firstSortiePursuitMutation.before?.planFeedback &&
      firstSortiePursuitRestored.rosterScroll === firstSortiePursuitMutation.before?.rosterScroll &&
      sameJsonValue(firstSortiePursuitRestored.deploymentPreview, firstCampDeploymentPreview) &&
      sameJsonValue(firstSortiePursuitRestored.pursuit?.activePairs, expectedFirstSortiePursuitPairs),
    `Expected the pursuit RC fixture to restore the exact live formation, roles, supplies, focus, feedback, scroll, and deployment: ${JSON.stringify(firstSortiePursuitRestored)}`
  );
  assert(
    sameJsonValue(
      firstSortiePursuitSaveRestored.current?.selectedSortieUnitIds,
      firstSortiePursuitSaveBefore.current?.selectedSortieUnitIds
    ) &&
      sameJsonValue(
        firstSortiePursuitSaveRestored.current?.sortieFormationAssignments,
        firstSortiePursuitSaveBefore.current?.sortieFormationAssignments
      ) &&
      sameJsonValue(
        firstSortiePursuitSaveRestored.current?.sortieItemAssignments,
        firstSortiePursuitSaveBefore.current?.sortieItemAssignments
      ) &&
      sameJsonValue(
        firstSortiePursuitSaveRestored.slot1?.selectedSortieUnitIds,
        firstSortiePursuitSaveBefore.slot1?.selectedSortieUnitIds
      ) &&
      sameJsonValue(
        firstSortiePursuitSaveRestored.slot1?.sortieFormationAssignments,
        firstSortiePursuitSaveBefore.slot1?.sortieFormationAssignments
      ) &&
      sameJsonValue(
        firstSortiePursuitSaveRestored.slot1?.sortieItemAssignments,
        firstSortiePursuitSaveBefore.slot1?.sortieItemAssignments
    ),
    `Expected the pursuit RC fixture to restore current and slot-1 sortie saves before launch: ${JSON.stringify(firstSortiePursuitSaveRestored)}`
  );

  const launchCoreResonanceRow = firstSortiePursuitRestored.pursuit?.rows?.find(
    (row) => row.bondId === 'liu-bei__zhang-fei'
  );
  assert(
    isFiniteBounds(launchCoreResonanceRow?.chipBounds),
    `Expected the restored formation to keep the Liu Bei/Zhang Fei core-resonance control available: ${JSON.stringify(firstSortiePursuitRestored.pursuit)}`
  );
  await page.mouse.click(
    launchCoreResonanceRow.chipBounds.x + launchCoreResonanceRow.chipBounds.width / 2,
    launchCoreResonanceRow.chipBounds.y + launchCoreResonanceRow.chipBounds.height / 2
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview?.selectedCoreBondId === 'liu-bei__zhang-fei',
    undefined,
    { timeout: 30000 }
  );
  const launchCoreResonance = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  assert(
    launchCoreResonance?.activePairs?.[0]?.id === 'liu-bei__zhang-fei' &&
      launchCoreResonance.activePairs[0].core === true &&
      launchCoreResonance.activePairs[0].chainRate === 18,
    `Expected the lower legacy-rate pair to be promoted and prioritized before battle launch: ${JSON.stringify(launchCoreResonance)}`
  );
  await advanceSortiePrepStep(page, 'loadout');
  await clickLegacyUi(page, 1116, 656);
  await advanceUntilBattle(page, 'second-battle-yellow-turban-pursuit');
  await page.screenshot({ path: `${screenshotDir}/rc-second-battle-from-first-camp.png`, fullPage: true });
  await assertCanvasPainted(page, 'second battle from first camp');

  const secondBattleProbe = await readBattleDoctrineProbe(page);
  assert(secondBattleProbe?.battleId === 'second-battle-yellow-turban-pursuit', `Expected first camp sortie to enter second battle: ${JSON.stringify(secondBattleProbe)}`);
  assert(
    secondBattleProbe?.sortieOperationOrder?.selectedId === 'elite' && secondBattleProbe.sortieOperationOrder.result === null,
    `Expected the explicitly declared elite order to reach the next battle unchanged: ${JSON.stringify(secondBattleProbe?.sortieOperationOrder)}`
  );
  await assertLiveSortieOrderHud(page, {
    battleId: 'second-battle-yellow-turban-pursuit',
    orderId: 'elite',
    context: 'second battle'
  });
  assertSameMembers(
    secondBattleProbe?.selectedSortieUnitIds,
    firstCampSelectedSortieUnitIds,
    `Expected second battle to receive first camp selected sortie ids: ${JSON.stringify(secondBattleProbe?.selectedSortieUnitIds)} / ${JSON.stringify(firstCampSelectedSortieUnitIds)}`
  );
  assertSameMembers(
    secondBattleProbe?.deployedAllyIds,
    firstCampSelectedSortieUnitIds,
    `Expected second battle deployed allies to match first camp sortie ids: ${JSON.stringify(secondBattleProbe?.deployedAllyIds)} / ${JSON.stringify(firstCampSelectedSortieUnitIds)}`
  );
  assertDeploymentMatchesPreview(
    secondBattleProbe?.deployedAllyPositions,
    firstCampDeploymentPreview,
    `Expected second battle ally positions to match first camp deployment preview: ${JSON.stringify(secondBattleProbe?.deployedAllyPositions)} / ${JSON.stringify(firstCampDeploymentPreview)}`
  );
  assertSortieDoctrine(secondBattleProbe, { requireFullCoverage: true, requireVisibleSeals: true });
  assert(
    secondBattleProbe.firstSortieRoleEffects?.active === true &&
      secondBattleProbe.firstSortieRoleEffects?.fullCoverage === true &&
      secondBattleProbe.firstSortieRoleEffects?.trinityActive === true &&
      secondBattleProbe.firstSortieRoleEffects?.trinitySupportRange === 2,
    `Expected the second battle to retain its three-role Peach Garden trinity special: ${JSON.stringify(secondBattleProbe.firstSortieRoleEffects)}`
  );
  assert(
    secondBattleProbe.sortieDoctrine?.roles?.every((role) => role.unitIds.length === 1) &&
      secondBattleProbe.sortieDoctrine?.activeBondCount === 3,
    `Expected the second battle doctrine to expose one officer per role and all three active bonds: ${JSON.stringify(secondBattleProbe.sortieDoctrine)}`
  );
  assert(
    secondBattleProbe.coreSortieResonance?.selected === true &&
      secondBattleProbe.coreSortieResonance.selectedBondId === 'liu-bei__zhang-fei' &&
      secondBattleProbe.coreSortieResonance.valid === true &&
      secondBattleProbe.coreSortieResonance.active === true &&
      secondBattleProbe.coreSortieResonance.level === 68 &&
      secondBattleProbe.coreSortieResonance.rate === 18 &&
      sameJsonValue(secondBattleProbe.coreSortieResonance.unitIds, ['liu-bei', 'zhang-fei']) &&
      sameJsonValue(secondBattleProbe.coreSortieResonance.stats, {
        attempts: 0,
        successes: 0,
        failures: 0,
        additionalDamage: 0
      }) &&
      sameJsonValue(secondBattleProbe.sortieResonance, secondBattleProbe.coreSortieResonance),
    `Expected the camp designation to reach battle as one active 18% core resonance with clean statistics: ${JSON.stringify(secondBattleProbe.coreSortieResonance)}`
  );
  const secondBattleCorePriority = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const attacker = scene?.debugUnitById('liu-bei');
    const corePartner = scene?.debugUnitById('zhang-fei');
    const ordinaryPartner = scene?.debugUnitById('guan-yu');
    const targetState = window.__HEROS_DEBUG__?.battle()?.units?.find((unit) => unit.faction === 'enemy' && unit.hp > 0);
    const target = targetState ? scene?.debugUnitById(targetState.id) : undefined;
    if (!scene || !attacker || !corePartner || !ordinaryPartner || !target) {
      return { ready: false };
    }

    const touchedUnits = [attacker, corePartner, ordinaryPartner, target];
    const original = {
      units: touchedUnits.map((unit) => ({ unit, x: unit.x, y: unit.y })),
      attackIntents: scene.attackIntents.map((intent) => ({ ...intent })),
      actedUnitIds: new Set(scene.actedUnitIds),
      targetHp: target.hp,
      battleStats: new Map(
        [...scene.battleStats.entries()].map(([unitId, stats]) => [unitId, structuredClone(stats)])
      )
    };
    try {
      Object.assign(attacker, { x: 5, y: 5 });
      Object.assign(corePartner, { x: 5, y: 6 });
      Object.assign(ordinaryPartner, { x: 4, y: 5 });
      Object.assign(target, { x: 6, y: 5 });
      scene.attackIntents = [
        { attackerId: corePartner.id, targetId: target.id },
        { attackerId: ordinaryPartner.id, targetId: target.id }
      ];
      scene.actedUnitIds = new Set([...original.actedUnitIds, corePartner.id, ordinaryPartner.id]);
      const candidate = scene.activeBondChainCandidate(attacker, target, 'attack');
      const preview = scene.combatPreview(attacker, target, 'attack');
      const failedResolution = scene.resolveBondChainFollowUp(preview, true, false);
      const successfulResolution = scene.resolveBondChainFollowUp(preview, true, true);
      const coreStats = window.__HEROS_DEBUG__?.battle()?.coreSortieResonance?.stats ?? null;
      return {
        ready: true,
        candidate: candidate ? {
          bondId: candidate.bondId,
          partnerId: candidate.partner.id,
          rate: candidate.rate,
          coreResonance: candidate.coreResonance,
          label: candidate.label
        } : null,
        preview: {
          bondId: preview.bondChainBondId ?? null,
          partnerId: preview.bondChainPartnerId ?? null,
          rate: preview.bondChainRate,
          coreResonance: preview.bondChainCoreResonance,
          label: preview.bondChainLabel ?? null
        },
        failedResolution: failedResolution ? {
          succeeded: failedResolution.attempt.succeeded,
          coreResonance: failedResolution.attempt.coreResonance,
          hasResult: Boolean(failedResolution.result)
        } : null,
        successfulResolution: successfulResolution ? {
          succeeded: successfulResolution.attempt.succeeded,
          coreResonance: successfulResolution.attempt.coreResonance,
          damage: successfulResolution.result?.damage ?? 0
        } : null,
        coreStats
      };
    } finally {
      original.units.forEach(({ unit, x, y }) => Object.assign(unit, { x, y }));
      target.hp = original.targetHp;
      scene.battleStats = original.battleStats;
      scene.attackIntents = original.attackIntents;
      scene.actedUnitIds = original.actedUnitIds;
    }
  });
  assert(
    secondBattleCorePriority.ready === true &&
      secondBattleCorePriority.candidate?.bondId === 'liu-bei__zhang-fei' &&
      secondBattleCorePriority.candidate.partnerId === 'zhang-fei' &&
      secondBattleCorePriority.candidate.rate === 18 &&
      secondBattleCorePriority.candidate.coreResonance === true &&
      secondBattleCorePriority.candidate.label.includes('핵심 공명') &&
      secondBattleCorePriority.preview?.bondId === 'liu-bei__zhang-fei' &&
      secondBattleCorePriority.preview.partnerId === 'zhang-fei' &&
      secondBattleCorePriority.preview.rate === 18 &&
      secondBattleCorePriority.preview.coreResonance === true &&
      secondBattleCorePriority.failedResolution?.succeeded === false &&
      secondBattleCorePriority.failedResolution.coreResonance === true &&
      secondBattleCorePriority.failedResolution.hasResult === false &&
      secondBattleCorePriority.successfulResolution?.succeeded === true &&
      secondBattleCorePriority.successfulResolution.coreResonance === true &&
      secondBattleCorePriority.successfulResolution.damage > 0 &&
      sameJsonValue(secondBattleCorePriority.coreStats, {
        attempts: 2,
        successes: 1,
        failures: 1,
        additionalDamage: secondBattleCorePriority.successfulResolution.damage
      }),
    `Expected the designated Lv68 pair to outrank Liu Bei's ordinary Lv72 pursuit candidate: ${JSON.stringify(secondBattleCorePriority)}`
  );
  assert(
    secondBattleProbe.openingBannerTexts?.some((text) => text.includes('세 형제 생존 중 공명 지원 거리 2칸')) &&
      secondBattleProbe.openingBannerTexts?.some((text) => text.includes('전술 명령')),
    `Expected the second battle opening banner to retain trinity and tactical-command guidance: ${JSON.stringify(secondBattleProbe.openingBannerTexts)}`
  );
  const roleSealResyncProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    if (!scene) {
      return undefined;
    }
    const officerIds = ['liu-bei', 'guan-yu', 'zhang-fei'];
    const campaignCurrentKey = 'heros-web:campaign-state';
    const campaignSlotKey = `${campaignCurrentKey}:slot-1`;
    const battleKey = 'heros-web:battle:second-battle-yellow-turban-pursuit';
    const storageKeys = [campaignCurrentKey, campaignSlotKey, battleKey, `${battleKey}:slot-1`, 'heros-web:first-battle-state'];
    const storageSnapshot = new Map(storageKeys.map((key) => [key, window.localStorage.getItem(key)]));
    const captureUnits = () => {
      const byId = new Map((window.__HEROS_DEBUG__?.battle()?.units ?? []).map((unit) => [unit.id, unit]));
      return officerIds.map((id) => {
        const unit = byId.get(id);
        return {
          id,
          role: unit?.formationRole ?? null,
          effect: unit?.sortieRoleEffect?.label ?? null,
          seal: unit?.roleSealText ?? null,
          sealPresent: unit?.roleSealPresent ?? false,
          sealVisible: unit?.roleSealVisible ?? false
        };
      });
    };
    const loadAssignments = (savedCampaignRaw, assignments) => {
      const campaign = JSON.parse(savedCampaignRaw);
      campaign.sortieFormationAssignments = assignments;
      delete campaign.sortieResonanceSelection;
      window.localStorage.setItem(campaignSlotKey, JSON.stringify(campaign));
      scene.launchSortieResonanceBondId = undefined;
      scene.coreResonancePursuitAttempts = 0;
      scene.coreResonancePursuitSuccesses = 0;
      scene.coreResonancePursuitFailures = 0;
      scene.coreResonancePursuitDamage = 0;
      scene.loadBattleState?.(1);
    };

    scene.saveBattleState?.(1);
    const savedCampaignRaw = window.localStorage.getItem(campaignSlotKey);
    if (!savedCampaignRaw) {
      return { error: 'campaign slot save missing' };
    }

    loadAssignments(savedCampaignRaw, { 'liu-bei': 'front', 'guan-yu': 'support', 'zhang-fei': 'reserve' });
    const changed = captureUnits();
    const changedCoreResonance = structuredClone(
      window.__HEROS_DEBUG__?.battle()?.coreSortieResonance ?? null
    );

    loadAssignments(savedCampaignRaw, { 'liu-bei': 'reserve', 'guan-yu': 'reserve', 'zhang-fei': 'reserve' });
    scene.hideBattleEventBanner?.();
    scene.triggeredBattleEvents?.delete('opening');
    scene.showOpeningBattleEvent?.();
    const allReserve = {
      doctrineActive: window.__HEROS_DEBUG__?.battle()?.sortieDoctrine?.active ?? false,
      coveredRoleCount: window.__HEROS_DEBUG__?.battle()?.sortieDoctrine?.coveredRoleCount ?? -1,
      bannerTexts: (scene.battleEventObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
    scene.hideBattleEventBanner?.();

    window.localStorage.setItem(campaignSlotKey, savedCampaignRaw);
    scene.launchSortieResonanceBondId = undefined;
    scene.coreResonancePursuitAttempts = 0;
    scene.coreResonancePursuitSuccesses = 0;
    scene.coreResonancePursuitFailures = 0;
    scene.coreResonancePursuitDamage = 0;
    scene.loadBattleState?.(1);
    const restored = captureUnits();
    const restoredCoreResonance = structuredClone(
      window.__HEROS_DEBUG__?.battle()?.coreSortieResonance ?? null
    );
    storageSnapshot.forEach((value, key) => {
      if (value === null) {
        window.localStorage.removeItem(key);
      } else {
        window.localStorage.setItem(key, value);
      }
    });
    return { changed, changedCoreResonance, allReserve, restored, restoredCoreResonance };
  });
  assert(
    JSON.stringify(roleSealResyncProbe?.changed) === JSON.stringify([
      { id: 'liu-bei', role: 'front', effect: '전열 방호', seal: '전', sealPresent: true, sealVisible: true },
      { id: 'guan-yu', role: 'support', effect: '후원 지휘', seal: '후', sealPresent: true, sealVisible: true },
      { id: 'zhang-fei', role: 'reserve', effect: null, seal: null, sealPresent: false, sealVisible: false }
    ]),
    `Expected role seals to resync when a loaded formation changes roles: ${JSON.stringify(roleSealResyncProbe)}`
  );
  assert(
    roleSealResyncProbe?.changedCoreResonance?.selectedBondId === 'liu-bei__zhang-fei' &&
      roleSealResyncProbe.changedCoreResonance.active === true &&
      sameJsonValue(roleSealResyncProbe.changedCoreResonance.stats, {
        attempts: 2,
        successes: 1,
        failures: 1,
        additionalDamage: secondBattleCorePriority.successfulResolution.damage
      }),
    `Expected battle save data—not the cleared in-memory or campaign fallback—to restore the core designation and totals: ${JSON.stringify(roleSealResyncProbe?.changedCoreResonance)}`
  );
  assert(
    roleSealResyncProbe?.allReserve?.doctrineActive === true &&
      roleSealResyncProbe?.allReserve?.coveredRoleCount === 0 &&
      roleSealResyncProbe?.allReserve?.bannerTexts?.some((text) => text.startsWith('출진 군세')),
    `Expected an all-reserve formation to keep the sortie-doctrine opening banner: ${JSON.stringify(roleSealResyncProbe?.allReserve)}`
  );
  assert(
    JSON.stringify(roleSealResyncProbe?.restored) === JSON.stringify([
      { id: 'liu-bei', role: 'support', effect: '후원 지휘', seal: '후', sealPresent: true, sealVisible: true },
      { id: 'guan-yu', role: 'front', effect: '전열 방호', seal: '전', sealPresent: true, sealVisible: true },
      { id: 'zhang-fei', role: 'flank', effect: '돌파 선봉', seal: '돌', sealPresent: true, sealVisible: true }
    ]),
    `Expected loaded role seals to restore the original formation cleanly: ${JSON.stringify(roleSealResyncProbe?.restored)}`
  );
  assert(
    roleSealResyncProbe?.restoredCoreResonance?.selectedBondId === 'liu-bei__zhang-fei' &&
      roleSealResyncProbe.restoredCoreResonance.active === true &&
      roleSealResyncProbe.restoredCoreResonance.rate === 18 &&
      sameJsonValue(roleSealResyncProbe.restoredCoreResonance.stats, {
        attempts: 2,
        successes: 1,
        failures: 1,
        additionalDamage: secondBattleCorePriority.successfulResolution.damage
      }),
    `Expected battle-slot reloads to preserve the selected core pair and its accumulated pursuit statistics: ${JSON.stringify(roleSealResyncProbe?.restoredCoreResonance)}`
  );

  await page.evaluate(() => window.__HEROS_DEBUG__?.forceBattleOutcome('victory'));
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.resultVisible === true, undefined, { timeout: 30000 });
  const secondBattleCoreResult = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const resonance = window.__HEROS_DEBUG__?.battle()?.coreSortieResonance;
    const texts = (scene?.resultObjects ?? [])
      .filter((object) => object?.type === 'Text')
      .map((object) => object.text);
    return {
      stats: resonance?.stats ?? null,
      resultSummary: resonance?.resultSummary ?? null,
      summary: texts.find((text) => text.startsWith('핵심 공명 · 시도')) ?? null
    };
  });
  await page.screenshot({ path: `${screenshotDir}/rc-second-battle-core-resonance-result.png`, fullPage: true });
  assert(
    secondBattleCoreResult.summary ===
      `핵심 공명 · 시도 2 · 성공 1 · 추가 피해 +${secondBattleCorePriority.successfulResolution.damage}` &&
      sameJsonValue(secondBattleCoreResult.stats, roleSealResyncProbe.restoredCoreResonance.stats) &&
      secondBattleCoreResult.resultSummary?.visible === true &&
      secondBattleCoreResult.resultSummary.text === secondBattleCoreResult.summary &&
      isFiniteBounds(secondBattleCoreResult.resultSummary.bounds) &&
      boundsInside(secondBattleCoreResult.resultSummary.bounds, logicalViewportBounds) &&
      secondBattleCoreResult.resultSummary.bounds.y + secondBattleCoreResult.resultSummary.bounds.height <= 416 * legacyUiScale,
    `Expected the victory report to surface persisted core-resonance attempts, successes, and damage: ${JSON.stringify(secondBattleCoreResult)}`
  );

  const requiredCasualtySaveBefore = await readCampaignSave(page);
  try {
    await seedCampaignSave(page, {
      battleId: 'seventeenth-battle-wolong-visit-road',
      battleTitle: '융중 방문로',
      step: 'seventeenth-camp',
      gold: 2400,
      turnNumber: 12,
      defeatedEnemies: 10,
      selectedSortieUnitIds: ['liu-bei', 'zhuge-liang', 'zhao-yun', 'guan-yu', 'zhang-fei', 'sun-qian']
    });
    await page.reload({ waitUntil: 'domcontentloaded' });
    await waitForTitle(page);
    await clickLegacyUi(page, 962, 310);
    await waitForCamp(page);

    const requiredCasualtyRecruitment = await page.evaluate(() => {
      const state = window.__HEROS_DEBUG__?.camp();
      const unit = state?.campaign?.roster?.find((candidate) => candidate.id === 'zhuge-liang');
      return {
        nextBattleId: state?.nextSortieBattleId ?? null,
        unit: unit ? { id: unit.id, hp: unit.hp, maxHp: unit.maxHp } : null
      };
    });
    assert(
      requiredCasualtyRecruitment.nextBattleId === 'eighteenth-battle-bowang-ambush' &&
        requiredCasualtyRecruitment.unit?.hp > 0,
      'Expected the seventeenth camp to recruit Zhuge Liang before the casualty fixture: ' +
        JSON.stringify(requiredCasualtyRecruitment)
    );

    const requiredCasualtySeed = await page.evaluate(() => {
      const keys = ['heros-web:campaign-state', 'heros-web:campaign-state:slot-1'];
      const seeded = [];
      for (const key of keys) {
        const raw = window.localStorage.getItem(key);
        const campaign = raw ? JSON.parse(raw) : null;
        const target = campaign?.roster?.find((unit) => unit.id === 'zhuge-liang');
        if (!campaign || !target || !campaign.firstBattleReport) {
          seeded.push({ key, ready: false, rosterCount: campaign?.roster?.length ?? 0 });
          continue;
        }
        target.hp = 0;
        const reportUnit = campaign.firstBattleReport.units?.find((unit) => unit.id === target.id);
        if (reportUnit) {
          reportUnit.hp = 0;
        } else {
          campaign.firstBattleReport.units = [...(campaign.firstBattleReport.units ?? []), { ...target, hp: 0 }];
        }
        campaign.inventory = { ...(campaign.inventory ?? {}) };
        const salveBefore = 2;
        campaign.inventory['상처약'] = salveBefore;
        campaign.selectedSortieUnitIds = (campaign.selectedSortieUnitIds ?? []).filter(
          (unitId) => unitId !== 'zhuge-liang'
        );
        window.localStorage.setItem(key, JSON.stringify(campaign));
        seeded.push({
          key,
          ready: true,
          hp: target.hp,
          maxHp: target.maxHp,
          salveBefore,
          selected: campaign.selectedSortieUnitIds.includes(target.id)
        });
      }
      return {
        ready: seeded.length === keys.length && seeded.every((entry) => entry.ready),
        seeded,
        salveBefore: seeded.find((entry) => entry.key === keys[0])?.salveBefore ?? null
      };
    });
    assert(
      requiredCasualtySeed.ready === true &&
        requiredCasualtySeed.seeded.every((entry) => entry.hp === 0 && entry.maxHp > 0 && entry.selected === false),
      'Expected current and slot saves to retain a zero-HP required Zhuge Liang outside the saved selection: ' +
        JSON.stringify(requiredCasualtySeed)
    );

    await page.reload({ waitUntil: 'domcontentloaded' });
    await waitForTitle(page);
    await clickLegacyUi(page, 962, 310);
    await waitForCamp(page);
    const requiredCasualtyCampState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    assert(
      requiredCasualtyCampState?.campaign?.step === 'seventeenth-camp' &&
        requiredCasualtyCampState?.nextSortieBattleId === 'eighteenth-battle-bowang-ambush' &&
        requiredCasualtyCampState?.campaign?.roster?.find((unit) => unit.id === 'zhuge-liang')?.hp === 0 &&
        !requiredCasualtyCampState?.selectedSortieUnitIds?.includes('zhuge-liang'),
      'Expected campaign loading to preserve the casualty while excluding it from the active sortie: ' +
        JSON.stringify(requiredCasualtyCampState)
    );

    const requiredCasualtyStoryPoint = await readCampStaticTextControlPoint(page, '다음 이야기');
    await page.mouse.click(requiredCasualtyStoryPoint.x, requiredCasualtyStoryPoint.y);
    await waitForSortiePrep(page);
    await advanceSortiePrepStep(page, 'formation');
    const requiredCasualtyFormationState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    const requiredCasualtyPortrait = requiredCasualtyFormationState?.sortiePortraitRoster?.find(
      (unit) => unit.id === 'zhuge-liang'
    );
    assert(
      requiredCasualtyPortrait?.required === true &&
        requiredCasualtyPortrait.selected === false &&
        requiredCasualtyPortrait.available === false &&
        requiredCasualtyPortrait.hp === 0 &&
        requiredCasualtyPortrait.maxHp > 0 &&
        requiredCasualtyPortrait.availabilityLabel === '부상' &&
        requiredCasualtyPortrait.availabilityReason?.includes('보급 화면') &&
        requiredCasualtyFormationState?.sortiePortraitRosterView?.visibleUnitIds?.includes('zhuge-liang') &&
        requiredCasualtyFormationState?.sortiePrepSteps?.find((step) => step.id === 'formation')?.complete === false,
      'Expected the unavailable required officer to stay visible, disabled, and formation-incomplete: ' +
        JSON.stringify({
          portrait: requiredCasualtyPortrait,
          view: requiredCasualtyFormationState?.sortiePortraitRosterView,
          steps: requiredCasualtyFormationState?.sortiePrepSteps
        })
    );
    await page.screenshot({ path: screenshotDir + '/rc-required-sortie-casualty-card.png', fullPage: true });
    await assertCanvasPainted(page, 'required sortie casualty card');

    await advanceSortiePrepStep(page, 'loadout');
    const requiredCasualtyLoadoutState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    const requiredCasualtyReadiness = requiredCasualtyLoadoutState?.sortieChecklist?.find(
      (item) => item.label?.includes('유비') && item.label?.includes('제갈량') && item.label?.includes('생존')
    );
    const requiredCasualtyComposition = requiredCasualtyLoadoutState?.sortieChecklist?.find(
      (item) => item.label === '출전 구성'
    );
    const requiredCasualtyRecoveryTarget = requiredCasualtyLoadoutState?.sortieChecklist?.find(
      (item) => item.label === '부상 장수 확인'
    );
    assert(
      requiredCasualtyReadiness?.complete === false &&
        requiredCasualtyReadiness.detail?.includes('제갈량 0/') &&
        requiredCasualtyReadiness.detail?.includes('회복 필요') &&
        requiredCasualtyComposition?.complete === false &&
        requiredCasualtyRecoveryTarget?.complete === false &&
        requiredCasualtyRecoveryTarget.detail?.includes('제갈량 0/') &&
        requiredCasualtyLoadoutState?.sortieChecklistSummary?.requiredComplete === false &&
        requiredCasualtyLoadoutState?.sortieChecklistSummary?.requiredRemainingCount >= 2 &&
        requiredCasualtyLoadoutState?.sortiePrepSteps?.find((step) => step.id === 'loadout')?.complete === false,
      'Expected the casualty to keep both required final checks incomplete: ' +
        JSON.stringify({
          readiness: requiredCasualtyReadiness,
          composition: requiredCasualtyComposition,
          recoveryTarget: requiredCasualtyRecoveryTarget,
          summary: requiredCasualtyLoadoutState?.sortieChecklistSummary,
          steps: requiredCasualtyLoadoutState?.sortiePrepSteps
        })
    );

    const requiredCasualtySaveBeforeLaunch = await readCampaignSave(page);
    const blockedLaunchPoint = await readSortieTextControlPoint(page, '출진');
    await page.mouse.click(blockedLaunchPoint.x, blockedLaunchPoint.y);
    await page.waitForTimeout(120);
    const blockedRequiredLaunch = await page.evaluate(() => {
      const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
      const state = window.__HEROS_DEBUG__?.camp();
      return {
        activeScenes: window.__HEROS_DEBUG__?.activeScenes() ?? [],
        sortieVisible: state?.sortieVisible ?? false,
        sortiePrepStep: state?.sortiePrepStep ?? null,
        notice: (scene?.dialogueObjects ?? [])
          .filter((object) => object?.type === 'Text' && object?.active && object?.visible)
          .map((object) => object.text)
          .join(' ')
      };
    });
    const requiredCasualtySaveAfterLaunch = await readCampaignSave(page);
    assert(
      blockedRequiredLaunch.activeScenes.includes('CampScene') &&
        !blockedRequiredLaunch.activeScenes.includes('StoryScene') &&
        !blockedRequiredLaunch.activeScenes.includes('BattleScene') &&
        blockedRequiredLaunch.sortieVisible === true &&
        blockedRequiredLaunch.sortiePrepStep === 'loadout' &&
        blockedRequiredLaunch.notice.includes('제갈량') &&
        blockedRequiredLaunch.notice.includes('보급 화면') &&
        sameJsonValue(requiredCasualtySaveAfterLaunch, requiredCasualtySaveBeforeLaunch),
      'Expected the real launch control to block a zero-HP required officer without mutating saves: ' +
        JSON.stringify({
          blockedRequiredLaunch,
          saveUnchanged: sameJsonValue(requiredCasualtySaveAfterLaunch, requiredCasualtySaveBeforeLaunch)
        })
    );
    await page.screenshot({ path: screenshotDir + '/rc-required-sortie-casualty-blocked.png', fullPage: true });
    await assertCanvasPainted(page, 'required sortie casualty blocked');

    const returnToCampPoint = await readSortieTextControlPoint(page, '군영으로');
    await page.mouse.click(returnToCampPoint.x, returnToCampPoint.y);
    await page.waitForFunction(
      () => window.__HEROS_DEBUG__?.camp()?.sortieVisible === false,
      undefined,
      { timeout: 30000 }
    );
    await selectCampRosterUnit(page, 'zhuge-liang');
    const suppliesTabPoint = await readCampTabControlPoint(page, 'supplies');
    await page.mouse.click(suppliesTabPoint.x, suppliesTabPoint.y);
    await page.waitForFunction(
      () => window.__HEROS_DEBUG__?.camp()?.activeTab === 'supplies',
      undefined,
      { timeout: 30000 }
    );
    const salveUsePoint = await readCampSupplyUseControlPoint(page, '상처약');
    await page.mouse.click(salveUsePoint.x, salveUsePoint.y);
    await page.waitForTimeout(120);
    const salveClickApplied = await page.evaluate(() => {
      const target = window.__HEROS_DEBUG__?.camp()?.campaign?.roster?.find((unit) => unit.id === 'zhuge-liang');
      return target?.hp > 0;
    });
    if (!salveClickApplied) {
      const salveFallback = await page.evaluate(() => {
        const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
        const target = window.__HEROS_DEBUG__?.camp()?.campaign?.roster?.find((unit) => unit.id === 'zhuge-liang');
        const texts = (scene?.contentObjects ?? []).filter(
          (object) => object?.type === 'Text' && object?.active && object?.visible
        );
        const supplyTitle = texts.find((object) => object.text?.startsWith('상처약  x'));
        const useText = texts
          .filter((object) => object.text === '사용' && object.input?.enabled)
          .sort((left, right) => Math.abs(left.y - (supplyTitle?.y ?? 0)) - Math.abs(right.y - (supplyTitle?.y ?? 0)))[0];
        if (!scene || !target || !supplyTitle || !useText) {
          return {
            ready: false,
            targetHp: target?.hp ?? null,
            supplyTitle: supplyTitle?.text ?? null,
            useCount: texts.filter((object) => object.text === '사용').length
          };
        }
        useText.emit('pointerdown');
        return { ready: true, targetHp: target.hp, supplyTitle: supplyTitle.text };
      });
      assert(
        salveFallback.ready === true,
        'Expected the visible salve control to expose its Phaser action after the canvas click fallback: ' +
          JSON.stringify(salveFallback)
      );
    }
    await page.waitForFunction(
      () => {
        const target = window.__HEROS_DEBUG__?.camp()?.campaign?.roster?.find((unit) => unit.id === 'zhuge-liang');
        return target?.hp > 0;
      },
      undefined,
      { timeout: 30000 }
    );
    const requiredCasualtyRecoverySave = await readCampaignSave(page);
    const recoveredCurrent = requiredCasualtyRecoverySave.current?.roster?.find((unit) => unit.id === 'zhuge-liang');
    const recoveredSlot = requiredCasualtyRecoverySave.slot1?.roster?.find((unit) => unit.id === 'zhuge-liang');
    const recoveredCurrentReport = requiredCasualtyRecoverySave.current?.firstBattleReport?.units?.find(
      (unit) => unit.id === 'zhuge-liang'
    );
    const recoveredSlotReport = requiredCasualtyRecoverySave.slot1?.firstBattleReport?.units?.find(
      (unit) => unit.id === 'zhuge-liang'
    );
    assert(
      recoveredCurrent?.hp > 0 &&
        recoveredSlot?.hp === recoveredCurrent.hp &&
        recoveredCurrentReport?.hp === recoveredCurrent.hp &&
        recoveredSlotReport?.hp === recoveredCurrent.hp &&
        (requiredCasualtyRecoverySave.current?.inventory?.['상처약'] ?? 0) === requiredCasualtySeed.salveBefore - 1 &&
        (requiredCasualtyRecoverySave.slot1?.inventory?.['상처약'] ?? 0) === requiredCasualtySeed.salveBefore - 1,
      'Expected one real salve use to recover and persist the required officer exactly once: ' +
        JSON.stringify({
          currentHp: recoveredCurrent?.hp,
          slotHp: recoveredSlot?.hp,
          currentReportHp: recoveredCurrentReport?.hp,
          slotReportHp: recoveredSlotReport?.hp,
          currentSalves: requiredCasualtyRecoverySave.current?.inventory?.['상처약'] ?? 0,
          slotSalves: requiredCasualtyRecoverySave.slot1?.inventory?.['상처약'] ?? 0,
          expectedSalves: requiredCasualtySeed.salveBefore - 1
        })
    );

    const recoveredStoryPoint = await readCampStaticTextControlPoint(page, '다음 이야기');
    await page.mouse.click(recoveredStoryPoint.x, recoveredStoryPoint.y);
    await waitForSortiePrep(page);
    const recoveredRequiredBriefing = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    assert(
      recoveredRequiredBriefing?.selectedSortieUnitIds?.includes('liu-bei') &&
        recoveredRequiredBriefing?.selectedSortieUnitIds?.includes('zhuge-liang'),
      'Expected reopening sortie prep to auto-select every recovered required officer: ' +
        JSON.stringify(recoveredRequiredBriefing?.selectedSortieUnitIds)
    );
    await advanceSortiePrepStep(page, 'formation');
    const recoveredRequiredFormation = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    const recoveredRequiredPortrait = recoveredRequiredFormation?.sortiePortraitRoster?.find(
      (unit) => unit.id === 'zhuge-liang'
    );
    assert(
      recoveredRequiredPortrait?.required === true &&
        recoveredRequiredPortrait.selected === true &&
        recoveredRequiredPortrait.available === true &&
        recoveredRequiredPortrait.hp === recoveredCurrent?.hp &&
        recoveredRequiredFormation?.sortiePrepSteps?.find((step) => step.id === 'formation')?.complete === true,
      'Expected the recovered required portrait and formation stage to become ready: ' +
        JSON.stringify({
          portrait: recoveredRequiredPortrait,
          steps: recoveredRequiredFormation?.sortiePrepSteps
        })
    );
    await page.screenshot({ path: screenshotDir + '/rc-required-sortie-casualty-recovered.png', fullPage: true });
    await assertCanvasPainted(page, 'required sortie casualty recovered');

    await advanceSortiePrepStep(page, 'loadout');
    const recoveredRequiredLoadout = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    const recoveredReadiness = recoveredRequiredLoadout?.sortieChecklist?.find(
      (item) => item.label?.includes('유비') && item.label?.includes('제갈량') && item.label?.includes('생존')
    );
    const recoveredComposition = recoveredRequiredLoadout?.sortieChecklist?.find(
      (item) => item.label === '출전 구성'
    );
    const recoveredRecoveryTarget = recoveredRequiredLoadout?.sortieChecklist?.find(
      (item) => item.label === '부상 장수 확인'
    );
    const recoveredDeploymentIds = recoveredRequiredLoadout?.sortieDeploymentPreview?.map((slot) => slot.unitId) ?? [];
    assert(
      recoveredReadiness?.complete === true &&
        recoveredComposition?.complete === true &&
        recoveredRecoveryTarget?.complete === true &&
        recoveredRequiredLoadout?.sortieChecklistSummary?.requiredComplete === true &&
        recoveredDeploymentIds.filter((unitId) => unitId === 'liu-bei').length === 1 &&
        recoveredDeploymentIds.filter((unitId) => unitId === 'zhuge-liang').length === 1 &&
        new Set(recoveredDeploymentIds).size === recoveredDeploymentIds.length,
      'Expected recovery to complete required checks and produce one unique slot per required officer: ' +
        JSON.stringify({
          recoveredReadiness,
          recoveredComposition,
          recoveredRecoveryTarget,
          summary: recoveredRequiredLoadout?.sortieChecklistSummary,
          deployment: recoveredRequiredLoadout?.sortieDeploymentPreview
        })
    );

    const recoveredLaunchPoint = await readSortieTextControlPoint(page, '출진');
    await page.mouse.click(recoveredLaunchPoint.x, recoveredLaunchPoint.y);
    await page.waitForFunction(
      () => (window.__HEROS_DEBUG__?.activeScenes() ?? []).includes('StoryScene'),
      undefined,
      { timeout: 30000 }
    );
    const recoveredRequiredLaunchSave = await readCampaignSave(page);
    assert(
      recoveredRequiredLaunchSave.current?.step === 'eighteenth-battle' &&
        recoveredRequiredLaunchSave.slot1?.step === 'eighteenth-battle' &&
        recoveredRequiredLaunchSave.current?.selectedSortieUnitIds?.includes('liu-bei') &&
        recoveredRequiredLaunchSave.current?.selectedSortieUnitIds?.includes('zhuge-liang'),
      'Expected the same real launch control to continue after the required officer recovers: ' +
        JSON.stringify({
          currentStep: recoveredRequiredLaunchSave.current?.step,
          slotStep: recoveredRequiredLaunchSave.slot1?.step,
          selected: recoveredRequiredLaunchSave.current?.selectedSortieUnitIds
        })
    );
  } finally {
    await page.evaluate((save) => {
      const write = (key, value) => {
        if (value === undefined) {
          window.localStorage.removeItem(key);
          return;
        }
        window.localStorage.setItem(key, JSON.stringify(value));
      };
      write('heros-web:campaign-state', save.current);
      write('heros-web:campaign-state:slot-1', save.slot1);
    }, requiredCasualtySaveBefore);
    const requiredCasualtyRestoredSave = await readCampaignSave(page);
    assert(
      sameJsonValue(requiredCasualtyRestoredSave, requiredCasualtySaveBefore),
      'Expected the required-casualty fixture to restore both campaign saves: ' +
        JSON.stringify({ before: requiredCasualtySaveBefore, after: requiredCasualtyRestoredSave })
    );
    await page.reload({ waitUntil: 'domcontentloaded' });
    await waitForTitle(page);
  }

  await seedCampaignSave(page, {
    battleId: 'fifty-eighth-battle-qishan-retreat',
    battleTitle: '기산 후퇴로',
    step: 'fifty-eighth-camp',
    gold: 7400,
    turnNumber: 13,
    defeatedEnemies: 16,
    selectedSortieUnitIds: ['zhuge-liang', 'jiang-wei', 'wang-ping', 'zhao-yun', 'huang-quan', 'ma-liang', 'ma-dai']
  });
  await page.reload({ waitUntil: 'domcontentloaded' });
  await waitForTitle(page);
  await clickLegacyUi(page, 962, 310);
  await waitForCamp(page);
  await page.screenshot({ path: `${screenshotDir}/rc-mid-campaign-continue.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid campaign camp');

  const midCampState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(midCampState?.campaign?.step === 'fifty-eighth-camp', `Expected mid-campaign save to continue into camp: ${JSON.stringify(midCampState)}`);
  assert(midCampState.campBattleId === 'fifty-eighth-battle-qishan-retreat', `Expected mid-campaign battle id: ${JSON.stringify(midCampState)}`);
  assert(midCampState.sortiePlan?.selectedCount > 0, `Expected mid-campaign formation state: ${JSON.stringify(midCampState?.sortiePlan)}`);
  assert(midCampState.sortieHasBattle === true, `Expected mid-campaign camp to keep a playable sortie target: ${JSON.stringify(midCampState)}`);
  assert(
    typeof midCampState.nextSortieBattleId === 'string' && midCampState.nextSortieBattleId.length > 0,
    `Expected mid-campaign sortie flow to expose a battle id: ${JSON.stringify(midCampState)}`
  );
  assert(
    midCampState.sortiePlan?.selectedCount <= midCampState.sortiePlan?.maxCount,
    `Expected mid-campaign sortie selection to stay within limit: ${JSON.stringify(midCampState?.sortiePlan)}`
  );
  assert(
    midCampState.sortiePlan?.selectedCount === midCampState.sortieDeploymentPreview?.length,
    `Expected mid-campaign deployment preview to match selected sortie count: ${JSON.stringify(midCampState?.sortiePlan)} / ${JSON.stringify(midCampState?.sortieDeploymentPreview)}`
  );
  assertUnique(
    midCampState.sortieDeploymentPreview?.map((slot) => slot.unitId),
    `Expected mid-campaign deployment preview to avoid duplicate units: ${JSON.stringify(midCampState?.sortieDeploymentPreview)}`
  );
  assertUnique(
    midCampState.sortieDeploymentPreview?.map((slot) => `${slot.x},${slot.y}`),
    `Expected mid-campaign deployment preview to avoid duplicate tiles: ${JSON.stringify(midCampState?.sortieDeploymentPreview)}`
  );

  const midCampNextBattleId = midCampState.nextSortieBattleId;
  await clickLegacyUi(page, 1160, 38);
  await waitForSortiePrep(page);
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-prep.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp sortie prep');

  const midBriefingState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    midBriefingState?.stagedSortiePrep === true &&
      midBriefingState?.firstSortiePrep === false &&
      midBriefingState?.sortiePrepStep === 'briefing' &&
      midBriefingState?.sortiePrimaryAction?.kind === 'next' &&
      midBriefingState?.sortiePrimaryAction?.nextStep === 'formation',
    `Expected a mid-campaign battle sortie to open at the staged briefing: ${JSON.stringify(midBriefingState)}`
  );
  assert(
    midBriefingState?.sortiePortraitRosterView?.enabled === true &&
      midBriefingState?.sortiePortraitRosterView?.total === 23 &&
      midBriefingState?.sortiePortraitRosterView?.visibleCount === 6 &&
      midBriefingState?.sortiePortraitRosterView?.start === 1 &&
      midBriefingState?.sortiePortraitRosterView?.end === 6,
    `Expected the mid-campaign staged formation to expose the first six-card portrait roster page: ${JSON.stringify(midBriefingState?.sortiePortraitRosterView)}`
  );

  await advanceSortiePrepStep(page, 'formation');
  const midFormationSwapFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const preservedUnitId = state?.selectedSortieUnitIds?.find((unitId) => unitId !== 'ma-dai');
    if (!scene || !preservedUnitId || typeof scene.persistSortieSelection !== 'function' || typeof scene.showSortiePrep !== 'function') {
      return { ready: false, preservedUnitId: preservedUnitId ?? null };
    }

    scene.sortieFormationAssignments = {
      ...scene.sortieFormationAssignments,
      'ma-dai': 'flank'
    };
    scene.sortieItemAssignments = {
      ...scene.sortieItemAssignments,
      'ma-dai': { ...(scene.sortieItemAssignments?.['ma-dai'] ?? {}), bean: 1 },
      [preservedUnitId]: { ...(scene.sortieItemAssignments?.[preservedUnitId] ?? {}), salve: 1 }
    };
    scene.persistSortieSelection();
    scene.showSortiePrep();
    scene.persistSortieSelection();
    scene.showSortiePrep();
    return { ready: true, preservedUnitId };
  });
  assert(
    midFormationSwapFixture.ready === true && midFormationSwapFixture.preservedUnitId,
    `Expected a saved role and supply fixture for the swap regression: ${JSON.stringify(midFormationSwapFixture)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-formation.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp sortie formation');

  const midFormationPortraitState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const missingMidFormationPortraits = midFormationPortraitState?.sortiePortraitRoster?.filter(
    (unit) => !unit.portraitReady || !unit.portraitTextureKey?.startsWith('portrait-card-')
  ) ?? [];
  assert(
    midFormationPortraitState?.sortiePortraitRoster?.length === 23 && missingMidFormationPortraits.length === 0,
    `Expected all 23 campaign officers to use loaded lightweight portrait cards: ${JSON.stringify(missingMidFormationPortraits)}`
  );
  const midPortraitsMissingStrategyCopy = midFormationPortraitState?.sortiePortraitRoster?.filter(
    (unit) => !Array.isArray(unit.strategyNames) || unit.strategyNames.length === 0 || !unit.strategyLine?.startsWith('전법 ')
  ) ?? [];
  assert(
    midPortraitsMissingStrategyCopy.length === 0 &&
      sameJsonValue(midFormationPortraitState?.sortiePortraitRoster?.find((unit) => unit.id === 'guan-yu')?.strategyNames, ['화계']) &&
      sameJsonValue(midFormationPortraitState?.sortiePortraitRoster?.find((unit) => unit.id === 'zhang-fei')?.strategyNames, ['고함']),
    `Expected every sortie portrait card to expose its battle strategies: ${JSON.stringify(midPortraitsMissingStrategyCopy)}`
  );
  assert(
    midFormationPortraitState?.sortieStrategyCoverage?.count === 4 &&
      midFormationPortraitState.sortieStrategyCoverage.total === 4 &&
      midFormationPortraitState.sortieStrategyCoverage.missing.length === 0 &&
      sameJsonValue(midFormationPortraitState.sortieStrategyCoverage.covered.map((definition) => definition.label), ['회복', '강화', '화공', '제어']) &&
      midFormationPortraitState?.sortieFocusedUnit?.strategyLine?.startsWith('전법 '),
    `Expected the selected formation and focused officer to expose complete strategy coverage: ${JSON.stringify({
      coverage: midFormationPortraitState?.sortieStrategyCoverage,
      focused: midFormationPortraitState?.sortieFocusedUnit
    })}`
  );

  const midCoreSelectorToggle = midFormationPortraitState?.sortiePursuitPreview;
  assert(
    midCoreSelectorToggle?.selectorOpen === false &&
      midCoreSelectorToggle.toggleLabel === '핵심 공명조' &&
      isFiniteBounds(midCoreSelectorToggle.toggleBounds) &&
      isFiniteBounds(midCoreSelectorToggle.toggleClickBounds) &&
      boundsInside(midCoreSelectorToggle.toggleBounds, midCoreSelectorToggle.panelBounds),
    `Expected the generic formation comparison panel to expose an in-panel core-resonance mode switch: ${JSON.stringify(midCoreSelectorToggle)}`
  );
  await page.mouse.click(
    midCoreSelectorToggle.toggleClickBounds.x + midCoreSelectorToggle.toggleClickBounds.width / 2,
    midCoreSelectorToggle.toggleClickBounds.y + midCoreSelectorToggle.toggleClickBounds.height / 2
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview?.selectorOpen === true,
    undefined,
    { timeout: 30000 }
  );
  const midCoreSelectorState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const midCoreResonancePageOne = midCoreSelectorState?.sortiePursuitPreview;
  assert(
    midCoreResonancePageOne?.coreCandidates?.length > 3 &&
      midCoreResonancePageOne.selectorOpen === true &&
      midCoreResonancePageOne.toggleLabel === '편성 비교' &&
      midCoreResonancePageOne.page === 0 &&
      midCoreResonancePageOne.pageCount === Math.ceil(midCoreResonancePageOne.coreCandidates.length / 3) &&
      midCoreResonancePageOne.rows.length === 3 &&
      midCoreResonancePageOne.prevEnabled === false &&
      midCoreResonancePageOne.nextEnabled === true &&
      midCoreResonancePageOne.prevClickBounds === null &&
      isFiniteBounds(midCoreResonancePageOne.nextClickBounds) &&
      boundsInside(midCoreResonancePageOne.nextBounds, midCoreResonancePageOne.panelBounds),
    `Expected the mid-campaign formation to paginate more than three eligible core-resonance pairs: ${JSON.stringify(midCoreResonancePageOne)}`
  );
  const midCoreFirstPageIds = midCoreResonancePageOne.rows.map((row) => row.bondId);
  await page.mouse.click(
    midCoreResonancePageOne.nextClickBounds.x + midCoreResonancePageOne.nextClickBounds.width / 2,
    midCoreResonancePageOne.nextClickBounds.y + midCoreResonancePageOne.nextClickBounds.height / 2
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview?.page === 1,
    undefined,
    { timeout: 30000 }
  );
  const midCoreResonancePageTwo = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-core-resonance-page-2.png`, fullPage: true });
  assert(
    midCoreResonancePageTwo?.page === 1 &&
      midCoreResonancePageTwo.pageText === `2/${midCoreResonancePageTwo.pageCount}` &&
      midCoreResonancePageTwo.prevEnabled === true &&
      isFiniteBounds(midCoreResonancePageTwo.prevClickBounds) &&
      midCoreResonancePageTwo.rows.length > 0 &&
      midCoreResonancePageTwo.rows.every(
        (row) => !midCoreFirstPageIds.includes(row.bondId) &&
          isFiniteBounds(row.chipBounds) &&
          boundsInside(row.chipBounds, midCoreResonancePageTwo.panelBounds)
      ),
    `Expected the next-page control to expose later eligible resonance pairs inside the FHD panel: ${JSON.stringify(midCoreResonancePageTwo)}`
  );
  const midCoreLaterCandidate = midCoreResonancePageTwo.rows[0];
  await page.mouse.click(
    midCoreLaterCandidate.chipBounds.x + midCoreLaterCandidate.chipBounds.width / 2,
    midCoreLaterCandidate.chipBounds.y + midCoreLaterCandidate.chipBounds.height / 2
  );
  await page.waitForFunction(
    (bondId) => {
      const pursuit = window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview;
      return pursuit?.selectedCoreBondId === bondId && pursuit?.page === 0 && pursuit?.rows?.[0]?.bondId === bondId;
    },
    midCoreLaterCandidate.bondId,
    { timeout: 30000 }
  );
  const midCoreLaterSelected = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  assert(
    midCoreLaterSelected?.selectedCoreBondId === midCoreLaterCandidate.bondId &&
      midCoreLaterSelected.page === 0 &&
      midCoreLaterSelected.rows[0]?.bondId === midCoreLaterCandidate.bondId &&
      midCoreLaterSelected.rows[0].selected === true &&
      midCoreLaterSelected.rows[0].state === 'selected',
    `Expected a pair reached through page two to become the visible persisted core designation: ${JSON.stringify(midCoreLaterSelected)}`
  );
  await page.mouse.click(
    midCoreLaterSelected.rows[0].chipBounds.x + midCoreLaterSelected.rows[0].chipBounds.width / 2,
    midCoreLaterSelected.rows[0].chipBounds.y + midCoreLaterSelected.rows[0].chipBounds.height / 2
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview?.selectedCoreBondId === null,
    undefined,
    { timeout: 30000 }
  );
  const midCoreSelectorAfterClear = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview);
  await page.mouse.click(
    midCoreSelectorAfterClear.toggleClickBounds.x + midCoreSelectorAfterClear.toggleClickBounds.width / 2,
    midCoreSelectorAfterClear.toggleClickBounds.y + midCoreSelectorAfterClear.toggleClickBounds.height / 2
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePursuitPreview?.selectorOpen === false,
    undefined,
    { timeout: 30000 }
  );

  const midFormationSelectedBefore = [...(midFormationPortraitState?.selectedSortieUnitIds ?? [])];
  const midFormationCampaignSelectedBefore = [...(midFormationPortraitState?.campaign?.selectedSortieUnitIds ?? [])];
  const midFormationAssignmentsBefore = { ...(midFormationPortraitState?.sortieFormationAssignments ?? {}) };
  const midFormationItemAssignmentsBefore = structuredClone(midFormationPortraitState?.sortieItemAssignments ?? {});
  const midFormationSaveBefore = await readCampaignSave(page);
  assert(
    midFormationAssignmentsBefore['ma-dai'] === 'flank' &&
      midFormationItemAssignmentsBefore['ma-dai']?.bean === 1 &&
      midFormationItemAssignmentsBefore[midFormationSwapFixture.preservedUnitId]?.salve === 1,
    `Expected the swap fixture to retain Ma Dai and another officer's assignments: ${JSON.stringify({
      formation: midFormationAssignmentsBefore,
      items: midFormationItemAssignmentsBefore,
      preservedUnitId: midFormationSwapFixture.preservedUnitId
    })}`
  );
  const maDaiCardPoint = await readSortiePortraitRosterCardPoint(page, 'ma-dai');
  await page.mouse.click(maDaiCardPoint.x, maDaiCardPoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.camp()?.sortieFocusedUnitId === 'ma-dai', undefined, { timeout: 30000 });
  const swapFocusState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    JSON.stringify(swapFocusState?.selectedSortieUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(swapFocusState?.campaign?.selectedSortieUnitIds) === JSON.stringify(midFormationCampaignSelectedBefore),
    `Expected focusing Ma Dai to preserve the actual sortie roster: ${JSON.stringify(swapFocusState?.selectedSortieUnitIds)}`
  );

  const guanYuHoverPoint = await readSortiePortraitRosterCardPoint(page, 'guan-yu');
  await page.mouse.move(guanYuHoverPoint.x, guanYuHoverPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieHoveredUnitId === 'guan-yu' && state?.sortieComparisonPreview?.source === 'hover-swap';
  }, undefined, { timeout: 30000 });
  const midFormationSwapPreviewProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const view = scene?.sortieComparisonPanelView;
    return {
      state: window.__HEROS_DEBUG__?.camp(),
      panel: {
        title: view?.title?.text ?? null,
        headline: view?.headline?.text ?? null,
        impact: view?.impact?.text ?? null,
        detail: view?.detail?.text ?? null
      }
    };
  });
  const midFormationSwapPreviewState = midFormationSwapPreviewProbe.state;
  const swapPreview = midFormationSwapPreviewState?.sortieComparisonPreview;
  const projectedSwapIdSet = new Set(
    midFormationSelectedBefore.map((unitId) => unitId === 'ma-dai' ? 'guan-yu' : unitId)
  );
  const expectedProjectedSwapIds = [
    ...(midFormationSwapPreviewState?.sortieRoster ?? [])
      .filter((unit) => unit.required && projectedSwapIdSet.has(unit.id))
      .map((unit) => unit.id),
    ...(midFormationSwapPreviewState?.sortieRoster ?? [])
      .filter((unit) => !unit.required && projectedSwapIdSet.has(unit.id))
      .map((unit) => unit.id)
  ].slice(0, midFormationSelectedBefore.length);
  assert(
    midFormationPortraitState.sortiePortraitRoster.some(
      (unit) => unit.id === swapPreview?.incomingUnitId && unit.portraitReady && unit.portraitTextureKey?.startsWith('portrait-card-')
    ),
    `Expected portrait-card hover feedback for a mapped swap candidate: ${JSON.stringify(swapPreview?.incomingUnitId)}`
  );
  assert(
      swapPreview?.mode === 'swap' &&
      swapPreview?.incomingUnitId === 'guan-yu' &&
      swapPreview?.outgoingUnitId === 'ma-dai' &&
      JSON.stringify(swapPreview?.selectedUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(swapPreview?.projectedSelectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      JSON.stringify(swapPreview?.current?.selectedUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(swapPreview?.projected?.selectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      JSON.stringify(swapPreview?.comparison?.current?.selectedUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(swapPreview?.comparison?.projected?.selectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      swapPreview?.metrics?.length === 4 &&
      swapPreview.metrics.some((metric) => metric.delta !== 0) &&
      swapPreview?.comparison?.lostRoles?.includes('flank') &&
      swapPreview?.comparison?.activeBondDelta === 0 &&
      swapPreview?.comparison?.gainedBonds?.length > 0 &&
      swapPreview?.comparison?.lostBonds?.length > 0 &&
      swapPreview?.strategyCoverage?.current?.count === 4 &&
      swapPreview?.strategyCoverage?.projected?.count === 4 &&
      swapPreview?.strategyCoverage?.current?.total === 4 &&
      swapPreview?.strategyCoverage?.projected?.total === 4 &&
      swapPreview?.strategyCoverage?.delta === 0 &&
      swapPreview?.strategyCoverage?.trend === 'even' &&
      swapPreview?.strategyCoverage?.gained?.length === 0 &&
      swapPreview?.strategyCoverage?.lost?.length === 0,
    `Expected a meaningful non-destructive Ma Dai to Guan Yu swap preview: ${JSON.stringify(swapPreview)}`
  );
  assert(
    midFormationSwapPreviewProbe.panel.title === '가상 교체 · 마대 → 관우' &&
      midFormationSwapPreviewProbe.panel.headline?.includes('OUT 마대') &&
      midFormationSwapPreviewProbe.panel.headline?.includes('IN 관우') &&
      midFormationSwapPreviewProbe.panel.impact?.includes('전법 4/4→4/4') &&
      midFormationSwapPreviewProbe.panel.impact?.includes('추격') &&
      midFormationSwapPreviewProbe.panel.impact?.includes('공백 돌파') &&
      midFormationSwapPreviewProbe.panel.detail?.includes('전법 유지') &&
      midFormationSwapPreviewProbe.panel.detail?.includes('추격 해제') &&
      midFormationSwapPreviewProbe.panel.detail?.includes('8%') &&
      midFormationSwapPreviewProbe.panel.detail?.includes('실제 편성 미변경'),
    `Expected the visible comparison panel to render the swap preview: ${JSON.stringify(midFormationSwapPreviewProbe.panel)}`
  );
  assert(
    JSON.stringify(midFormationSwapPreviewState?.selectedSortieUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(midFormationSwapPreviewState?.campaign?.selectedSortieUnitIds) === JSON.stringify(midFormationCampaignSelectedBefore),
    `Expected hover swap preview to preserve runtime and saved selections: ${JSON.stringify(midFormationSwapPreviewState?.selectedSortieUnitIds)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-formation-hover.png`, fullPage: true });
  await moveLegacyUi(page, 40, 710);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieHoveredUnitId === null && state?.sortieComparisonPreview?.source === 'focus';
  }, undefined, { timeout: 30000 });
  const afterSwapPreviewProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const view = scene?.sortieComparisonPanelView;
    return {
      state: window.__HEROS_DEBUG__?.camp(),
      panel: {
        title: view?.title?.text ?? null,
        headline: view?.headline?.text ?? null
      }
    };
  });
  const afterSwapPreviewState = afterSwapPreviewProbe.state;
  assert(
    JSON.stringify(afterSwapPreviewState?.selectedSortieUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(afterSwapPreviewState?.campaign?.selectedSortieUnitIds) === JSON.stringify(midFormationCampaignSelectedBefore),
    `Expected pointerout to restore focus preview without mutating selections: ${JSON.stringify(afterSwapPreviewState?.selectedSortieUnitIds)}`
  );
  assert(
      afterSwapPreviewState?.sortieComparisonPreview?.source === 'focus' &&
      afterSwapPreviewState?.sortieComparisonPreview?.mode === 'remove' &&
      afterSwapPreviewState?.sortieComparisonPreview?.unitId === 'ma-dai' &&
      afterSwapPreviewState?.sortieComparisonPreview?.incomingUnitId === null &&
      afterSwapPreviewState?.sortieComparisonPreview?.outgoingUnitId === 'ma-dai' &&
      afterSwapPreviewProbe.panel.title === '편성 변화 · 마대' &&
      !afterSwapPreviewProbe.panel.headline?.includes('관우'),
    `Expected pointerout to restore the visible Ma Dai focus preview: ${JSON.stringify(afterSwapPreviewProbe)}`
  );

  const guanYuSwapPoint = await readSortiePortraitRosterCardPoint(page, 'guan-yu');
  await page.mouse.move(guanYuSwapPoint.x, guanYuSwapPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieHoveredUnitId === 'guan-yu' && state?.sortieComparisonPreview?.source === 'hover-swap';
  }, undefined, { timeout: 30000 });
  await page.mouse.click(guanYuSwapPoint.x, guanYuSwapPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortiePinnedSwapCandidateUnitId === 'guan-yu' &&
      state?.sortieComparisonPreview?.source === 'pinned-swap' &&
      state?.sortieComparisonAction?.kind === 'confirm-swap';
  }, undefined, { timeout: 30000 });
  const pinnedSwapProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const view = scene?.sortieComparisonPanelView;
    return {
      state,
      action: {
        buttonVisible: view?.actionButton?.visible ?? false,
        labelVisible: view?.actionLabel?.visible ?? false,
        label: view?.actionLabel?.text ?? null
      }
    };
  });
  const pinnedSwapState = pinnedSwapProbe.state;
  const pinnedSwapPreview = pinnedSwapState?.sortieComparisonPreview;
  const pinnedSwapSave = await readCampaignSave(page);
  const previewIncomingRole = pinnedSwapState?.sortieRoster?.find((unit) => unit.id === 'guan-yu')?.formationRole;
  assert(
    pinnedSwapPreview?.source === 'pinned-swap' &&
      pinnedSwapPreview?.mode === 'swap' &&
      pinnedSwapPreview?.outgoingUnitId === 'ma-dai' &&
      pinnedSwapPreview?.incomingUnitId === 'guan-yu' &&
      JSON.stringify(pinnedSwapPreview?.projectedSelectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      previewIncomingRole === 'front' &&
      pinnedSwapState?.sortieComparisonAction?.label === '교체 확정' &&
      pinnedSwapState?.sortieComparisonAction?.outgoingUnitId === 'ma-dai' &&
      pinnedSwapState?.sortieComparisonAction?.incomingUnitId === 'guan-yu' &&
      pinnedSwapProbe.action.buttonVisible === true &&
      pinnedSwapProbe.action.labelVisible === true &&
      pinnedSwapProbe.action.label === '교체 확정',
    `Expected clicking Guan Yu's card body to pin the canonical Ma Dai swap with a visible confirm action: ${JSON.stringify(pinnedSwapProbe)}`
  );
  assert(
    JSON.stringify(pinnedSwapState?.selectedSortieUnitIds) === JSON.stringify(midFormationSelectedBefore) &&
      JSON.stringify(pinnedSwapState?.campaign?.selectedSortieUnitIds) === JSON.stringify(midFormationCampaignSelectedBefore) &&
      sameJsonValue(pinnedSwapState?.sortieFormationAssignments, midFormationAssignmentsBefore) &&
      sameJsonValue(pinnedSwapState?.sortieItemAssignments, midFormationItemAssignmentsBefore) &&
      JSON.stringify(pinnedSwapSave.current?.selectedSortieUnitIds) === JSON.stringify(midFormationSaveBefore.current?.selectedSortieUnitIds) &&
      JSON.stringify(pinnedSwapSave.slot1?.selectedSortieUnitIds) === JSON.stringify(midFormationSaveBefore.slot1?.selectedSortieUnitIds) &&
      sameJsonValue(pinnedSwapSave.current?.sortieFormationAssignments, midFormationSaveBefore.current?.sortieFormationAssignments) &&
      sameJsonValue(pinnedSwapSave.slot1?.sortieFormationAssignments, midFormationSaveBefore.slot1?.sortieFormationAssignments) &&
      sameJsonValue(pinnedSwapSave.current?.sortieItemAssignments, midFormationSaveBefore.current?.sortieItemAssignments) &&
      sameJsonValue(pinnedSwapSave.slot1?.sortieItemAssignments, midFormationSaveBefore.slot1?.sortieItemAssignments),
    `Expected pinning the swap to preserve runtime, campaign, current-save, and slot-1 assignments: ${JSON.stringify({
      state: pinnedSwapState,
      save: pinnedSwapSave
    })}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-swap-pinned.png`, fullPage: true });

  const confirmSwapActionPoint = await readSortieComparisonActionPoint(page);
  assert(
    confirmSwapActionPoint.label === '교체 확정',
    `Expected the scaled Phaser action button to expose the confirm label: ${JSON.stringify(confirmSwapActionPoint)}`
  );
  await page.mouse.click(confirmSwapActionPoint.x, confirmSwapActionPoint.y);
  await page.waitForFunction((projectedIds) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(projectedIds) &&
      state?.sortieFormationAssignments?.['ma-dai'] === undefined &&
      state?.sortieFormationAssignments?.['guan-yu'] === 'front' &&
      state?.sortieItemAssignments?.['ma-dai'] === undefined &&
      state?.sortieItemAssignments?.['guan-yu'] === undefined &&
      state?.sortieSwapUndo?.available === true &&
      state?.sortieComparisonAction?.kind === 'undo-swap';
  }, expectedProjectedSwapIds, { timeout: 30000 });
  const confirmedSwapState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const confirmedSwapSave = await readCampaignSave(page);
  const expectedConfirmedAssignments = { ...midFormationAssignmentsBefore };
  delete expectedConfirmedAssignments['ma-dai'];
  expectedConfirmedAssignments['guan-yu'] = previewIncomingRole;
  const expectedConfirmedItemAssignments = structuredClone(midFormationItemAssignmentsBefore);
  delete expectedConfirmedItemAssignments['ma-dai'];
  delete expectedConfirmedItemAssignments['guan-yu'];
  assert(
    JSON.stringify(confirmedSwapState?.selectedSortieUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      JSON.stringify(confirmedSwapState?.campaign?.selectedSortieUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      JSON.stringify(confirmedSwapSave.current?.selectedSortieUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      JSON.stringify(confirmedSwapSave.slot1?.selectedSortieUnitIds) === JSON.stringify(expectedProjectedSwapIds),
    `Expected swap confirmation to persist the canonical projected roster everywhere: ${JSON.stringify({
      expectedProjectedSwapIds,
      runtime: confirmedSwapState?.selectedSortieUnitIds,
      campaign: confirmedSwapState?.campaign?.selectedSortieUnitIds,
      current: confirmedSwapSave.current?.selectedSortieUnitIds,
      slot1: confirmedSwapSave.slot1?.selectedSortieUnitIds
    })}`
  );
  assert(
    sameJsonValue(confirmedSwapState?.sortieFormationAssignments, expectedConfirmedAssignments) &&
      sameJsonValue(confirmedSwapState?.campaign?.sortieFormationAssignments, expectedConfirmedAssignments) &&
      sameJsonValue(confirmedSwapSave.current?.sortieFormationAssignments, expectedConfirmedAssignments) &&
      sameJsonValue(confirmedSwapSave.slot1?.sortieFormationAssignments, expectedConfirmedAssignments) &&
      sameJsonValue(confirmedSwapState?.sortieItemAssignments, expectedConfirmedItemAssignments) &&
      sameJsonValue(confirmedSwapState?.campaign?.sortieItemAssignments, expectedConfirmedItemAssignments) &&
      sameJsonValue(confirmedSwapSave.current?.sortieItemAssignments, expectedConfirmedItemAssignments) &&
      sameJsonValue(confirmedSwapSave.slot1?.sortieItemAssignments, expectedConfirmedItemAssignments),
    `Expected confirmation to remove Ma Dai's role and supply, assign Guan Yu's preview role without transferring supply, and preserve every other assignment: ${JSON.stringify({
      expectedFormation: expectedConfirmedAssignments,
      expectedItems: expectedConfirmedItemAssignments,
      state: confirmedSwapState,
      save: confirmedSwapSave
    })}`
  );
  assert(
    confirmedSwapState?.sortieFocusedUnitId === 'guan-yu' &&
      confirmedSwapState?.sortiePinnedSwapCandidateUnitId === null &&
      confirmedSwapState?.sortieSwapUndo?.available === true &&
      confirmedSwapState?.sortieSwapUndo?.outgoingUnitId === 'ma-dai' &&
      confirmedSwapState?.sortieSwapUndo?.incomingUnitId === 'guan-yu' &&
      confirmedSwapState?.sortieComparisonAction?.kind === 'undo-swap' &&
      confirmedSwapState?.sortieComparisonAction?.label === '되돌리기' &&
      confirmedSwapState?.sortiePlanFeedback?.includes('장비·보급'),
    `Expected confirmed swap feedback and one-use undo action: ${JSON.stringify(confirmedSwapState)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-swap-confirmed.png`, fullPage: true });

  const openPresetBookForSavePoint = await readSortiePresetControlPoint(page, 'toggle');
  await page.mouse.click(openPresetBookForSavePoint.x, openPresetBookForSavePoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.camp()?.sortiePresetBrowser?.open === true, undefined, { timeout: 30000 });
  const emptyPresetBookState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    emptyPresetBookState?.sortiePresetBrowser?.cards?.length === 3 &&
      emptyPresetBookState.sortiePresetBrowser.cards.every((card) => card.saved === false) &&
      emptyPresetBookState?.sortieSwapUndo?.available === true,
    `Expected three empty preset cards without consuming the pending swap undo: ${JSON.stringify(emptyPresetBookState?.sortiePresetBrowser)}`
  );
  const saveMobilePresetPoint = await readSortiePresetControlPoint(page, 'save', 'mobile');
  await page.mouse.click(saveMobilePresetPoint.x, saveMobilePresetPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieFormationPresets?.mobile?.selectedUnitIds?.length > 0 &&
      state?.sortieSwapUndo?.available === true &&
      state?.sortieComparisonAction?.kind === 'undo-swap';
  }, undefined, { timeout: 30000 });
  const savedMobilePresetState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const savedMobilePresetSave = await readCampaignSave(page);
  const savedMobilePreset = savedMobilePresetState?.sortieFormationPresets?.mobile;
  assert(
    JSON.stringify(savedMobilePreset?.selectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      savedMobilePreset?.selectedUnitIds?.every((unitId) => Boolean(savedMobilePreset.formationAssignments?.[unitId])) &&
      Object.keys(savedMobilePreset ?? {}).sort().join(',') === 'formationAssignments,selectedUnitIds' &&
      savedMobilePreset?.sortieItemAssignments === undefined &&
      savedMobilePreset?.itemAssignments === undefined,
    `Expected mobile preset save to materialize every selected role without storing supplies: ${JSON.stringify(savedMobilePreset)}`
  );
  assert(
    sameJsonValue(savedMobilePresetSave.current?.sortieFormationPresets?.mobile, savedMobilePreset) &&
      sameJsonValue(savedMobilePresetSave.slot1?.sortieFormationPresets?.mobile, savedMobilePreset) &&
      sameJsonValue(savedMobilePresetState?.sortieItemAssignments, expectedConfirmedItemAssignments) &&
      sameJsonValue(savedMobilePresetState?.campaign?.sortieItemAssignments, expectedConfirmedItemAssignments) &&
      savedMobilePresetState?.sortieSwapUndo?.available === true,
    `Expected preset metadata to sync to current and slot saves without changing the applied roster, roles, supplies, or swap undo: ${JSON.stringify({
      state: savedMobilePresetState,
      save: savedMobilePresetSave
    })}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-preset-saved.png`, fullPage: true });

  const undoSwapActionPoint = await readSortieComparisonActionPoint(page);
  assert(
    undoSwapActionPoint.label === '되돌리기',
    `Expected the scaled Phaser action button to switch to undo: ${JSON.stringify(undoSwapActionPoint)}`
  );
  await page.mouse.click(undoSwapActionPoint.x, undoSwapActionPoint.y);
  await page.waitForFunction((selectedBefore) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(selectedBefore) &&
      state?.sortieFocusedUnitId === 'ma-dai' &&
      state?.sortieComparisonAction === null &&
      !state?.sortieSwapUndo?.available;
  }, midFormationSelectedBefore, { timeout: 30000 });
  const undoneSwapProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const view = scene?.sortieComparisonPanelView;
    return {
      state,
      action: {
        buttonVisible: view?.actionButton?.visible ?? false,
        labelVisible: view?.actionLabel?.visible ?? false,
        label: view?.actionLabel?.text ?? null
      }
    };
  });
  const undoneSwapState = undoneSwapProbe.state;
  const undoneSwapSave = await readCampaignSave(page);
  const undoRestoreChecks = {
    runtimeSelection: JSON.stringify(undoneSwapState?.selectedSortieUnitIds) === JSON.stringify(midFormationSelectedBefore),
    campaignSelection: JSON.stringify(undoneSwapState?.campaign?.selectedSortieUnitIds) === JSON.stringify(midFormationCampaignSelectedBefore),
    currentSaveSelection: JSON.stringify(undoneSwapSave.current?.selectedSortieUnitIds) === JSON.stringify(midFormationSaveBefore.current?.selectedSortieUnitIds),
    slotSelection: JSON.stringify(undoneSwapSave.slot1?.selectedSortieUnitIds) === JSON.stringify(midFormationSaveBefore.slot1?.selectedSortieUnitIds),
    runtimeFormation: sameJsonValue(undoneSwapState?.sortieFormationAssignments, midFormationAssignmentsBefore),
    campaignFormation: sameJsonValue(undoneSwapState?.campaign?.sortieFormationAssignments, midFormationAssignmentsBefore),
    currentSaveFormation: sameJsonValue(undoneSwapSave.current?.sortieFormationAssignments, midFormationSaveBefore.current?.sortieFormationAssignments),
    slotFormation: sameJsonValue(undoneSwapSave.slot1?.sortieFormationAssignments, midFormationSaveBefore.slot1?.sortieFormationAssignments),
    runtimeItems: sameJsonValue(undoneSwapState?.sortieItemAssignments, midFormationItemAssignmentsBefore),
    campaignItems: sameJsonValue(undoneSwapState?.campaign?.sortieItemAssignments, midFormationItemAssignmentsBefore),
    currentSaveItems: sameJsonValue(undoneSwapSave.current?.sortieItemAssignments, midFormationSaveBefore.current?.sortieItemAssignments),
    slotItems: sameJsonValue(undoneSwapSave.slot1?.sortieItemAssignments, midFormationSaveBefore.slot1?.sortieItemAssignments)
  };
  assert(
    Object.values(undoRestoreChecks).every(Boolean),
    `Expected one-time undo to restore the exact roster, role map, and supply map in runtime and both saves: ${JSON.stringify({
      checks: undoRestoreChecks,
      expected: {
        runtimeSelected: midFormationSelectedBefore,
        campaignSelected: midFormationCampaignSelectedBefore,
        currentSaveSelected: midFormationSaveBefore.current?.selectedSortieUnitIds,
        slotSelected: midFormationSaveBefore.slot1?.selectedSortieUnitIds,
        formation: midFormationAssignmentsBefore,
        items: midFormationItemAssignmentsBefore
      },
      actual: {
        runtimeSelected: undoneSwapState?.selectedSortieUnitIds,
        campaignSelected: undoneSwapState?.campaign?.selectedSortieUnitIds,
        currentSaveSelected: undoneSwapSave.current?.selectedSortieUnitIds,
        slotSelected: undoneSwapSave.slot1?.selectedSortieUnitIds,
        runtimeFormation: undoneSwapState?.sortieFormationAssignments,
        campaignFormation: undoneSwapState?.campaign?.sortieFormationAssignments,
        currentSaveFormation: undoneSwapSave.current?.sortieFormationAssignments,
        slotFormation: undoneSwapSave.slot1?.sortieFormationAssignments,
        runtimeItems: undoneSwapState?.sortieItemAssignments,
        campaignItems: undoneSwapState?.campaign?.sortieItemAssignments,
        currentSaveItems: undoneSwapSave.current?.sortieItemAssignments,
        slotItems: undoneSwapSave.slot1?.sortieItemAssignments
      }
    })}`
  );
  assert(
    undoneSwapState?.sortieFocusedUnitId === 'ma-dai' &&
      undoneSwapState?.sortiePinnedSwapCandidateUnitId === null &&
      undoneSwapState?.sortieComparisonAction === null &&
      !undoneSwapState?.sortieSwapUndo?.available &&
      undoneSwapProbe.action.buttonVisible === false &&
      undoneSwapProbe.action.labelVisible === false,
    `Expected undo to restore Ma Dai focus and consume the panel action exactly once: ${JSON.stringify(undoneSwapProbe)}`
  );

  const presetBaselineState = undoneSwapState;
  const presetBaselineSave = undoneSwapSave;
  const openPresetBookForApplyPoint = await readSortiePresetControlPoint(page, 'toggle');
  await page.mouse.click(openPresetBookForApplyPoint.x, openPresetBookForApplyPoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.camp()?.sortiePresetBrowser?.open === true, undefined, { timeout: 30000 });
  const presetBookState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const mobilePresetCard = presetBookState?.sortiePresetBrowser?.cards?.find((card) => card.id === 'mobile');
  assert(
    presetBookState?.sortiePresetBrowser?.cards?.length === 3 &&
      presetBookState?.sortiePresetBrowser?.recommendedPresetId === 'mobile' &&
      mobilePresetCard?.saved === true &&
      mobilePresetCard?.applicable === true &&
      mobilePresetCard?.recommended === true &&
      mobilePresetCard?.current === false &&
      presetBookState.sortiePresetBrowser.cards.filter((card) => !card.saved).length === 2,
    `Expected the only saved valid preset to receive the scenario recommendation badge: ${JSON.stringify(presetBookState?.sortiePresetBrowser)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-preset-book.png`, fullPage: true });

  const hoverMobilePresetPoint = await readSortiePresetControlPoint(page, 'card', 'mobile');
  await page.mouse.move(hoverMobilePresetPoint.x, hoverMobilePresetPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortiePresetBrowser?.hoveredPresetId === 'mobile' &&
      state?.sortieComparisonPreview?.source === 'hover-preset' &&
      state?.sortieComparisonPreview?.presetId === 'mobile';
  }, undefined, { timeout: 30000 });
  const hoverPresetProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const view = scene?.sortieComparisonPanelView;
    return {
      state: window.__HEROS_DEBUG__?.camp(),
      panel: {
        title: view?.title?.text ?? null,
        headline: view?.headline?.text ?? null,
        detail: view?.detail?.text ?? null
      }
    };
  });
  const hoverPresetState = hoverPresetProbe.state;
  const hoverPresetSave = await readCampaignSave(page);
  const hoverProjectionCard = hoverPresetState?.sortiePresetBrowser?.cards?.find((card) => card.id === 'mobile');
  assert(
    hoverPresetState?.sortieComparisonPreview?.mode === 'preset' &&
      hoverPresetState?.sortieComparisonPreview?.metrics?.length === 4 &&
      hoverPresetState.sortieComparisonPreview.metrics[0]?.label === '공격 합' &&
      hoverPresetState.sortieComparisonPreview.metrics[1]?.label === '지력 합' &&
      hoverPresetState.sortieComparisonPreview.metrics[2]?.label === '평균 기동' &&
      hoverPresetProbe.panel.title === '기동 편성책 비교' &&
      hoverPresetProbe.panel.headline?.includes('유지') &&
      hoverPresetProbe.panel.detail?.includes('실제 편성 미변경'),
    `Expected a whole-formation, non-destructive preset comparison: ${JSON.stringify(hoverPresetProbe)}`
  );
  assert(
    JSON.stringify(hoverPresetState?.selectedSortieUnitIds) === JSON.stringify(presetBaselineState?.selectedSortieUnitIds) &&
      sameJsonValue(hoverPresetState?.sortieFormationAssignments, presetBaselineState?.sortieFormationAssignments) &&
      sameJsonValue(hoverPresetState?.sortieItemAssignments, presetBaselineState?.sortieItemAssignments) &&
      sameJsonValue(hoverPresetSave.current, presetBaselineSave.current) &&
      sameJsonValue(hoverPresetSave.slot1, presetBaselineSave.slot1),
    `Expected preset hover to preserve runtime, campaign, current save, and slot save: ${JSON.stringify(hoverPresetState)}`
  );

  const compareMobilePresetPoint = await readSortiePresetControlPoint(page, 'compare', 'mobile');
  await page.mouse.click(compareMobilePresetPoint.x, compareMobilePresetPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortiePresetBrowser?.pinnedPresetId === 'mobile' &&
      state?.sortieComparisonPreview?.source === 'pinned-preset' &&
      state?.sortieComparisonAction?.kind === 'confirm-preset';
  }, undefined, { timeout: 30000 });
  const pinnedPresetState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const pinnedPresetSave = await readCampaignSave(page);
  const pinnedProjectionCard = pinnedPresetState?.sortiePresetBrowser?.cards?.find((card) => card.id === 'mobile');
  assert(
    JSON.stringify(pinnedProjectionCard?.projectedSelectedUnitIds) === JSON.stringify(expectedProjectedSwapIds) &&
      sameJsonValue(pinnedProjectionCard?.projectedFormationAssignments, savedMobilePreset?.formationAssignments) &&
      pinnedPresetState?.sortieComparisonAction?.label === '적용 확정' &&
      sameJsonValue(pinnedPresetSave.current, presetBaselineSave.current) &&
      sameJsonValue(pinnedPresetSave.slot1, presetBaselineSave.slot1),
    `Expected pinning the preset to keep every saved value unchanged until confirmation: ${JSON.stringify(pinnedPresetState)}`
  );
  const expectedPresetSelectedIds = [...(pinnedProjectionCard?.projectedSelectedUnitIds ?? [])];
  const expectedPresetFormationAssignments = { ...(pinnedProjectionCard?.projectedFormationAssignments ?? {}) };
  const expectedPresetItemAssignments = structuredClone(pinnedProjectionCard?.projectedItemAssignments ?? {});
  const applyPresetActionPoint = await readSortieComparisonActionPoint(page);
  assert(applyPresetActionPoint.label === '적용 확정', `Expected preset confirmation label: ${JSON.stringify(applyPresetActionPoint)}`);
  await page.mouse.click(applyPresetActionPoint.x, applyPresetActionPoint.y);
  await page.waitForFunction((expectedIds) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(expectedIds) &&
      state?.sortiePresetUndo?.available === true &&
      state?.sortieComparisonAction?.kind === 'undo-preset' &&
      state?.sortiePresetBrowser?.open === false;
  }, expectedPresetSelectedIds, { timeout: 30000 });
  const appliedPresetState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const appliedPresetSave = await readCampaignSave(page);
  assert(
    JSON.stringify(appliedPresetState?.selectedSortieUnitIds) === JSON.stringify(expectedPresetSelectedIds) &&
      JSON.stringify(appliedPresetState?.campaign?.selectedSortieUnitIds) === JSON.stringify(expectedPresetSelectedIds) &&
      JSON.stringify(appliedPresetSave.current?.selectedSortieUnitIds) === JSON.stringify(expectedPresetSelectedIds) &&
      JSON.stringify(appliedPresetSave.slot1?.selectedSortieUnitIds) === JSON.stringify(expectedPresetSelectedIds) &&
      sameJsonValue(appliedPresetState?.sortieFormationAssignments, expectedPresetFormationAssignments) &&
      sameJsonValue(appliedPresetState?.campaign?.sortieFormationAssignments, expectedPresetFormationAssignments) &&
      sameJsonValue(appliedPresetSave.current?.sortieFormationAssignments, expectedPresetFormationAssignments) &&
      sameJsonValue(appliedPresetSave.slot1?.sortieFormationAssignments, expectedPresetFormationAssignments),
    `Expected preset confirmation to persist the canonical roster and stored roles everywhere: ${JSON.stringify(appliedPresetState)}`
  );
  assert(
    sameJsonValue(appliedPresetState?.sortieItemAssignments, expectedPresetItemAssignments) &&
      sameJsonValue(appliedPresetState?.campaign?.sortieItemAssignments, expectedPresetItemAssignments) &&
      sameJsonValue(appliedPresetSave.current?.sortieItemAssignments, expectedPresetItemAssignments) &&
      sameJsonValue(appliedPresetSave.slot1?.sortieItemAssignments, expectedPresetItemAssignments) &&
      appliedPresetState?.sortieItemAssignments?.['ma-dai'] === undefined &&
      appliedPresetState?.sortieItemAssignments?.['guan-yu'] === undefined &&
      appliedPresetState?.sortiePresetUndo?.presetId === 'mobile',
    `Expected preset apply to preserve only shared officers' supplies without auto-transferring them: ${JSON.stringify({
      expected: expectedPresetItemAssignments,
      actual: appliedPresetState?.sortieItemAssignments
    })}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-preset-applied.png`, fullPage: true });

  const undoPresetActionPoint = await readSortieComparisonActionPoint(page);
  assert(undoPresetActionPoint.label === '되돌리기', `Expected preset undo label: ${JSON.stringify(undoPresetActionPoint)}`);
  await page.mouse.click(undoPresetActionPoint.x, undoPresetActionPoint.y);
  await page.waitForFunction((baselineIds) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return JSON.stringify(state?.selectedSortieUnitIds) === JSON.stringify(baselineIds) &&
      state?.sortiePresetUndo === null &&
      state?.sortieComparisonAction === null;
  }, presetBaselineState?.selectedSortieUnitIds ?? [], { timeout: 30000 });
  const undonePresetState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const undonePresetSave = await readCampaignSave(page);
  assert(
    JSON.stringify(undonePresetState?.selectedSortieUnitIds) === JSON.stringify(presetBaselineState?.selectedSortieUnitIds) &&
      sameJsonValue(undonePresetState?.sortieFormationAssignments, presetBaselineState?.sortieFormationAssignments) &&
      sameJsonValue(undonePresetState?.sortieItemAssignments, presetBaselineState?.sortieItemAssignments) &&
      JSON.stringify(undonePresetSave.current?.selectedSortieUnitIds) === JSON.stringify(presetBaselineSave.current?.selectedSortieUnitIds) &&
      JSON.stringify(undonePresetSave.slot1?.selectedSortieUnitIds) === JSON.stringify(presetBaselineSave.slot1?.selectedSortieUnitIds) &&
      sameJsonValue(undonePresetSave.current?.sortieFormationAssignments, presetBaselineSave.current?.sortieFormationAssignments) &&
      sameJsonValue(undonePresetSave.slot1?.sortieFormationAssignments, presetBaselineSave.slot1?.sortieFormationAssignments) &&
      sameJsonValue(undonePresetSave.current?.sortieItemAssignments, presetBaselineSave.current?.sortieItemAssignments) &&
      sameJsonValue(undonePresetSave.slot1?.sortieItemAssignments, presetBaselineSave.slot1?.sortieItemAssignments) &&
      sameJsonValue(undonePresetSave.current?.sortieFormationPresets?.mobile, savedMobilePreset) &&
      sameJsonValue(undonePresetSave.slot1?.sortieFormationPresets?.mobile, savedMobilePreset),
    `Expected one-time preset undo to restore the exact roster, roles, and supplies while retaining the saved preset: ${JSON.stringify({
      state: undonePresetState,
      save: undonePresetSave
    })}`
  );

  const openPresetBookForSiegeFixturePoint = await readSortiePresetControlPoint(page, 'toggle');
  await page.mouse.click(openPresetBookForSiegeFixturePoint.x, openPresetBookForSiegeFixturePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePresetBrowser?.open === true,
    undefined,
    { timeout: 30000 }
  );
  const saveSiegePresetPoint = await readSortiePresetControlPoint(page, 'save', 'siege');
  await page.mouse.click(saveSiegePresetPoint.x, saveSiegePresetPoint.y);
  await page.waitForFunction(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortiePresetBrowser?.open === true &&
      state?.sortieFormationPresets?.siege?.selectedUnitIds?.length > 0;
  }, undefined, { timeout: 30000 });
  const savedSiegeFixtureState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const savedSiegeFixtureSave = await readCampaignSave(page);
  const savedSiegePreset = savedSiegeFixtureState?.sortieFormationPresets?.siege;
  assert(
    savedSiegePreset?.selectedUnitIds?.length === savedSiegeFixtureState?.selectedSortieUnitIds?.length &&
      savedSiegePreset.selectedUnitIds.every((unitId) => Boolean(savedSiegePreset.formationAssignments?.[unitId])) &&
      JSON.stringify(Object.keys(savedSiegePreset).sort()) === JSON.stringify(['formationAssignments', 'selectedUnitIds']) &&
      savedSiegePreset.sortieItemAssignments === undefined &&
      savedSiegePreset.itemAssignments === undefined &&
      sameJsonValue(savedSiegeFixtureSave.current?.sortieFormationPresets?.siege, savedSiegePreset) &&
      sameJsonValue(savedSiegeFixtureSave.slot1?.sortieFormationPresets?.siege, savedSiegePreset),
    `Expected a deterministic pre-battle siege preset fixture containing only the current roster and roles: ${JSON.stringify({
      state: savedSiegeFixtureState,
      save: savedSiegeFixtureSave
    })}`
  );
  const closePresetBookAfterSiegeFixturePoint = await readSortiePresetControlPoint(page, 'close');
  await page.mouse.click(closePresetBookAfterSiegeFixturePoint.x, closePresetBookAfterSiegeFixturePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.sortiePresetBrowser?.open === false,
    undefined,
    { timeout: 30000 }
  );

  const midPortraitUndoRestoredPage = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView);
  assert(
    midPortraitUndoRestoredPage?.page === 1 &&
      midPortraitUndoRestoredPage.scroll === midPortraitUndoRestoredPage.pageSize &&
      midPortraitUndoRestoredPage.previousEnabled === true &&
      isFiniteBounds(midPortraitUndoRestoredPage.previousButtonBounds),
    `Expected swap undo to restore the second portrait page before the independent paging roundtrip: ${JSON.stringify(midPortraitUndoRestoredPage)}`
  );
  const midPortraitPagingResetPoint = await readSortiePortraitRosterNavigationPoint(page, 'previous');
  await page.mouse.click(midPortraitPagingResetPoint.x, midPortraitPagingResetPoint.y);
  await page.waitForFunction(() => {
    const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
    return view?.page === 0 &&
      view.scroll === 0 &&
      view.previousEnabled === false &&
      view.visibleUnitIds?.length === 6 &&
      view.cardBounds?.length === 6;
  }, undefined, { timeout: 30000 });

  const midPortraitPagingBaseline = await page.evaluate(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      view: state?.sortiePortraitRosterView ?? null,
      allUnitIds: state?.sortiePortraitRoster?.map((unit) => unit.id) ?? [],
      focusedUnitId: state?.sortieFocusedUnitId ?? null,
      selectedUnitIds: state?.selectedSortieUnitIds ?? [],
      campaignSelectedUnitIds: state?.campaign?.selectedSortieUnitIds ?? [],
      formationAssignments: state?.sortieFormationAssignments ?? {},
      itemAssignments: state?.sortieItemAssignments ?? {}
    };
  });
  const midPortraitPagingSaveBefore = await readCampaignSave(page);
  assert(
    midPortraitPagingBaseline.allUnitIds.length === 23 &&
      new Set(midPortraitPagingBaseline.allUnitIds).size === 23,
    `Expected the portrait paging fixture to contain exactly 23 unique campaign officers: ${JSON.stringify(midPortraitPagingBaseline)}`
  );

  const midPortraitForwardUnitIds = [];
  let midPortraitCurrentView = midPortraitPagingBaseline.view;
  for (let expectedPage = 0; expectedPage < 4; expectedPage += 1) {
    const expectedVisibleUnitIds = midPortraitPagingBaseline.allUnitIds.slice(expectedPage * 6, expectedPage * 6 + 6);
    assertSortiePortraitRosterPage(midPortraitCurrentView, expectedPage, expectedVisibleUnitIds);
    midPortraitForwardUnitIds.push(...midPortraitCurrentView.visibleUnitIds);
    if (expectedPage < 3) {
      const nextPoint = await readSortiePortraitRosterNavigationPoint(page, 'next');
      await page.mouse.click(nextPoint.x, nextPoint.y);
      await page.waitForFunction(
        ({ pageIndex, visibleUnitIds }) => {
          const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
          return view?.page === pageIndex && JSON.stringify(view.visibleUnitIds) === JSON.stringify(visibleUnitIds);
        },
        { pageIndex: expectedPage + 1, visibleUnitIds: midPortraitPagingBaseline.allUnitIds.slice((expectedPage + 1) * 6, (expectedPage + 2) * 6) },
        { timeout: 30000 }
      );
      midPortraitCurrentView = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView);
    }
  }
  assert(
    midPortraitForwardUnitIds.length === 23 &&
      new Set(midPortraitForwardUnitIds).size === 23 &&
      sameJsonValue(midPortraitForwardUnitIds, midPortraitPagingBaseline.allUnitIds) &&
      midPortraitCurrentView.visibleUnitIds.length === 5,
    `Expected four portrait pages to expose all 23 officers exactly once and finish with five officers: ${JSON.stringify({
      expected: midPortraitPagingBaseline.allUnitIds,
      actual: midPortraitForwardUnitIds,
      lastPage: midPortraitCurrentView
    })}`
  );
  await page.waitForTimeout(300);
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-roster-last-page.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp sortie portrait roster last page');

  for (let expectedPage = 2; expectedPage >= 0; expectedPage -= 1) {
    const previousPoint = await readSortiePortraitRosterNavigationPoint(page, 'previous');
    await page.mouse.click(previousPoint.x, previousPoint.y);
    const expectedVisibleUnitIds = midPortraitPagingBaseline.allUnitIds.slice(expectedPage * 6, expectedPage * 6 + 6);
    await page.waitForFunction(
      ({ pageIndex, visibleUnitIds }) => {
        const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
        return view?.page === pageIndex && JSON.stringify(view.visibleUnitIds) === JSON.stringify(visibleUnitIds);
      },
      { pageIndex: expectedPage, visibleUnitIds: expectedVisibleUnitIds },
      { timeout: 30000 }
    );
    midPortraitCurrentView = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView);
    assertSortiePortraitRosterPage(midPortraitCurrentView, expectedPage, expectedVisibleUnitIds);
  }

  const midPortraitPagingAfter = await page.evaluate(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      focusedUnitId: state?.sortieFocusedUnitId ?? null,
      selectedUnitIds: state?.selectedSortieUnitIds ?? [],
      campaignSelectedUnitIds: state?.campaign?.selectedSortieUnitIds ?? [],
      formationAssignments: state?.sortieFormationAssignments ?? {},
      itemAssignments: state?.sortieItemAssignments ?? {}
    };
  });
  const midPortraitPagingSaveAfter = await readCampaignSave(page);
  assert(
    midPortraitCurrentView?.page === 0 &&
      midPortraitPagingAfter.focusedUnitId === midPortraitPagingBaseline.focusedUnitId &&
      sameJsonValue(midPortraitPagingAfter.selectedUnitIds, midPortraitPagingBaseline.selectedUnitIds) &&
      sameJsonValue(midPortraitPagingAfter.campaignSelectedUnitIds, midPortraitPagingBaseline.campaignSelectedUnitIds) &&
      sameJsonValue(midPortraitPagingAfter.formationAssignments, midPortraitPagingBaseline.formationAssignments) &&
      sameJsonValue(midPortraitPagingAfter.itemAssignments, midPortraitPagingBaseline.itemAssignments) &&
      sameJsonValue(midPortraitPagingSaveAfter, midPortraitPagingSaveBefore),
    `Expected portrait paging to return to page one without changing focus, selection, formation, supplies, or saves: ${JSON.stringify({
      before: midPortraitPagingBaseline,
      after: midPortraitPagingAfter,
      saveBefore: midPortraitPagingSaveBefore,
      saveAfter: midPortraitPagingSaveAfter
    })}`
  );

  const fullRosterCandidateProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const candidate = state?.sortieRoster?.find((unit) => !unit.selected && unit.available);
    if (!candidate || typeof scene?.toggleSortieUnit !== 'function') {
      return { candidateId: null, selectedBefore: state?.selectedSortieUnitIds ?? [] };
    }
    scene.toggleSortieUnit(candidate.id);
    return { candidateId: candidate.id, selectedBefore: state.selectedSortieUnitIds ?? [] };
  });
  assert(fullRosterCandidateProbe.candidateId, `Expected a full-roster swap candidate: ${JSON.stringify(fullRosterCandidateProbe)}`);
  await page.waitForFunction((probe) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieFocusedUnitId === probe.candidateId &&
      state?.sortiePrepStep === 'formation' &&
      state?.sortieFocusedSynergyPreview?.mode === 'waiting' &&
      state?.selectedSortieUnitIds?.length === probe.selectedBefore.length &&
      !state.selectedSortieUnitIds.includes(probe.candidateId);
  }, fullRosterCandidateProbe, { timeout: 30000 });

  const underCapacityProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const removable = state?.sortieRoster?.find((unit) => unit.selected && !unit.required);
    if (!removable || typeof scene?.toggleSortieUnit !== 'function') {
      return { removedUnitId: null, selectedBefore: state?.selectedSortieUnitIds ?? [] };
    }
    scene.toggleSortieUnit(removable.id);
    return { removedUnitId: removable.id, selectedBefore: state.selectedSortieUnitIds ?? [] };
  });
  assert(underCapacityProbe.removedUnitId, `Expected a removable mid-campaign officer: ${JSON.stringify(underCapacityProbe)}`);
  await page.waitForFunction((probe) => {
    const state = window.__HEROS_DEBUG__?.camp();
    return state?.sortieVisible === true &&
      state?.sortiePrepStep === 'formation' &&
      state?.selectedSortieUnitIds?.length === probe.selectedBefore.length - 1 &&
      !state.selectedSortieUnitIds.includes(probe.removedUnitId) &&
      state?.sortieFocusedSynergyPreview?.mode === 'add';
  }, underCapacityProbe, { timeout: 30000 });

  await page.reload({ waitUntil: 'domcontentloaded' });
  await waitForTitle(page);
  await clickLegacyUi(page, 962, 310);
  await waitForCamp(page);
  const restoredUnderCapacityState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    restoredUnderCapacityState?.selectedSortieUnitIds?.length === underCapacityProbe.selectedBefore.length - 1 &&
      !restoredUnderCapacityState.selectedSortieUnitIds.includes(underCapacityProbe.removedUnitId),
    `Expected an under-capacity manual formation to survive scene recreation: ${JSON.stringify(restoredUnderCapacityState?.selectedSortieUnitIds)} / ${JSON.stringify(underCapacityProbe)}`
  );

  const reserveDoctrineSetup = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const supportUnitIds = (state?.sortieRoster ?? [])
      .filter((unit) => unit.selected && unit.formationRole === 'support')
      .map((unit) => unit.id);
    scene.sortieFormationAssignments = {
      ...scene.sortieFormationAssignments,
      ...Object.fromEntries(supportUnitIds.map((unitId) => [unitId, 'reserve']))
    };
    scene.persistSortieSelection();
    return { supportUnitIds, state: window.__HEROS_DEBUG__?.camp() };
  });
  assert(
    reserveDoctrineSetup.supportUnitIds.length > 0 && reserveDoctrineSetup.state?.sortiePlan?.formationCoverageComplete === false,
    `Expected the mid-campaign doctrine setup to leave support uncovered with reserve officers: ${JSON.stringify(reserveDoctrineSetup)}`
  );

  const midCampSelectedSortieUnitIds = reserveDoctrineSetup.state?.selectedSortieUnitIds ?? [];
  const midCampDeploymentPreview = reserveDoctrineSetup.state?.sortieDeploymentPreview ?? [];
  const midCampFormationAssignments = reserveDoctrineSetup.state?.sortieFormationAssignments ?? {};
  const midCampItemAssignments = reserveDoctrineSetup.state?.sortieItemAssignments ?? {};
  await clickLegacyUi(page, 1160, 38);
  await waitForSortiePrep(page);
  const restoredMidBriefingState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(
    restoredMidBriefingState?.stagedSortiePrep === true && restoredMidBriefingState?.sortiePrepStep === 'briefing',
    `Expected reopening the mid-campaign sortie to restart at briefing: ${JSON.stringify(restoredMidBriefingState)}`
  );
  const restoredMidFormationState = await advanceSortiePrepStep(page, 'formation');
  assert(
    restoredMidFormationState?.sortiePlan?.formationCoverageComplete === false &&
      JSON.stringify(restoredMidFormationState?.sortieFormationAssignments) === JSON.stringify(midCampFormationAssignments) &&
      JSON.stringify(restoredMidFormationState?.sortieItemAssignments) === JSON.stringify(midCampItemAssignments),
    `Expected the staged formation screen to preserve role and supply assignments: ${JSON.stringify(restoredMidFormationState)}`
  );
  const restoredMidLoadoutState = await advanceSortiePrepStep(page, 'loadout');
  assertSameMembers(
    restoredMidLoadoutState?.selectedSortieUnitIds,
    midCampSelectedSortieUnitIds,
    `Expected briefing, formation, and loadout steps to preserve the selected mid-campaign roster: ${JSON.stringify(restoredMidLoadoutState?.selectedSortieUnitIds)}`
  );
  assert(
    JSON.stringify(restoredMidLoadoutState?.sortieFormationAssignments) === JSON.stringify(midCampFormationAssignments) &&
      JSON.stringify(restoredMidLoadoutState?.sortieItemAssignments) === JSON.stringify(midCampItemAssignments),
    `Expected loadout navigation to preserve role and supply assignments: ${JSON.stringify(restoredMidLoadoutState)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-sortie-loadout.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp sortie loadout');
  await clickLegacyUi(page, 1116, 656);
  await advanceUntilBattle(page, midCampNextBattleId);
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-next-battle.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp next battle');

  const midNextBattleProbe = await readBattleDoctrineProbe(page);
  assert(midNextBattleProbe?.battleId === midCampNextBattleId, `Expected mid-campaign sortie to enter next battle: ${JSON.stringify(midNextBattleProbe)} / ${midCampNextBattleId}`);
  assertSameMembers(
    midNextBattleProbe?.selectedSortieUnitIds,
    midCampSelectedSortieUnitIds,
    `Expected mid-campaign next battle to receive selected sortie ids: ${JSON.stringify(midNextBattleProbe?.selectedSortieUnitIds)} / ${JSON.stringify(midCampSelectedSortieUnitIds)}`
  );
  assertSameMembers(
    midNextBattleProbe?.deployedAllyIds,
    midCampSelectedSortieUnitIds,
    `Expected mid-campaign next battle deployed allies to match sortie ids: ${JSON.stringify(midNextBattleProbe?.deployedAllyIds)} / ${JSON.stringify(midCampSelectedSortieUnitIds)}`
  );
  assertDeploymentMatchesPreview(
    midNextBattleProbe?.deployedAllyPositions,
    midCampDeploymentPreview,
    `Expected mid-campaign next battle ally positions to match deployment preview: ${JSON.stringify(midNextBattleProbe?.deployedAllyPositions)} / ${JSON.stringify(midCampDeploymentPreview)}`
  );
  assertSortieDoctrine(midNextBattleProbe, { requireReserve: true });
  assert(
    midNextBattleProbe.sortieDoctrine?.coveredRoleCount < 3,
    `Expected the seeded mid-campaign formation to allow a missing doctrine role: ${JSON.stringify(midNextBattleProbe.sortieDoctrine)}`
  );
  assert(
    midNextBattleProbe.firstSortieRoleEffects?.active === false &&
      midNextBattleProbe.firstSortieRoleEffects?.trinityActive === false,
    `Expected Peach Garden trinity to remain exclusive to the second battle: ${JSON.stringify(midNextBattleProbe.firstSortieRoleEffects)}`
  );
  assert(
    midNextBattleProbe.units.some((unit) =>
      unit.faction === 'ally' &&
      !['liu-bei', 'guan-yu', 'zhang-fei'].includes(unit.id) &&
      ['front', 'flank', 'support'].includes(unit.formationRole) &&
      unit.sortieRoleEffect
    ),
    `Expected a non-Peach-Garden officer to receive a generic sortie role effect: ${JSON.stringify(midNextBattleProbe.units)}`
  );

  const midResultFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    const contributor = state?.units?.find((unit) =>
      unit.faction === 'ally' && ['front', 'flank', 'support'].includes(unit.formationRole)
    );
    const wounded = state?.units?.find((unit) =>
      unit.faction === 'ally' && unit.id !== contributor?.id && unit.hp > 1
    ) ?? contributor;
    const liveWounded = wounded?.id ? scene?.debugUnitById?.(wounded.id) : undefined;
    if (!scene || !contributor || !liveWounded || typeof scene.statsFor !== 'function') {
      return { ready: false, contributorId: contributor?.id ?? null, woundedUnitId: wounded?.id ?? null };
    }

    const stats = scene.statsFor(contributor.id);
    Object.assign(stats, {
      damageDealt: 137,
      damageTaken: 22,
      defeats: 3,
      actions: 5,
      support: 11,
      sortieBonusDamage: 17,
      sortiePreventedDamage: 9,
      sortieBonusHealing: 4,
      sortieExtendedBondTriggers: 2,
      intentDefeats: 1,
      intentLineBreaks: 1,
      intentGuardSuccesses: 1
    });
    liveWounded.hp = Math.max(1, liveWounded.maxHp - 7);
    return {
      ready: true,
      contributorId: contributor.id,
      woundedUnitId: liveWounded.id,
      woundedHp: liveWounded.hp,
      woundedMaxHp: liveWounded.maxHp,
      expectedStats: {
        damageDealt: 137,
        damageTaken: 22,
        defeats: 3,
        actions: 5,
        support: 11,
        sortieBonusDamage: 17,
        sortiePreventedDamage: 9,
        sortieBonusHealing: 4,
        sortieExtendedBondTriggers: 2,
        intentDefeats: 1,
        intentLineBreaks: 1,
        intentGuardSuccesses: 1
      }
    };
  });
  assert(
    midResultFixture.ready === true &&
      midResultFixture.contributorId &&
      midResultFixture.woundedUnitId &&
      midResultFixture.woundedHp < midResultFixture.woundedMaxHp,
    `Expected a deterministic contribution and recovery fixture for the mid-campaign result: ${JSON.stringify(midResultFixture)}`
  );

  await page.evaluate(() => window.__HEROS_DEBUG__?.forceBattleOutcome('victory'));
  await waitForBattleOutcome(page, 'victory');
  const midResultState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
  const midResultSaveBeforeUpdate = await readCampaignSave(page);
  const midResultPerformance = midResultState?.sortieEvaluation?.snapshot;
  const midResultSortieReviewBeforePresetUpdate = structuredClone(
    midResultSaveBeforeUpdate.current?.battleHistory?.[midCampNextBattleId]?.sortieReview
  );
  const midContributorPerformance = midResultPerformance?.unitStats?.find((stats) => stats.unitId === midResultFixture.contributorId);
  const midBattleRoleById = Object.fromEntries(
    (midNextBattleProbe?.deployedAllyPositions ?? []).map((unit) => [unit.id, unit.formationRole])
  );
  const expectedMidResultPreset = {
    selectedUnitIds: [...(midResultPerformance?.selectedUnitIds ?? [])],
    formationAssignments: { ...(midResultPerformance?.formationAssignments ?? {}) }
  };
  assert(
    midResultState?.sortieEvaluation?.available === true &&
      midResultState.sortieEvaluation.open === false &&
      midResultState.sortieEvaluation.totalDamage === midResultFixture.expectedStats.damageDealt &&
      midResultState.sortieEvaluation.totalDamageTaken === midResultFixture.expectedStats.damageTaken &&
      midResultState.sortieEvaluation.totalDefeats === midResultFixture.expectedStats.defeats &&
      midResultState.sortieEvaluation.totalSupport === midResultFixture.expectedStats.support &&
      midResultState.sortieEvaluation.recoveryNeededCount > 0 &&
      midResultState.sortieEvaluation.roleCoverage < 3,
    `Expected the mid-campaign evaluation to reflect the deterministic contribution, injury, and missing role: ${JSON.stringify(midResultState?.sortieEvaluation)}`
  );
  assert(
    midContributorPerformance &&
      Object.entries(midResultFixture.expectedStats).every(([key, value]) => midContributorPerformance[key] === value) &&
      midContributorPerformance.hpBefore > 0 &&
      midContributorPerformance.maxHpBefore >= midContributorPerformance.hpBefore &&
      sameJsonValue([...(midResultPerformance?.selectedUnitIds ?? [])].sort(), [...midCampSelectedSortieUnitIds].sort()) &&
      Object.keys(midResultPerformance?.formationAssignments ?? {}).length === midCampSelectedSortieUnitIds.length &&
      midCampSelectedSortieUnitIds.every(
        (unitId) => midResultPerformance?.formationAssignments?.[unitId] === midBattleRoleById[unitId]
      ),
    `Expected the saved result snapshot to retain the exact roster, roles, starting HP, and contribution stats: ${JSON.stringify(midResultPerformance)}`
  );
  assert(
    sameJsonValue(midResultSaveBeforeUpdate.current?.firstBattleReport?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(midResultSaveBeforeUpdate.slot1?.firstBattleReport?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(midResultSaveBeforeUpdate.current?.battleHistory?.[midCampNextBattleId]?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(midResultSaveBeforeUpdate.slot1?.battleHistory?.[midCampNextBattleId]?.sortiePerformance, midResultPerformance) &&
      !sameJsonValue(midResultSaveBeforeUpdate.current?.sortieFormationPresets?.mobile, expectedMidResultPreset),
    `Expected the mid result snapshot to synchronize everywhere while remaining meaningfully different from the saved mobile preset: ${JSON.stringify({
      snapshot: midResultPerformance,
      mobile: midResultSaveBeforeUpdate.current?.sortieFormationPresets?.mobile
    })}`
  );
  assert(
    midResultSortieReviewBeforePresetUpdate?.version === 1 &&
      midResultSortieReviewBeforePresetUpdate.score === midResultState?.sortieEvaluation?.score &&
      midResultSortieReviewBeforePresetUpdate.grade === midResultState?.sortieEvaluation?.grade &&
      midResultSortieReviewBeforePresetUpdate.activeBondCount === midResultState?.sortieEvaluation?.activeBondCount &&
      midResultSortieReviewBeforePresetUpdate.enemyCount === midNextBattleProbe.units.filter((unit) => unit.faction === 'enemy').length &&
      sameJsonValue(midResultSaveBeforeUpdate.current?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(midResultSaveBeforeUpdate.slot1?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(midResultSaveBeforeUpdate.slot1?.battleHistory?.[midCampNextBattleId]?.sortieReview, midResultSortieReviewBeforePresetUpdate),
    `Expected the mid-campaign result to persist one canonical sortie review before any result-screen preset update: ${JSON.stringify({
      review: midResultSortieReviewBeforePresetUpdate,
      evaluation: midResultState?.sortieEvaluation
    })}`
  );

  const midEvaluationTogglePoint = await readBattleResultEvaluationControlPoint(page, 'toggle');
  await page.mouse.click(midEvaluationTogglePoint.x, midEvaluationTogglePoint.y);
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.sortieEvaluation?.open === true, undefined, { timeout: 30000 });
  const midEvaluationProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const evaluation = window.__HEROS_DEBUG__?.battle()?.sortieEvaluation;
    return {
      evaluation,
      texts: (scene?.resultFormationReviewObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  const midEvaluationSave = await readCampaignSave(page);
  const mobileResultCard = midEvaluationProbe.evaluation?.presetCards?.find((card) => card.id === 'mobile');
  assert(
    midEvaluationProbe.texts.includes('이번 편성 평가') &&
      midEvaluationProbe.texts.some((text) => text.includes('기동') && text.includes('갱신')) &&
      mobileResultCard?.saved === true &&
      mobileResultCard.matching === false &&
      mobileResultCard.actionButtonBounds &&
      sameJsonValue(midEvaluationSave, midResultSaveBeforeUpdate),
    `Expected opening the evaluation to expose a non-destructive mobile preset update action: ${JSON.stringify(midEvaluationProbe)}`
  );

  const firstMobileUpdatePoint = await readBattleResultEvaluationControlPoint(page, 'preset', 'mobile');
  await page.mouse.click(firstMobileUpdatePoint.x, firstMobileUpdatePoint.y);
  await page.waitForFunction(() => {
    const evaluation = window.__HEROS_DEBUG__?.battle()?.sortieEvaluation;
    return evaluation?.open === true &&
      evaluation?.overwriteConfirmId === 'mobile' &&
      evaluation?.feedback?.includes('한 번 더');
  }, undefined, { timeout: 30000 });
  const pendingMobileUpdateState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
  const pendingMobileUpdateSave = await readCampaignSave(page);
  assert(
    pendingMobileUpdateState?.resultVisible === true &&
      pendingMobileUpdateState?.sortieEvaluation?.sourcePresetIds?.includes('mobile') === false &&
      sameJsonValue(pendingMobileUpdateSave, midResultSaveBeforeUpdate),
    `Expected the first mobile update click to request confirmation without mutating either save: ${JSON.stringify({
      evaluation: pendingMobileUpdateState?.sortieEvaluation,
      save: pendingMobileUpdateSave
    })}`
  );

  const confirmMobileUpdatePoint = await readBattleResultEvaluationControlPoint(page, 'preset', 'mobile');
  await page.mouse.click(confirmMobileUpdatePoint.x, confirmMobileUpdatePoint.y);
  await page.waitForFunction(() => {
    const evaluation = window.__HEROS_DEBUG__?.battle()?.sortieEvaluation;
    return evaluation?.open === true &&
      evaluation?.overwriteConfirmId === null &&
      evaluation?.sourcePresetIds?.includes('mobile') &&
      evaluation?.feedback?.includes('갱신 완료');
  }, undefined, { timeout: 30000 });
  const updatedMobileResultState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
  const updatedMobileResultSave = await readCampaignSave(page);
  const updatedCurrentMobilePreset = updatedMobileResultSave.current?.sortieFormationPresets?.mobile;
  const updatedSlotMobilePreset = updatedMobileResultSave.slot1?.sortieFormationPresets?.mobile;
  assert(
    sameJsonValue(updatedCurrentMobilePreset, expectedMidResultPreset) &&
      sameJsonValue(updatedSlotMobilePreset, expectedMidResultPreset) &&
      JSON.stringify(Object.keys(updatedCurrentMobilePreset ?? {}).sort()) === JSON.stringify(['formationAssignments', 'selectedUnitIds']) &&
      updatedCurrentMobilePreset?.sortieItemAssignments === undefined &&
      updatedCurrentMobilePreset?.itemAssignments === undefined &&
      updatedCurrentMobilePreset?.unitStats === undefined,
    `Expected the confirmed result action to store only the evaluated roster and roles in current and slot-1 mobile presets: ${JSON.stringify(updatedMobileResultSave)}`
  );
  assert(
    JSON.stringify(updatedMobileResultSave.current?.selectedSortieUnitIds) === JSON.stringify(midResultSaveBeforeUpdate.current?.selectedSortieUnitIds) &&
      sameJsonValue(updatedMobileResultSave.current?.sortieFormationAssignments, midResultSaveBeforeUpdate.current?.sortieFormationAssignments) &&
      sameJsonValue(updatedMobileResultSave.current?.sortieItemAssignments, midResultSaveBeforeUpdate.current?.sortieItemAssignments) &&
      sameJsonValue(updatedMobileResultSave.slot1?.selectedSortieUnitIds, midResultSaveBeforeUpdate.slot1?.selectedSortieUnitIds) &&
      sameJsonValue(updatedMobileResultSave.slot1?.sortieFormationAssignments, midResultSaveBeforeUpdate.slot1?.sortieFormationAssignments) &&
      sameJsonValue(updatedMobileResultSave.slot1?.sortieItemAssignments, midResultSaveBeforeUpdate.slot1?.sortieItemAssignments) &&
      sameJsonValue(updatedMobileResultSave.current?.firstBattleReport?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(updatedMobileResultSave.slot1?.battleHistory?.[midCampNextBattleId]?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(updatedMobileResultSave.current?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedMobileResultSave.slot1?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedMobileResultSave.current?.battleHistory?.[midCampNextBattleId]?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedMobileResultSave.slot1?.battleHistory?.[midCampNextBattleId]?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedMobileResultSave.current?.sortieFormationPresets?.elite, midResultSaveBeforeUpdate.current?.sortieFormationPresets?.elite) &&
      sameJsonValue(updatedMobileResultSave.current?.sortieFormationPresets?.siege, midResultSaveBeforeUpdate.current?.sortieFormationPresets?.siege),
    `Expected result-to-preset update to leave the active sortie, supplies, report snapshot, and other presets unchanged: ${JSON.stringify({
      before: midResultSaveBeforeUpdate,
      after: updatedMobileResultSave
    })}`
  );
  assert(
    updatedMobileResultState?.sortieEvaluation?.presetCards?.find((card) => card.id === 'mobile')?.matching === true &&
      updatedMobileResultState?.sortieEvaluation?.feedback?.includes('장비·보급은 저장하지 않았습니다.'),
    `Expected visible completion feedback and a matching mobile result card after update: ${JSON.stringify(updatedMobileResultState?.sortieEvaluation)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-formation-evaluation-updated.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp formation evaluation update');

  const closeMidBattleEvaluationPoint = await readBattleResultEvaluationControlPoint(page, 'close');
  await page.mouse.click(closeMidBattleEvaluationPoint.x, closeMidBattleEvaluationPoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.sortieEvaluation?.open === false,
    undefined,
    { timeout: 30000 }
  );
  await clickLegacyUi(page, 738, 642);
  await waitForCampAfterBattleResult(page);

  const midCampReviewState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const midCampReviewSaveBefore = await readCampaignSave(page);
  const midCampFormationEvaluation = midCampReviewState?.reportFormationEvaluation;
  const midCampMobileCard = midCampFormationEvaluation?.presetCards?.find((card) => card.id === 'mobile');
  const midCampSiegeCard = midCampFormationEvaluation?.presetCards?.find((card) => card.id === 'siege');
  assert(
    midCampFormationEvaluation?.available === true &&
      midCampFormationEvaluation.open === false &&
      midCampFormationEvaluation.battleId === midCampNextBattleId &&
      midCampFormationEvaluation.grade === updatedMobileResultState?.sortieEvaluation?.grade &&
      midCampFormationEvaluation.score === updatedMobileResultState?.sortieEvaluation?.score &&
      sameJsonValue(midCampFormationEvaluation.snapshot, midResultPerformance) &&
      sameJsonValue(midCampFormationEvaluation.sourcePresetIds, midResultSortieReviewBeforePresetUpdate.sourcePresetIds) &&
      midCampMobileCard?.saved === true &&
      midCampMobileCard.matching === true &&
      midCampSiegeCard?.saved === true &&
      midCampSiegeCard.matching === false &&
      midCampFormationEvaluation.toggleButtonBounds &&
      !sameJsonValue(savedSiegePreset, expectedMidResultPreset),
    `Expected the next camp report to reopen the persisted result while keeping the older siege preset distinct: ${JSON.stringify({
      evaluation: midCampFormationEvaluation,
      savedSiegePreset
    })}`
  );

  const midCampReviewTogglePoint = await readCampReportFormationEvaluationControlPoint(page, 'toggle');
  await page.mouse.click(midCampReviewTogglePoint.x, midCampReviewTogglePoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation?.open === true,
    undefined,
    { timeout: 30000 }
  );
  const openedMidCampReviewProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    return {
      state: window.__HEROS_DEBUG__?.camp(),
      texts: (scene?.reportFormationReviewObjects ?? [])
        .filter((object) => object?.type === 'Text')
        .map((object) => object.text)
    };
  });
  const openedMidCampReviewSave = await readCampaignSave(page);
  const openedMidCampSiegeCard = openedMidCampReviewProbe.state?.reportFormationEvaluation?.presetCards?.find(
    (card) => card.id === 'siege'
  );
  assert(
    openedMidCampReviewProbe.state?.reportFormationEvaluation?.open === true &&
      openedMidCampReviewProbe.texts.includes('최근 전투 편성 평가') &&
      openedMidCampReviewProbe.texts.some((text) => text.includes('공성') && text.includes('갱신')) &&
      openedMidCampSiegeCard?.saved === true &&
      openedMidCampSiegeCard.matching === false &&
      openedMidCampSiegeCard.actionButtonBounds &&
      sameJsonValue(openedMidCampReviewSave, midCampReviewSaveBefore),
    `Expected opening the camp report evaluation to remain non-destructive and expose the siege update action: ${JSON.stringify(openedMidCampReviewProbe)}`
  );

  const firstCampSiegeUpdatePoint = await readCampReportFormationEvaluationControlPoint(page, 'preset', 'siege');
  await page.mouse.click(firstCampSiegeUpdatePoint.x, firstCampSiegeUpdatePoint.y);
  await page.waitForFunction(() => {
    const evaluation = window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation;
    return evaluation?.open === true &&
      evaluation?.overwriteConfirmId === 'siege' &&
      evaluation?.feedback?.includes('한 번 더');
  }, undefined, { timeout: 30000 });
  const pendingCampSiegeUpdateState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const pendingCampSiegeUpdateSave = await readCampaignSave(page);
  assert(
    sameJsonValue(
      pendingCampSiegeUpdateState?.reportFormationEvaluation?.sourcePresetIds,
      midResultSortieReviewBeforePresetUpdate.sourcePresetIds
    ) &&
      pendingCampSiegeUpdateState?.reportFormationEvaluation?.presetCards?.find((card) => card.id === 'siege')?.matching === false &&
      sameJsonValue(pendingCampSiegeUpdateSave, midCampReviewSaveBefore),
    `Expected the first camp siege update click to request confirmation without mutating either save: ${JSON.stringify({
      evaluation: pendingCampSiegeUpdateState?.reportFormationEvaluation,
      save: pendingCampSiegeUpdateSave
    })}`
  );

  const confirmCampSiegeUpdatePoint = await readCampReportFormationEvaluationControlPoint(page, 'preset', 'siege');
  await page.mouse.click(confirmCampSiegeUpdatePoint.x, confirmCampSiegeUpdatePoint.y);
  await page.waitForFunction(() => {
    const evaluation = window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation;
    return evaluation?.open === true &&
      evaluation?.overwriteConfirmId === null &&
      evaluation?.presetCards?.find((card) => card.id === 'siege')?.matching === true &&
      evaluation?.feedback?.includes('갱신 완료');
  }, undefined, { timeout: 30000 });
  const updatedCampSiegeState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const updatedCampSiegeSave = await readCampaignSave(page);
  const updatedCurrentSiegePreset = updatedCampSiegeSave.current?.sortieFormationPresets?.siege;
  const updatedSlotSiegePreset = updatedCampSiegeSave.slot1?.sortieFormationPresets?.siege;
  assert(
    sameJsonValue(updatedCurrentSiegePreset, expectedMidResultPreset) &&
      sameJsonValue(updatedSlotSiegePreset, expectedMidResultPreset) &&
      JSON.stringify(Object.keys(updatedCurrentSiegePreset ?? {}).sort()) === JSON.stringify(['formationAssignments', 'selectedUnitIds']) &&
      updatedCurrentSiegePreset?.sortieItemAssignments === undefined &&
      updatedCurrentSiegePreset?.itemAssignments === undefined &&
      updatedCurrentSiegePreset?.unitStats === undefined,
    `Expected the confirmed camp action to store only the reviewed roster and roles in both siege preset saves: ${JSON.stringify(updatedCampSiegeSave)}`
  );
  assert(
    JSON.stringify(updatedCampSiegeSave.current?.selectedSortieUnitIds) === JSON.stringify(midCampReviewSaveBefore.current?.selectedSortieUnitIds) &&
      sameJsonValue(updatedCampSiegeSave.current?.sortieFormationAssignments, midCampReviewSaveBefore.current?.sortieFormationAssignments) &&
      sameJsonValue(updatedCampSiegeSave.current?.sortieItemAssignments, midCampReviewSaveBefore.current?.sortieItemAssignments) &&
      JSON.stringify(updatedCampSiegeSave.slot1?.selectedSortieUnitIds) === JSON.stringify(midCampReviewSaveBefore.slot1?.selectedSortieUnitIds) &&
      sameJsonValue(updatedCampSiegeSave.slot1?.sortieFormationAssignments, midCampReviewSaveBefore.slot1?.sortieFormationAssignments) &&
      sameJsonValue(updatedCampSiegeSave.slot1?.sortieItemAssignments, midCampReviewSaveBefore.slot1?.sortieItemAssignments) &&
      sameJsonValue(updatedCampSiegeSave.current?.firstBattleReport?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(updatedCampSiegeSave.slot1?.battleHistory?.[midCampNextBattleId]?.sortiePerformance, midResultPerformance) &&
      sameJsonValue(updatedCampSiegeSave.current?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedCampSiegeSave.slot1?.firstBattleReport?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedCampSiegeSave.current?.battleHistory?.[midCampNextBattleId]?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedCampSiegeSave.slot1?.battleHistory?.[midCampNextBattleId]?.sortieReview, midResultSortieReviewBeforePresetUpdate) &&
      sameJsonValue(updatedCampSiegeSave.current?.sortieFormationPresets?.mobile, midCampReviewSaveBefore.current?.sortieFormationPresets?.mobile) &&
      sameJsonValue(updatedCampSiegeSave.current?.sortieFormationPresets?.elite, midCampReviewSaveBefore.current?.sortieFormationPresets?.elite) &&
      JSON.stringify(updatedCampSiegeState?.selectedSortieUnitIds) === JSON.stringify(midCampReviewState?.selectedSortieUnitIds) &&
      sameJsonValue(updatedCampSiegeState?.sortieFormationAssignments, midCampReviewState?.sortieFormationAssignments) &&
      sameJsonValue(updatedCampSiegeState?.sortieItemAssignments, midCampReviewState?.sortieItemAssignments),
    `Expected the camp review update to preserve the active sortie, supplies, report snapshot, and other presets: ${JSON.stringify({
      before: midCampReviewSaveBefore,
      after: updatedCampSiegeSave
    })}`
  );
  assert(
    updatedCampSiegeState?.reportFormationEvaluation?.presetCards?.find((card) => card.id === 'siege')?.matching === true &&
      updatedCampSiegeState?.reportFormationEvaluation?.feedback?.includes('장비·보급은 저장하지 않았습니다.'),
    `Expected visible completion feedback and a matching siege card after the camp update: ${JSON.stringify(updatedCampSiegeState?.reportFormationEvaluation)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-mid-camp-report-formation-evaluation-updated.png`, fullPage: true });
  await assertCanvasPainted(page, 'mid camp report formation evaluation update');
  const closeUpdatedCampReviewPoint = await readCampReportFormationEvaluationControlPoint(page, 'close');
  await page.mouse.click(closeUpdatedCampReviewPoint.x, closeUpdatedCampReviewPoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation?.open === false,
    undefined,
    { timeout: 30000 }
  );

  await seedCampaignSave(page, {
    battleId: 'sixty-sixth-battle-wuzhang-final',
    battleTitle: '오장원 최종전',
    step: 'sixty-sixth-camp',
    gold: 9800,
    turnNumber: 18,
    defeatedEnemies: 20,
    selectedSortieUnitIds: ['zhuge-liang', 'jiang-wei', 'wang-ping', 'ma-dai', 'huang-quan', 'li-yan', 'wei-yan']
  });
  await page.reload({ waitUntil: 'domcontentloaded' });
  await waitForTitle(page);
  await clickLegacyUi(page, 962, 310);
  await waitForCamp(page);
  const finalCampState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  assert(finalCampState?.campaign?.step === 'sixty-sixth-camp', `Expected final camp save to continue: ${JSON.stringify(finalCampState)}`);
  assert(finalCampState.sortieHasBattle === false, `Expected final camp to expose no playable sortie target: ${JSON.stringify(finalCampState)}`);
  assert(finalCampState.stagedSortiePrep === false, `Expected the non-battle final camp to avoid the three-stage sortie flow: ${JSON.stringify(finalCampState)}`);
  assert(finalCampState.nextSortieBattleId === null, `Expected final camp to route to ending instead of a battle: ${JSON.stringify(finalCampState)}`);
  assert(
    finalCampState.reportFormationEvaluation?.available === false &&
      finalCampState.reportFormationEvaluation.open === false &&
      finalCampState.reportFormationEvaluation.toggleButtonBounds === null &&
      finalCampState.reportFormationEvaluation.presetCards?.length === 0,
    `Expected a latest report without sortie performance to hide the camp evaluation instead of falling back to older history: ${JSON.stringify(finalCampState.reportFormationEvaluation)}`
  );
  assert(
    Array.isArray(finalCampState.sortieDeploymentPreview) && finalCampState.sortieDeploymentPreview.length === 0,
    `Expected final camp deployment preview to stay empty: ${JSON.stringify(finalCampState?.sortieDeploymentPreview)}`
  );
  await captureStableCampScreenshot(page, `${screenshotDir}/rc-final-camp.png`, 0, 'final camp');
  await assertFinalCampRosterPagination(page);

  await clickLegacyUi(page, 1160, 38);
  const finalTransitionScenes = await waitForStoryOrEnding(page);
  assert(!finalTransitionScenes.includes('BattleScene'), `Expected final camp transition to avoid BattleScene: ${JSON.stringify(finalTransitionScenes)}`);
  if (finalTransitionScenes.includes('StoryScene')) {
    await waitForStoryReady(page);
    await advanceStoryUntilEnding(page);
  }
  await waitForEnding(page);
  await page.screenshot({ path: `${screenshotDir}/rc-ending.png`, fullPage: true });
  await assertCanvasPainted(page, 'ending');

  const endingState = await page.evaluate(() => window.__HEROS_DEBUG__?.scene('EndingScene')?.getDebugState?.());
  assert(endingState?.campaignStep === 'ending-complete', `Expected ending-complete state: ${JSON.stringify(endingState)}`);
  assert(endingState.latestBattleId === 'sixty-sixth-battle-wuzhang-final', `Expected Wuzhang final as latest battle: ${JSON.stringify(endingState)}`);

  await page.keyboard.press('Enter');
  await waitForTitle(page);
  await clickLegacyUi(page, 962, 310);
  await waitForEnding(page);
  await page.screenshot({ path: `${screenshotDir}/rc-ending-continue.png`, fullPage: true });
  await assertCanvasPainted(page, 'ending continue');

  const endingContinueState = await page.evaluate(() => ({
    activeScenes: window.__HEROS_DEBUG__?.activeScenes() ?? [],
    ending: window.__HEROS_DEBUG__?.scene('EndingScene')?.getDebugState?.()
  }));
  assert(
    endingContinueState.activeScenes.includes('EndingScene') && endingContinueState.ending?.campaignStep === 'ending-complete',
    `Expected title continue to reopen ending: ${JSON.stringify(endingContinueState)}`
  );

  const relevantLogs = consoleMessages.filter(
    (message) => message.type === 'error' || (isWarning(message.type) && relevantLogPattern.test(message.text))
  );
  const blockingRequestFailures = requestFailures.filter((request) => request.failure !== 'net::ERR_ABORTED');
  assert(relevantLogs.length === 0, `Unexpected browser console issues: ${JSON.stringify(relevantLogs)}`);
  assert(pageErrors.length === 0, `Unexpected browser runtime errors: ${JSON.stringify(pageErrors)}`);
  assert(blockingRequestFailures.length === 0, `Unexpected browser request failures: ${JSON.stringify(blockingRequestFailures)}`);

  console.log(`Verified release-candidate user flow at ${targetUrl}`);
} finally {
  await browser?.close();
  if (serverProcess && !serverProcess.killed) {
    serverProcess.kill();
  }
}

function withDebugParam(url) {
  const parsed = new URL(url);
  parsed.searchParams.set('debug', '1');
  parsed.searchParams.set('renderer', 'canvas');
  return parsed.toString();
}

async function setDebugQueryParam(page, key, value) {
  await page.evaluate(({ key, value }) => {
    const url = new URL(window.location.href);
    if (value === null) {
      url.searchParams.delete(key);
    } else {
      url.searchParams.set(key, value);
    }
    window.history.replaceState(window.history.state, '', url);
  }, { key, value });
}

function isWarning(type) {
  return type === 'warning' || type === 'warn';
}

async function waitForTitle(page) {
  await page.waitForFunction(() => document.querySelector('canvas') !== null, undefined, { timeout: 90000 });
  await page.waitForFunction(() => window.__HEROS_DEBUG__ !== undefined, undefined, { timeout: 90000 });
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    return activeScenes.includes('TitleScene');
  }, undefined, { timeout: 90000 });
}

async function assertReleaseShellReady(page) {
  const state = await page.evaluate(() => ({
    title: document.title,
    canvasCount: document.querySelectorAll('canvas').length,
    debugApiPresent: Boolean(window.__HEROS_DEBUG__),
    gameApiPresent: Boolean(window.__HEROS_GAME__)
  }));

  assert(state.title === expectedTitle, `Expected release page title "${expectedTitle}": ${JSON.stringify(state)}`);
  assert(state.canvasCount === 1, `Expected exactly one release game canvas: ${JSON.stringify(state)}`);
  assert(state.debugApiPresent === true, `Expected release QA debug API to be enabled: ${JSON.stringify(state)}`);
  assert(state.gameApiPresent === true, `Expected release QA game handle to be enabled: ${JSON.stringify(state)}`);
}

async function assertHdPlusCanvasFit(page) {
  const cases = [
    {
      viewport: { width: 1920, height: 1080 },
      expectedBounds: { x: 0, y: 0, width: 1920, height: 1080 }
    },
    {
      viewport: { width: 2560, height: 1440 },
      expectedBounds: { x: 0, y: 0, width: 2560, height: 1440 }
    },
    {
      viewport: { width: 2560, height: 1600 },
      expectedBounds: { x: 0, y: 80, width: 2560, height: 1440 }
    }
  ];

  for (const testCase of cases) {
    await page.setViewportSize(testCase.viewport);
    await page.waitForFunction(({ expectedBounds }) => {
      const canvas = document.querySelector('canvas');
      if (!canvas) {
        return false;
      }
      const bounds = canvas.getBoundingClientRect();
      return (
        canvas.width === 1920 &&
        canvas.height === 1080 &&
        Math.abs(bounds.x - expectedBounds.x) <= 1 &&
        Math.abs(bounds.y - expectedBounds.y) <= 1 &&
        Math.abs(bounds.width - expectedBounds.width) <= 1 &&
        Math.abs(bounds.height - expectedBounds.height) <= 1
      );
    }, testCase, { timeout: 30000 });

    const state = await page.evaluate(() => {
      const canvas = document.querySelector('canvas');
      const bounds = canvas?.getBoundingClientRect();
      const game = window.__HEROS_GAME__;
      return {
        viewport: { width: window.innerWidth, height: window.innerHeight },
        gameSize: game ? { width: game.scale.width, height: game.scale.height } : null,
        canvas: canvas && bounds
          ? {
              width: canvas.width,
              height: canvas.height,
              bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height }
            }
          : null
      };
    });
    assert(state.canvas?.width === 1920 && state.canvas?.height === 1080, `Expected a fixed FHD game surface: ${JSON.stringify(state)}`);
    assert(state.gameSize?.width === 1920 && state.gameSize?.height === 1080, `Expected fixed FHD scene coordinates: ${JSON.stringify(state)}`);
    assert(
      boundsNear(state.canvas?.bounds, testCase.expectedBounds),
      `Expected FHD surface to fit ${testCase.viewport.width}x${testCase.viewport.height}: ${JSON.stringify(state)}`
    );
  }

  await page.setViewportSize(baselineViewport);
  await page.waitForFunction(() => {
    const canvas = document.querySelector('canvas');
    const bounds = canvas?.getBoundingClientRect();
    return Boolean(
      canvas &&
      bounds &&
      canvas.width === 1920 &&
      canvas.height === 1080 &&
      Math.abs(bounds.x) <= 1 &&
      Math.abs(bounds.y) <= 1 &&
      Math.abs(bounds.width - 1920) <= 1 &&
      Math.abs(bounds.height - 1080) <= 1
    );
  }, undefined, { timeout: 30000 });
}

function boundsNear(actual, expected, tolerance = 1) {
  return Boolean(
    actual &&
    Math.abs(actual.x - expected.x) <= tolerance &&
    Math.abs(actual.y - expected.y) <= tolerance &&
    Math.abs(actual.width - expected.width) <= tolerance &&
    Math.abs(actual.height - expected.height) <= tolerance
  );
}

async function assertHdPlusInputMapping(browser, url) {
  const page = await browser.newPage({ viewport: { width: 2560, height: 1600 } });
  try {
    await page.goto(url, { waitUntil: 'domcontentloaded' });
    await page.evaluate(() => window.localStorage.clear());
    await page.reload({ waitUntil: 'domcontentloaded' });
    await waitForTitle(page);

    const clickPoint = await page.evaluate(({ logicalX, logicalY }) => {
      const canvas = document.querySelector('canvas');
      const bounds = canvas?.getBoundingClientRect();
      if (!canvas || !bounds) {
        return null;
      }
      return {
        x: bounds.x + (logicalX / canvas.width) * bounds.width,
        y: bounds.y + (logicalY / canvas.height) * bounds.height,
        canvasBounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height }
      };
    }, { logicalX: 962 * legacyUiScale, logicalY: 240 * legacyUiScale });
    assert(
      clickPoint && boundsNear(clickPoint.canvasBounds, { x: 0, y: 80, width: 2560, height: 1440 }),
      `Expected a centered FHD canvas before testing above-FHD input: ${JSON.stringify(clickPoint)}`
    );

    await page.mouse.click(clickPoint.x, clickPoint.y);
    await waitForStoryReady(page);
    const activeScenes = await page.evaluate(() => window.__HEROS_DEBUG__?.activeScenes() ?? []);
    assert(activeScenes.includes('StoryScene'), `Expected scaled title input to enter the story: ${JSON.stringify(activeScenes)}`);
  } finally {
    await page.close();
  }
}

async function assertLargeRosterHud(browser, url) {
  const expectedRosterIds = [
    'zhuge-liang',
    'jiang-wei',
    'wang-ping',
    'zhao-yun',
    'ma-dai',
    'ma-chao',
    'huang-quan',
    'li-yan'
  ];
  const battleUrl = new URL(url);
  battleUrl.searchParams.set('debugBattle', 'sixty-sixth-battle-wuzhang-final');
  const page = await browser.newPage({ viewport: baselineViewport });
  try {
    await page.goto(battleUrl.toString(), { waitUntil: 'domcontentloaded' });
    await page.waitForFunction(() => {
      const battle = window.__HEROS_DEBUG__?.battle();
      return battle?.battleId === 'sixty-sixth-battle-wuzhang-final' && battle?.mapBackgroundReady === true;
    }, undefined, { timeout: 90000 });
    await page.evaluate((selectedSortieUnitIds) => {
      window.__HEROS_GAME__?.scene.getScene('BattleScene')?.scene.restart({
        battleId: 'sixty-sixth-battle-wuzhang-final',
        selectedSortieUnitIds
      });
    }, expectedRosterIds);
    await page.waitForFunction((expectedIds) => {
      const battle = window.__HEROS_DEBUG__?.battle();
      return (
        battle?.battleId === 'sixty-sixth-battle-wuzhang-final' &&
        battle?.mapBackgroundReady === true &&
        JSON.stringify([...battle.deployedAllyIds].sort()) === JSON.stringify([...expectedIds].sort())
      );
    }, expectedRosterIds, { timeout: 90000 });

    const deploymentProbe = await readLargeRosterHudProbe(page);
    assertLateBattleHeaderLayout(deploymentProbe, 'deployment');
    assertLateBattleSidebarLayout(deploymentProbe, 'deployment', false);
    assertLateBattleDeploymentLayout(deploymentProbe);
    assertSideQuickTabsLayout(deploymentProbe, null, null, false);
    await page.screenshot({ path: `${screenshotDir}/rc-final-battle-deployment.png`, fullPage: true });
    await assertCanvasPainted(page, 'final battle deployment');

    await page.evaluate(() => {
      const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
      if (scene?.phase === 'deployment') {
        scene.confirmPreBattleDeployment?.();
      }
      scene?.hideBattleEventBanner?.();
      scene?.renderSituationPanel?.();
    });
    await page.waitForFunction(() => {
      const hud = window.__HEROS_DEBUG__?.battle()?.battleHud;
      return hud?.miniMap?.visible === true && hud?.sidebar?.bounds && hud?.deploymentPanel === null;
    }, undefined, { timeout: 30000 });

    const situationProbe = await readLargeRosterHudProbe(page);
    assertLateBattleHeaderLayout(situationProbe, 'situation');
    assertLateBattleSidebarLayout(situationProbe, 'situation', true);
    assertSideQuickTabsLayout(situationProbe, 'situation', 'situation');

    await assertFinalBattleQuickTabs(page);

    await assertFinalBattleFhdDetailPanels(page);

    await page.evaluate(() => {
      const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
      scene?.renderRosterPanel?.('ally', '출전 위치 확정. 행동할 장수를 선택하세요.');
    });
    await page.waitForFunction(() => {
      const roster = window.__HEROS_DEBUG__?.battle()?.battleHud?.rosterPanel;
      return roster?.tab === 'ally' && roster?.pageCount > 1;
    }, undefined, { timeout: 30000 });

    const firstPage = await readLargeRosterHudProbe(page);
    assert(firstPage.roster.totalCount === expectedRosterIds.length, `Expected the exact eight-officer sortie roster: ${JSON.stringify(firstPage)}`);
    assert(firstPage.roster.page === 0 && firstPage.roster.pageCount >= 2, `Expected paged late-battle roster: ${JSON.stringify(firstPage)}`);
    assert(
      firstPage.roster.visibleUnitIds.length > 0 && firstPage.roster.visibleUnitIds.length <= firstPage.roster.rowsPerPage,
      `Expected only the current roster page to render: ${JSON.stringify(firstPage)}`
    );
    assertLargeRosterPageLayout(firstPage, 'first');
    assert(firstPage.recentActions === null, `Expected the paged roster to prioritize selectable units over the action log: ${JSON.stringify(firstPage)}`);

    const visibleRosterIds = new Set(firstPage.roster.visibleUnitIds);
    let visibleRosterCount = firstPage.roster.visibleUnitIds.length;
    let currentPage = firstPage;
    for (let pageIndex = 1; pageIndex < firstPage.roster.pageCount; pageIndex += 1) {
      await page.mouse.click(
        currentPage.roster.navigationBounds.x + currentPage.roster.navigationBounds.width - 39,
        currentPage.roster.navigationBounds.y + 15
      );
      await page.waitForFunction(
        (expectedPage) => window.__HEROS_DEBUG__?.battle()?.battleHud?.rosterPanel?.page === expectedPage,
        pageIndex,
        { timeout: 30000 }
      );
      currentPage = await readLargeRosterHudProbe(page);
      visibleRosterCount += currentPage.roster.visibleUnitIds.length;
      currentPage.roster.visibleUnitIds.forEach((unitId) => visibleRosterIds.add(unitId));
      assertLargeRosterPageLayout(currentPage, `${pageIndex + 1}`);
    }
    assert(
      visibleRosterCount === expectedRosterIds.length &&
        JSON.stringify([...visibleRosterIds].sort()) === JSON.stringify([...expectedRosterIds].sort()),
      `Expected roster paging to expose every selected officer exactly once: ${JSON.stringify({ expectedRosterIds, visibleRosterCount, visibleRosterIds: [...visibleRosterIds] })}`
    );
    await page.screenshot({ path: `${screenshotDir}/rc-final-battle-roster-last-page.png`, fullPage: true });
    await assertCanvasPainted(page, 'final battle roster last page');

    await page.evaluate(() => {
      window.__HEROS_GAME__?.scene.getScene('BattleScene')?.renderRosterPanel?.('enemy', '적군 전력을 확인하세요.');
    });
    await page.waitForFunction(() => {
      const roster = window.__HEROS_DEBUG__?.battle()?.battleHud?.rosterPanel;
      return roster?.tab === 'enemy' && roster?.pageCount > 1;
    }, undefined, { timeout: 30000 });
    await page.evaluate(() => new Promise((resolve) => {
      requestAnimationFrame(() => requestAnimationFrame(resolve));
    }));
    const enemyPage = await readLargeRosterHudProbe(page);
    assert(
      enemyPage.roster.rowLayouts.some((row) => row.unitName.length >= 8),
      `Expected the enemy roster fixture to exercise a long unit name: ${JSON.stringify(enemyPage)}`
    );
    assertLargeRosterPageLayout(enemyPage, 'enemy first');
    await page.screenshot({ path: `${screenshotDir}/rc-final-battle-enemy-roster.png`, fullPage: true });
    await assertCanvasPainted(page, 'final battle enemy roster');

    await page.evaluate((selectedSortieUnitIds) => {
      window.__HEROS_GAME__?.scene.getScene('BattleScene')?.scene.restart({
        battleId: 'sixty-sixth-battle-wuzhang-final',
        selectedSortieUnitIds
      });
    }, expectedRosterIds);
    await page.waitForFunction((expectedIds) => {
      const battle = window.__HEROS_DEBUG__?.battle();
      return (
        battle?.battleId === 'sixty-sixth-battle-wuzhang-final' &&
        battle?.mapBackgroundReady === true &&
        battle?.phase === 'deployment' &&
        JSON.stringify([...battle.deployedAllyIds].sort()) === JSON.stringify([...expectedIds].sort())
      );
    }, expectedRosterIds, { timeout: 90000 });
    await page.evaluate(() => {
      const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
      scene?.confirmPreBattleDeployment?.();
      scene?.hideBattleEventBanner?.();
      scene?.renderRosterPanel?.('ally', '출전 위치 확정. 행동할 장수를 선택하세요.');
    });
    await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.battleHud?.rosterPanel?.pageCount > 1, undefined, { timeout: 30000 });
    const restartedPage = await readLargeRosterHudProbe(page);
    assert(
      restartedPage.roster.page === 0,
      `Expected a restarted battle to reset the roster to page one: ${JSON.stringify(restartedPage)}`
    );
  } finally {
    await page.close();
  }
}

async function assertWebglBattleQuickTabSmoke(browser, url, battleId) {
  const battleUrl = new URL(url);
  battleUrl.searchParams.set('renderer', 'webgl');
  battleUrl.searchParams.set('debugBattle', battleId);
  const page = await browser.newPage({ viewport: baselineViewport });
  const pageErrors = [];
  page.on('pageerror', (error) => pageErrors.push(error.message));

  try {
    await page.addInitScript(() => window.localStorage.clear());
    await page.goto(battleUrl.toString(), { waitUntil: 'domcontentloaded' });
    await waitForBattleReady(page, battleId);
    await page.waitForFunction(() => {
      const battle = window.__HEROS_DEBUG__?.battle();
      return battle?.phase === 'idle' && battle.battleHud?.quickTabs?.enabled === true;
    }, undefined, { timeout: 90000 });

    const rendererProbe = await page.evaluate(() => {
      const game = window.__HEROS_GAME__;
      const scene = game?.scene.getScene('BattleScene');
      return {
        type: game?.renderer?.type ?? null,
        name: game?.renderer?.constructor?.name ?? null,
        sceneWidth: scene?.scale.width ?? null,
        sceneHeight: scene?.scale.height ?? null
      };
    });
    assert(
      rendererProbe.type === phaserWebglRendererType &&
        rendererProbe.sceneWidth === baselineViewport.width &&
        rendererProbe.sceneHeight === baselineViewport.height,
      `Expected the ${battleId} input smoke to use the FHD WebGL renderer: ${JSON.stringify(rendererProbe)}`
    );

    let actionableUnitPoint = await readActionableBattleUnitPoint(page);
    await page.mouse.click(actionableUnitPoint.x, actionableUnitPoint.y);
    await page.waitForFunction(
      (unitId) => {
        const battle = window.__HEROS_DEBUG__?.battle();
        return (
          battle?.phase === 'moving' &&
          battle.selectedUnitId === unitId &&
          battle.pendingMove === null &&
          battle.battleHud?.quickTabs?.enabled === true
        );
      },
      actionableUnitPoint.unitId,
      { timeout: 30000 }
    );
    await page.keyboard.press('3');
    await waitForSideQuickTabView(page, 'bond', 'bond');
    const keyboardReturnState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
    assert(
      keyboardReturnState?.phase === 'idle' &&
        keyboardReturnState.selectedUnitId === null &&
        keyboardReturnState.pendingMove === null &&
        keyboardReturnState.markerCount === 0,
      `Expected WebGL keyboard navigation to cancel an uncommitted selection: ${JSON.stringify(keyboardReturnState)}`
    );

    actionableUnitPoint = await readActionableBattleUnitPoint(page);
    await page.mouse.click(actionableUnitPoint.x, actionableUnitPoint.y);
    await page.waitForFunction(
      (unitId) => window.__HEROS_DEBUG__?.battle()?.phase === 'moving' && window.__HEROS_DEBUG__?.battle()?.selectedUnitId === unitId,
      actionableUnitPoint.unitId,
      { timeout: 30000 }
    );
    await page.mouse.click(actionableUnitPoint.x, actionableUnitPoint.y);
    await page.waitForFunction(
      (unitId) => {
        const battle = window.__HEROS_DEBUG__?.battle();
        return battle?.phase === 'command' && battle.selectedUnitId === unitId && battle.commandMenuVisible === true;
      },
      actionableUnitPoint.unitId,
      { timeout: 30000 }
    );
    const commandLockState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
    assert(
      commandLockState?.pendingMove?.unitId === actionableUnitPoint.unitId &&
        commandLockState.battleHud?.quickTabs?.enabled === false,
      `Expected committed movement and its command menu to keep quick tabs locked: ${JSON.stringify(commandLockState)}`
    );
    const waitCommandPoint = await readBattleCommandControlPoint(page, 'wait');
    await page.mouse.click(waitCommandPoint.x, waitCommandPoint.y);
    await page.waitForFunction(
      (completedUnitId) => {
        const battle = window.__HEROS_DEBUG__?.battle();
        return (
          battle?.phase === 'moving' &&
          battle.selectedUnitId &&
          battle.selectedUnitId !== completedUnitId &&
          battle.actedUnitIds?.includes(completedUnitId) &&
          battle.battleHud?.quickTabs?.enabled === true
        );
      },
      actionableUnitPoint.unitId,
      { timeout: 90000 }
    );

    const rosterTabPoint = await readSideQuickTabControlPoint(page, 'roster');
    await page.mouse.click(rosterTabPoint.x, rosterTabPoint.y);
    await waitForSideQuickTabView(page, 'roster', 'roster');
    const autoFocusReturnState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
    assert(
      autoFocusReturnState?.phase === 'idle' &&
        autoFocusReturnState.selectedUnitId === null &&
        autoFocusReturnState.pendingMove === null &&
        autoFocusReturnState.markerCount === 0 &&
        autoFocusReturnState.actedUnitIds?.includes(actionableUnitPoint.unitId),
      `Expected a WebGL mouse tab click to leave auto-focused movement safely: ${JSON.stringify(autoFocusReturnState)}`
    );

    const emptyTilePoint = await readEmptyBattleTilePoint(page);
    const transitionRevision = autoFocusReturnState.battleHud?.panelTransition?.revision;
    await page.mouse.move(emptyTilePoint.x, emptyTilePoint.y);
    await page.waitForFunction(
      ({ tileX, tileY }) => {
        const battle = window.__HEROS_DEBUG__?.battle();
        return (
          battle?.pointerFeedbackVisible === true &&
          battle.pointerFeedbackTile?.x === tileX &&
          battle.pointerFeedbackTile?.y === tileY &&
          battle.battleHud?.quickTabs?.activeTab === 'roster' &&
          battle.battleHud.quickTabs.currentView === 'roster'
        );
      },
      { tileX: emptyTilePoint.tile.x, tileY: emptyTilePoint.tile.y },
      { timeout: 30000 }
    );
    const hoverState = await page.evaluate(() => window.__HEROS_DEBUG__?.battle());
    assert(
      hoverState?.battleHud?.terrainPanel === null &&
        hoverState.battleHud.panelTransition?.revision === transitionRevision,
      `Expected WebGL terrain hover to preserve the roster panel: ${JSON.stringify(hoverState)}`
    );

    await page.mouse.click(emptyTilePoint.x, emptyTilePoint.y);
    await waitForSideQuickTabView(page, 'situation', 'terrain-detail');
    await page.keyboard.press('Escape');
    await waitForSideQuickTabView(page, 'situation', 'situation');
    const screenshot = await page.screenshot({ path: `${screenshotDir}/rc-webgl-${battleId}-quick-tabs.png`, fullPage: true });
    assert(
      screenshot.byteLength >= 100_000,
      `Expected a visibly painted ${battleId} WebGL frame: ${JSON.stringify({ byteLength: screenshot.byteLength })}`
    );
    assert(pageErrors.length === 0, `Unexpected ${battleId} WebGL runtime errors: ${JSON.stringify(pageErrors)}`);
  } finally {
    await page.close();
  }
}

async function assertFinalBattleQuickTabs(page) {
  const initialProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(initialProbe, 'situation', 'situation');

  const rosterTab = initialProbe.quickTabs.tabs.find((tab) => tab.id === 'roster');
  await page.mouse.move(
    rosterTab.bounds.x + rosterTab.bounds.width / 2,
    rosterTab.bounds.y + rosterTab.bounds.height / 2
  );
  await page.waitForFunction(() => {
    const quickTabs = window.__HEROS_DEBUG__?.battle()?.battleHud?.quickTabs;
    return quickTabs?.hoveredTab === 'roster' && quickTabs.tabs?.find((tab) => tab.id === 'roster')?.visualState === 'hover';
  }, undefined, { timeout: 30000 });
  const hoverProbe = await readLargeRosterHudProbe(page);
  assert(
    hoverProbe.quickTabs.activeTab === 'situation' && hoverProbe.quickTabs.hoveredTab === 'roster',
    `Expected hover feedback without changing the active quick tab: ${JSON.stringify(hoverProbe)}`
  );
  await page.mouse.move(initialProbe.sceneBounds.x + 20, initialProbe.sceneBounds.y + 20);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.quickTabs?.hoveredTab === null,
    undefined,
    { timeout: 30000 }
  );

  await page.mouse.click(
    rosterTab.bounds.x + rosterTab.bounds.width / 2,
    rosterTab.bounds.y + rosterTab.bounds.height / 2
  );
  await waitForSideQuickTabView(page, 'roster', 'roster');
  const rosterProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(rosterProbe, 'roster', 'roster');
  assertCompletedSidePanelTransition(rosterProbe, 'tab', 'roster');

  await page.keyboard.press('1');
  await waitForSideQuickTabView(page, 'situation', 'situation');
  await page.keyboard.press('2');
  await waitForSideQuickTabView(page, 'roster', 'roster');
  const keyboardRosterProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(keyboardRosterProbe, 'roster', 'roster');
  assertCompletedSidePanelTransition(keyboardRosterProbe, 'tab', 'roster');

  await page.keyboard.press('3');
  await waitForSideQuickTabView(page, 'bond', 'bond');
  const bondProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(bondProbe, 'bond', 'bond');
  assertCompletedSidePanelTransition(bondProbe, 'tab', 'bond');

  await page.keyboard.press('4');
  await waitForSideQuickTabView(page, 'threat', 'threat-overview');
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.markerCount > 0, undefined, { timeout: 30000 });
  const threatProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(threatProbe, 'threat', 'threat-overview');
  assert(threatProbe.markerCount > 0, `Expected the threat quick tab to paint map markers: ${JSON.stringify(threatProbe)}`);
  assertCompletedSidePanelTransition(threatProbe, 'tab', 'threat-overview');

  await page.keyboard.press('1');
  await waitForSideQuickTabView(page, 'situation', 'situation');
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.markerCount === 0, undefined, { timeout: 30000 });
  const situationProbe = await readLargeRosterHudProbe(page);
  assertSideQuickTabsLayout(situationProbe, 'situation', 'situation');
  assert(situationProbe.markerCount === 0, `Expected another quick tab to clear threat markers: ${JSON.stringify(situationProbe)}`);
  assertCompletedSidePanelTransition(situationProbe, 'tab', 'situation');

  await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    if (!scene) {
      return;
    }
    scene.phase = 'animating';
    scene.renderSituationPanel?.('빠른 탭 입력 차단 점검');
  });
  await page.waitForFunction(() => {
    const quickTabs = window.__HEROS_DEBUG__?.battle()?.battleHud?.quickTabs;
    return quickTabs?.visible === true && quickTabs.enabled === false && quickTabs.activeTab === 'situation';
  }, undefined, { timeout: 30000 });
  const disabledProbe = await readLargeRosterHudProbe(page);
  const disabledRosterTab = disabledProbe.quickTabs.tabs.find((tab) => tab.id === 'roster');
  assert(
    disabledProbe.quickTabs.tabs.find((tab) => tab.id === 'situation')?.visualState === 'disabled-active' &&
      disabledRosterTab?.visualState === 'disabled',
    `Expected a dimmed active tab and disabled alternatives while battle input is locked: ${JSON.stringify(disabledProbe)}`
  );
  await page.keyboard.press('2');
  await page.mouse.click(
    disabledRosterTab.bounds.x + disabledRosterTab.bounds.width / 2,
    disabledRosterTab.bounds.y + disabledRosterTab.bounds.height / 2
  );
  await page.evaluate(() => new Promise((resolve) => requestAnimationFrame(() => requestAnimationFrame(resolve))));
  const blockedProbe = await readLargeRosterHudProbe(page);
  assert(
    blockedProbe.quickTabs.activeTab === 'situation' && blockedProbe.quickTabs.currentView === 'situation',
    `Expected disabled mouse and keyboard quick-tab input to be ignored: ${JSON.stringify(blockedProbe)}`
  );

  await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    if (scene) {
      scene.phase = 'idle';
    }
  });
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.quickTabs?.enabled === true,
    undefined,
    { timeout: 30000 }
  );
  const restoredProbe = await readLargeRosterHudProbe(page);
  const restoredRosterTab = restoredProbe.quickTabs.tabs.find((tab) => tab.id === 'roster');
  await page.mouse.click(
    restoredRosterTab.bounds.x + restoredRosterTab.bounds.width / 2,
    restoredRosterTab.bounds.y + restoredRosterTab.bounds.height / 2
  );
  await waitForSideQuickTabView(page, 'roster', 'roster');
  await page.keyboard.press('1');
  await waitForSideQuickTabView(page, 'situation', 'situation');
}

async function waitForSideQuickTabView(page, activeTab, currentView) {
  await page.waitForFunction(
    ({ expectedTab, expectedView }) => {
      const hud = window.__HEROS_DEBUG__?.battle()?.battleHud;
      return (
        hud?.quickTabs?.activeTab === expectedTab &&
        hud.quickTabs.currentView === expectedView &&
        !hud.panelTransition?.active &&
        hud.panelTransition?.completedRevision === hud.panelTransition?.revision
      );
    },
    { expectedTab: activeTab, expectedView: currentView },
    { timeout: 30000 }
  );
}

async function readSideQuickTabControlPoint(page, tabId) {
  const point = await page.evaluate((expectedTabId) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const tab = window.__HEROS_DEBUG__?.battle()?.battleHud?.quickTabs?.tabs?.find((candidate) => candidate.id === expectedTabId);
    const canvas = document.querySelector('canvas');
    const canvasBounds = canvas?.getBoundingClientRect();
    if (!scene || !tab?.bounds || !canvas || !canvasBounds) {
      return null;
    }
    const logicalX = tab.bounds.x + tab.bounds.width / 2;
    const logicalY = tab.bounds.y + tab.bounds.height / 2;
    return {
      tabId: expectedTabId,
      x: canvasBounds.left + logicalX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + logicalY * canvasBounds.height / scene.scale.height
    };
  }, tabId);
  assert(point && Number.isFinite(point.x) && Number.isFinite(point.y), `Expected a visible ${tabId} quick-tab control: ${JSON.stringify(point)}`);
  return point;
}

async function readBattleCommandControlPoint(page, command) {
  const point = await page.evaluate((expectedCommand) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const entry = scene?.commandButtons?.find((candidate) => candidate.command === expectedCommand);
    const canvas = document.querySelector('canvas');
    const canvasBounds = canvas?.getBoundingClientRect();
    const bounds = entry?.background?.getBounds?.();
    if (!scene || !bounds || !canvas || !canvasBounds) {
      return null;
    }
    const logicalX = bounds.x + bounds.width / 2;
    const logicalY = bounds.y + bounds.height / 2;
    return {
      command: expectedCommand,
      x: canvasBounds.left + logicalX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + logicalY * canvasBounds.height / scene.scale.height
    };
  }, command);
  assert(point && Number.isFinite(point.x) && Number.isFinite(point.y), `Expected a visible ${command} command control: ${JSON.stringify(point)}`);
  return point;
}

async function readActionableBattleUnitPoint(page) {
  const point = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const battle = window.__HEROS_DEBUG__?.battle();
    const canvas = document.querySelector('canvas');
    const canvasBounds = canvas?.getBoundingClientRect();
    if (!scene || !battle || !canvas || !canvasBounds) {
      return null;
    }
    const unit = battle.units?.find((candidate) => {
      const view = scene.unitViews?.get(candidate.id);
      return candidate.faction === 'ally' && candidate.hp > 0 && !candidate.acted && view?.sprite?.visible && view.sprite.active;
    });
    const sprite = unit ? scene.unitViews?.get(unit.id)?.sprite : null;
    const bounds = sprite?.getBounds?.();
    if (!unit || !bounds) {
      return null;
    }
    const logicalX = bounds.x + bounds.width / 2;
    const logicalY = bounds.y + bounds.height / 2;
    return {
      unitId: unit.id,
      tile: { x: unit.x, y: unit.y },
      x: canvasBounds.left + logicalX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + logicalY * canvasBounds.height / scene.scale.height
    };
  });
  assert(
    point?.unitId && Number.isFinite(point.x) && Number.isFinite(point.y),
    `Expected a visible actionable ally for real-input QA: ${JSON.stringify(point)}`
  );
  return point;
}

async function readEmptyBattleTilePoint(page) {
  const point = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const battle = window.__HEROS_DEBUG__?.battle();
    const canvas = document.querySelector('canvas');
    const canvasBounds = canvas?.getBoundingClientRect();
    const camera = battle?.camera;
    if (!scene || !battle || !camera || !canvas || !canvasBounds) {
      return null;
    }

    const occupiedTiles = new Set(
      (battle.units ?? []).filter((unit) => unit.hp > 0).map((unit) => `${unit.x},${unit.y}`)
    );
    const markerTiles = new Set(
      (scene.markers ?? [])
        .filter((marker) => marker?.active && marker?.visible)
        .map((marker) => `${marker.getData('tileX')},${marker.getData('tileY')}`)
    );
    const candidates = [];
    const maxX = Math.min(camera.mapWidth, camera.x + camera.visibleColumns);
    const maxY = Math.min(camera.mapHeight, camera.y + camera.visibleRows);
    const centerX = camera.x + camera.visibleColumns / 2;
    const centerY = camera.y + camera.visibleRows / 2;
    for (let y = camera.y; y < maxY; y += 1) {
      for (let x = camera.x; x < maxX; x += 1) {
        const key = `${x},${y}`;
        if (occupiedTiles.has(key) || markerTiles.has(key)) {
          continue;
        }
        candidates.push({ x, y, distance: Math.abs(x - centerX) + Math.abs(y - centerY) });
      }
    }
    candidates.sort((left, right) => left.distance - right.distance || left.y - right.y || left.x - right.x);
    const tile = candidates[0];
    if (!tile) {
      return null;
    }
    const logicalX = scene.tileCenterX(tile.x);
    const logicalY = scene.tileCenterY(tile.y);
    return {
      tile: { x: tile.x, y: tile.y },
      x: canvasBounds.left + logicalX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + logicalY * canvasBounds.height / scene.scale.height
    };
  });
  assert(
    point?.tile && Number.isFinite(point.x) && Number.isFinite(point.y),
    `Expected an empty visible battle tile for pointer QA: ${JSON.stringify(point)}`
  );
  return point;
}

async function assertFinalBattleFhdDetailPanels(page) {
  const allyFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const unit = scene?.debugUnitById?.('zhuge-liang');
    const message = '대상 선택을 취소했습니다.\n공격, 책략, 도구, 대기 중 하나를 다시 선택하세요.\n우클릭하면 이동 취소로 돌아갑니다.';
    if (!scene || !unit) {
      return null;
    }
    scene.renderUnitDetail?.(unit, message);
    return { unitId: unit.id, unitName: unit.name, messageLineCount: message.split('\n').length };
  });
  assert(
    allyFixture?.unitId === 'zhuge-liang' && allyFixture.messageLineCount === 3,
    `Expected the late-battle ally detail fixture to render Zhuge Liang with the real three-line command-cancel guidance: ${JSON.stringify(allyFixture)}`
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.unitDetailPanel?.unitId === 'zhuge-liang',
    undefined,
    { timeout: 30000 }
  );
  const allyDetailProbe = await readLargeRosterHudProbe(page);
  assertUnitDetailPanelLayout(allyDetailProbe, 'zhuge-liang', 'ally');
  assertCompletedSidePanelTransition(allyDetailProbe, 'detail', 'officer-detail');

  const enemyFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const unit = scene?.debugUnitById?.('northern-twelfth-scout-e');
    if (!scene || !unit) {
      return null;
    }
    scene.renderUnitDetail?.(unit, scene.enemyDetailMessage?.(unit) ?? '적군 전력을 확인하세요.');
    return { unitId: unit.id, unitName: unit.name };
  });
  assert(
    enemyFixture?.unitId === 'northern-twelfth-scout-e' && enemyFixture.unitName?.length >= 8,
    `Expected the late-battle enemy detail fixture to exercise a long officer name: ${JSON.stringify(enemyFixture)}`
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.unitDetailPanel?.unitId === 'northern-twelfth-scout-e',
    undefined,
    { timeout: 30000 }
  );
  const enemyDetailProbe = await readLargeRosterHudProbe(page);
  assertUnitDetailPanelLayout(enemyDetailProbe, 'northern-twelfth-scout-e', 'long enemy');
  await waitForBattleHudPaint(page);
  await page.screenshot({ path: `${screenshotDir}/rc-final-battle-unit-detail.png`, fullPage: true });
  await assertCanvasPainted(page, 'final battle unit detail');

  await page.mouse.click(
    enemyDetailProbe.unitDetailPanel.returnButtonBounds.x + enemyDetailProbe.unitDetailPanel.returnButtonBounds.width / 2,
    enemyDetailProbe.unitDetailPanel.returnButtonBounds.y + enemyDetailProbe.unitDetailPanel.returnButtonBounds.height / 2
  );
  await waitForSideQuickTabView(page, 'roster', 'roster');
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.rosterPanel?.tab === 'enemy',
    undefined,
    { timeout: 30000 }
  );
  const returnedRosterProbe = await readLargeRosterHudProbe(page);
  assert(
    returnedRosterProbe.roster?.tab === 'enemy' && returnedRosterProbe.unitDetailPanel === null && returnedRosterProbe.phase === 'idle',
    `Expected the shared unit-detail return to restore the matching roster: ${JSON.stringify(returnedRosterProbe)}`
  );
  assertCompletedSidePanelTransition(returnedRosterProbe, 'back', 'roster');

  const bondFixture = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    if (!scene) {
      return null;
    }
    const expectedBondIds = scene.activeSortieBonds?.().map((bond) => bond.id) ?? [];
    scene.bondPage = 0;
    scene.renderBondPanel?.();
    return { expectedBondIds };
  });
  assert(
    bondFixture?.expectedBondIds?.length > 4,
    `Expected the exact eight-officer final sortie to exercise paged active bonds: ${JSON.stringify(bondFixture)}`
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.bondPanel?.page === 0,
    undefined,
    { timeout: 30000 }
  );

  const firstBondProbe = await readLargeRosterHudProbe(page);
  const bondPageCount = firstBondProbe.bondPanel?.pageCount ?? 0;
  assert(
    bondPageCount > 1 && firstBondProbe.bondPanel?.totalCount === bondFixture.expectedBondIds.length,
    `Expected paged final-battle bond debug state to match the active sortie bonds: ${JSON.stringify({ bondFixture, bondPanel: firstBondProbe.bondPanel })}`
  );
  const visibleBondIds = [];
  for (let pageIndex = 0; pageIndex < bondPageCount; pageIndex += 1) {
    if (pageIndex > 0) {
      await page.evaluate((targetPage) => {
        const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
        if (!scene) {
          return;
        }
        scene.bondPage = targetPage;
        scene.renderBondPanel?.();
      }, pageIndex);
      await page.waitForFunction(
        (targetPage) => window.__HEROS_DEBUG__?.battle()?.battleHud?.bondPanel?.page === targetPage,
        pageIndex,
        { timeout: 30000 }
      );
    }
    const bondProbe = pageIndex === 0 ? firstBondProbe : await readLargeRosterHudProbe(page);
    assertBondPanelLayout(bondProbe, pageIndex, bondPageCount, bondFixture.expectedBondIds.length);
    visibleBondIds.push(...bondProbe.bondPanel.visibleBondIds);
  }
  assert(
    visibleBondIds.length === bondFixture.expectedBondIds.length &&
      new Set(visibleBondIds).size === visibleBondIds.length &&
      sameJsonValue([...visibleBondIds].sort(), [...bondFixture.expectedBondIds].sort()),
    `Expected every active final-battle bond exactly once across all pages: ${JSON.stringify({ expected: bondFixture.expectedBondIds, actual: visibleBondIds })}`
  );
  await waitForBattleHudPaint(page);
  await page.screenshot({ path: `${screenshotDir}/rc-final-battle-bond-panel.png`, fullPage: true });
  await assertCanvasPainted(page, 'final battle bond panel');

  const expectedThreatIds = [
    'northern-twelfth-scout-e',
    'northern-twelfth-camp-guard-e',
    'northern-twelfth-strategist-c',
    'northern-twelfth-cavalry-e'
  ];
  const threatFixture = await page.evaluate((enemyIds) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const enemies = enemyIds.map((unitId) => scene?.debugUnitById?.(unitId)).filter(Boolean);
    if (!scene || enemies.length !== enemyIds.length) {
      return null;
    }
    scene.renderThreatDetail?.({ x: 38, y: 96, enemies, strongestBehavior: 'aggressive' });
    return { enemyIds: enemies.map((enemy) => enemy.id), enemyNames: enemies.map((enemy) => enemy.name) };
  }, expectedThreatIds);
  assert(
    sameJsonValue(threatFixture?.enemyIds, expectedThreatIds) && threatFixture.enemyNames.every((name) => name.length >= 8),
    `Expected the final-battle threat fixture to use four real long-name enemies: ${JSON.stringify(threatFixture)}`
  );
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.battleHud?.threatPanel?.enemyRows?.length === 4,
    undefined,
    { timeout: 30000 }
  );
  const threatProbe = await readLargeRosterHudProbe(page);
  assertThreatPanelLayout(threatProbe, expectedThreatIds);
  assertCompletedSidePanelTransition(threatProbe, 'detail', 'threat-detail');
  await waitForBattleHudPaint(page);
  await page.screenshot({ path: `${screenshotDir}/rc-final-battle-threat-panel.png`, fullPage: true });
  await assertCanvasPainted(page, 'final battle threat panel');

  await page.mouse.click(
    threatProbe.threatPanel.returnButtonBounds.x + threatProbe.threatPanel.returnButtonBounds.width / 2,
    threatProbe.threatPanel.returnButtonBounds.y + threatProbe.threatPanel.returnButtonBounds.height / 2
  );
  await waitForSideQuickTabView(page, 'threat', 'threat-overview');
  await page.waitForFunction(() => window.__HEROS_DEBUG__?.battle()?.markerCount > 0, undefined, { timeout: 30000 });
  const returnedThreatProbe = await readLargeRosterHudProbe(page);
  assert(
    returnedThreatProbe.threatPanel === null && returnedThreatProbe.markerCount > 0,
    `Expected the shared threat return to restore the map range overview: ${JSON.stringify(returnedThreatProbe)}`
  );
  assertCompletedSidePanelTransition(returnedThreatProbe, 'back', 'threat-overview');

  await page.evaluate(() => {
    window.__HEROS_GAME__?.scene.getScene('BattleScene')?.renderTerrainDetail?.(38, 96);
  });
  await page.waitForFunction(() => {
    const panel = window.__HEROS_DEBUG__?.battle()?.battleHud?.terrainPanel;
    return panel?.tile?.x === 38 && panel?.tile?.y === 96;
  }, undefined, { timeout: 30000 });
  const terrainProbe = await readLargeRosterHudProbe(page);
  assertTerrainPanelLayout(terrainProbe, 'camp');
  assertCompletedSidePanelTransition(terrainProbe, 'detail', 'terrain-detail');
  await waitForBattleHudPaint(page);
  await page.screenshot({ path: `${screenshotDir}/rc-final-battle-terrain-panel.png`, fullPage: true });
  await assertCanvasPainted(page, 'final battle terrain panel');

  await page.keyboard.press('Escape');
  await waitForSideQuickTabView(page, 'situation', 'situation');
  const returnedSituationProbe = await readLargeRosterHudProbe(page);
  assert(
    returnedSituationProbe.terrainPanel === null && returnedSituationProbe.miniMap?.visible === true,
    `Expected the shared terrain return to restore the situation overview: ${JSON.stringify(returnedSituationProbe)}`
  );
  assertCompletedSidePanelTransition(returnedSituationProbe, 'back', 'situation');
}

async function waitForBattleHudPaint(page) {
  await page.waitForFunction(() => {
    const transition = window.__HEROS_DEBUG__?.battle()?.battleHud?.panelTransition;
    return !transition || (!transition.active && transition.completedRevision === transition.revision);
  }, undefined, { timeout: 30000 });
  await page.evaluate(() => new Promise((resolve) => {
    requestAnimationFrame(() => requestAnimationFrame(resolve));
  }));
}

async function readLargeRosterHudProbe(page) {
  await page.waitForFunction(() => {
    const transition = window.__HEROS_DEBUG__?.battle()?.battleHud?.panelTransition;
    return !transition || (!transition.active && transition.completedRevision === transition.revision);
  }, undefined, { timeout: 30000 });
  return page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const battle = window.__HEROS_DEBUG__?.battle();
    const hud = battle?.battleHud;
    return {
      roster: hud?.rosterPanel ?? null,
      recentActions: hud?.recentActions ?? null,
      miniMap: hud?.miniMap ?? null,
      header: hud?.header ?? null,
      sidebar: hud?.sidebar ?? null,
      deploymentPanel: hud?.deploymentPanel ?? null,
      unitDetailPanel: hud?.unitDetailPanel ?? null,
      bondPanel: hud?.bondPanel ?? null,
      threatPanel: hud?.threatPanel ?? null,
      terrainPanel: hud?.terrainPanel ?? null,
      quickTabs: hud?.quickTabs ?? null,
      panelTransition: hud?.panelTransition ?? null,
      markerCount: battle?.markerCount ?? 0,
      phase: battle?.phase ?? null,
      selectedUnitId: hud?.miniMap?.selectedUnitId ?? null,
      sceneBounds: scene
        ? { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height }
        : null,
      panelBounds: scene
        ? { x: scene.layout.panelX, y: scene.layout.panelY, width: scene.layout.panelWidth, height: scene.layout.panelHeight }
        : null
    };
  });
}

function assertSideQuickTabsLayout(probe, expectedActiveTab, expectedView, expectedVisible = true) {
  const quickTabs = probe.quickTabs;
  if (!expectedVisible) {
    assert(
      quickTabs?.visible === false && quickTabs.tabs?.length === 0 && quickTabs.bounds === null,
      `Expected deployment to omit side quick tabs: ${JSON.stringify(probe)}`
    );
    return;
  }

  const tabs = quickTabs?.tabs ?? [];
  const activeTabs = tabs.filter((tab) => tab.active);
  assert(
    quickTabs?.visible === true &&
      quickTabs.enabled === true &&
      quickTabs.activeTab === expectedActiveTab &&
      quickTabs.currentView === expectedView &&
      tabs.length === 4 &&
      sameJsonValue(tabs.map((tab) => tab.id), ['situation', 'roster', 'bond', 'threat']) &&
      sameJsonValue(tabs.map((tab) => tab.label), ['전황', '부대', '공명', '위협']) &&
      sameJsonValue(tabs.map((tab) => tab.shortcut), ['1', '2', '3', '4']) &&
      activeTabs.length === 1 &&
      activeTabs[0].id === expectedActiveTab &&
      activeTabs[0].visualState === 'active',
    `Expected one active 1-4 quick tab for ${expectedView}: ${JSON.stringify(probe)}`
  );
  assert(
    isFiniteBounds(quickTabs.bounds) &&
      boundsInside(quickTabs.bounds, probe.panelBounds) &&
      boundsInside(quickTabs.bounds, probe.sceneBounds) &&
      probe.header.sortieOrderBounds.y + probe.header.sortieOrderBounds.height <= quickTabs.bounds.y + 1 &&
      quickTabs.bounds.y + quickTabs.bounds.height <= quickTabs.bodyTop + 1 &&
      quickTabs.bodyTop === probe.sidebar.bodyTop &&
      probe.sidebar.bounds.y >= quickTabs.bodyTop,
    `Expected quick tabs between the FHD header and side-panel body: ${JSON.stringify(probe)}`
  );
  tabs.forEach((tab) => {
    assert(
      boundsInside(tab.bounds, quickTabs.bounds) &&
        boundsInside(tab.labelBounds, tab.bounds) &&
        boundsInside(tab.shortcutBounds, tab.bounds),
      `Expected quick-tab content inside its FHD button: ${JSON.stringify(tab)}`
    );
  });
  assertHorizontalBounds(tabs.map((tab) => tab.bounds), `${expectedView} quick tabs`);
}

function assertCompletedSidePanelTransition(probe, expectedTrigger, expectedView) {
  const transition = probe.panelTransition;
  assert(
    transition?.active === false &&
      transition.completedRevision === transition.revision &&
      transition.revision > 0 &&
      transition.last?.kind === 'fade-slide' &&
      transition.last.trigger === expectedTrigger &&
      transition.last.to === expectedView &&
      transition.last.durationMs >= 100 &&
      transition.last.durationMs <= 240 &&
      transition.last.offsetX > 0 &&
      transition.last.objectCount > 0,
    `Expected a completed side-panel transition into ${expectedView}: ${JSON.stringify(probe)}`
  );
}

function assertLateBattleHeaderLayout(probe, label) {
  const { header, panelBounds, sceneBounds } = probe;
  const headerBounds = [
    header?.titleBounds,
    header?.turnBounds,
    header?.speedBounds,
    header?.objectiveBounds,
    header?.defeatBounds,
    header?.sortieOrderBounds
  ];
  assert(
    isFiniteBounds(panelBounds) &&
      isFiniteBounds(sceneBounds) &&
      boundsInside(panelBounds, sceneBounds) &&
      headerBounds.every((bounds) => boundsInside(bounds, panelBounds) && boundsInside(bounds, sceneBounds)),
    `Expected every late-battle ${label} header element inside the FHD side panel and scene: ${JSON.stringify(probe)}`
  );
  assert(
    header.titleBounds.y + header.titleBounds.height <= Math.min(header.turnBounds.y, header.speedBounds.y) &&
      header.turnBounds.x + header.turnBounds.width <= header.speedBounds.x &&
      Math.max(
        header.turnBounds.y + header.turnBounds.height,
        header.speedBounds.y + header.speedBounds.height
      ) <= header.objectiveBounds.y &&
      header.objectiveBounds.y + header.objectiveBounds.height <= header.defeatBounds.y &&
      header.defeatBounds.y + header.defeatBounds.height <= header.sortieOrderBounds.y &&
      header.sortieOrderBounds.y + header.sortieOrderBounds.height <= header.contentTop,
    `Expected the wrapped late-battle ${label} objective, defeat condition, and sortie order to remain separated: ${JSON.stringify(header)}`
  );
}

function assertLateBattleSidebarLayout(probe, label, expectMiniMap) {
  const { sidebar, miniMap, header, panelBounds, sceneBounds } = probe;
  assert(
    isFiniteBounds(sidebar?.bounds) &&
      boundsInside(sidebar.bounds, panelBounds) &&
      boundsInside(sidebar.bounds, sceneBounds) &&
      sidebar.contentTop === header?.contentTop &&
      sidebar.bounds.y >= sidebar.contentTop &&
      sidebar.bounds.y + sidebar.bounds.height <= sidebar.contentBottom,
    `Expected the late-battle ${label} sidebar inside its FHD content region: ${JSON.stringify(probe)}`
  );
  assert(
    header.sortieOrderBounds.y + header.sortieOrderBounds.height <= sidebar.bounds.y,
    `Expected the late-battle ${label} sidebar below the sortie-order header: ${JSON.stringify(probe)}`
  );
  if (!expectMiniMap) {
    assert(miniMap?.visible === false, `Expected late-battle ${label} to reserve the full sidebar by hiding the minimap: ${JSON.stringify(probe)}`);
    return;
  }
  assert(
    miniMap?.visible === true &&
      boundsInside(miniMap.frameBounds, panelBounds) &&
      boundsInside(miniMap.frameBounds, sceneBounds) &&
      sidebar.bounds.y + sidebar.bounds.height <= miniMap.frameBounds.y,
    `Expected the late-battle ${label} sidebar to stay above the FHD minimap: ${JSON.stringify(probe)}`
  );
}

function assertLateBattleDeploymentLayout(probe) {
  const { deploymentPanel, sidebar, panelBounds, sceneBounds } = probe;
  const roleBounds = deploymentPanel?.roleBounds ?? [];
  const deploymentBounds = [
    deploymentPanel?.headerBounds,
    deploymentPanel?.noticeBounds,
    ...roleBounds,
    deploymentPanel?.restoreButtonBounds,
    deploymentPanel?.startButtonBounds
  ];
  assert(
    roleBounds.length > 0 && deploymentBounds.every((bounds) =>
      boundsInside(bounds, sidebar?.bounds) &&
      boundsInside(bounds, panelBounds) &&
      boundsInside(bounds, sceneBounds)
    ) && boundsInside(deploymentPanel?.noticeTextBounds, deploymentPanel?.noticeBounds),
    `Expected every late-battle deployment section inside the FHD sidebar and scene: ${JSON.stringify(probe)}`
  );
  assert(
    deploymentPanel.headerBounds.y + deploymentPanel.headerBounds.height <= deploymentPanel.noticeBounds.y &&
      deploymentPanel.noticeBounds.y + deploymentPanel.noticeBounds.height <= roleBounds[0].y &&
      roleBounds.every((bounds, index) =>
        index === 0 || roleBounds[index - 1].y + roleBounds[index - 1].height <= bounds.y
      ) &&
      roleBounds.at(-1).y + roleBounds.at(-1).height <= deploymentPanel.restoreButtonBounds.y &&
      deploymentPanel.restoreButtonBounds.y + deploymentPanel.restoreButtonBounds.height <= deploymentPanel.startButtonBounds.y,
    `Expected the late-battle deployment header, notice, roles, and actions not to overlap: ${JSON.stringify(deploymentPanel)}`
  );
}

function assertUnitDetailPanelLayout(probe, expectedUnitId, label) {
  const panel = probe.unitDetailPanel;
  assertLateBattleSidebarLayout(probe, `${label} unit detail`, false);
  assertSideQuickTabsLayout(probe, 'roster', 'officer-detail');
  assert(
    panel?.unitId === expectedUnitId &&
      panel.summaryBounds?.length === 3 &&
      panel.statBounds?.length === 5 &&
      panel.effectBounds?.length > 0 &&
      panel.effectBounds.length <= 3 &&
      panel.equipmentBounds?.length === 3 &&
      isFiniteBounds(panel.messageBounds),
    `Expected complete FHD ${label} unit-detail sections: ${JSON.stringify(probe)}`
  );

  const allBounds = [
    panel.headerBounds,
    panel.nameBounds,
    panel.levelBadgeBounds,
    panel.returnButtonBounds,
    panel.hpBounds,
    ...panel.summaryBounds,
    ...panel.statBounds,
    panel.statusBounds,
    ...panel.effectBounds,
    ...panel.equipmentBounds,
    panel.messageBounds
  ];
  assertDetailBoundsInside(probe, allBounds, `${label} unit detail`);
  assert(
    boundsInside(panel.nameBounds, panel.headerBounds) &&
      boundsInside(panel.levelBadgeBounds, panel.headerBounds) &&
      boundsInside(panel.returnButtonBounds, panel.headerBounds) &&
      panel.returnTarget === 'roster' &&
      panel.nameBounds.x + panel.nameBounds.width <= panel.levelBadgeBounds.x + 1,
    `Expected the FHD ${label} unit name to remain inside the header and left of the level badge: ${JSON.stringify(panel)}`
  );
  assertHorizontalBounds(panel.summaryBounds, `${label} unit summary cards`);
  assertHorizontalBounds(panel.effectBounds, `${label} unit effect cards`);
  assertSequentialBounds(panel.statBounds, `${label} unit stat rows`);
  assertSequentialBounds(panel.equipmentBounds, `${label} unit equipment rows`);

  const sectionBounds = [
    panel.headerBounds,
    panel.hpBounds,
    boundsUnion(panel.summaryBounds),
    boundsUnion(panel.statBounds),
    panel.statusBounds,
    boundsUnion(panel.effectBounds),
    boundsUnion(panel.equipmentBounds),
    panel.messageBounds
  ];
  assertSequentialBounds(sectionBounds, `${label} unit-detail sections`);
}

function assertBondPanelLayout(probe, expectedPage, expectedPageCount, expectedTotalCount) {
  const panel = probe.bondPanel;
  assertLateBattleSidebarLayout(probe, `bond page ${expectedPage + 1}`, false);
  assertSideQuickTabsLayout(probe, 'bond', 'bond');
  const expectedVisibleCount = Math.min(
    panel?.rowsPerPage ?? 0,
    Math.max(0, expectedTotalCount - expectedPage * (panel?.rowsPerPage ?? 0))
  );
  assert(
    panel?.page === expectedPage &&
      panel.pageCount === expectedPageCount &&
      panel.totalCount === expectedTotalCount &&
      panel.rowsPerPage > 0 &&
      panel.visibleBondIds?.length === expectedVisibleCount &&
      panel.rowLayouts?.length === expectedVisibleCount &&
      new Set(panel.visibleBondIds).size === panel.visibleBondIds.length &&
      sameJsonValue(panel.rowLayouts.map((row) => row.bondId), panel.visibleBondIds) &&
      isFiniteBounds(panel.navigationBounds) &&
      isFiniteBounds(panel.messageBounds),
    `Expected complete paged FHD bond state on page ${expectedPage + 1}: ${JSON.stringify(probe)}`
  );

  const rowBounds = panel.rowLayouts.map((row) => row.rowBounds);
  const allBounds = [
    panel.headerBounds,
    ...rowBounds,
    ...panel.rowLayouts.flatMap((row) => [row.nameBounds, row.levelBounds, row.titleBounds, row.gaugeBounds]),
    panel.navigationBounds,
    panel.messageBounds
  ];
  assertDetailBoundsInside(probe, allBounds, `bond page ${expectedPage + 1}`);
  panel.rowLayouts.forEach((row) => {
    assert(
      boundsInside(row.nameBounds, row.rowBounds) &&
        boundsInside(row.levelBounds, row.rowBounds) &&
        boundsInside(row.titleBounds, row.rowBounds) &&
        boundsInside(row.gaugeBounds, row.rowBounds) &&
        row.nameBounds.x + row.nameBounds.width <= row.levelBounds.x + 1 &&
        row.titleBounds.x + row.titleBounds.width <= row.gaugeBounds.x + 1,
      `Expected bond ${row.bondId} names, levels, titles, and gauges in separate FHD columns: ${JSON.stringify(row)}`
    );
  });
  assertSequentialBounds(rowBounds, `bond rows on page ${expectedPage + 1}`);
  assertSequentialBounds(
    [panel.headerBounds, ...rowBounds, panel.navigationBounds, panel.messageBounds],
    `bond sections on page ${expectedPage + 1}`
  );
}

function assertThreatPanelLayout(probe, expectedEnemyIds) {
  const panel = probe.threatPanel;
  assertLateBattleSidebarLayout(probe, 'threat detail', true);
  assertSideQuickTabsLayout(probe, 'threat', 'threat-detail');
  assert(
    panel?.tile?.x === 38 &&
      panel.tile.y === 96 &&
      panel.summaryRows?.length === 4 &&
      panel.enemyRows?.length === expectedEnemyIds.length &&
      sameJsonValue(panel.enemyRows.map((row) => row.unitId), expectedEnemyIds) &&
      isFiniteBounds(panel.messageBounds),
    `Expected the four-enemy FHD threat fixture at the final-camp tile: ${JSON.stringify(probe)}`
  );
  const summaryBounds = panel.summaryRows.map((row) => row.bounds);
  const enemyBounds = panel.enemyRows.map((row) => row.rowBounds);
  const allBounds = [
    panel.headerBounds,
    panel.returnButtonBounds,
    ...summaryBounds,
    ...panel.summaryRows.flatMap((row) => [row.labelBounds, row.valueBounds]),
    ...enemyBounds,
    ...panel.enemyRows.flatMap((row) => [row.nameBounds, row.valueBounds]),
    panel.messageBounds
  ];
  assertDetailBoundsInside(probe, allBounds, 'threat detail');
  assert(
    panel.returnTarget === 'threat-overview' && boundsInside(panel.returnButtonBounds, panel.headerBounds),
    `Expected threat detail to expose an in-header range return: ${JSON.stringify(panel)}`
  );
  assertSituationGrid(panel.summaryRows, 'threat summary', 2);
  panel.enemyRows.forEach((row) => {
    assert(
      boundsInside(row.nameBounds, row.rowBounds) &&
        boundsInside(row.valueBounds, row.rowBounds) &&
        !boundsOverlap(row.nameBounds, row.valueBounds, 2),
      `Expected threat names and metrics on separate readable lines for ${row.unitId}: ${JSON.stringify(row)}`
    );
  });
  assertSequentialBounds(enemyBounds, 'threat enemy rows');
  assertSequentialBounds(
    [panel.headerBounds, boundsUnion(summaryBounds), ...enemyBounds, panel.messageBounds],
    'threat detail sections'
  );
  assert(
    panel.messageBounds.y + panel.messageBounds.height <= probe.miniMap.frameBounds.y + 1,
    `Expected the threat guidance above the FHD minimap: ${JSON.stringify(probe)}`
  );
}

function assertTerrainPanelLayout(probe, expectedTerrain) {
  const panel = probe.terrainPanel;
  assertLateBattleSidebarLayout(probe, 'terrain detail', true);
  assertSideQuickTabsLayout(probe, 'situation', 'terrain-detail');
  assert(
    panel?.tile?.x === 38 &&
      panel.tile.y === 96 &&
      panel.terrain === expectedTerrain &&
      panel.summaryRows?.length === 6 &&
      isFiniteBounds(panel.messageBounds),
    `Expected complete FHD ${expectedTerrain} terrain details at the final-camp tile: ${JSON.stringify(probe)}`
  );
  const summaryBounds = panel.summaryRows.map((row) => row.bounds);
  const allBounds = [
    panel.headerBounds,
    panel.returnButtonBounds,
    ...summaryBounds,
    ...panel.summaryRows.flatMap((row) => [row.labelBounds, row.valueBounds]),
    panel.messageBounds
  ];
  assertDetailBoundsInside(probe, allBounds, 'terrain detail');
  assert(
    panel.returnTarget === 'situation' && boundsInside(panel.returnButtonBounds, panel.headerBounds),
    `Expected terrain detail to expose an in-header situation return: ${JSON.stringify(panel)}`
  );
  assertSituationRows(panel.summaryRows, 'terrain summary');
  assertSequentialBounds([panel.headerBounds, ...summaryBounds, panel.messageBounds], 'terrain detail sections');
  assert(
    panel.messageBounds.y + panel.messageBounds.height <= probe.miniMap.frameBounds.y + 1,
    `Expected the terrain guidance above the FHD minimap: ${JSON.stringify(probe)}`
  );
}

function assertSituationRows(rows, label) {
  rows.forEach((row, index) => {
    assert(
      boundsInside(row.labelBounds, row.bounds) &&
        boundsInside(row.valueBounds, row.bounds) &&
        row.labelBounds.x + row.labelBounds.width <= row.valueBounds.x + 1,
      `Expected ${label} row ${index + 1} labels and values in separate FHD columns: ${JSON.stringify(row)}`
    );
  });
  assertSequentialBounds(rows.map((row) => row.bounds), `${label} rows`);
}

function assertSituationGrid(rows, label, columnCount) {
  rows.forEach((row, index) => {
    assert(
      boundsInside(row.labelBounds, row.bounds) &&
        boundsInside(row.valueBounds, row.bounds) &&
        row.labelBounds.x + row.labelBounds.width <= row.valueBounds.x + 1,
      `Expected ${label} cell ${index + 1} labels and values in separate columns: ${JSON.stringify(row)}`
    );
  });
  const rowGroups = [];
  for (let index = 0; index < rows.length; index += columnCount) {
    const rowBounds = rows.slice(index, index + columnCount).map((row) => row.bounds);
    assertHorizontalBounds(rowBounds, `${label} row ${rowGroups.length + 1}`);
    rowGroups.push(boundsUnion(rowBounds));
  }
  assertSequentialBounds(rowGroups, `${label} rows`);
}

function assertDetailBoundsInside(probe, boundsList, label) {
  assert(
    isFiniteBounds(probe.sidebar?.bounds) &&
      isFiniteBounds(probe.panelBounds) &&
      isFiniteBounds(probe.sceneBounds) &&
      boundsList.length > 0 &&
      boundsList.every((bounds) =>
        boundsInside(bounds, probe.sidebar.bounds) &&
        boundsInside(bounds, probe.panelBounds) &&
        boundsInside(bounds, probe.sceneBounds)
      ),
    `Expected every ${label} bound inside the sidebar, panel, and FHD scene: ${JSON.stringify({ boundsList, probe })}`
  );
}

function assertSequentialBounds(boundsList, label) {
  assert(
    boundsList.length > 0 &&
      boundsList.every(isFiniteBounds) &&
      boundsList.every((bounds, index) =>
        index === 0 || boundsList[index - 1].y + boundsList[index - 1].height <= bounds.y + 1
      ),
    `Expected non-overlapping sequential ${label}: ${JSON.stringify(boundsList)}`
  );
}

function assertHorizontalBounds(boundsList, label) {
  const ordered = [...boundsList].sort((left, right) => left.x - right.x);
  assert(
    ordered.length > 0 &&
      ordered.every(isFiniteBounds) &&
      ordered.every((bounds, index) =>
        index === 0 || ordered[index - 1].x + ordered[index - 1].width <= bounds.x + 1
      ),
    `Expected non-overlapping horizontal ${label}: ${JSON.stringify(ordered)}`
  );
}

function boundsUnion(boundsList) {
  const left = Math.min(...boundsList.map((bounds) => bounds.x));
  const top = Math.min(...boundsList.map((bounds) => bounds.y));
  const right = Math.max(...boundsList.map((bounds) => bounds.x + bounds.width));
  const bottom = Math.max(...boundsList.map((bounds) => bounds.y + bounds.height));
  return { x: left, y: top, width: right - left, height: bottom - top };
}

function assertLargeRosterPageLayout(probe, label) {
  const { roster, panelBounds } = probe;
  assert(boundsInside(roster.listBounds, panelBounds), `Expected roster rows on page ${label} inside the side panel: ${JSON.stringify(probe)}`);
  assert(boundsInside(roster.navigationBounds, panelBounds), `Expected roster navigation on page ${label} inside the side panel: ${JSON.stringify(probe)}`);
  assert(boundsInside(roster.messageBounds, panelBounds), `Expected roster guidance on page ${label} inside the side panel: ${JSON.stringify(probe)}`);
  assert(
    roster.rowLayouts.length === roster.visibleUnitIds.length &&
      roster.rowLayouts.every((row) =>
        boundsInside(row.rowBounds, roster.listBounds) &&
        boundsInside(row.nameBounds, row.rowBounds) &&
        boundsInside(row.metaBounds, row.rowBounds) &&
        boundsInside(row.hpBounds, row.rowBounds) &&
        boundsInside(row.gaugeBounds, row.rowBounds) &&
        row.nameBounds.x + row.nameBounds.width <= row.hpBounds.x &&
        row.metaBounds.x + row.metaBounds.width <= row.gaugeBounds.x
      ),
    `Expected roster page ${label} names, classes, HP, and gauges to remain in separate columns: ${JSON.stringify(probe)}`
  );
  assert(
    roster.listBounds.y + roster.listBounds.height <= roster.navigationBounds.y &&
      roster.navigationBounds.y + roster.navigationBounds.height <= roster.messageBounds.y &&
      roster.gapToMiniMap >= 6,
    `Expected roster page ${label} content to stay vertically separated: ${JSON.stringify(probe)}`
  );
}

async function waitForStoryReady(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    const story = window.__HEROS_DEBUG__?.scene('StoryScene')?.getDebugState?.();
    return activeScenes.includes('StoryScene') && story?.ready === true;
  }, undefined, { timeout: 90000 });
}

async function waitForStoryOrEnding(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    return activeScenes.includes('StoryScene') || activeScenes.includes('EndingScene');
  }, undefined, { timeout: 30000 });
  return page.evaluate(() => window.__HEROS_DEBUG__?.activeScenes() ?? []);
}

async function advanceUntilBattle(page, battleId) {
  for (let i = 0; i < 48; i += 1) {
    const ready = await page.evaluate((expectedBattleId) => {
      const state = window.__HEROS_DEBUG__?.battle();
      return (
        state?.scene === 'BattleScene' &&
        state?.battleId === expectedBattleId &&
        (state?.phase === 'deployment' || state?.phase === 'idle') &&
        state?.mapBackgroundReady === true
      );
    }, battleId);

    if (ready) {
      await startDeploymentIfNeeded(page, battleId);
      return;
    }

    await page.keyboard.press('Space');
    await page.waitForTimeout(220);
  }

  await waitForBattleReady(page, battleId);
}

async function waitForBattleReady(page, battleId) {
  await page.waitForFunction((expectedBattleId) => {
    const state = window.__HEROS_DEBUG__?.battle();
    return (
      state?.scene === 'BattleScene' &&
      state?.battleId === expectedBattleId &&
      (state?.phase === 'deployment' || state?.phase === 'idle') &&
      state?.mapBackgroundReady === true
    );
  }, battleId, { timeout: 90000 });
  await startDeploymentIfNeeded(page, battleId);
}

async function startDeploymentIfNeeded(page, battleId) {
  const state = await page.evaluate((expectedBattleId) => {
    const battle = window.__HEROS_DEBUG__?.battle();
    return battle?.battleId === expectedBattleId ? battle : undefined;
  }, battleId);
  if (state?.phase !== 'deployment') {
    return;
  }

  assert(state.deployedAllyIds?.length >= 3, `Expected deployment to show the selected ally formation: ${JSON.stringify(state)}`);
  await clickBattleDeploymentStart(page);
  await page.waitForFunction((expectedBattleId) => {
    const battle = window.__HEROS_DEBUG__?.battle();
    return battle?.battleId === expectedBattleId && battle?.phase === 'idle' && battle?.triggeredBattleEvents?.includes('opening');
  }, battleId, { timeout: 30000 });
}

async function assertLiveSortieOrderHud(page, { battleId, orderId, context }) {
  const probe = await page.evaluate(({ expectedBattleId, expectedOrderId }) => {
    const state = window.__HEROS_DEBUG__?.battle();
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const operationOrder = state?.sortieOperationOrder;
    const rawHud = operationOrder?.live ?? operationOrder?.hud;
    const criteria = rawHud?.criteria ?? rawHud?.progress ?? [];
    return {
      battleId: state?.battleId ?? null,
      phase: state?.phase ?? null,
      battleOutcome: state?.battleOutcome ?? null,
      resultVisible: state?.resultVisible ?? false,
      selectedId: operationOrder?.selectedId ?? null,
      result: operationOrder?.result ?? null,
      sceneBounds: scene
        ? { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height }
        : null,
      panelBounds: scene?.layout
        ? {
            x: scene.layout.panelX,
            y: scene.layout.panelY,
            width: scene.layout.panelWidth,
            height: scene.layout.panelHeight
          }
        : null,
      hud: rawHud
        ? {
            visible: rawHud.visible,
            bounds: rawHud.bounds ?? null,
            orderId: rawHud.orderId ?? null,
            label: rawHud.label ?? '',
            victoryLabel: rawHud.victoryLabel ?? '',
            victoryTone: rawHud.victoryTone ?? rawHud.victoryStatus ?? '',
            status: rawHud.status ?? '',
            tone: rawHud.tone ?? rawHud.status ?? '',
            projectedScore: rawHud.projectedScore,
            commandReady: rawHud.commandReady,
            commandUnlocked: rawHud.commandUnlocked,
            commandUnlockTurn: rawHud.commandUnlockTurn,
            commandUsed: rawHud.commandUsed,
            commandSource: rawHud.commandSource,
            commandActorId: rawHud.commandActorId,
            commandBounds: rawHud.commandBounds ?? null,
            command: rawHud.command ? { ...rawHud.command } : null,
            criteria: criteria.map((entry) => ({
              id: entry?.id ?? null,
              label: entry?.label ?? '',
              value: entry?.value,
              tone: entry?.tone ?? entry?.status ?? '',
              achieved: entry?.achieved,
              bounds: entry?.bounds ?? null
            })),
            stampedIds: Array.isArray(rawHud.stampedIds) ? [...rawHud.stampedIds] : rawHud.stampedIds,
            animationCount: rawHud.animationCount
          }
        : null,
      expectedBattleId,
      expectedOrderId,
      battleLog: Array.isArray(state?.battleLog) ? [...state.battleLog] : []
    };
  }, { expectedBattleId: battleId, expectedOrderId: orderId });

  const hud = probe.hud;
  const requiredCriteriaIds = ['elite-grade', 'elite-survival'];
  const criterionIds = hud?.criteria?.map((entry) => entry.id) ?? [];
  assert(
    probe.battleId === battleId &&
      probe.phase !== 'resolved' &&
      probe.battleOutcome === null &&
      probe.resultVisible === false &&
      probe.selectedId === orderId &&
      probe.result === null,
    `Expected ${context} to expose the selected ${orderId} order before its result: ${JSON.stringify(probe)}`
  );
  assert(
    hud?.visible === true &&
      hud.orderId === orderId &&
      typeof hud.label === 'string' && hud.label.includes('정예') &&
      typeof hud.victoryLabel === 'string' && hud.victoryLabel.length > 0 &&
      typeof hud.victoryTone === 'string' && hud.victoryTone.length > 0 &&
      typeof hud.status === 'string' && hud.status.length > 0 &&
      typeof hud.tone === 'string' && hud.tone.length > 0 &&
      Number.isFinite(hud.projectedScore) &&
      typeof hud.commandReady === 'boolean' &&
      typeof hud.commandUnlocked === 'boolean' &&
      typeof hud.commandUsed === 'boolean' &&
      (hud.commandUnlockTurn === null || Number.isInteger(hud.commandUnlockTurn)) &&
      (hud.commandSource === null || hud.commandSource === 'sortie-order' || hud.commandSource === 'initiative') &&
      (hud.commandActorId === null || typeof hud.commandActorId === 'string') &&
      (hud.commandBounds === null || (isFiniteBounds(hud.commandBounds) && boundsInside(hud.commandBounds, hud.bounds))),
    `Expected ${context} to show a fully labelled live ${orderId} HUD with a finite projected score: ${JSON.stringify(probe)}`
  );
  assert(
    isFiniteBounds(probe.sceneBounds) &&
      isFiniteBounds(probe.panelBounds) &&
      isFiniteBounds(hud.bounds) &&
      boundsInside(hud.bounds, probe.sceneBounds) &&
      boundsInside(hud.bounds, probe.panelBounds) &&
      requiredCriteriaIds.every((id) => criterionIds.includes(id)) &&
      hud.criteria.length >= requiredCriteriaIds.length &&
      hud.criteria.every((entry) => (
        typeof entry.id === 'string' && entry.id.length > 0 &&
        typeof entry.label === 'string' && entry.label.length > 0 &&
        Object.prototype.hasOwnProperty.call(entry, 'value') &&
        typeof entry.tone === 'string' && entry.tone.length > 0 &&
        typeof entry.achieved === 'boolean' &&
        isFiniteBounds(entry.bounds) &&
        boundsInside(entry.bounds, hud.bounds)
      )),
    `Expected ${context} live order criteria and bounds to remain inside the visible HUD panel: ${JSON.stringify(probe)}`
  );
  assert(
    Array.isArray(hud.stampedIds) && hud.stampedIds.length === 0 && hud.animationCount === 0,
    `Expected ${context} live order HUD to start without stamped criteria or animations: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function activateSortieOrderCommand(page, role) {
  await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    scene?.hideBattleEventBanner?.();
  });
  const openPoint = await readBattleOrderCommandControlPoint(page, 'open');
  await page.mouse.click(openPoint.x, openPoint.y);
  await page.waitForFunction(
    () => window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder?.commandPanelOpen === true,
    undefined,
    { timeout: 30000 }
  );

  const panelProbe = await page.evaluate(() => {
    const order = window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder;
    const cards = Object.fromEntries(Object.entries(order?.commandCards ?? {}).map(([cardRole, rawCard]) => [
      cardRole,
      rawCard && typeof rawCard === 'object' && 'bounds' in rawCard
        ? { ...rawCard, bounds: rawCard.bounds }
        : { role: cardRole, bounds: rawCard }
    ]));
    return {
      open: order?.commandPanelOpen ?? false,
      panelBounds: order?.commandPanelBounds ?? null,
      cards
    };
  });
  assert(
    panelProbe.open === true &&
      isFiniteBounds(panelProbe.panelBounds) &&
      ['front', 'flank', 'support'].every((cardRole) => (
        isFiniteBounds(panelProbe.cards?.[cardRole]?.bounds) &&
        boundsInside(panelProbe.cards[cardRole].bounds, panelProbe.panelBounds)
      )) &&
      panelProbe.cards?.[role]?.enabled !== false,
    `Expected the ready order command panel to expose three bounded role choices: ${JSON.stringify(panelProbe)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-order-command.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle order command');

  const rolePoint = await readBattleOrderCommandControlPoint(page, 'card', role);
  await page.mouse.click(rolePoint.x, rolePoint.y);
  await page.waitForFunction(
    (expectedRole) => {
      const state = window.__HEROS_DEBUG__?.battle();
      const order = state?.sortieOperationOrder;
      return (
        order?.commandPanelOpen === false &&
        order?.live?.commandUsed === true &&
        order?.live?.command?.role === expectedRole &&
        state?.tacticalInitiative?.cutIn?.active === true
      );
    },
    role,
    { timeout: 30000 }
  );
  await page.waitForTimeout(180);

  const activeCutInProbe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const state = window.__HEROS_DEBUG__?.battle();
    return {
      cutIn: state?.tacticalInitiative?.cutIn ?? null,
      command: state?.sortieOperationOrder?.live?.command ?? null,
      sceneBounds: scene
        ? { x: 0, y: 0, width: scene.scale.width, height: scene.scale.height }
        : null
    };
  });
  assert(
    activeCutInProbe.cutIn?.active === true &&
      activeCutInProbe.cutIn.count === 1 &&
      activeCutInProbe.cutIn.last?.source === 'sortie-order' &&
      activeCutInProbe.cutIn.last?.role === role &&
      typeof activeCutInProbe.cutIn.last?.actorId === 'string' &&
      activeCutInProbe.cutIn.last.actorId.length > 0 &&
      activeCutInProbe.cutIn.last.actorId === activeCutInProbe.command?.actorId &&
      activeCutInProbe.cutIn.last?.label === '\uC7AC\uC815\uBE44' &&
      isFiniteBounds(activeCutInProbe.cutIn.bounds) &&
      isFiniteBounds(activeCutInProbe.cutIn.last?.bounds) &&
      isFiniteBounds(activeCutInProbe.sceneBounds) &&
      boundsInside(activeCutInProbe.cutIn.bounds, activeCutInProbe.sceneBounds) &&
      boundsInside(activeCutInProbe.cutIn.last.bounds, activeCutInProbe.sceneBounds),
    `Expected the selected order command to show one bounded in-scene cut-in with its source, role, actor, and label: ${JSON.stringify(activeCutInProbe)}`
  );
  await page.screenshot({ path: `${screenshotDir}/rc-first-battle-order-command-cutin.png`, fullPage: true });
  await assertCanvasPainted(page, 'first battle order command cut-in');

  await page.waitForFunction(
    (expectedRole) => {
      const state = window.__HEROS_DEBUG__?.battle();
      const order = state?.sortieOperationOrder;
      const cutIn = state?.tacticalInitiative?.cutIn;
      return (
        cutIn?.active === false &&
        cutIn.count === 1 &&
        cutIn.last?.source === 'sortie-order' &&
        cutIn.last?.role === expectedRole &&
        order?.live?.command?.role === expectedRole &&
        order.live.command.effectPending === false &&
        order.live.command.effectValue > 0
      );
    },
    role,
    { timeout: 30000 }
  );
  const settledProbe = await page.evaluate(() => {
    const state = window.__HEROS_DEBUG__?.battle();
    return {
      order: state?.sortieOperationOrder ?? null,
      cutIn: state?.tacticalInitiative?.cutIn ?? null
    };
  });
  assert(
    settledProbe.cutIn?.active === false &&
      settledProbe.cutIn.count === 1 &&
      settledProbe.cutIn.last?.source === 'sortie-order' &&
      settledProbe.cutIn.last?.role === role &&
      settledProbe.cutIn.last?.actorId === settledProbe.order?.live?.command?.actorId &&
      settledProbe.cutIn.last?.label === '\uC7AC\uC815\uBE44' &&
      isFiniteBounds(settledProbe.cutIn.last?.bounds) &&
      settledProbe.order?.live?.command?.effectPending === false &&
      settledProbe.order?.live?.command?.effectValue > 0,
    `Expected the cut-in to finish once while retaining its last payload before resolving the support effect: ${JSON.stringify(settledProbe)}`
  );
  return settledProbe.order;
}

async function readBattleOrderCommandControlPoint(page, control, role) {
  const probe = await page.evaluate(({ control, role }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const canvas = document.querySelector('canvas');
    const order = window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder;
    const rawCard = role ? order?.commandCards?.[role] : undefined;
    const cardBounds = rawCard && typeof rawCard === 'object' && 'bounds' in rawCard ? rawCard.bounds : rawCard;
    const bounds = control === 'open' ? order?.live?.commandBounds : cardBounds;
    if (!scene || !canvas || !bounds) {
      return { ready: false, control, role: role ?? null, bounds: bounds ?? null, order };
    }
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      role: role ?? null,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { control, role });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible battle order-command ${control} control: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function waitForBattleOutcome(page, outcome) {
  await page.waitForFunction((expectedOutcome) => {
    const state = window.__HEROS_DEBUG__?.battle();
    return state?.battleOutcome === expectedOutcome && state?.phase === 'resolved' && state?.resultVisible === true;
  }, outcome, { timeout: 90000 });
}

async function waitForCamp(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    const scene = window.__HEROS_DEBUG__?.scene('CampScene');
    return (
      activeScenes.includes('CampScene') &&
      window.__HEROS_DEBUG__?.camp()?.scene === 'CampScene' &&
      (scene?.contentObjects?.length ?? 0) > 0
    );
  }, undefined, { timeout: 90000 });
}

async function waitForCampVisualFrame(page, expectedPage) {
  await page.waitForFunction(
    (pageNumber) => window.__HEROS_DEBUG__?.camp()?.campRoster?.page === pageNumber,
    expectedPage,
    { timeout: 15000 }
  );
  await page.evaluate(() => new Promise((resolve) => {
    requestAnimationFrame(() => requestAnimationFrame(resolve));
  }));
  await page.waitForFunction(() => {
    const canvas = document.querySelector('canvas');
    const context = canvas?.getContext('2d', { willReadFrequently: true });
    if (!canvas || !context) {
      return false;
    }

    const colorBuckets = new Set();
    let litSamples = 0;
    for (let y = 110; y <= 560; y += 30) {
      for (let x = 400; x <= 1200; x += 30) {
        const [r, g, b, a] = context.getImageData(x, y, 1, 1).data;
        if (a > 8 && r + g + b > 54) {
          litSamples += 1;
        }
        colorBuckets.add(`${r >> 4},${g >> 4},${b >> 4},${a >> 5}`);
      }
    }
    return litSamples >= 18 && colorBuckets.size >= 12;
  }, undefined, { timeout: 15000 });
}

async function captureStableCampScreenshot(page, path, expectedPage, label) {
  await waitForCampVisualFrame(page, expectedPage);
  const capture = await page.evaluate(() => new Promise((resolve) => {
    const game = window.__HEROS_GAME__;
    const canvas = document.querySelector('canvas');
    if (!game?.loop || !game.renderer || !canvas) {
      resolve({ loopAvailable: false, dataUrl: null });
      return;
    }
    game.renderer.once('postrender', () => {
      game.loop.sleep();
      resolve({ loopAvailable: true, dataUrl: canvas.toDataURL('image/png') });
    });
  }));
  try {
    assert(
      capture.dataUrl?.startsWith('data:image/png;base64,'),
      `Expected a complete canvas capture for ${label}: ${JSON.stringify({ loopAvailable: capture.loopAvailable, hasDataUrl: Boolean(capture.dataUrl) })}`
    );
    writeFileSync(path, Buffer.from(capture.dataUrl.split(',')[1], 'base64'));
    await assertCanvasPainted(page, label);
  } finally {
    if (capture.loopAvailable) {
      await page.evaluate(() => new Promise((resolve) => {
        window.__HEROS_GAME__?.loop?.wake();
        requestAnimationFrame(() => requestAnimationFrame(resolve));
      }));
    }
  }
}

async function assertFinalCampRosterPagination(page) {
  const initialState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const initialRoster = initialState?.campRoster;
  const initialSelectedUnitId = initialState?.selectedUnitId ?? null;
  const initialSave = await readCampaignSave(page);
  const expectedUnitIds = (initialState?.campaign?.roster ?? []).map((unit) => unit.id);

  assert(
    initialRoster?.page === 0 &&
      initialRoster.pageCount === 4 &&
      initialRoster.rowsPerPage === 6 &&
      initialRoster.totalCount === 23 &&
      expectedUnitIds.length === 23 &&
      new Set(expectedUnitIds).size === 23 &&
      expectedUnitIds.includes(initialSelectedUnitId),
    `Expected the final camp roster to open as four six-row pages for 23 unique officers: ${JSON.stringify({
      campRoster: initialRoster,
      expectedUnitIds
    })}`
  );

  const visitedUnitIds = [];
  let verificationError;

  try {
    for (let expectedPage = 0; expectedPage < initialRoster.pageCount; expectedPage += 1) {
      const state = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
      const roster = state?.campRoster;
      assertCampRosterPageLayout(roster, expectedPage, initialRoster.pageCount, initialSelectedUnitId, state?.selectedUnitId);

      const expectedVisibleCount = expectedPage === initialRoster.pageCount - 1
        ? initialRoster.totalCount - initialRoster.rowsPerPage * (initialRoster.pageCount - 1)
        : initialRoster.rowsPerPage;
      assert(
        roster.visibleUnitIds.length === expectedVisibleCount &&
          roster.rowBounds.length === expectedVisibleCount &&
          sameJsonValue(roster.rowBounds.map((row) => row.unitId), roster.visibleUnitIds),
        `Expected final camp roster page ${expectedPage + 1} to expose ${expectedVisibleCount} matching rows: ${JSON.stringify(roster)}`
      );

      roster.visibleUnitIds.forEach((unitId) => {
        assert(
          expectedUnitIds.includes(unitId) && !visitedUnitIds.includes(unitId),
          `Expected each final camp officer to appear on exactly one roster page: ${JSON.stringify({
            expectedPage,
            unitId,
            visitedUnitIds,
            expectedUnitIds
          })}`
        );
        visitedUnitIds.push(unitId);
      });

      if (expectedPage === 1) {
        const selectionTargetUnitId = roster.visibleUnitIds[0];
        assert(
          selectionTargetUnitId && selectionTargetUnitId !== initialSelectedUnitId,
          `Expected the second roster page to expose a selectable officer other than the initial detail: ${JSON.stringify(roster)}`
        );
        const selectionPoint = await readCampRosterRowPoint(page, selectionTargetUnitId);
        await page.mouse.click(selectionPoint.x, selectionPoint.y);
        await page.waitForFunction(
          ({ pageNumber, unitId }) => {
            const state = window.__HEROS_DEBUG__?.camp();
            return state?.campRoster?.page === pageNumber && state?.selectedUnitId === unitId;
          },
          { pageNumber: expectedPage, unitId: selectionTargetUnitId },
          { timeout: 30000 }
        );

        await navigateCampRosterPage(page, 'previous', 0, selectionTargetUnitId);
        const restorePoint = await readCampRosterRowPoint(page, initialSelectedUnitId);
        await page.mouse.click(restorePoint.x, restorePoint.y);
        await page.waitForFunction(
          (unitId) => window.__HEROS_DEBUG__?.camp()?.selectedUnitId === unitId,
          initialSelectedUnitId,
          { timeout: 30000 }
        );
        await navigateCampRosterPage(page, 'next', expectedPage, initialSelectedUnitId);
      }

      if (expectedPage === initialRoster.pageCount - 1) {
        assert(
          roster.visibleUnitIds.length === 5 && roster.previousEnabled === true && roster.nextEnabled === false,
          `Expected the final roster page to contain five officers with only previous navigation enabled: ${JSON.stringify(roster)}`
        );
        await captureStableCampScreenshot(
          page,
          `${screenshotDir}/rc-final-camp-roster-last-page.png`,
          expectedPage,
          'final camp roster last page'
        );
        continue;
      }

      await navigateCampRosterPage(page, 'next', expectedPage + 1, initialSelectedUnitId);
    }

    assert(
      visitedUnitIds.length === 23 &&
        new Set(visitedUnitIds).size === 23 &&
        sameJsonValue([...visitedUnitIds].sort(), [...expectedUnitIds].sort()),
      `Expected pagination to expose all 23 final-camp officers exactly once: ${JSON.stringify({
        visitedUnitIds,
        expectedUnitIds
      })}`
    );

    for (let expectedPage = initialRoster.pageCount - 2; expectedPage >= 0; expectedPage -= 1) {
      await navigateCampRosterPage(page, 'previous', expectedPage, initialSelectedUnitId);
    }
  } catch (error) {
    verificationError = error;
  } finally {
    const restoreState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    const currentPage = restoreState?.campRoster?.page ?? 0;
    const restoreSelectedUnitId = restoreState?.selectedUnitId ?? null;
    for (let pageNumber = currentPage; pageNumber > 0; pageNumber -= 1) {
      await navigateCampRosterPage(page, 'previous', pageNumber - 1, restoreSelectedUnitId);
    }
  }

  if (verificationError) {
    throw verificationError;
  }

  const restoredState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  const restoredSave = await readCampaignSave(page);
  assert(
    restoredState?.campRoster?.page === initialRoster.page &&
      restoredState?.selectedUnitId === initialSelectedUnitId &&
      sameJsonValue(restoredSave, initialSave),
    `Expected the final-camp roster fixture to restore its page, selected detail, and saves: ${JSON.stringify({
      initialPage: initialRoster.page,
      restoredPage: restoredState?.campRoster?.page,
      initialSelectedUnitId,
      restoredSelectedUnitId: restoredState?.selectedUnitId,
      saveUnchanged: sameJsonValue(restoredSave, initialSave)
    })}`
  );
}

function assertCampRosterPageLayout(roster, expectedPage, pageCount, expectedSelectedUnitId, actualSelectedUnitId) {
  assert(
    roster?.page === expectedPage &&
      roster.pageCount === pageCount &&
      roster.rowsPerPage === 6 &&
      roster.totalCount === 23 &&
      actualSelectedUnitId === expectedSelectedUnitId,
    `Expected stable final-camp roster state on page ${expectedPage + 1}: ${JSON.stringify({
      roster,
      expectedSelectedUnitId,
      actualSelectedUnitId
    })}`
  );
  assert(
    roster.previousEnabled === (expectedPage > 0) &&
      roster.nextEnabled === (expectedPage < pageCount - 1),
    `Expected correct final-camp roster navigation state on page ${expectedPage + 1}: ${JSON.stringify(roster)}`
  );

  const listBounds = roster.listBounds;
  assert(isPositiveBounds(listBounds), `Expected final-camp roster list bounds on page ${expectedPage + 1}: ${JSON.stringify(roster)}`);
  assert(
    isBoundsInside(listBounds, { x: 0, y: 0, width: 1920, height: 1080 }),
    `Expected final-camp roster list inside the 1920x1080 canvas: ${JSON.stringify(roster)}`
  );
  assert(
    isPositiveBounds(roster.navigationBounds?.container) &&
      isPositiveBounds(roster.navigationBounds?.previous) &&
      isPositiveBounds(roster.navigationBounds?.label) &&
      isPositiveBounds(roster.navigationBounds?.next) &&
      isBoundsInside(roster.navigationBounds.container, { x: 0, y: 0, width: 1920, height: 1080 }),
    `Expected complete final-camp roster navigation bounds inside the FHD canvas: ${JSON.stringify(roster)}`
  );
  assert(
    isBoundsInside(roster.navigationBounds.previous, roster.navigationBounds.container) &&
      isBoundsInside(roster.navigationBounds.label, roster.navigationBounds.container) &&
      isBoundsInside(roster.navigationBounds.next, roster.navigationBounds.container) &&
      listBounds.y + listBounds.height <= roster.navigationBounds.container.y,
    `Expected final-camp roster controls to stay inside their navigation bar and below every row: ${JSON.stringify(roster)}`
  );

  roster.rowBounds.forEach((row, rowIndex) => {
    assert(
      row.unitId === roster.visibleUnitIds[rowIndex] &&
        isPositiveBounds(row) &&
        isBoundsInside(row, listBounds) &&
        isBoundsInside(row, { x: 0, y: 0, width: 1920, height: 1080 }) &&
        row.y + row.height <= roster.navigationBounds.container.y,
      `Expected final-camp roster row ${rowIndex + 1} to match its visible officer and remain inside the list and FHD canvas: ${JSON.stringify({
        row,
        listBounds,
        visibleUnitIds: roster.visibleUnitIds
      })}`
    );
  });

  for (let leftIndex = 0; leftIndex < roster.rowBounds.length; leftIndex += 1) {
    for (let rightIndex = leftIndex + 1; rightIndex < roster.rowBounds.length; rightIndex += 1) {
      assert(
        !boundsOverlap(roster.rowBounds[leftIndex], roster.rowBounds[rightIndex]),
        `Expected final-camp roster rows on page ${expectedPage + 1} not to overlap: ${JSON.stringify({
          left: roster.rowBounds[leftIndex],
          right: roster.rowBounds[rightIndex]
        })}`
      );
    }
  }
}

async function readCampRosterNavigationPoint(page, direction) {
  const probe = await page.evaluate((navigationDirection) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const roster = window.__HEROS_DEBUG__?.camp()?.campRoster;
    const bounds = roster?.navigationBounds?.[navigationDirection];
    const enabled = navigationDirection === 'previous' ? roster?.previousEnabled : roster?.nextEnabled;
    if (!scene || !canvas || !bounds || !enabled) {
      return { ready: false, direction: navigationDirection, enabled: enabled ?? false, bounds: bounds ?? null, roster };
    }
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      direction: navigationDirection,
      enabled,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, direction);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected an enabled final-camp roster ${direction} control: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function navigateCampRosterPage(page, direction, expectedPage, expectedSelectedUnitId) {
  const maxAttempts = 3;
  const attemptTimeout = 4000;
  let lastError;

  for (let attempt = 1; attempt <= maxAttempts; attempt += 1) {
    const before = await page.evaluate(() => {
      const state = window.__HEROS_DEBUG__?.camp();
      return {
        page: state?.campRoster?.page ?? null,
        selectedUnitId: state?.selectedUnitId ?? null,
        campRoster: state?.campRoster ?? null
      };
    });
    if (before.page === expectedPage && before.selectedUnitId === expectedSelectedUnitId) {
      return before;
    }
    if (before.selectedUnitId !== expectedSelectedUnitId) {
      throw new Error(
        `Final-camp roster ${direction} navigation changed the selected detail before attempt ${attempt}: ${JSON.stringify({
          expectedPage,
          expectedSelectedUnitId,
          before
        })}`
      );
    }

    try {
      const point = await readCampRosterNavigationPoint(page, direction);
      await page.mouse.click(point.x, point.y);
      await page.waitForFunction(
        ({ pageNumber, selectedUnitId }) => {
          const state = window.__HEROS_DEBUG__?.camp();
          return state?.campRoster?.page === pageNumber && state?.selectedUnitId === selectedUnitId;
        },
        { pageNumber: expectedPage, selectedUnitId: expectedSelectedUnitId },
        { timeout: attemptTimeout }
      );
      return await page.evaluate(() => {
        const state = window.__HEROS_DEBUG__?.camp();
        return {
          page: state?.campRoster?.page ?? null,
          selectedUnitId: state?.selectedUnitId ?? null,
          campRoster: state?.campRoster ?? null
        };
      });
    } catch (error) {
      lastError = error;
      if (attempt < maxAttempts) {
        await page.waitForTimeout(120);
      }
    }
  }

  const finalState = await page.evaluate(() => {
    const state = window.__HEROS_DEBUG__?.camp();
    return {
      page: state?.campRoster?.page ?? null,
      selectedUnitId: state?.selectedUnitId ?? null,
      campRoster: state?.campRoster ?? null
    };
  });
  const lastErrorSummary = lastError instanceof Error
    ? `${lastError.name}: ${lastError.message}`
    : String(lastError ?? 'unknown input failure');
  throw new Error(
    `Failed final-camp roster ${direction} navigation to page ${expectedPage + 1} after ${maxAttempts} attempts: ${JSON.stringify({
      expectedPage,
      expectedSelectedUnitId,
      finalState,
      lastError: lastErrorSummary
    })}`
  );
}

async function readCampRosterRowPoint(page, unitId) {
  const probe = await page.evaluate((targetUnitId) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const roster = window.__HEROS_DEBUG__?.camp()?.campRoster;
    const bounds = roster?.rowBounds?.find((row) => row.unitId === targetUnitId);
    if (!scene || !canvas || !bounds) {
      return { ready: false, unitId: targetUnitId, bounds: bounds ?? null, roster };
    }
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      unitId: targetUnitId,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, unitId);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible final-camp roster row for ${unitId}: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function selectCampRosterUnit(page, unitId) {
  const initial = await page.evaluate(() => window.__HEROS_DEBUG__?.camp()?.campRoster ?? null);
  const maxAttempts = Math.max(1, initial?.pageCount ?? 1);
  for (let attempt = 0; attempt < maxAttempts; attempt += 1) {
    const state = await page.evaluate(() => {
      const camp = window.__HEROS_DEBUG__?.camp();
      return {
        selectedUnitId: camp?.selectedUnitId ?? null,
        roster: camp?.campRoster ?? null
      };
    });
    if (state.roster?.visibleUnitIds?.includes(unitId)) {
      const point = await readCampRosterRowPoint(page, unitId);
      await page.mouse.click(point.x, point.y);
      await page.waitForFunction(
        (targetUnitId) => window.__HEROS_DEBUG__?.camp()?.selectedUnitId === targetUnitId,
        unitId,
        { timeout: 30000 }
      );
      return page.evaluate(() => window.__HEROS_DEBUG__?.camp());
    }
    if (!state.roster?.nextEnabled || !state.selectedUnitId) {
      break;
    }
    await navigateCampRosterPage(page, 'next', state.roster.page + 1, state.selectedUnitId);
  }
  const finalState = await page.evaluate(() => window.__HEROS_DEBUG__?.camp());
  throw new Error(
    'Could not find camp roster unit ' +
      unitId +
      ' across ' +
      maxAttempts +
      ' page(s): ' +
      JSON.stringify(finalState?.campRoster)
  );
}

function isPositiveBounds(bounds) {
  return Boolean(
    bounds &&
      Number.isFinite(bounds.x) &&
      Number.isFinite(bounds.y) &&
      Number.isFinite(bounds.width) &&
      Number.isFinite(bounds.height) &&
      bounds.width > 0 &&
      bounds.height > 0
  );
}

function isBoundsInside(inner, outer, tolerance = 0.01) {
  return (
    isPositiveBounds(inner) &&
    isPositiveBounds(outer) &&
    inner.x >= outer.x - tolerance &&
    inner.y >= outer.y - tolerance &&
    inner.x + inner.width <= outer.x + outer.width + tolerance &&
    inner.y + inner.height <= outer.y + outer.height + tolerance
  );
}

function boundsOverlap(left, right, tolerance = 0.01) {
  return (
    left.x < right.x + right.width - tolerance &&
    left.x + left.width > right.x + tolerance &&
    left.y < right.y + right.height - tolerance &&
    left.y + left.height > right.y + tolerance
  );
}

async function waitForSortiePrep(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    const camp = window.__HEROS_DEBUG__?.camp?.();
    return activeScenes.includes('CampScene') && camp?.sortieVisible === true;
  }, undefined, { timeout: 30000 });
}

async function advanceSortiePrepStep(page, expectedStep) {
  await clickLegacyUi(page, 1116, 656);
  await page.waitForFunction((step) => {
    const camp = window.__HEROS_DEBUG__?.camp?.();
    return camp?.sortieVisible === true && camp?.sortiePrepStep === step;
  }, expectedStep, { timeout: 30000 });
  if (expectedStep === 'formation') {
    const operationOrder = await page.evaluate(() => window.__HEROS_DEBUG__?.camp?.()?.sortieOperationOrder);
    if (operationOrder?.required && !operationOrder.complete) {
      assert(
        operationOrder.open === true &&
          operationOrder.cards?.length === 3 &&
          operationOrder.cards.every((card) => card.cardBounds),
        `Expected formation entry to open three explicit sortie-order choices: ${JSON.stringify(operationOrder)}`
      );
      const eliteCardPoint = await readSortieOrderControlPoint(page, 'card', 'elite');
      await page.mouse.click(eliteCardPoint.x, eliteCardPoint.y);
      await page.waitForFunction(() => {
        const order = window.__HEROS_DEBUG__?.camp?.()?.sortieOperationOrder;
        return order?.selectedId === 'elite' && order?.complete === true;
      }, undefined, { timeout: 30000 });
      const closePoint = await readSortieOrderControlPoint(page, 'close');
      await page.mouse.click(closePoint.x, closePoint.y);
      await page.waitForFunction(
        () => window.__HEROS_DEBUG__?.camp?.()?.sortieOperationOrder?.open === false,
        undefined,
        { timeout: 30000 }
      );
    }
  }
  await page.waitForTimeout(1000);
  const state = await page.evaluate(() => window.__HEROS_DEBUG__?.camp?.());
  const expectedNextStep = expectedStep === 'formation' ? 'loadout' : null;
  assert(
    state?.stagedSortiePrep === true &&
      state?.sortiePrepSteps?.filter((step) => step.active).length === 1 &&
      state?.sortiePrepSteps?.some((step) => step.id === expectedStep && step.active) &&
      state?.sortiePrimaryAction?.kind === (expectedNextStep ? 'next' : 'launch') &&
      state?.sortiePrimaryAction?.nextStep === expectedNextStep,
    `Expected staged sortie navigation to reach ${expectedStep}: ${JSON.stringify(state)}`
  );
  return state;
}

async function readSortieOrderControlPoint(page, control, orderId) {
  const probe = await page.evaluate(({ control, orderId }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp?.();
    const canvas = document.querySelector('canvas');
    const order = state?.sortieOperationOrder;
    const card = order?.cards?.find((candidate) => candidate.id === orderId);
    const bounds = control === 'toggle'
      ? order?.toggleButtonBounds
      : control === 'close'
        ? order?.closeButtonBounds
        : card?.cardBounds;
    if (!scene || !canvas || !bounds) {
      return { ready: false, control, orderId: orderId ?? null, bounds: bounds ?? null, order };
    }
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      orderId: orderId ?? null,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { control, orderId });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible sortie-order ${control} control: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function waitForCampAfterBattleResult(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    return activeScenes.includes('CampScene') || activeScenes.includes('StoryScene');
  }, undefined, { timeout: 90000 });

  for (let i = 0; i < 48; i += 1) {
    const activeScenes = await page.evaluate(() => window.__HEROS_DEBUG__?.activeScenes() ?? []);
    if (activeScenes.includes('CampScene')) {
      await waitForCamp(page);
      return;
    }
    await page.keyboard.press('Space');
    await page.waitForTimeout(240);
  }

  await waitForCamp(page);
}

async function advanceStoryUntilEnding(page) {
  for (let i = 0; i < 48; i += 1) {
    const activeScenes = await page.evaluate(() => window.__HEROS_DEBUG__?.activeScenes() ?? []);
    if (activeScenes.includes('EndingScene')) {
      return;
    }

    await page.keyboard.press('Space');
    await page.waitForTimeout(240);
  }
}

async function waitForEnding(page) {
  await page.waitForFunction(() => {
    const activeScenes = window.__HEROS_DEBUG__?.activeScenes() ?? [];
    const ending = window.__HEROS_DEBUG__?.scene('EndingScene')?.getDebugState?.();
    return activeScenes.includes('EndingScene') && ending?.ready === true && ending?.campaignStep === 'ending-complete';
  }, undefined, { timeout: 90000 });
}

async function assertCanvasPainted(page, context) {
  const probe = await page.evaluate(() => {
    const canvas = document.querySelector('canvas');
    if (!canvas) {
      return { readable: false, missing: true, sampleCount: 0, nonTransparentRatio: 0, distinctColorBuckets: 0 };
    }

    const canvasContext = canvas.getContext('2d', { willReadFrequently: true });
    if (!canvasContext) {
      return { readable: false, missing: false, sampleCount: 0, nonTransparentRatio: 0, distinctColorBuckets: 0 };
    }

    const stepX = Math.max(1, Math.floor(canvas.width / 64));
    const stepY = Math.max(1, Math.floor(canvas.height / 64));
    const colorBuckets = new Set();
    let sampleCount = 0;
    let nonTransparentCount = 0;

    for (let y = Math.floor(stepY / 2); y < canvas.height; y += stepY) {
      for (let x = Math.floor(stepX / 2); x < canvas.width; x += stepX) {
        const [r, g, b, a] = canvasContext.getImageData(x, y, 1, 1).data;
        sampleCount += 1;
        if (a > 8) {
          nonTransparentCount += 1;
        }
        colorBuckets.add(`${r >> 4},${g >> 4},${b >> 4},${a >> 5}`);
      }
    }

    return {
      readable: true,
      missing: false,
      sampleCount,
      nonTransparentRatio: sampleCount > 0 ? nonTransparentCount / sampleCount : 0,
      distinctColorBuckets: colorBuckets.size
    };
  });

  assert(probe.readable === true, `Expected readable canvas pixels during ${context}: ${JSON.stringify(probe)}`);
  assert(probe.sampleCount >= 500, `Expected enough canvas pixel samples during ${context}: ${JSON.stringify(probe)}`);
  assert(probe.nonTransparentRatio > 0.5, `Expected non-empty canvas pixels during ${context}: ${JSON.stringify(probe)}`);
  assert(probe.distinctColorBuckets >= 12, `Expected visually varied canvas pixels during ${context}: ${JSON.stringify(probe)}`);
}

async function readCampaignSave(page) {
  return page.evaluate(() => {
    const read = (key) => {
      const raw = window.localStorage.getItem(key);
      return raw ? JSON.parse(raw) : undefined;
    };
    return {
      current: read('heros-web:campaign-state'),
      slot1: read('heros-web:campaign-state:slot-1')
    };
  });
}

async function readBattleResultEvaluationControlPoint(page, control, presetId) {
  const probe = await page.evaluate(({ control, presetId }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const evaluation = window.__HEROS_DEBUG__?.battle()?.sortieEvaluation;
    const canvas = document.querySelector('canvas');
    const presetCard = evaluation?.presetCards?.find((card) => card.id === presetId);
    const bounds = control === 'toggle'
      ? evaluation?.toggleButtonBounds
      : control === 'close'
        ? evaluation?.closeButtonBounds
        : presetCard?.actionButtonBounds;
    if (!scene || !canvas || !bounds) {
      return {
        ready: false,
        control,
        presetId: presetId ?? null,
        evaluationOpen: evaluation?.open ?? false,
        bounds: bounds ?? null
      };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      presetId: presetId ?? null,
      evaluationOpen: evaluation?.open ?? false,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { control, presetId });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser battle-result evaluation ${control} control with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readBattleSortieOrderControlPoint(page, control) {
  const probe = await page.evaluate((control) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const canvas = document.querySelector('canvas');
    const order = window.__HEROS_DEBUG__?.battle()?.sortieOperationOrder;
    const bounds = control === 'toggle' ? order?.toggleButtonBounds : order?.closeButtonBounds;
    if (!scene || !canvas || !bounds) {
      return { ready: false, control, bounds: bounds ?? null, order };
    }
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, control);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible battle sortie-order ${control} control: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readCampReportFormationEvaluationControlPoint(page, control, presetId) {
  const probe = await page.evaluate(({ control, presetId }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const evaluation = window.__HEROS_DEBUG__?.camp()?.reportFormationEvaluation;
    const canvas = document.querySelector('canvas');
    const presetCard = evaluation?.presetCards?.find((card) => card.id === presetId);
    const bounds = control === 'toggle'
      ? evaluation?.toggleButtonBounds
      : control === 'close'
        ? evaluation?.closeButtonBounds
        : presetCard?.actionButtonBounds;
    if (!scene || !canvas || !bounds) {
      return {
        ready: false,
        control,
        presetId: presetId ?? null,
        evaluationOpen: evaluation?.open ?? false,
        bounds: bounds ?? null
      };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      presetId: presetId ?? null,
      evaluationOpen: evaluation?.open ?? false,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { control, presetId });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser camp-report evaluation ${control} control with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readCampReportFormationHistoryControlPoint(page, control) {
  const probe = await page.evaluate((control) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const history = window.__HEROS_DEBUG__?.camp()?.reportFormationHistory;
    const canvas = document.querySelector('canvas');
    const bounds = control === 'toggle'
      ? history?.toggleButtonBounds
      : control === 'close'
        ? history?.closeButtonBounds
        : control === 'best'
          ? history?.bestButtonBounds
          : control === 'loadBest'
            ? history?.loadBestButtonBounds
            : history?.undoButtonBounds;
    if (!scene || !canvas || !bounds) {
      return {
        ready: false,
        control,
        historyOpen: history?.open ?? false,
        loadUndoAvailable: history?.loadUndoAvailable ?? false,
        bounds: bounds ?? null
      };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      historyOpen: history?.open ?? false,
      loadUndoAvailable: history?.loadUndoAvailable ?? false,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, control);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser camp formation-history ${control} control with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readCampStaticTextControlPoint(page, label) {
  const probe = await page.evaluate((targetLabel) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const target = scene?.children?.list
      ?.filter(
        (object) =>
          object?.type === 'Text' &&
          object.text === targetLabel &&
          object.active &&
          object.visible &&
          object.input?.enabled
      )
      .sort((left, right) => left.y - right.y || left.x - right.x)[0];
    if (!scene || !canvas || !target) {
      return { ready: false, label: targetLabel };
    }
    const bounds = target.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      label: targetLabel,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, label);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    'Expected a visible interactive camp command for ' + label + ': ' + JSON.stringify(probe)
  );
  return probe;
}

async function readCampTabControlPoint(page, tab) {
  const probe = await page.evaluate((targetTab) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const button = scene?.tabButtons?.find((candidate) => candidate.tab === targetTab);
    const target = button?.bg;
    if (!scene || !canvas || !target?.active || !target.visible || !target.input?.enabled) {
      return { ready: false, tab: targetTab, availableTabs: scene?.tabButtons?.map((candidate) => candidate.tab) ?? [] };
    }
    const bounds = target.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      tab: targetTab,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, tab);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    'Expected a visible camp tab for ' + tab + ': ' + JSON.stringify(probe)
  );
  return probe;
}

async function readSortieTextControlPoint(page, label) {
  const probe = await page.evaluate((targetLabel) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const candidates = (scene?.sortieObjects ?? [])
      .filter(
        (object) =>
          object?.type === 'Text' &&
          object.text === targetLabel &&
          object.active &&
          object.visible &&
          object.input?.enabled
      )
      .sort((left, right) => left.y - right.y || left.x - right.x);
    const target = candidates[0];
    if (!scene || !canvas || !target) {
      return { ready: false, label: targetLabel, candidateCount: candidates.length };
    }
    const bounds = target.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      label: targetLabel,
      candidateCount: candidates.length,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, label);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    'Expected a visible interactive sortie control for ' + label + ': ' + JSON.stringify(probe)
  );
  return probe;
}

async function readCampContentTextControlPoint(page, label, occurrence = 0) {
  const probe = await page.evaluate(({ label, occurrence }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const candidates = (scene?.contentObjects ?? [])
      .filter((object) => object?.type === 'Text' && object?.text === label && object?.active && object?.visible)
      .sort((left, right) => left.y - right.y || left.x - right.x);
    const target = candidates[occurrence];
    if (!scene || !canvas || !target) {
      return { ready: false, label, occurrence, candidateCount: candidates.length };
    }

    const bounds = target.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      label,
      occurrence,
      candidateCount: candidates.length,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { label, occurrence });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser camp text control "${label}" with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readCampSupplyUseControlPoint(page, supplyLabel) {
  const probe = await page.evaluate((supplyLabel) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const texts = (scene?.contentObjects ?? []).filter((object) => object?.type === 'Text' && object?.active && object?.visible);
    const supplyTitle = texts.find((object) => object.text?.startsWith(`${supplyLabel}  x`));
    const useText = texts
      .filter((object) => object.text === '사용')
      .sort((left, right) => Math.abs(left.y - (supplyTitle?.y ?? 0)) - Math.abs(right.y - (supplyTitle?.y ?? 0)))[0];
    if (!scene || !canvas || !supplyTitle || !useText) {
      return {
        ready: false,
        supplyLabel,
        supplyTitle: supplyTitle?.text ?? null,
        useCount: texts.filter((object) => object.text === '사용').length
      };
    }
    const bounds = useText.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      supplyLabel,
      supplyTitle: supplyTitle.text,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, supplyLabel);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible ${supplyLabel} supply use control: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readSortieComparisonActionPoint(page) {
  const probe = await page.evaluate(() => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const actionButton = scene?.sortieComparisonPanelView?.actionButton;
    const actionLabel = scene?.sortieComparisonPanelView?.actionLabel;
    const canvas = document.querySelector('canvas');
    if (!scene || !actionButton?.visible || !actionLabel?.visible || !canvas) {
      return {
        ready: false,
        buttonVisible: actionButton?.visible ?? false,
        labelVisible: actionLabel?.visible ?? false,
        label: actionLabel?.text ?? null
      };
    }

    const bounds = actionButton.getBounds();
    const canvasBounds = canvas.getBoundingClientRect();
    const logicalWidth = scene.scale.width;
    const logicalHeight = scene.scale.height;
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      label: actionLabel.text,
      bounds: { x: bounds.x, y: bounds.y, width: bounds.width, height: bounds.height },
      canvasBounds: {
        x: canvasBounds.x,
        y: canvasBounds.y,
        width: canvasBounds.width,
        height: canvasBounds.height
      },
      logicalSize: { width: logicalWidth, height: logicalHeight },
      x: canvasBounds.left + centerX * canvasBounds.width / logicalWidth,
      y: canvasBounds.top + centerY * canvasBounds.height / logicalHeight
    };
  });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser comparison action with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readSortiePresetControlPoint(page, control, presetId) {
  const probe = await page.evaluate(({ control, presetId }) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const state = window.__HEROS_DEBUG__?.camp();
    const canvas = document.querySelector('canvas');
    const presetCard = state?.sortiePresetBrowser?.cards?.find((card) => card.id === presetId);
    const bounds = control === 'toggle'
      ? state?.sortiePresetBrowser?.toggleButtonBounds
      : control === 'close'
        ? state?.sortiePresetBrowser?.closeButtonBounds
        : control === 'card'
          ? presetCard?.backgroundBounds
          : control === 'compare'
            ? presetCard?.compareButtonBounds
            : presetCard?.saveButtonBounds;
    if (!scene || !canvas || !bounds) {
      return { ready: false, control, presetId: presetId ?? null, bounds: bounds ?? null };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      control,
      presetId: presetId ?? null,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, { control, presetId });
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible Phaser preset ${control} control with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

function assertSortiePortraitRosterPage(view, expectedPage, expectedVisibleUnitIds) {
  const expectedStart = expectedVisibleUnitIds.length > 0 ? expectedPage * 6 + 1 : 0;
  const expectedEnd = expectedPage * 6 + expectedVisibleUnitIds.length;
  const hdBounds = { x: 0, y: 0, width: 1920, height: 1080 };
  assert(
    view?.enabled === true &&
      view.total === 23 &&
      view.page === expectedPage &&
      view.pageCount === 4 &&
      view.pageSize === 6 &&
      view.visibleCount === expectedVisibleUnitIds.length &&
      view.start === expectedStart &&
      view.end === expectedEnd &&
      sameJsonValue(view.visibleUnitIds, expectedVisibleUnitIds) &&
      view.previousEnabled === (expectedPage > 0) &&
      view.nextEnabled === (expectedPage < 3) &&
      isFiniteBounds(view.previousButtonBounds) &&
      isFiniteBounds(view.nextButtonBounds) &&
      boundsInside(view.previousButtonBounds, hdBounds) &&
      boundsInside(view.nextButtonBounds, hdBounds) &&
      view.cardBounds?.length === expectedVisibleUnitIds.length,
    `Expected exact six-officer portrait page ${expectedPage + 1}/4 metadata and navigation state: ${JSON.stringify({
      expectedVisibleUnitIds,
      view
    })}`
  );
  view.cardBounds.forEach((bounds, index) => {
    assert(
      bounds.unitId === expectedVisibleUnitIds[index] &&
        isFiniteBounds(bounds) &&
        boundsInside(bounds, hdBounds),
      `Expected portrait card ${index + 1} on page ${expectedPage + 1} to match its visible officer inside the FHD canvas: ${JSON.stringify({
        bounds,
        expectedUnitId: expectedVisibleUnitIds[index]
      })}`
    );
  });
}

async function readSortiePortraitRosterNavigationPoint(page, direction) {
  const probe = await page.evaluate((navigationDirection) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
    const bounds = navigationDirection === 'previous' ? view?.previousButtonBounds : view?.nextButtonBounds;
    const enabled = navigationDirection === 'previous' ? view?.previousEnabled : view?.nextEnabled;
    if (!scene || !canvas || !bounds || !enabled) {
      return { ready: false, direction: navigationDirection, enabled: enabled ?? false, bounds: bounds ?? null, view };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      direction: navigationDirection,
      enabled,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, direction);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected an enabled portrait roster ${direction} control with a canvas-scaled click point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readSortiePortraitRosterCardPoint(page, unitId) {
  const target = await page.evaluate((targetUnitId) => {
    const state = window.__HEROS_DEBUG__?.camp();
    const view = state?.sortiePortraitRosterView;
    const unitIndex = state?.sortiePortraitRoster?.findIndex((unit) => unit.id === targetUnitId) ?? -1;
    return {
      ready: Boolean(view?.enabled && unitIndex >= 0 && view.pageSize > 0),
      unitId: targetUnitId,
      unitIndex,
      currentPage: view?.page ?? null,
      targetPage: unitIndex >= 0 && view?.pageSize > 0 ? Math.floor(unitIndex / view.pageSize) : null,
      pageCount: view?.pageCount ?? null
    };
  }, unitId);
  assert(
    target.ready === true &&
      Number.isInteger(target.currentPage) &&
      Number.isInteger(target.targetPage) &&
      target.targetPage >= 0 &&
      target.targetPage < target.pageCount,
    `Expected ${unitId} to belong to a valid portrait roster page: ${JSON.stringify(target)}`
  );

  let currentPage = target.currentPage;
  while (currentPage !== target.targetPage) {
    const direction = currentPage < target.targetPage ? 'next' : 'previous';
    const navigationPoint = await readSortiePortraitRosterNavigationPoint(page, direction);
    await page.mouse.click(navigationPoint.x, navigationPoint.y);
    const expectedPage = currentPage + (direction === 'next' ? 1 : -1);
    await page.waitForFunction(
      (pageIndex) => window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView?.page === pageIndex,
      expectedPage,
      { timeout: 30000 }
    );
    currentPage = expectedPage;
  }
  await page.waitForFunction(
    ({ pageIndex, targetUnitId }) => {
      const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
      return view?.page === pageIndex &&
        view.visibleUnitIds?.includes(targetUnitId) &&
        view.cardBounds?.some((card) => card.unitId === targetUnitId);
    },
    { pageIndex: target.targetPage, targetUnitId: unitId },
    { timeout: 30000 }
  );

  const probe = await page.evaluate((targetUnitId) => {
    const scene = window.__HEROS_GAME__?.scene.getScene('CampScene');
    const canvas = document.querySelector('canvas');
    const view = window.__HEROS_DEBUG__?.camp()?.sortiePortraitRosterView;
    const bounds = view?.cardBounds?.find((card) => card.unitId === targetUnitId);
    if (!scene || !canvas || !bounds) {
      return { ready: false, unitId: targetUnitId, bounds: bounds ?? null, view };
    }

    const canvasBounds = canvas.getBoundingClientRect();
    const centerX = bounds.x + bounds.width / 2;
    const centerY = bounds.y + bounds.height / 2;
    return {
      ready: true,
      unitId: targetUnitId,
      bounds,
      x: canvasBounds.left + centerX * canvasBounds.width / scene.scale.width,
      y: canvasBounds.top + centerY * canvasBounds.height / scene.scale.height
    };
  }, unitId);
  assert(
    probe.ready === true && Number.isFinite(probe.x) && Number.isFinite(probe.y),
    `Expected a visible portrait roster card for ${unitId} with a canvas-scaled pointer point: ${JSON.stringify(probe)}`
  );
  return probe;
}

async function readBattleDoctrineProbe(page) {
  return page.evaluate(() => {
    const state = window.__HEROS_DEBUG__?.battle();
    const scene = window.__HEROS_GAME__?.scene.getScene('BattleScene');
    const roleSeals = (state?.units ?? [])
      .filter((unit) => unit.faction === 'ally')
      .map((unit) => {
        const seal = scene?.unitViews?.get(unit.id)?.roleSeal;
        return {
          unitId: unit.id,
          text: seal?.text ?? null,
          visible: seal?.visible ?? false
        };
      });
    const openingBannerTexts = (scene?.battleEventObjects ?? [])
      .filter((object) => object?.type === 'Text')
      .map((object) => object.text);
    return { ...state, roleSeals, openingBannerTexts };
  });
}

async function seedCampaignSave(page, options) {
  await page.evaluate((seed) => {
    const storageKey = 'heros-web:campaign-state';
    const current = JSON.parse(window.localStorage.getItem(storageKey) ?? 'null');
    if (!current?.firstBattleReport) {
      throw new Error('Expected an existing campaign report before seeding RC save.');
    }

    const now = new Date().toISOString();
    const objectives = [
      { id: 'leader', label: '지휘관 격파', achieved: true, status: 'done', detail: '전장 목표 완료', rewardGold: 420 },
      { id: 'survive', label: '본대 보존', achieved: true, status: 'done', detail: '핵심 장수 생존', rewardGold: 260 },
      { id: 'supply', label: '보급선 유지', achieved: true, status: 'done', detail: '수레와 군량 확보', rewardGold: 220 },
      { id: 'quick', label: '빠른 정리', achieved: false, status: 'failed', detail: `${seed.turnNumber}/12턴`, rewardGold: 180 }
    ];
    const units = current.roster?.length ? current.roster : current.firstBattleReport.units;
    const bonds = current.bonds?.length ? current.bonds : current.firstBattleReport.bonds;
    const report = {
      ...current.firstBattleReport,
      battleId: seed.battleId,
      battleTitle: seed.battleTitle,
      outcome: 'victory',
      turnNumber: seed.turnNumber,
      rewardGold: 1080,
      defeatedEnemies: seed.defeatedEnemies,
      totalEnemies: seed.defeatedEnemies,
      objectives,
      units,
      bonds,
      mvp: current.firstBattleReport.mvp ?? { unitId: 'zhuge-liang', name: '제갈량', damageDealt: 320, defeats: 2 },
      itemRewards: ['상처약 2', '탁주 1'],
      completedCampDialogues: current.completedCampDialogues ?? [],
      completedCampVisits: current.completedCampVisits ?? [],
      createdAt: now
    };
    delete report.sortiePerformance;
    delete report.sortieReview;
    const settlement = {
      battleId: report.battleId,
      battleTitle: report.battleTitle,
      outcome: 'victory',
      rewardGold: report.rewardGold,
      itemRewards: report.itemRewards,
      objectives,
      units: units.map((unit) => ({
        unitId: unit.id,
        name: unit.name,
        level: unit.level ?? 1,
        exp: unit.exp ?? 0,
        hp: unit.hp ?? unit.maxHp ?? 1,
        maxHp: unit.maxHp ?? 1,
        equipment: unit.equipment
      })),
      bonds: bonds.map((bond) => ({
        id: bond.id,
        title: bond.title,
        level: bond.level ?? 1,
        exp: bond.exp ?? 0,
        battleExp: bond.battleExp ?? 0
      })),
      reserveTraining: [],
      completedAt: now
    };
    const next = {
      ...current,
      updatedAt: now,
      step: seed.step,
      activeSaveSlot: 1,
      gold: seed.gold,
      inventory: { ...(current.inventory ?? {}), 콩: 12, 상처약: 6, 탁주: 4 },
      selectedSortieUnitIds: seed.selectedSortieUnitIds,
      latestBattleId: seed.battleId,
      firstBattleReport: report,
      battleHistory: {
        ...(current.battleHistory ?? {}),
        [seed.battleId]: settlement
      }
    };

    window.localStorage.setItem(storageKey, JSON.stringify(next));
    window.localStorage.setItem(`${storageKey}:slot-1`, JSON.stringify(next));
  }, options);
}

async function ensurePreviewServer(url) {
  if (await canReach(url)) {
    return undefined;
  }

  const parsed = new URL(url);
  const isLocal = ['localhost', '127.0.0.1', '0.0.0.0'].includes(parsed.hostname);
  if (!isLocal) {
    throw new Error(`No server responded at ${url}`);
  }

  const stderr = [];
  const child = spawn(process.execPath, ['node_modules/vite/bin/vite.js', 'preview', '--host', '127.0.0.1', '--port', parsed.port || '4173'], {
    cwd: process.cwd(),
    env: process.env,
    stdio: ['ignore', 'pipe', 'pipe']
  });

  child.stderr.on('data', (chunk) => stderr.push(chunk.toString()));
  child.stdout.on('data', () => {});

  for (let i = 0; i < 120; i += 1) {
    if (await canReach(url)) {
      return child;
    }
    await delay(250);
  }

  child.kill();
  throw new Error(`Vite preview did not start at ${url}\n${stderr.join('')}`);
}

async function canReach(url) {
  try {
    const response = await fetch(url, { signal: AbortSignal.timeout(1000) });
    return response.ok;
  } catch {
    return false;
  }
}

function delay(ms) {
  return new Promise((resolve) => setTimeout(resolve, ms));
}

function isFiniteBounds(bounds) {
  return Boolean(
    bounds &&
      Number.isFinite(bounds.x) &&
      Number.isFinite(bounds.y) &&
      Number.isFinite(bounds.width) &&
      Number.isFinite(bounds.height) &&
      bounds.width > 0 &&
      bounds.height > 0
  );
}

function boundsInside(inner, outer, tolerance = 1) {
  return isFiniteBounds(inner) && isFiniteBounds(outer) &&
    inner.x >= outer.x - tolerance &&
    inner.y >= outer.y - tolerance &&
    inner.x + inner.width <= outer.x + outer.width + tolerance &&
    inner.y + inner.height <= outer.y + outer.height + tolerance;
}

function assert(condition, message) {
  if (!condition) {
    throw new Error(message);
  }
}

function assertUnique(values, message) {
  assert(Array.isArray(values) && values.length > 0, message);
  assert(values.every(Boolean), message);
  assert(new Set(values).size === values.length, message);
}

function assertSameMembers(values, expected, message) {
  assert(Array.isArray(values) && Array.isArray(expected), message);
  assert(values.length === expected.length, message);
  const valueSet = new Set(values);
  assert(expected.every((value) => valueSet.has(value)), message);
}

function sameJsonValue(value, expected) {
  return stableJson(value) === stableJson(expected);
}

function sameSortieOrderCommand(value, expected) {
  const commandFields = [
    'source',
    'role',
    'actorId',
    'usedTurn',
    'effectPending',
    'effectValue',
    'statusesCleared',
    'effectLost'
  ];
  const snapshot = (command) => command
    ? Object.fromEntries(commandFields.map((field) => [field, command[field]]))
    : null;
  return sameJsonValue(snapshot(value), snapshot(expected));
}

function stableJson(value) {
  return JSON.stringify(normalize(value));

  function normalize(entry) {
    if (Array.isArray(entry)) {
      return entry.map(normalize);
    }
    if (entry && typeof entry === 'object') {
      return Object.fromEntries(
        Object.keys(entry)
          .sort()
          .map((key) => [key, normalize(entry[key])])
      );
    }
    return entry;
  }
}

function assertDeploymentMatchesPreview(positions, preview, message) {
  assert(Array.isArray(positions) && Array.isArray(preview), message);
  assert(positions.length === preview.length, message);
  const positionsById = new Map(positions.map((position) => [position.id, position]));
  assert(
    preview.every((slot) => {
      const position = positionsById.get(slot.unitId);
      return position?.x === slot.x && position?.y === slot.y;
    }),
    message
  );
}

function assertSortieDoctrine(probe, options = {}) {
  const doctrine = probe?.sortieDoctrine;
  const expectedSealByRole = { front: '전', flank: '돌', support: '후' };
  const expectedRoles = Object.keys(expectedSealByRole);
  const roles = doctrine?.roles ?? [];
  const roleById = new Map(roles.map((role) => [role.role, role]));
  const allyUnits = (probe?.units ?? []).filter((unit) => unit.faction === 'ally');
  const sealsByUnitId = new Map((probe?.roleSeals ?? []).map((seal) => [seal.unitId, seal]));
  const effectUnits = allyUnits.filter((unit) => expectedRoles.includes(unit.formationRole));
  const reserveUnits = allyUnits.filter((unit) => unit.formationRole === 'reserve');
  const coveredRoleCount = roles.filter((role) => role.unitIds.length > 0).length;

  assert(doctrine?.active === true, `Expected sortie doctrine to be active: ${JSON.stringify(probe)}`);
  assert(doctrine?.openingBannerShown === true, `Expected sortie doctrine opening banner to be shown: ${JSON.stringify(doctrine)}`);
  assert(
    roles.length === expectedRoles.length && expectedRoles.every((role) => roleById.has(role)),
    `Expected doctrine debug state to expose front, flank, and support roles: ${JSON.stringify(doctrine)}`
  );
  assert(
    doctrine.coveredRoleCount === coveredRoleCount,
    `Expected doctrine role coverage to match non-empty role groups: ${JSON.stringify(doctrine)}`
  );
  if (options.requireFullCoverage) {
    assert(coveredRoleCount === 3, `Expected all three doctrine roles to be covered: ${JSON.stringify(doctrine)}`);
  }

  assert(effectUnits.length > 0, `Expected at least one deployed officer with a doctrine role effect: ${JSON.stringify(allyUnits)}`);
  effectUnits.forEach((unit) => {
    const role = roleById.get(unit.formationRole);
    const seal = sealsByUnitId.get(unit.id);
    assert(
      role?.unitIds.includes(unit.id) &&
        unit.sortieRoleEffect?.label === role.label &&
        unit.sortieRoleEffect?.summary === role.summary,
      `Expected ${unit.id} to expose the assigned ${unit.formationRole} doctrine effect: ${JSON.stringify({ unit, role })}`
    );
    assert(
      seal?.text === expectedSealByRole[unit.formationRole] && unit.roleSealVisible === seal.visible,
      `Expected ${unit.id} to show the ${expectedSealByRole[unit.formationRole]} role seal: ${JSON.stringify({ unit, seal })}`
    );
    if (options.requireVisibleSeals) {
      assert(
        unit.roleSealVisible === true && seal.visible === true,
        `Expected ${unit.id} role seal to be visible in the opening formation: ${JSON.stringify({ unit, seal })}`
      );
    }
  });

  if (options.requireReserve) {
    assert(reserveUnits.length > 0, `Expected the doctrine probe to include a reserve officer: ${JSON.stringify(allyUnits)}`);
  }
  reserveUnits.forEach((unit) => {
    const seal = sealsByUnitId.get(unit.id);
    assert(
      unit.sortieRoleEffect === null &&
        unit.roleSealVisible === false &&
        seal?.visible === false &&
        seal?.text === null &&
        roles.every((role) => !role.unitIds.includes(unit.id)),
      `Expected reserve officer ${unit.id} to have no doctrine effect or role seal: ${JSON.stringify({ unit, seal, doctrine })}`
    );
  });
}

function runCommand(command, args, env = {}) {
  const result = spawnSync(command, args, { cwd: process.cwd(), env: { ...process.env, ...env }, stdio: 'inherit' });
  if (result.status !== 0) {
    throw new Error(`Command failed: ${command} ${args.join(' ')}`);
  }
}