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Evaluate and assign Jutland ship and weapon costs from runtime combat power, burst/projection data, effective HP, and aircraft costs. Use when adding ships, rebalancing fleets, or auditing weapon and reinforcement costs.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Design or revise Jutland missions on an existing map, including historical order of battle, ship placement and heading, opening fleet separation, player-centered initial camera placement, map-to-ship scale audits, same-class or similar-tonnage substitutions, JSON5 mission configuration, and navigability validation. Use when adding a scenario to configs/missions.json5, reconstructing a historical harbor or fleet layout, placing fleets on an existing .map/PNG pair, diagnosing terrain-versus-ship scale, or validating mission ship references and coordinates.
Add or update a Jutland ship from user-confirmed transparent source images and historical references. Use after white-background cleanup has been reviewed; handles view extraction, orientation, aspect-ratio-preserving scaling, image backups, ship and weapon configuration, references, hybrid ships, TestAll integration, and validation. Do not use this skill to clean white backgrounds.
Localize and maintain Jutland encyclopedia reference data across configs/references.json5 and configs/references.LOCALE.json5. Use when translating ship or aircraft names, types, armament summaries, descriptions, authors, or source links; adding another reference locale; fixing runtime language switching or mixed-language wrapping; or validating localized reference parity and attribution.
Add or revise Jutland map resources from raw raster tiles, including tile-order analysis, 4096-pixel runtime-width normalization, explicit rectangular-map height planning, RGBA resizing and stitching, transparent canvas extension, terrain .map generation, configs/maps.json5 registration, minimap integration, coastal square-artifact repair, and runtime-style validation. Use when adding a new map, rebuilding an existing map PNG/.map pair, expanding map bounds with ocean, fixing transparent coastline cells, or diagnosing wrong map dimensions, clipped content, or misaligned thumbnails. Do not use for fleet placement or scenario design; use jutland-design-map-mission after the map itself is complete.
Recolor Jutland ship PNG drawings while preserving exact geometry, crisp pixel details, dimensions, RGBA encoding, labels, flags, weapons, and underwater hull colors. Use when changing hull or superstructure paint, removing camouflage residue without flattening gray hierarchy, converting dark decks to wood, reducing overly dense deck seams, separating dense black paint fills from line art, repairing asymmetric torpedo bulges or metal bands, correcting accidentally recolored weapons, or validating a bounded ship-image recolor before jutland-add-ship.
Add aircraft to the Jutland game from supplied drawings, reference images, or historical specifications. Use when creating or updating entries in configs/planes.json5, producing transparent top-view plane PNGs, completing gun/bomb/torpedo/rocket references, assigning aircraft to carriers, or validating the resulting resource chain.
| name | jutland-evaluate-ship-cost |
| description | Evaluate and assign Jutland ship and weapon costs from runtime combat power, burst/projection data, effective HP, and aircraft costs. Use when adding ships, rebalancing fleets, or auditing weapon and reinforcement costs. |
AGENTS.md 并执行 git status --short。fundsCost 使用 $1–100 的统一游戏资金尺度；当前运行时不会单独购买武器。GetShipCost 中全额追加，舰船配置只保存舰体费用。$1–100。export_ship_cost_data.go：普通 Go 导出器，加载初始化后的全部舰船运行时战力。scripts/evaluate_weapon_costs.py：评估武器参考价；通过 --output 接收调用者选择的结果路径，追加 --apply 才会写回配置。scripts/evaluate_ship_costs.py：通过 --combat-power 读取运行时战力，并通过 --output 写出舰船建议价。scripts/apply_ship_costs.py：通过 --costs 读取已确认的建议价并写回 configs/ships.json5。scripts/evaluate_ship_costs.sh：编排完整只读审计流程。运行：
AUDIT_DIR="$(mktemp -d)"
bash .codex/skills/jutland-evaluate-ship-cost/scripts/evaluate_ship_costs.sh \
"$AUDIT_DIR"
确认后写回：
python3 .codex/skills/jutland-evaluate-ship-cost/scripts/evaluate_weapon_costs.py --apply
python3 .codex/skills/jutland-evaluate-ship-cost/scripts/apply_ship_costs.py \
--costs "$AUDIT_DIR/ship_costs.json"
所有项目文件都由脚本位置反推仓库根目录；中间产物路径由调用者传入，不使用固定绝对路径。
单发期望伤害与游戏战力公式一致：
expectedDamage = damage × (1 + 2.7 × criticalRate)
salvoDamage = expectedDamage × projectileCount
持续输出与首轮爆发按 70% / 30% 混合：
referenceScore = salvoDamage × (
0.70 / actualCycle
+ 0.30 / referenceCycle
) × weaponTypeFactor
weaponCost = clamp(
roundTo5(referenceScore / 5),
1,
100,
)
referenceScore 是武器强弱比较分，不直接等同于游戏资金。除以 5 后再写入 fundsCost，避免一座发射器或炮塔的显示价格接近整艘主力舰。
| 武器 | actualCycle | referenceCycle | weaponTypeFactor |
|---|---|---|---|
| 舰炮 | reloadTime | 20s | 0.50 |
| 鱼雷 | reloadTime + (count - 1) × shotInterval | 60s | 1.00 |
| 舰载火箭 | 装填、组内间隔、组间间隔组成的完整周期 | 60s | 0.70 |
带 / 的标准武器统一计算。RailGun、RushYa、RunYa、FlyYa、LeiYa、Impact、YaLei、ShanDa、DuckRocket 等特殊武器没有阵营路径，保留手工价格，但超过 $100 时压到全局上限。
脚本通过 combatpower.CalculateShip 的结果定价。它已经考虑：
对不含舰载机贡献的舰船：
economicPower = HullPower + 0.25 × Burst + 0.10 × Projection
航母和其他含舰载机单位的 Burst / Projection 已混入航空贡献，为避免与运行时飞机资金重复计价，只使用 HullPower。
combatCost = roundTo5(typeBaseCost + economicPower × typePowerFactor)
hullFloor = roundTo5(EHP^0.45 × hullFloorMultiplier × 3.0)
fundsCost = max(5, combatCost, hullFloor)
| 舰种 | typeBaseCost | typePowerFactor | hullFloorMultiplier |
|---|---|---|---|
| torpedo_boat | 5 | 1.20 | 0.10 |
| destroyer | 20 | 0.85 | 0.18 |
| frigate | 15 | 0.60 | 0.15 |
| cruiser | 40 | 0.65 | 0.35 |
| battleship | 230 | 0.55 | 0.80 |
| aircraft_carrier | 80 | 0.55 | 0.65 |
| cargo | 20 | 0.80 | 0.30 |
| hospital | — | — | 0.50 |
医疗船没有武器，常规战力为零。其价格使用：
fundsCost = roundTo5(hullFloor + 25)
固定 $25 表示治疗能力、医疗设施和非战斗支援价值。nation == special 的彩蛋舰船保留手工价格与耗时。
静态战力不能完整表达科技树位置、终局稀缺度和设计层级。仅在用户确认后允许为极少数舰船添加显式倍率，并在脚本与本文档同时记录：
fundsCost = roundTo5(fundsCost × strategicMultiplier)
当前修正：
| 舰船 | strategicMultiplier | 原因 |
|---|---|---|
| satsuma | 1.10 | 与大和保持接近，避免仅因当前持续火力配置而明显掉档 |
| edo | 1.15 | 日本终局舰溢价，确保价格明显高于大和 |
| illinois | 1.10 | 衣阿华级大型舰体改装成本与战略稀缺性，避免按普通舰队航母低估 |
不要通过调整全局战列舰系数来解决单艘舰的科技树层级问题，否则会连带扭曲其他国家战列舰。
aircraftCost = sum(maxCount × planeFundsCost)
totalCost = fundsCost + aircraftCost
飞机与舰体视为可并行生产，舰载机只增加小额适配时间：
airWingFitPenalty = clamp(
round(sqrt(aircraftCount) × avgPlaneTime × 0.12
+ (aircraftTypes - 1) × 1.5),
0,
18,
)
适配时间国家倍率：us=0.75、uk=0.90、jp/de=1.00、ru/su=1.05、cn=0.50。
普通舰种：
baseTime = clamp(round(2 + fundsCost × 0.35), 3, 130)
战列舰使用更宽的区间，避免全部挤在 130 秒上限：
baseTime = clamp(round(40 + fundsCost × 0.13), 85, 180)
最终时间：
timeCost = clamp(
baseTime + airWingFitPenalty × nationAirFitMultiplier,
3,
typeTimeMax,
)
全量评估后至少检查：
$100 上限。写回前：
PYCACHE_DIR="$(mktemp -d)"
PYTHONPYCACHEPREFIX="$PYCACHE_DIR" python3 -m py_compile \
.codex/skills/jutland-evaluate-ship-cost/scripts/evaluate_weapon_costs.py \
.codex/skills/jutland-evaluate-ship-cost/scripts/evaluate_ship_costs.py \
.codex/skills/jutland-evaluate-ship-cost/scripts/apply_ship_costs.py
rm -rf "$PYCACHE_DIR"
写回后：
make build
go test ./pkg/mission/object/combatpower/ ./pkg/mission/object/unit/