Add formal enemies, remaining formal partners and synthesized UI SFX
- UI SFX v3: procedurally synthesized one-shots (Tools/synth_ui_sfx.py) wired to buttons, rewards, errors and red dots via UiSfx, gated by the SFX setting. - Five formal enemies (Hornlet, Dashlet, Shellhorn, HornCaptain, GreatHorn): Hunyuan 50k -> 2000-tri XPbr, DGXA TokenRig, Idle/Walk/Attack, nested per type in PrototypeArena; PrototypeBattle.Enemy gains presentation-only Moving/Strikes. - Formal partners for all ten pets in the arena and portraits, including new VineSprite, ThunderLeopard and TideWhale. - Pipeline fixes: reject local TokenRig fallback, drop loose mesh islands, configurable Unity run_script timeout, companion static stage. - Also includes concurrent work from another tool in this working tree (FlameLion, enemy combat FX, challenge mode, home explorer, server updates). - Resources registered in Doc/ResDesc_*.md; verified on isolated :18081. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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#!/usr/bin/env python3
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"""G3 economy samples from Config/Gameplay/greenfield.json.
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Three trajectories from GameDesign 8.2: first day, seven logins, and stuck before a boss.
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Ignores natural marble recovery. Pinball candy/coins use an equal chance across the five bins.
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"""
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from __future__ import annotations
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import json
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from pathlib import Path
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ROOT = Path(__file__).resolve().parents[1]
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CONFIG = ROOT / "Config/Gameplay/greenfield.json"
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OUT_MD = ROOT / "Doc/Design/G3/EconomySample.md"
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OUT_JSON = ROOT / "Doc/Design/G3/economy_sample.json"
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# GameDesign 8.2, aligned to the live first-five clear and pinball means.
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DESIGN_DAY1_BALLS = 67
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DESIGN_TEN_SHOTS = {"candy": 200, "coins": 520, "tickets": 1}
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def reward_of(node: dict) -> dict:
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src = node.get("reward") or node.get("contents") or {}
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return {k: int(src.get(k, 0) or 0) for k in ("coins", "candy", "balls", "tickets")}
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def add(total: dict, part: dict, times: int = 1) -> None:
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for k in total:
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total[k] += part.get(k, 0) * times
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def line(name: str, part: dict, times: int = 1) -> str:
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shown = {k: part.get(k, 0) * times for k in ("coins", "candy", "balls", "tickets") if part.get(k, 0)}
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body = "、".join(f"{label}{shown[key]}" for key, label in (
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("balls", "弹珠"), ("candy", "糖果"), ("coins", "金币"), ("tickets", "券")
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) if key in shown) or "无资源"
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suffix = f" ×{times}" if times > 1 else ""
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return f"| {name}{suffix} | {body} |"
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def main() -> None:
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cfg = json.loads(CONFIG.read_text(encoding="utf-8"))
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economy = cfg["economy"]
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stages = cfg["stages"]
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pinball = cfg["pinball"]
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candy_mean = sum(pinball["candy"]) / len(pinball["candy"])
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coin_mean = sum(pinball["coins"]) / len(pinball["coins"])
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ten = {
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"candy": int(round(candy_mean * 10)),
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"coins": int(round(coin_mean * 10)),
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"tickets": 10 // economy["ticketEvery"],
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}
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train_to = lambda level: economy["trainCost"] * sum(range(1, level))
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zero = {"coins": 0, "candy": 0, "balls": 0, "tickets": 0}
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day1 = dict(zero)
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rows = []
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def take(name: str, part: dict, times: int = 1) -> None:
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add(day1, part, times)
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rows.append(line(name, part, times))
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take("初始弹珠", {"balls": economy["initialBalls"]})
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take("欢迎邮件", reward_of(cfg["mail"]["initial"][0]))
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take("七日签到第1天", reward_of({"reward": cfg["daily"]["signin"][0]}))
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for task in cfg["daily"]["tasks"]:
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take(task["title"], reward_of(task))
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take(cfg["shop"]["goods"][0]["name"], reward_of(cfg["shop"]["goods"][0]))
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take("教学目标（通过1-1）", {"balls": economy["goalBalls"]})
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first5 = [s for s in stages if s["id"] <= 5]
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for stage in first5:
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take(f"首通 {stage['code']}", reward_of(stage))
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chest_by_stage = {d["stageId"]: cfg["rewards"]["chests"][d["chest"]] for d in cfg["rewards"]["stageDrops"]}
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for stage_id in (1, 3):
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chest = chest_by_stage[stage_id]
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take(f"打开{chest['name']}（{stages[stage_id - 1]['code']}掉落）", reward_of(chest))
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design_stage_balls = 17
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config_stage_balls = sum(s["reward"]["balls"] for s in first5)
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design_matched = (
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economy["initialBalls"] + cfg["daily"]["signin"][0]["balls"]
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+ sum(t["reward"]["balls"] for t in cfg["daily"]["tasks"])
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+ cfg["shop"]["goods"][0]["reward"]["balls"] + design_stage_balls
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)
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week = dict(zero)
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week_rows = []
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signin = {"balls": sum(d["balls"] for d in cfg["daily"]["signin"])}
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tasks = {"balls": 7 * sum(t["reward"]["balls"] for t in cfg["daily"]["tasks"])}
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shop = {"balls": 7 * cfg["shop"]["goods"][0]["reward"]["balls"]}
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for name, part in (("七日签到全部领取", signin), ("七日每日任务全部领取", tasks), ("七日免费补给", shop)):
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add(week, part)
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week_rows.append(line(name, part))
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stuck = dict(zero)
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stuck_rows = []
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def stuck_take(name: str, part: dict, times: int = 1) -> None:
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add(stuck, part, times)
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stuck_rows.append(line(name, part, times))
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stuck_take("初始弹珠", {"balls": economy["initialBalls"]})
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stuck_take("欢迎邮件", reward_of(cfg["mail"]["initial"][0]))
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stuck_take("签到第1天", reward_of({"reward": cfg["daily"]["signin"][0]}))
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for task in cfg["daily"]["tasks"]:
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stuck_take(task["title"], reward_of(task))
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stuck_take("免费补给", reward_of(cfg["shop"]["goods"][0]))
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stuck_take("教学目标", {"balls": economy["goalBalls"]})
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for stage in stages:
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if stage["id"] >= 5:
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break
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stuck_take(f"首通 {stage['code']}", reward_of(stage))
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stuck_take("打开绿野补给箱", reward_of(chest_by_stage[1]))
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need_candy = train_to(5)
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need_coins = economy["evolveCoins"]
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candy_gap = max(0, need_candy - stuck["candy"])
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coin_gap = max(0, need_coins - stuck["coins"])
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shots_for_candy = (candy_gap + candy_mean - 1) // candy_mean if candy_mean else 0
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shots_for_coins = (coin_gap + coin_mean - 1) // coin_mean if coin_mean else 0
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shard_from_chest = 10
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shard_gap = economy["evolveShards"] - shard_from_chest
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report = {
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"config": str(CONFIG.relative_to(ROOT)).replace("\\", "/"),
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"ignored": ["natural marble recovery", "pinball path variance beyond bin average"],
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"pinballAverage": {"candy": candy_mean, "coins": coin_mean, "perTenShots": ten},
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"designDay1Balls": DESIGN_DAY1_BALLS,
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"designFormulaWithLiveNonStageSources": design_matched,
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"configFirstFiveStageBalls": config_stage_balls,
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"day1": day1,
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"sevenDaysWithoutClears": week,
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"stuckBefore1_5": {
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"walletBeforePinball": stuck,
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"trainToLevel5Candy": need_candy,
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"candyGap": candy_gap,
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"pinballShotsToCloseCandy": int(shots_for_candy),
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"evolveCoins": need_coins,
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"coinGap": coin_gap,
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"pinballShotsToCloseCoins": int(shots_for_coins),
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"evolveShards": economy["evolveShards"],
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"shardsFromChoiceChest": shard_from_chest,
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"shardGap": shard_gap,
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},
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}
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OUT_JSON.parent.mkdir(parents=True, exist_ok=True)
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OUT_JSON.write_text(json.dumps(report, ensure_ascii=False, indent=2), encoding="utf-8")
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def wallet(w: dict) -> str:
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return f"弹珠 {w['balls']}、糖果 {w['candy']}、金币 {w['coins']}、捕捉券 {w['tickets']}"
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md = f"""# G3 经济样例
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由 `Tools/economy_sample.py` 读取 `Config/Gameplay/greenfield.json` 生成。不计弹珠自然恢复。弹珠台按五个落区等概率取均值：糖果 {candy_mean:g}、金币 {coin_mean:g}。实际单次受路径影响。
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## 对照设计稿
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`GameDesign` 8.2 的首日上限是 **{DESIGN_DAY1_BALLS}** 枚弹珠：初始 20、签到 10、每日任务 15、免费补给 5、前五关首通 {design_stage_balls}。按同一口径合计得到 **{design_matched}**。现行 1-1～1-5 首通弹珠合计是 **{config_stage_balls}**，与稿一致。
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稿中「10 发预计糖果 200、金币 520、券 1」。现行均值为糖果 {ten['candy']}、金币 {ten['coins']}、券 {ten['tickets']}，与稿一致。
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## 首日获取上限
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假设当天领完邮件、签到、三个每日任务、免费补给和教学目标，打通 1-1～1-5 并打开已掉落的绿野补给箱与碎片自选箱。自选箱只给碎片，不进下表钱包。溪口大礼箱要先通过 1-5，打开后另有金币 150、糖果 80、弹珠 5、券 1，未计入本表。
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| 来源 | 到账 |
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| --- | --- |
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{chr(10).join(rows)}
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合计：**{wallet(day1)}**。这是获取上限，不是要求当天花完。
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## 七日回访
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不打新关、不发射。每日未领奖励过期，下表按七天都当天领完。签到不循环。
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| 来源 | 到账 |
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| --- | --- |
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{chr(10).join(week_rows)}
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合计：**{wallet(week)}**。
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## 卡在 1-5 之前
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已通过 1-1～1-4，打不过溪口大角王。当天可领来源如下，不含为了拿糖果而发射的弹珠台产出。
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| 来源 | 到账 |
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| --- | --- |
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{chr(10).join(stuck_rows)}
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合计：**{wallet(stuck)}**。
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- 训练到建议 Lv.5 需要糖果 {need_candy}。账上差 {candy_gap}，按均值再发射 {int(shots_for_candy)} 次可补上。主线不另扣体力。
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- 进化需要金币 {need_coins}。账上差 {coin_gap}，按均值再发射 {int(shots_for_coins)} 次可补上。通过 1-1 后商店每天还能用金币换糖果，那是把金币换成糖果，不增加总资源。
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- 进化需要碎片 {economy['evolveShards']}。1-3 自选箱提供 {shard_from_chest}，还差 {shard_gap}。重复伙伴每次 {economy['duplicateShards']} 片，不能把碎片换回捕捉券。
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训练、进化和再抽一只伙伴都能从免费来源走到，碎片比糖果和金币更慢。
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"""
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OUT_MD.write_text(md, encoding="utf-8")
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print(json.dumps({"day1": day1, "week": week, "stuck": stuck, "tenShots": ten}, ensure_ascii=False))
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if __name__ == "__main__":
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main()
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