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@@ -16,6 +16,8 @@ import json
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import random
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from pathlib import Path
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+from acquisition.query import ACTIONS, _nonleaf_d4 # 第六家族(老正交)用的动作轴 + 4级非叶子取节点
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+from acquisition.query import STAGES as OLD_STAGES # 老的裸阶段 灵感/选题/脚本
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from acquisition.query_filter import filter_queries # 共享筛选器(query_filter.txt)
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from core.config import Settings
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@@ -102,6 +104,21 @@ def main():
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def xing(i):
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return XING_BATCH[i % len(XING_BATCH)]
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+ # 第六家族(最老正交方案·去实质)：形式 × 阶段 × 动作 × 作用 × 知识类型。
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+ # 形式/作用 取分类树4级非叶子,阶段=灵感/选题/脚本,动作=ACTIONS(+无动作变体),query 形如「叙事组织 脚本撰写 趣味互动 有哪些」
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+ F6_FORMS = _nonleaf_d4("形式", 10, under="架构")
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+ F6_ZY = _nonleaf_d4("作用", 10)
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+ F6_STAGE_ACT = [(s, a) for s in OLD_STAGES for a in ACTIONS] + [("", "")] # +「无动作」=老方案的 /
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+
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+ def gen6(i):
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+ f_ = F6_FORMS[i % len(F6_FORMS)]
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+ st, ac = F6_STAGE_ACT[i % len(F6_STAGE_ACT)]
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+ zy_ = F6_ZY[i % len(F6_ZY)]
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+ suf = KTYPE[i % len(KTYPE)]
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+ seg = (st + ac) if ac else "" # 脚本撰写 / 空(动作=/ 时连阶段一起省)
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+ q = " ".join([f_] + ([seg] if seg else []) + [zy_, suf])
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+ return {"parts": {"形式": f_, "阶段": st or "/", "动作": ac or "/", "作用": zy_, "知识类型": suf}, "query": q}
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+
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# 每家族：生成器 + 用到的轴(给前端标列)
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# 业务阶段=脊柱,每族必带;模态+知识类型固定收尾;前面配 实质/形式/目的 之一或组合
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families = [
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@@ -115,18 +132,23 @@ def main():
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"gen": lambda i: {"parts": {"目的": pick(POOL), "业务阶段": pick(INTENT), "模态": pick(MODALITY), "知识类型": pick(KTYPE)}}},
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{"key": "f5", "name": "纯业务阶段", "axes": ["模态", "业务阶段", "知识类型"],
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"gen": lambda i: {"parts": {"业务阶段": pick(INTENT), "模态": pick(MODALITY), "知识类型": pick(KTYPE)}}},
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+ {"key": "f6", "name": "形式 × 阶段 × 动作 × 作用（老正交·去实质）",
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+ "axes": ["形式", "阶段", "动作", "作用", "知识类型"], "gen": gen6},
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]
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# 各部件按固定顺序拼成原串（内容维度在前，模态贴题材后，业务阶段+知识类型收尾）
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order = ["实质", "形式", "目的", "模态", "业务阶段", "知识类型"]
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# 业务阶段值存「分组结构」(STAGE_INTENT)，前端按 灵感/选题/脚本 分组+缩进展示；其余轴是扁平数组
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- out = {"axis_values": {"实质": SHI, "形式": XING, "目的池": POOL, "业务阶段": STAGE_INTENT, "模态": MODALITY, "知识类型": KTYPE},
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+ out = {"axis_values": {"实质": SHI, "形式": XING, "目的池": POOL, "业务阶段": STAGE_INTENT,
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+ "模态": MODALITY, "知识类型": KTYPE,
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+ "阶段": OLD_STAGES, "动作": ACTIONS, "作用": F6_ZY}, # 第六家族的老轴
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"families": []}
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for fam in families:
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seen, items = set(), []
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while len(items) < PER and len(seen) < PER * 40:
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- parts = fam["gen"](len(items))["parts"] # 序号轮转实质/形式批
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- q = " ".join(parts[k] for k in order if k in parts)
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+ g = fam["gen"](len(items)) # 序号轮转实质/形式批
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+ parts = g["parts"]
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+ q = g.get("query") or " ".join(parts[k] for k in order if k in parts) # f6 自带 query 串
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if q in seen:
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continue
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seen.add(q)
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SamLee