Add competing-risk evaluation and align ICASSP story

docs/README.md

@@ -31,6 +31,7 @@ tests.
 | [`easycom_highrate_person_av.md`](easycom_highrate_person_av.md) | Frozen 25 Hz causal ASD person evidence fused with 5 Hz global Omni context |
 | [`easycom_muvap_stage3_baseline.md`](easycom_muvap_stage3_baseline.md) | MuVAP-only frozen VAP+ASD Stage-3 paper reconstruction on EgoSpeak/EasyCom targets |
 | [`easycom_oracle_information.md`](easycom_oracle_information.md) | Causal oracle per-person speaking-history upper bound and Session-12 screening commands |
+| [`easycom_competing_risk_floor_evaluation.md`](easycom_competing_risk_floor_evaluation.md) | Running and auditing the competing-risk entry/yield evaluator with training-side threshold calibration |
 
 ## Design history and implementation options
 

docs/easycom_competing_risk_floor_evaluation.md

@@ -0,0 +1,109 @@
+# EasyCom competing-risk floor-event evaluation
+
+This runbook evaluates whether a candidate model reduces **false wearer-entry
+triggers** and **false wearer-yield triggers** relative to a baseline. It reads
+the saved `pred/` and `valid/` arrays; no GPU is required.
+
+The protocol is implemented in `evaluate_floor_state_changes.py`. It is a
+timing-derived behavior evaluation, not semantic EOT/INT, addressee, or
+individual-speaker ground truth: EasyCom's `others` target is aggregate
+activity.
+
+## Event attribution
+
+At each horizon from 0.2 to 2.0 seconds, every eligible aggregate-other
+boundary is counted once.
+
+- **Response candidate:** `others` changes from active to inactive while the
+  wearer is inactive. A wearer onset is a response only if it occurs before
+  the next `others` onset.
+- **Yield candidate:** `others` changes from inactive to active while the
+  wearer is active. A wearer offset is a yield only if it occurs before the
+  next `others` offset.
+- The competing boundary itself is excluded. A simultaneous wearer transition
+  is therefore not assigned to the earlier candidate.
+- An observed wearer outcome before the recording ends is retained. An
+  unresolved candidate without its full horizon is right-censored and omitted.
+- Invalid future-score paths are omitted and counted separately.
+
+For each event, predictions made from the same source time are max-pooled only
+over the observable event window. This is a ranking score, not a calibrated
+event probability.
+
+## Confirmatory test command
+
+Select each model's operating threshold on training-side predictions, then
+apply that frozen threshold to official test Sessions 1--3. The run names in
+`--calibration-run` must exactly match the names in `--run`.
+
+```bash
+python3 evaluate_floor_state_changes.py \
+  --target-root /path/to/easycom_target_frame \
+  --run baseline=/path/to/baseline/test_result \
+  --run candidate=/path/to/candidate/test_result \
+  --calibration-run baseline=/path/to/baseline/calibration_result \
+  --calibration-run candidate=/path/to/candidate/calibration_result \
+  --calibration-sessions Session_12 \
+  --sessions Session_3 Session_2 Session_1 \
+  --matched-recalls 0.7 0.8 0.9 \
+  --midturn-pause-max-seconds 2.0 \
+  --print-event-timelines 3 \
+  --output reports/easycom_floor_competing_risk/test_summary.json
+```
+
+If the calibration and test predictions already coexist under each `--run`
+directory, omit `--calibration-run`. Official-test evaluation rejects missing
+calibration and rejects calibration on Sessions 1--3. The
+`--allow-in-sample-test-thresholds` option exists only for explicitly marked
+exploratory audits and must not be used for a paper result.
+
+Session 12 is shown as the current development convention. If the final model
+has been trained on Session 12, prefer out-of-fold training-side predictions
+or a pre-registered cross-fitting scheme; record exactly how calibration
+predictions were produced.
+
+## How to decide whether errors decreased
+
+The command writes:
+
+- `test_summary.json`: full protocol metadata, thresholds, counts, and metrics;
+- `test_summary_events.csv`: one row per run and horizon for the primary event
+  evaluation;
+- `test_summary_framewise.csv`: the older endpoint diagnostic, retained only
+  for secondary analysis.
+
+At the headline recall (normally 0.8), compare the following event-CSV fields:
+
+| Question | Primary field | Supporting checks |
+|---|---|---|
+| Did false entry decrease? | `no_response_trigger_rate_at_recall_0.8` | count, `response_recall_0.8`, response/no-response denominators |
+| Did false entry during a short other-speaker restart decrease? | `short_resume_trigger_rate_at_recall_0.8` | trigger count and subgroup count |
+| Did false yield/stop decrease? | `continue_false_stop_rate_at_recall_0.8` | count, `yield_recall_0.8`, yield/continue denominators |
+
+Lower is better for all three error rates. A lower error rate is not evidence
+of improvement if the candidate also obtains materially lower test response or
+yield recall. The requested recall selects the threshold on calibration data;
+`response_recall_0.8` and `yield_recall_0.8` report the recall actually achieved
+on test and may differ from 0.8.
+
+Before comparing models, confirm that their event denominators and invalid
+window counts match. Then report both absolute percentage-point change and
+relative error reduction, for example
+`(baseline_rate - candidate_rate) / baseline_rate`. Event AP is a useful
+threshold-free secondary result, but it does not replace the error-rate
+comparison at a pre-registered operating point.
+
+## Required manual audit before protocol freeze
+
+Use `--print-event-timelines 3` first, then inspect a larger random sample with
+an independent script or annotation view. For every printed timeline, verify:
+
+1. the anchor row is the intended aggregate-other boundary;
+2. no outcome at or after `C/excluded` is attributed to the earlier event;
+3. the fixed-source horizon score and `valid` mask line up with physical time;
+4. session/recording boundaries do not create transitions;
+5. right-censored and invalid counts are plausible.
+
+The current evaluator does not yet provide `third_party`, `addressed`, or
+`group_or_unknown` strata, nor false entries per minute. Those require a
+separately frozen addressee/scenario annotation contract and remain P0 TODOs.

docs/easycom_muvap_stage3_baseline.md

@@ -206,6 +206,9 @@ CUDA_VISIBLE_DEVICES=4 PERSON_EVIDENCE=none bash run_easycom_muvap_stage3.sh tes
 CUDA_VISIBLE_DEVICES=5 PERSON_EVIDENCE=none bash run_easycom_muvap_stage3.sh test 2
 ```
 
-Dense AP/mAP is currently the primary screening output. Floor-event results
-remain timing-derived proxies until competing-risk censoring is frozen in
-`evaluate_floor_state_changes.py`.
+Dense AP/mAP is currently the primary screening output. For floor-event
+comparison, run the competing-risk v2 evaluator with training-side threshold
+calibration as documented in
+[`easycom_competing_risk_floor_evaluation.md`](easycom_competing_risk_floor_evaluation.md).
+The resulting events remain timing-derived behavior proxies; a real-data audit
+and scenario freeze are still required before using them in the paper.

docs/easycom_oracle_information.md

@@ -81,8 +81,10 @@ checkpoint selection, and evaluates Sessions 1--3 once:
 CUDA_VISIBLE_DEVICES=0 bash run_easycom_oracle_information.sh final 0 1 2
 ```
 
-The `final` stage enforces `EPOCHS=4` and exactly Sessions 4--12, clears the
-development-session list internally, and saves the last epoch. Its artifacts
+The `final` stage overrides any inherited `EPOCHS` value with `4`, requires
+exactly Sessions 4--12, clears the development-session list internally, and
+saves the last epoch. It validates this configuration before preparing oracle
+sidecars. Its artifacts
 use separate `_train4_12_fixed4` checkpoint/result roots by default, so they
 cannot overwrite the historical Session-12 development screen. Override those
 roots only with `FINAL_CHECKPOINT_ROOT` and `FINAL_RESULT_ROOT`.

docs/icassp2027_acceptance_storyline_2026-09-10.md

@@ -193,3 +193,33 @@ Oracle audit、LoRA 和事件协议分别是动机、baseline 和验证工具，
 
 这个结论只有在 learned causal method、错时/容量控制和冻结后的事件指标共同通过后才能写入
 摘要。
+
+## 10. 2026-09-10 manuscript 对齐决策
+
+对 `manuscript/main/main.tex` 的逐段审查发现并记录以下冲突；稿件骨架已据此收缩：
+
+1. 标题只写 `floor-entry`，正文却同时主张 entry/yield，统一改为更宽的 floor
+   forecasting；在 same-rate 对照通过前不在标题使用 `dual-rate`。
+2. 单种子 oracle 不再充当摘要 headline；最终摘要必须以 learned method 和行为级结果为
+   主体。
+3. gap 从“Omni 尚未用于这一任务组合”改为 global semantic representation 与 sub-second
+   wearer-relative floor evidence 之间的 temporal--role mismatch。
+4. 四项并列贡献压缩为 adaptation mismatch、一个 local adapter、causal behavioral
+   evidence 三项；LoRA/oracle/event protocol 分别降为 baseline、动机和验证。
+5. 主方法不再预设 track-GRU/identity continuity，改为匿名、no-ID 的短时 visible-person
+   set；track 只有超过 no-ID/shuffled/capacity controls 后才恢复。
+6. wearer current state 默认只用于 entry/yield event interpretation。若作为模型输入，必须
+   先定义严格因果且部署可得的来源，并加入 no-state 对照。
+7. Qwen2.5-Omni-3B 为主 backbone，7B 仅作参数规模控制；MiniCPM-o 和跨家族 sweep 从四页
+   主线删除。
+8. Introduction 不得把尚未实现的 competing-risk censoring 写成已完成；P0 evaluator、测试
+   和人工时间轴是正式事件结论的硬门槛。
+9. 已查看的 Sessions 1--3 单种子 exploratory pooled-vision 表从投稿骨架删除，不用于模型
+   选择或 confirmatory claim。
+10. 最终只保留一个主结果表和一个机制消融表；oracle table、conditional track table 和
+    候选方法树不得并列占据正文。
+11. Conclusion 必须报告最终 learned method、matched-recall false-entry、onset/yield 和
+    causal controls；若这些证据未通过，改写为 information audit 或停止方法型投稿。
+
+当前 `manuscript/main/main.tex` 是带显式 TODO 的内容骨架。TODO 表示未实现、未冻结或未测量，
+不得被引用为项目当前能力或实验结论。

docs/omni_speaker_floor_experiment_plan_2026-08-30.md

@@ -86,8 +86,9 @@ speaker grounding 或 identity-aware reasoning。
 2. 修正事件归因的 competing risk：
    - other offset 后的 wearer response 只在下一次 other onset 之前归因；
    - other onset 后的 wearer yield 只在下一次 other offset 之前归因。
-   现有 `evaluate_floor_state_changes.py` 使用固定 horizon 内任意 transition，暂时只能作为
-   proxy，可能把后来无关的动作归给前一个边界。
+   `evaluate_floor_state_changes.py` 已实现并通过合成单元测试；投稿前仍需在真实数据上打印
+   时间轴、复核 censoring/invalid 计数并冻结协议。运行方式见
+   [`easycom_competing_risk_floor_evaluation.md`](easycom_competing_risk_floor_evaluation.md)。
 3. 固定 EasyCom train/test（4--12 / 1--3）；阈值、窗口和规则不能在 test 上调。
 4. 从训练 session 内留出 calibration/dev 子集，用来选择阈值和 early stopping；最终表格
    仍在官方 test 上一次性报告。