Traditional / Pretrained Metric Plan for Our 6 Edit Results
目标数据:
val20:out/edit_model_face_stage1/eval_outputs/{wan_only,ditto_global,full,text,vace_hint,vace_context}/val_XXXX.mp4val100:out/edit_model_face_stage1/eval_outputs_val100/{wan_only,ditto_global,full,text,vace_hint,vace_context}/val_XXXX.mp4- sample metadata:
out/edit_model_face_stage1/eval_samples/val_20.jsonlout/edit_model_face_stage1/eval_samples/val_100.jsonl
No-Model Metrics: Can Run Immediately
这些不需要下载模型,只需要 Python 包能读视频。脚本会用 imageio/PIL/numpy。
| Metric | 对应 benchmark 口径 | 输入 | 分数方向 |
|---|---|---|---|
pixel_mse |
FiVE MSE / 结构差异近似 | source video + edited video | 低更好 |
pixel_psnr |
FiVE PSNR | source video + edited video | 高更好 |
global_ssim |
FiVE/VEditBench SSIM 近似 | source video + edited video | 高更好 |
temporal_flicker_score |
IVE Temporal Flickering 近似 | edited video | 高更好;这里按 (255 - frame_diff_mae) / 255 |
edited_frame_diff_mae |
时间闪烁原始量 | edited video | 低更好 |
source_edit_l1 |
Structure distance / non-mask preservation 近似 | source video + edited video | 低更好 |
num_frames_sampled |
记录采样帧数 | edited video | 非质量分 |
注意:
- 这些是全图指标,不等同 FiVE 官方 masked background preservation。没有 mask 时,不能说是正式 FiVE background preservation。
- SSIM 这里实现的是全局灰度 SSIM 近似,不依赖
skimage;如果要官方/库级 SSIM,可后续换成skimage.metrics.structural_similarity。
Model-Dependent Traditional / Pretrained Metrics
下载目录统一使用:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models
CLIP
用途:
- FiVE
CLIPSIM/CLIPS.edit - EditBoard
success_rate,clip_similarity,background_consistency - 我们脚本里的
clip_t,clip_frame_consistency,clip_source_edit_similarity
下载:
hf download openai/clip-vit-large-patch14 \
--local-dir models/openai_clip-vit-large-patch14
可选:EditBoard 原代码还会用 OpenAI CLIP ViT-B/32 / ViT-L/14,如果跑官方 EditBoard,需要让 clip 包能下载或提前缓存对应权重。
DINO
用途:
- EditBoard
subject_consistency - IVE-Bench
subject_consistency
优先用 Hugging Face 下载到 models/,避免真实机运行时再走 torch hub 联网:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/facebook_dino-vitb16 models/facebook_dino-vits16
hf download facebook/dino-vitb16 \
--local-dir models/facebook_dino-vitb16
hf download facebook/dino-vits16 \
--local-dir models/facebook_dino-vits16
如果跑的 benchmark 原代码仍然写死 torch.hub.load('facebookresearch/dino:main', ...),可以额外在有网机器预热 torch hub 缓存,并把缓存目录放到 models/torch_cache:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/torch_cache
export TORCH_HOME="$PWD/models/torch_cache"
python3 - <<'PY'
import torch
torch.hub.load('facebookresearch/dino:main', 'dino_vitb16')
torch.hub.load('facebookresearch/dino:main', 'dino_vits16')
PY
LAION Aesthetic Predictor
用途:
- EditBoard
aesthetic_quality
下载:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/laion_aesthetic
wget -O models/laion_aesthetic/sa_0_4_vit_l_14_linear.pth \
https://github.com/LAION-AI/aesthetic-predictor/raw/main/sa_0_4_vit_l_14_linear.pth
MUSIQ / pyiqa
用途:
- EditBoard
imaging_quality
安装/缓存。pyiqa 的权重通常走 torch cache;用 TORCH_HOME 可以把下载内容固定在本仓库 models/torch_cache 下:
cd /Users/ouzhang/Desktop/low-high/low-high-new
python3 -m pip install pyiqa
mkdir -p models/torch_cache models/pyiqa
export TORCH_HOME="$PWD/models/torch_cache"
export XDG_CACHE_HOME="$PWD/models/cache"
python3 - <<'PY'
import pyiqa
metric = pyiqa.create_metric('musiq', device='cpu')
print(type(metric).__name__)
PY
NIQE 第一次运行会找这个参数文件:
models/torch_cache/hub/pyiqa/niqe_modelparameters.mat
如果真实机无法自动下载,可以手动下载到脚本默认读取的位置:
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
mkdir -p models/torch_cache/hub/pyiqa
hf download chaofengc/IQA-PyTorch-Weights \
niqe_modelparameters.mat \
--local-dir models/torch_cache/hub/pyiqa
run_traditional_metrics.py 默认会设置:
TORCH_HOME=$PWD/models/torch_cache
HF_HOME=$PWD/models/hf_cache
XDG_CACHE_HOME=$PWD/models/cache
因此手动下载到上面的路径后,--pyiqa-metrics niqe 会直接从本地读取,不再重新下载。
如果要用 Q-Align/OneAlign 风格的 pyiqa scorer,不建议装进当前训练环境。它需要 icecream,并且在 numpy>=2 环境里容易触发 torch/动态模块兼容问题。推荐单独建一个 conda 评测环境:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda create -n lowhigh-qalign python=3.10 -y
conda activate lowhigh-qalign
# 按机器 CUDA 情况选择 torch 安装方式。A100/CUDA 12.x 可先用 cu121 wheel;
# 如果你的集群有内部 torch 源,也可以替换成集群推荐命令。
python3 -m pip install --upgrade pip
python3 -m pip install torch torchvision --index-url https://download.pytorch.org/whl/cu121
python3 -m pip install \
git+https://github.com/chaofengc/IQA-PyTorch.git \
icecream \
"numpy<2" \
"transformers>=4.36.1" \
accelerate \
sentencepiece \
einops \
timm \
pillow
mkdir -p models/torch_cache models/hf_cache
export TORCH_HOME="$PWD/models/torch_cache"
export HF_HOME="$PWD/models/hf_cache"
python3 - <<'PY'
import pyiqa
metric = pyiqa.create_metric('qalign', device='cpu')
print(type(metric).__name__)
PY
说明:
pyiqa.create_metric('qalign')会 importpyiqa/archs/q_align/...,需要额外的icecream包。- Q-Align/OneAlign 依赖的部分 torch/动态模块在
numpy>=2环境里可能报RuntimeError: Numpy is not available,所以这里明确 pinnumpy<2。 - 不建议在
base或训练环境里降级 numpy;优先使用lowhigh-qalign单独环境。
LPIPS
用途:
- FiVE background preservation
LPIPS
安装:
python3 -m pip install lpips
默认 --lpips-net alex 会通过 torchvision 下载 AlexNet backbone:
models/torch_cache/hub/checkpoints/alexnet-owt-7be5be79.pth
如果真实机无法自动下载,可以手动放到脚本默认读取的位置:
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
mkdir -p models/torch_cache/hub/checkpoints
wget -O models/torch_cache/hub/checkpoints/alexnet-owt-7be5be79.pth \
https://download.pytorch.org/models/alexnet-owt-7be5be79.pth
如果用 --lpips-net vgg 或 --lpips-net squeeze,还会分别需要对应 torchvision backbone。当前统一命令默认使用 alex。
CoTracker3
用途:
- FiVE
Motion Fidelity Score - IVE
Motion Fidelity - VEditBench
Motion Similarity
下载:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/cotracker3
hf download facebook/cotracker3 scaled_offline.pth \
--local-dir models/cotracker3
hf download facebook/cotracker3 baseline_offline.pth \
--local-dir models/cotracker3
VideoCLIP-XL-v2
用途:
- IVE
OSC,PSC,SF
下载:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/VideoCLIP-XL-v2
hf download alibaba-pai/VideoCLIP-XL-v2 \
--local-dir models/VideoCLIP-XL-v2
GroundingDINO
用途:
- IVE
Quantity Accuracy
下载:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/GroundingDINO
wget -O models/GroundingDINO/groundingdino_swinb_cogcoor.pth \
https://github.com/IDEA-Research/GroundingDINO/releases/download/v0.1.0-alpha2/groundingdino_swinb_cogcoor.pth
还需要 GroundingDINO 代码和 config:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/GroundingDINO
if [ -d models/GroundingDINO/code/.git ]; then
git -C models/GroundingDINO/code pull --ff-only
else
git clone https://github.com/IDEA-Research/GroundingDINO.git \
models/GroundingDINO/code
fi
如果 GroundingDINO 的依赖和主训练环境冲突,单独建环境:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda create -n lowhigh-groundingdino python=3.10 -y
conda activate lowhigh-groundingdino
python3 -m pip install --upgrade pip
python3 -m pip install torch torchvision --index-url https://download.pytorch.org/whl/cu121
python3 -m pip install opencv-python pycocotools matplotlib addict yapf timm
python3 -m pip install -e models/GroundingDINO/code
python3 - <<'PY'
import groundingdino
print("groundingdino ok")
PY
AMT-G
用途:
- IVE / VEditBench
Motion Smoothness
下载位置按 IVE metrics/path.yml 配置到 amt-g.pth。可以用 HF repo lalala125/AMT 下载到 models/amt:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/amt
hf download lalala125/AMT \
--local-dir models/amt
find models/amt -maxdepth 3 -type f | sort
下载后把 IVE metrics/path.yml 里的 AMT checkpoint 路径指向实际文件,例如:
cd /Users/ouzhang/Desktop/low-high/low-high-new
find models/amt -name 'amt-g.pth' -o -name '*amt*g*.pth'
然后手动编辑 IVE 的 metrics/path.yml,把 motion_smoothness.checkpoint 改成上面找到的真实路径。注意下面是 YAML 内容,不是 shell 命令,不能直接粘到终端执行:
motion_smoothness:
checkpoint: /Users/ouzhang/Desktop/low-high/low-high-new/models/amt/amt-g.pth
如果 AMT/IVE 的 motion smoothness 依赖和主训练环境冲突,单独建环境:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda create -n lowhigh-amt python=3.10 -y
conda activate lowhigh-amt
python3 -m pip install --upgrade pip
python3 -m pip install torch torchvision --index-url https://download.pytorch.org/whl/cu121
python3 -m pip install opencv-python imageio imageio-ffmpeg einops tqdm scipy pillow numpy
# 如果使用 IVEBench 的 motion_smoothness 代码,在该环境里进入 IVEBench metrics 目录运行。
# 确保其 path.yml 指向 models/amt 下实际下载到的 amt-g.pth。
Q-Align
用途:
- VEditBench
Image Quality,Image Aesthetic,Video Quality
推荐使用 HF model q-future/one-align,直接下载到 models/q-future_one-align:
cd /Users/ouzhang/Desktop/low-high/low-high-new
mkdir -p models/q-future_one-align
hf download q-future/one-align \
--local-dir models/q-future_one-align
建议使用上面创建的 lowhigh-qalign 环境,避免污染训练环境。如果还没创建,完整命令如下:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda create -n lowhigh-qalign python=3.10 -y
conda activate lowhigh-qalign
python3 -m pip install --upgrade pip
python3 -m pip install torch torchvision --index-url https://download.pytorch.org/whl/cu121
python3 -m pip install \
"numpy<2" \
"transformers>=4.36.1" \
accelerate \
sentencepiece \
icecream \
einops \
timm \
pillow
如果这个新环境里意外装了 CPU 版 bitsandbytes 并导致 import 报错,可以直接卸载;OneAlign 推理不依赖它:
conda activate lowhigh-qalign
python3 -m pip uninstall -y bitsandbytes
如果用 Q-Align 官方代码:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda activate lowhigh-qalign
mkdir -p models/Q-Align
if [ -d models/Q-Align/code/.git ]; then
git -C models/Q-Align/code pull --ff-only
else
git clone https://github.com/Q-Future/Q-Align.git \
models/Q-Align/code
fi
python3 -m pip install -e models/Q-Align/code
快速检查本地 OneAlign 能否加载:
cd /Users/ouzhang/Desktop/low-high/low-high-new
conda activate lowhigh-qalign
mkdir -p models/hf_cache
export HF_HOME="$PWD/models/hf_cache"
export TRANSFORMERS_CACHE="$PWD/models/hf_cache/transformers"
python3 - <<'PY'
import torch
from transformers import AutoModelForCausalLM
model = AutoModelForCausalLM.from_pretrained(
"models/q-future_one-align",
trust_remote_code=True,
torch_dtype=torch.float16,
device_map="auto",
)
print(type(model).__name__)
PY
如果这里报:
ModuleNotFoundError: No module named 'icecream':执行python3 -m pip install icecream。RuntimeError: Numpy is not available或提示A module that was compiled using NumPy 1.x cannot be run in NumPy 2.x:执行python3 -m pip install "numpy<2",或者换一个单独的 Q-Align 评测环境。bitsandbytes ... compiled without GPU support:通常不是 OneAlign 加载的主因;如果它阻断 import,可先卸载 CPU 版bitsandbytes或在单独环境里重装匹配 CUDA 的版本。
本地 reference 没有完整 VEditBench official eval code。需要另配 Q-Align/OneAlign scorer 后,再接入统一 manifest。
Run Unified Metrics on val20 / val100
build_six_method_manifest.py: 为 val20/val100 构建统一 manifest。run_traditional_metrics.py: 默认跑 no-model metrics;按参数额外启用 CLIP、DINO、LAION aesthetic、pyiqa、LPIPS。
如果 manifest 里的 source_video 不存在,脚本仍会计算只依赖 edited video 的指标,例如 clip_t、clip_frame_consistency、edited_frame_diff_mae、temporal_flicker_score、laion_aesthetic、pyiqa_musiq、pyiqa_niqe。依赖源视频的列会留空,并在 error 列记录 source_load_failed=...。
需要源视频的列:
pixel_msepixel_psnrsource_edit_l1global_ssimclip_source_edit_similaritylpips_source_edit
不需要源视频的列:
num_frames_samplededited_frame_diff_maetemporal_flicker_scoreclip_tclip_frame_consistencydino_frame_consistencylaion_aestheticpyiqa_musiqpyiqa_niqepyiqa_qalign_qualitypyiqa_qalign_aesthetic
1. 生成 manifest
edited_video 固定来自 out/edit_model_face_stage1/eval_outputs*。source_video 应该是真实原视频,默认来自 eval_samples/*.jsonl 里的 control_video;不能用某个 method 的 edited 输出冒充 source,否则 PSNR/SSIM/LPIPS/source-edit CLIP 会变成错误比较。
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
python3 reference/benchmarks/edit/build_six_method_manifest.py \
--repo-root . \
--output-dir out/edit_model_face_stage1/traditional_eval_manifests
如果真实源视频在另一份目录里,给 builder 加 --source-root,脚本会按 control_video 的文件名递归搜索并重写 manifest:
python3 reference/benchmarks/edit/build_six_method_manifest.py \
--repo-root . \
--output-dir out/edit_model_face_stage1/traditional_eval_manifests \
--source-root /path/to/source/videos
如果当前机器上的源视频已经被重命名成 hash 文件名,需要提供一个 JSONL 映射文件,至少包含 sample_id 和当前视频路径:
{"sample_id": "val_0000", "path": "/inspire/hdd/project/.../datas/ditto_face/low/0a1ec4e5fd6d9079ad1be0ea03cbcfed.mp4"}
然后生成 manifest:
python3 reference/benchmarks/edit/build_six_method_manifest.py \
--repo-root . \
--output-dir out/edit_model_face_stage1/traditional_eval_manifests \
--source-map out/edit_model_face_stage1/source_video_map.jsonl
--source-map 也支持这些字段名:
- 样本键:
sample_id或id - 当前视频路径:
path、video、source_video、source_path或control_video - 旧路径键:
old_path、old_video、control_video或source_video
注意:如果只有一个目录里一堆 hash mp4,但没有 sample_id -> hash mp4 或 旧文件名 -> hash mp4 映射,脚本不能安全自动匹配。此时要先从生成数据时的 records/metadata 找回映射。
生成后快速检查路径:
python3 - <<'PY'
import json
from pathlib import Path
for manifest in [
Path("out/edit_model_face_stage1/traditional_eval_manifests/val20.jsonl"),
Path("out/edit_model_face_stage1/traditional_eval_manifests/val100.jsonl"),
]:
rows = [json.loads(x) for x in manifest.read_text().splitlines() if x.strip()]
missing_sources = sorted({r["source_video"] for r in rows if not Path(r["source_video"]).exists()})
missing_edits = [r["edited_video"] for r in rows if not Path(r["edited_video"]).exists()]
print(manifest, "rows", len(rows), "missing_sources", len(missing_sources), "missing_edits", len(missing_edits))
for path in missing_sources[:10]:
print(" missing source:", path)
PY
2. 主环境一次性跑 CLIP / DINO / LAION / MUSIQ / NIQE / LPIPS
这些指标可以在主环境跑。如果 pyiqa 或 lpips 没装,先安装:
python3 -m pip install pyiqa lpips imageio imageio-ffmpeg
运行 val20:
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
mkdir -p out/edit_model_face_stage1/traditional_eval_metrics
export TORCH_HOME="$PWD/models/torch_cache"
export HF_HOME="$PWD/models/hf_cache"
export XDG_CACHE_HOME="$PWD/models/cache"
python3 reference/benchmarks/edit/run_traditional_metrics.py \
--manifest out/edit_model_face_stage1/traditional_eval_manifests/val20.jsonl \
--output out/edit_model_face_stage1/traditional_eval_metrics/val20_metrics_full.csv \
--frames-per-video 16 \
--resize 256 \
--device cuda:0 \
--clip-model-dir models/openai_clip-vit-large-patch14 \
--dino-model-dir models/facebook_dino-vitb16 \
--aesthetic-clip-model-dir models/openai_clip-vit-large-patch14 \
--aesthetic-predictor models/laion_aesthetic/sa_0_4_vit_l_14_linear.pth \
--pyiqa-metrics musiq,niqe \
--lpips \
--clip-batch-size 8 \
--dino-batch-size 8 \
--aesthetic-batch-size 8
运行 val100:
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
mkdir -p out/edit_model_face_stage1/traditional_eval_metrics
export TORCH_HOME="$PWD/models/torch_cache"
export HF_HOME="$PWD/models/hf_cache"
export XDG_CACHE_HOME="$PWD/models/cache"
python3 reference/benchmarks/edit/run_traditional_metrics.py \
--manifest out/edit_model_face_stage1/traditional_eval_manifests/val100.jsonl \
--output out/edit_model_face_stage1/traditional_eval_metrics/val100_metrics_full.csv \
--frames-per-video 16 \
--resize 256 \
--device cuda:0 \
--clip-model-dir models/openai_clip-vit-large-patch14 \
--dino-model-dir models/facebook_dino-vitb16 \
--aesthetic-clip-model-dir models/openai_clip-vit-large-patch14 \
--aesthetic-predictor models/laion_aesthetic/sa_0_4_vit_l_14_linear.pth \
--pyiqa-metrics musiq,niqe \
--lpips \
--clip-batch-size 8 \
--dino-batch-size 8 \
--aesthetic-batch-size 8
输出 CSV 包含:
| Column | 指标来源 / 含义 | 方向 |
|---|---|---|
pixel_mse |
FiVE MSE / 全图像素差近似;需要 source + edited | 低更好 |
pixel_psnr |
FiVE PSNR 全图近似;需要 source + edited | 高更好 |
source_edit_l1 |
源/编辑视频全图 L1 差异;需要 source + edited | 低更好 |
global_ssim |
VEditBench / FiVE SSIM 全图近似;需要 source + edited | 高更好 |
edited_frame_diff_mae |
IVE temporal flickering 原始帧间差;只需要 edited | 低更好 |
temporal_flicker_score |
(255-frame_diff_mae)/255;只需要 edited |
高更好 |
clip_t |
CLIP edited frame - instruction similarity;只需要 edited + instruction | 高更好 |
clip_frame_consistency |
CLIP edited frame cross-frame consistency;只需要 edited | 高更好 |
clip_source_edit_similarity |
CLIP source/edit semantic similarity;需要 source + edited | 高更好 |
dino_frame_consistency |
DINO edited frame cross-frame consistency;只需要 edited | 高更好 |
laion_aesthetic |
LAION aesthetic predictor;只需要 edited | 高更好 |
pyiqa_musiq |
MUSIQ image quality, frame average;只需要 edited | 高更好 |
pyiqa_niqe |
NIQE no-reference quality, frame average;只需要 edited | 低更好 |
lpips_source_edit |
LPIPS source/edit perceptual distance;需要 source + edited | 低更好 |
3. 单独环境跑 Q-Align / OneAlign 分数
Q-Align/OneAlign 建议用 lowhigh-qalign 环境,避免和主训练环境的 numpy>=2、bitsandbytes 冲突。先确保环境已创建并能加载 qalign:
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
conda activate lowhigh-qalign
python3 -m pip install imageio imageio-ffmpeg pyiqa
python3 -m pip uninstall -y bitsandbytes || true
export TORCH_HOME="$PWD/models/torch_cache"
export HF_HOME="$PWD/models/hf_cache"
export XDG_CACHE_HOME="$PWD/models/cache"
python3 reference/benchmarks/edit/run_traditional_metrics.py \
--manifest out/edit_model_face_stage1/traditional_eval_manifests/val20.jsonl \
--output out/edit_model_face_stage1/traditional_eval_metrics/val20_metrics_qalign.csv \
--frames-per-video 16 \
--resize 256 \
--device cuda:0 \
--pyiqa-metrics qalign_quality,qalign_aesthetic
python3 reference/benchmarks/edit/run_traditional_metrics.py \
--manifest out/edit_model_face_stage1/traditional_eval_manifests/val100.jsonl \
--output out/edit_model_face_stage1/traditional_eval_metrics/val100_metrics_qalign.csv \
--frames-per-video 16 \
--resize 256 \
--device cuda:0 \
--pyiqa-metrics qalign_quality,qalign_aesthetic
Q-Align 输出列:
| Column | 含义 | 方向 |
|---|---|---|
pyiqa_qalign_quality |
Q-Align / OneAlign image quality scorer | 高更好 |
pyiqa_qalign_aesthetic |
Q-Align / OneAlign aesthetic scorer | 高更好 |
4. 汇总每个 method 的均值
cd /inspire/hdd/project/intelligentcreativedesign/dangshengqi-253114050252/z-anna/low-high-new
python3 - <<'PY'
import csv
from collections import defaultdict
from pathlib import Path
paths = [
Path("out/edit_model_face_stage1/traditional_eval_metrics/val20_metrics_full.csv"),
Path("out/edit_model_face_stage1/traditional_eval_metrics/val100_metrics_full.csv"),
Path("out/edit_model_face_stage1/traditional_eval_metrics/val20_metrics_qalign.csv"),
Path("out/edit_model_face_stage1/traditional_eval_metrics/val100_metrics_qalign.csv"),
]
for path in paths:
if not path.exists():
continue
rows = list(csv.DictReader(path.open()))
by_method = defaultdict(list)
for row in rows:
by_method[row["method"]].append(row)
print("====", path)
print("rows", len(rows), "errors", sum(1 for row in rows if row.get("error")))
fields = [f for f in rows[0].keys() if f not in {"split", "sample_id", "method", "instruction", "source_video", "edited_video", "error"}]
for method in sorted(by_method):
print("--", method, "n", len(by_method[method]))
for field in fields:
values = []
for row in by_method[method]:
value = row.get(field, "")
if value and value not in {"None", "inf"}:
try:
values.append(float(value))
except ValueError:
pass
if values:
print(field, sum(values) / len(values))
PY
5. 为什么 CoTracker / GroundingDINO 不在统一脚本默认跑
CoTracker3已下载,但 FiVE/IVE 的 motion fidelity 不是简单逐帧 cosine;需要轨迹采样、遮挡处理和 benchmark 自己的 matching/aggregation 逻辑。可以后续单独接一个run_cotracker_metrics.py,不建议混进当前轻量 CSV 脚本。GroundingDINO的 Quantity Accuracy 需要每条样本的target_span和目标数量。当前val20/val100manifest 只有instruction/source_video/edited_video,没有结构化数量字段,所以不能可靠跑 IVE 的 QA。CLIPS.edit、FiVE background preservation 的正式版本需要 edit mask。当前 manifest 没有 mask,只能跑全图近似 PSNR/LPIPS/MSE/SSIM。