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MANIFEST.md CHANGED
@@ -12,6 +12,12 @@ checkpoints used for the paper results, not the later validation runs.
12
  ImageNet-512 results.
13
  - `vae/e2e-flux-vae-sit-imagenet-s2/`: T2I variant A VAE (FLUX.1 init).
14
  - `vae/e2e-flux-vae-mmdit-l2-t2i-s2/`: T2I variant B VAE (FLUX.1 init).
 
 
 
 
 
 
15
  - `vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/`: 32-channel f8d32 E2E FLUX.2 VAE
16
  (three-stage aspect-ratio-bucketed E2E + decoder finetune).
17
 
@@ -21,16 +27,19 @@ Every VAE directory contains:
21
  - `<name>-latents-stats.pt`: required latent normalization statistics.
22
  - `<name>-discriminator-ckpt.pt`: only needed to resume end-to-end training.
23
 
24
- In addition, `vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/` includes:
25
 
26
- - `e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k.safetensors` and `diffusion_pytorch_model.safetensors`:
27
- diffusers-compatible safetensors weights.
28
- - `config.json` and `vae_params.json`: diffusers configuration and explicit per-channel
29
- `scaling_factor` and `shift_factor`:
30
- - `--vae_pth=vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k.safetensors`
31
- - `--model.vae.scaling_factor=[0.887221,0.886926,0.887096,0.881914,0.886901,0.887307,0.886685,0.886833,0.886540,0.886646,0.887031,0.887073,0.887381,0.886768,0.887299,0.885674,0.886466,0.886795,0.886979,0.886519,0.886949,0.886949,0.887036,0.886828,0.887344,0.887004,0.886816,0.886799,0.887354,0.887523,0.887012,0.886643]`
32
- - `--model.vae.shift_factor=[-0.000623,0.000143,0.000282,0.001599,-0.001093,-0.000477,0.000855,-0.000830,-0.000883,0.001076,-0.000417,0.000200,0.000626,-0.000649,-0.000137,0.001453,-0.000816,-0.000307,-0.000290,0.000662,0.000484,0.000993,0.000574,-0.000139,-0.000914,0.000578,-0.000691,-0.000323,0.000619,-0.000606,-0.000372,0.000437]`
33
- - `e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k-stage2-bn-latents-stats.pt`: Stage-2 70k SiT EMA BatchNorm statistics.
 
 
 
34
 
35
  Keep each VAE and its latent statistics together.
36
 
@@ -65,16 +74,36 @@ GenEval/DPG generation scripts. Pass the matching VAE, latent statistics and
65
  `--text-encoder-name openai/clip-vit-large-patch14`; no checkpoint conversion
66
  is required.
67
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
68
  ## Checkpoint formats produced by the repository
69
 
70
- - `train_prior_only.py` and `train_t2i_frozen.py` save final checkpoints in
71
- direct evaluation format.
72
  - Class-conditional `train_e2e.py` checkpoints can be used directly by the
73
  top-level `generate.py`; all `train_e2e.py`, `train_e2e_vae.py`, and
74
  `train_decoder_ft.py` checkpoints can be evaluated directly for reconstruction.
75
  Before using either checkpoint's VAE with a separate prior, run
76
- `Prior_only/scripts/run_prior_only_pipeline.sh extract`, which calls
77
- `save_vae_weights.py` to produce a standalone VAE bundle.
78
  - A downloaded VAE bundle is already extracted and must not be extracted again.
79
 
80
  Weights are released under CC BY-NC 4.0. See the repository's
 
12
  ImageNet-512 results.
13
  - `vae/e2e-flux-vae-sit-imagenet-s2/`: T2I variant A VAE (FLUX.1 init).
14
  - `vae/e2e-flux-vae-mmdit-l2-t2i-s2/`: T2I variant B VAE (FLUX.1 init).
15
+ - `vae/qwenvit-siglip-b256-s2/`: Qwen3-VL ViT + ViT decoder VAE shaped with
16
+ E2E + SigLIP supervision (Table 9).
17
+ - `vae/qwenvit-nlltrunk-s2/`: Qwen3-VL ViT + ViT decoder VAE shaped with
18
+ E2E + VLM-NLL supervision (Table 9).
19
+ - `vae/e2e-joint-gan-l2-330k/`: Jointly E2E-shaped FLUX.1 image VAE + Cola text
20
+ VAE (Table 10).
21
  - `vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/`: 32-channel f8d32 E2E FLUX.2 VAE
22
  (three-stage aspect-ratio-bucketed E2E + decoder finetune).
23
 
 
27
  - `<name>-latents-stats.pt`: required latent normalization statistics.
28
  - `<name>-discriminator-ckpt.pt`: only needed to resume end-to-end training.
29
 
30
+ In addition:
31
 
32
+ - `vae/e2e-joint-gan-l2-330k/` includes `e2e-joint-gan-l2-330k-text-vae.pt`
33
+ (standalone E2E-reshaped Cola text VAE state dict).
34
+ - `vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/` includes:
35
+ - `e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k.safetensors` and `diffusion_pytorch_model.safetensors`:
36
+ diffusers-compatible safetensors weights.
37
+ - `config.json` and `vae_params.json`: diffusers configuration and explicit per-channel
38
+ `scaling_factor` and `shift_factor`:
39
+ - `--vae_pth=vae/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k/e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k.safetensors`
40
+ - `--model.vae.scaling_factor=[0.887221,0.886926,0.887096,0.881914,0.886901,0.887307,0.886685,0.886833,0.886540,0.886646,0.887031,0.887073,0.887381,0.886768,0.887299,0.885674,0.886466,0.886795,0.886979,0.886519,0.886949,0.886949,0.887036,0.886828,0.887344,0.887004,0.886816,0.886799,0.887354,0.887523,0.887012,0.886643]`
41
+ - `--model.vae.shift_factor=[-0.000623,0.000143,0.000282,0.001599,-0.001093,-0.000477,0.000855,-0.000830,-0.000883,0.001076,-0.000417,0.000200,0.000626,-0.000649,-0.000137,0.001453,-0.000816,-0.000307,-0.000290,0.000662,0.000484,0.000993,0.000574,-0.000139,-0.000914,0.000578,-0.000691,-0.000323,0.000619,-0.000606,-0.000372,0.000437]`
42
+ - `e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k-stage2-bn-latents-stats.pt`: Stage-2 70k SiT EMA BatchNorm statistics.
43
 
44
  Keep each VAE and its latent statistics together.
45
 
 
74
  `--text-encoder-name openai/clip-vit-large-patch14`; no checkpoint conversion
75
  is required.
76
 
77
+ ## Shared visual latents (generation + understanding, Table 9)
78
+
79
+ - `shared-latents/siglip/eit-qwenvit-siglip-t2i-512.pt`, paired with
80
+ `vae/qwenvit-siglip-b256-s2/` (`0.90` GenEval, `83.76` DPG-Bench, `79.25%` IN1K linear probe).
81
+ - `shared-latents/vlm-nll/eit-qwenvit-vlm-nll-t2i-512.pt`, paired with
82
+ `vae/qwenvit-nlltrunk-s2/` (`0.89` GenEval, `83.49` DPG-Bench, `81.69%` IN1K linear probe).
83
+
84
+ Directly accepted by `Prior_only/infer_t2i.py` and `Prior_only/gen_for_bench.py`
85
+ with `--vae-arch qwenvit --vae-vit-path Qwen/Qwen3-VL-2B-Instruct`.
86
+
87
+ ## Unified text-image modeling (`JointMMDiT-XL/2`, Table 10)
88
+
89
+ - `unified-text-image/e2e-joint/eit-joint-e2e-text-e2e-img-512-sft.pt`: Phase-3
90
+ 512x512 SFT checkpoint for text-to-image (`86.57` GenEval, `72.68` DPG-Bench).
91
+ - `unified-text-image/e2e-joint/eit-joint-e2e-text-e2e-img-512.pt`: Phase-2
92
+ 512x512 checkpoint before SFT for image-to-text COCO captioning (`33.28` CIDEr,
93
+ `57.97` CLIPScore).
94
+ - Both pair with `vae/e2e-joint-gan-l2-330k/` (`--image-vae-ckpt vae/e2e-joint-gan-l2-330k/e2e-joint-gan-l2-330k.pt`;
95
+ the reshaped text VAE weights are already embedded inside `ckpt["text_vae"]`).
96
+
97
  ## Checkpoint formats produced by the repository
98
 
99
+ - `train_prior_only.py`, `train_t2i_frozen.py`, and `train_joint_frozen.py` save
100
+ final checkpoints in direct evaluation format.
101
  - Class-conditional `train_e2e.py` checkpoints can be used directly by the
102
  top-level `generate.py`; all `train_e2e.py`, `train_e2e_vae.py`, and
103
  `train_decoder_ft.py` checkpoints can be evaluated directly for reconstruction.
104
  Before using either checkpoint's VAE with a separate prior, run
105
+ `Prior_only/scripts/run_prior_only_pipeline.sh extract` (or `save_joint_vae_weights.py`
106
+ for `train_joint_e2e.py`), which produces a standalone VAE bundle.
107
  - A downloaded VAE bundle is already extracted and must not be extracted again.
108
 
109
  Weights are released under CC BY-NC 4.0. See the repository's
MODEL_CARD.md CHANGED
@@ -84,6 +84,23 @@ rewriting. The two variants differ only in which VAE they were trained on.
84
  | EiT T2I, variant A | 512x512 | **0.8987** | **82.60** |
85
  | EiT T2I, variant B | 512x512 | 0.8920 | 82.06 |
86
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
87
  ### End-to-end VAEs
88
 
89
  Reconstruction quality of the posterior mean, measured at the resolution the
@@ -95,6 +112,9 @@ VAE is used at.
95
  | `f16d32` | 16x, 32ch | VA-VAE (LightningDiT) | 0.36 | 25.82 | 0.74 | 0.12 |
96
  | `f8d16` variant A | 8x, 16ch | FLUX.1 VAE | 0.23 | 29.43 | 0.85 | 0.07 |
97
  | `f8d16` variant B | 8x, 16ch | FLUX.1 VAE | 0.21 | 29.37 | 0.85 | 0.07 |
 
 
 
98
  | `f8d32` (`e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k`, @512) | 8x, 32ch | FLUX.2 VAE | **0.041** | **36.46** | **0.953** | **0.026** |
99
 
100
  **A VAE and its latent statistics must be kept together.** The prior was
 
84
  | EiT T2I, variant A | 512x512 | **0.8987** | **82.60** |
85
  | EiT T2I, variant B | 512x512 | 0.8920 | 82.06 |
86
 
87
+ ### Shared visual latents (generation + understanding)
88
+
89
+ `MMDiT-XL/2` on a frozen Qwen3-VL ViT autoencoder (`--vae-arch qwenvit`) shaped end-to-end with a generative prior plus representation supervision (`SigLIP` or `VLM-NLL`, Table 9 in the paper).
90
+
91
+ | Checkpoint | VAE bundle | Supervision | Resolution | rFID ↓ | PSNR ↑ | GenEval ↑ | DPG-Bench ↑ | Linear Probe Top-1 (%) ↑ |
92
+ |---|---|---|---|---|---|---|---|---|
93
+ | `shared-latents/siglip/eit-qwenvit-siglip-t2i-512.pt` | `vae/qwenvit-siglip-b256-s2/` | E2E + SigLIP | 512x512 | **0.39** | **27.64** | **0.90** | **83.76** | 79.25 |
94
+ | `shared-latents/vlm-nll/eit-qwenvit-vlm-nll-t2i-512.pt` | `vae/qwenvit-nlltrunk-s2/` | E2E + VLM-NLL | 512x512 | 0.46 | 27.19 | 0.89 | 83.49 | **81.69** |
95
+
96
+ ### Unified text-image modeling (`JointMMDiT-XL/2`)
97
+
98
+ Bidirectional block-causal `JointMMDiT-XL/2` trained on the jointly E2E-shaped text VAE (Cola) and image VAE (FLUX.1) (`vae/e2e-joint-gan-l2-330k/`, Table 10 in the paper). The phase-3 SFT checkpoint (`-512-sft.pt`) is used for text-to-image (GenEval / DPG-Bench), and the phase-2 pre-SFT checkpoint (`-512.pt`) is used for image-to-text COCO captioning.
99
+
100
+ | Checkpoints | Setting | GenEval ↑ | DPG-Bench ↑ | CIDEr ↑ | BLEU-4 ↑ | METEOR ↑ | ROUGE-L ↑ | SPICE ↑ | CLIPScore ↑ |
101
+ |---|---|---|---|---|---|---|---|---|---|
102
+ | `unified-text-image/e2e-joint/eit-joint-e2e-text-e2e-img-512-sft.pt` (T2I) & `eit-joint-e2e-text-e2e-img-512.pt` (I2T) | E2E-joint text + image VAEs | **86.57** | **72.68** | **33.28** | **7.76** | **17.74** | **34.16** | **11.81** | **57.97** |
103
+
104
  ### End-to-end VAEs
105
 
106
  Reconstruction quality of the posterior mean, measured at the resolution the
 
112
  | `f16d32` | 16x, 32ch | VA-VAE (LightningDiT) | 0.36 | 25.82 | 0.74 | 0.12 |
113
  | `f8d16` variant A | 8x, 16ch | FLUX.1 VAE | 0.23 | 29.43 | 0.85 | 0.07 |
114
  | `f8d16` variant B | 8x, 16ch | FLUX.1 VAE | 0.21 | 29.37 | 0.85 | 0.07 |
115
+ | `qwenvit-siglip-b256-s2` | 8x, 16ch | Qwen3-VL ViT + ViT decoder (SigLIP) | 0.39 | 27.64 | – | – |
116
+ | `qwenvit-nlltrunk-s2` | 8x, 16ch | Qwen3-VL ViT + ViT decoder (VLM-NLL) | 0.46 | 27.19 | – | – |
117
+ | `e2e-joint-gan-l2-330k` | 8x, 16ch (image) + 16d (text) | FLUX.1 VAE + Cola Text VAE | – | – | – | – |
118
  | `f8d32` (`e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k`, @512) | 8x, 32ch | FLUX.2 VAE | **0.041** | **36.46** | **0.953** | **0.026** |
119
 
120
  **A VAE and its latent statistics must be kept together.** The prior was
README.md CHANGED
@@ -84,6 +84,23 @@ rewriting. The two variants differ only in which VAE they were trained on.
84
  | EiT T2I, variant A | 512x512 | **0.8987** | **82.60** |
85
  | EiT T2I, variant B | 512x512 | 0.8920 | 82.06 |
86
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
87
  ### End-to-end VAEs
88
 
89
  Reconstruction quality of the posterior mean, measured at the resolution the
@@ -95,6 +112,9 @@ VAE is used at.
95
  | `f16d32` | 16x, 32ch | VA-VAE (LightningDiT) | 0.36 | 25.82 | 0.74 | 0.12 |
96
  | `f8d16` variant A | 8x, 16ch | FLUX.1 VAE | 0.23 | 29.43 | 0.85 | 0.07 |
97
  | `f8d16` variant B | 8x, 16ch | FLUX.1 VAE | 0.21 | 29.37 | 0.85 | 0.07 |
 
 
 
98
  | `f8d32` (`e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k`, @512) | 8x, 32ch | FLUX.2 VAE | **0.041** | **36.46** | **0.953** | **0.026** |
99
 
100
  **A VAE and its latent statistics must be kept together.** The prior was
 
84
  | EiT T2I, variant A | 512x512 | **0.8987** | **82.60** |
85
  | EiT T2I, variant B | 512x512 | 0.8920 | 82.06 |
86
 
87
+ ### Shared visual latents (generation + understanding)
88
+
89
+ `MMDiT-XL/2` on a frozen Qwen3-VL ViT autoencoder (`--vae-arch qwenvit`) shaped end-to-end with a generative prior plus representation supervision (`SigLIP` or `VLM-NLL`, Table 9 in the paper).
90
+
91
+ | Checkpoint | VAE bundle | Supervision | Resolution | rFID ↓ | PSNR ↑ | GenEval ↑ | DPG-Bench ↑ | Linear Probe Top-1 (%) ↑ |
92
+ |---|---|---|---|---|---|---|---|---|
93
+ | `shared-latents/siglip/eit-qwenvit-siglip-t2i-512.pt` | `vae/qwenvit-siglip-b256-s2/` | E2E + SigLIP | 512x512 | **0.39** | **27.64** | **0.90** | **83.76** | 79.25 |
94
+ | `shared-latents/vlm-nll/eit-qwenvit-vlm-nll-t2i-512.pt` | `vae/qwenvit-nlltrunk-s2/` | E2E + VLM-NLL | 512x512 | 0.46 | 27.19 | 0.89 | 83.49 | **81.69** |
95
+
96
+ ### Unified text-image modeling (`JointMMDiT-XL/2`)
97
+
98
+ Bidirectional block-causal `JointMMDiT-XL/2` trained on the jointly E2E-shaped text VAE (Cola) and image VAE (FLUX.1) (`vae/e2e-joint-gan-l2-330k/`, Table 10 in the paper). The phase-3 SFT checkpoint (`-512-sft.pt`) is used for text-to-image (GenEval / DPG-Bench), and the phase-2 pre-SFT checkpoint (`-512.pt`) is used for image-to-text COCO captioning.
99
+
100
+ | Checkpoints | Setting | GenEval ↑ | DPG-Bench ↑ | CIDEr ↑ | BLEU-4 ↑ | METEOR ↑ | ROUGE-L ↑ | SPICE ↑ | CLIPScore ↑ |
101
+ |---|---|---|---|---|---|---|---|---|---|
102
+ | `unified-text-image/e2e-joint/eit-joint-e2e-text-e2e-img-512-sft.pt` (T2I) & `eit-joint-e2e-text-e2e-img-512.pt` (I2T) | E2E-joint text + image VAEs | **86.57** | **72.68** | **33.28** | **7.76** | **17.74** | **34.16** | **11.81** | **57.97** |
103
+
104
  ### End-to-end VAEs
105
 
106
  Reconstruction quality of the posterior mean, measured at the resolution the
 
112
  | `f16d32` | 16x, 32ch | VA-VAE (LightningDiT) | 0.36 | 25.82 | 0.74 | 0.12 |
113
  | `f8d16` variant A | 8x, 16ch | FLUX.1 VAE | 0.23 | 29.43 | 0.85 | 0.07 |
114
  | `f8d16` variant B | 8x, 16ch | FLUX.1 VAE | 0.21 | 29.37 | 0.85 | 0.07 |
115
+ | `qwenvit-siglip-b256-s2` | 8x, 16ch | Qwen3-VL ViT + ViT decoder (SigLIP) | 0.39 | 27.64 | – | – |
116
+ | `qwenvit-nlltrunk-s2` | 8x, 16ch | Qwen3-VL ViT + ViT decoder (VLM-NLL) | 0.46 | 27.19 | – | – |
117
+ | `e2e-joint-gan-l2-330k` | 8x, 16ch (image) + 16d (text) | FLUX.1 VAE + Cola Text VAE | – | – | – | – |
118
  | `f8d32` (`e2e-vae-flux2-sitxl2-auxkl2p5e8-s3-20k`, @512) | 8x, 32ch | FLUX.2 VAE | **0.041** | **36.46** | **0.953** | **0.026** |
119
 
120
  **A VAE and its latent statistics must be kept together.** The prior was
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