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# Hugging Face Integration Guide

## Overview

Byte Dream now includes full Hugging Face Hub integration, allowing you to:
- Upload trained models to HF Hub with `push_to_hub()`
- Download and use models from HF Hub with `from_pretrained()`
- Load models directly in the generator using `hf_repo_id` parameter
- Deploy to Hugging Face Spaces easily

## Quick Start

### 1. Get Your Hugging Face Token

1. Go to https://huggingface.co/settings/tokens
2. Click "New token"
3. Give it a name (e.g., "Byte Dream")
4. Select "Write" permissions
5. Copy the token (starts with `hf_...`)

### 2. Upload Your Model to Hugging Face

After training your model:

```bash

# Method 1: Interactive (recommended)

python publish_to_hf.py



# You'll be prompted for:

# - Your HF token

# - Repository ID (e.g., Enzo8930302/ByteDream)

```

Or programmatically:

```python

from bytedream import ByteDreamGenerator



# Load your trained model

generator = ByteDreamGenerator(model_path="./models/bytedream")



# Upload to Hugging Face

generator.push_to_hub(

    repo_id="your_username/ByteDream",

    token="hf_xxxxxxxxxxxxx",  # Your HF token

    private=False,  # Set True for private model

)

```

### 3. Use Model from Hugging Face

#### Python API

```python

from bytedream import ByteDreamGenerator



# Load directly from HF Hub

generator = ByteDreamGenerator(hf_repo_id="your_username/ByteDream")



# Generate image

image = generator.generate(

    prompt="A beautiful sunset over mountains",

    num_inference_steps=50,

    guidance_scale=7.5

)



image.save("output.png")

```

#### Command Line

```bash

# Generate using model from HF

python infer.py \

  --prompt "A dragon flying over castle" \

  --hf_repo "your_username/ByteDream" \

  --output dragon.png

```

#### Gradio Web Interface

```bash

# Set environment variable

export HF_REPO_ID=your_username/ByteDream



# Run app (will load from HF)

python app.py

```

## Detailed Usage

### Upload Methods

#### Method 1: publish_to_hf.py (Recommended)

```bash

python publish_to_hf.py [token] [repo_id]



# Examples:

python publish_to_hf.py

python publish_to_hf.py hf_xxxx Enzo8930302/ByteDream

```

#### Method 2: upload_to_hf.py

```bash

python upload_to_hf.py \

  --model_path ./models/bytedream \

  --repo_id your_username/ByteDream \

  --token hf_xxxx \

  --private  # Optional: make repository private

```

#### Method 3: Python API

```python

from bytedream import ByteDreamGenerator



generator = ByteDreamGenerator(model_path="./models/bytedream")



generator.push_to_hub(

    repo_id="your_username/ByteDream",

    token="hf_xxxx",

    private=False,

    commit_message="Upload Byte Dream model v1.0"

)

```

### Download/Load Methods

#### Method 1: Generator with hf_repo_id

```python

from bytedream import ByteDreamGenerator



# Automatically downloads from HF

generator = ByteDreamGenerator(

    hf_repo_id="your_username/ByteDream",

    config_path="config.yaml",

    device="cpu"

)

```

#### Method 2: Pipeline from_pretrained



```python

from bytedream.pipeline import ByteDreamPipeline

import torch



# Load pipeline directly from HF

pipeline = ByteDreamPipeline.from_pretrained(
    "your_username/ByteDream",

    device="cpu",

    dtype=torch.float32

)


# Generate
result = pipeline(
    prompt="Your prompt here",

    num_inference_steps=50,

    guidance_scale=7.5

)


result[0].save("output.png")
```



#### Method 3: Local Directory



```python

from bytedream.pipeline import ByteDreamPipeline



# First download manually or save locally

pipeline = ByteDreamPipeline.from_pretrained(

    "./models/bytedream",  # Local path

    device="cpu"

)

```

## Deploy to Hugging Face Spaces

### Option 1: Manual Deployment

1. **Create Space**
   - Go to https://huggingface.co/spaces
   - Click "Create new Space"
   - Choose Gradio SDK
   - Select CPU hardware (Basic tier is free)

2. **Upload Files**
   ```bash

   cd your_space_directory

   git lfs install

   git clone https://huggingface.co/spaces/your_username/your_space

   cp -r ../Byte Dream/* your_space/

   git add .

   git commit -m "Initial commit"

   git push

   ```

3. **Set Environment Variable**
   - In your Space settings
   - Add `HF_REPO_ID` variable with value `your_username/ByteDream`

4. **Deploy**
   - The app will automatically deploy
   - Available at: `https://huggingface.co/spaces/your_username/your_space`

### Option 2: Using Spaces SDK

```python

# In your Byte Dream directory

from huggingface_hub import HfApi



api = HfApi()



# Create and push space

api.create_repo(

    repo_id="your_username/ByteDream-Space",

    repo_type="space",

    space_sdk="gradio",

    token="hf_xxxx"

)



api.upload_folder(

    folder_path=".",

    repo_id="your_username/ByteDream-Space",

    repo_type="space",

    token="hf_xxxx"

)

```

## Configuration

### Environment Variables

```bash

# Load model from HF in app.py

export HF_REPO_ID=your_username/ByteDream



# Custom model path

export MODEL_PATH=./models/bytedream

```

### Model Files Structure

When uploaded to HF, your model will have this structure:

```

your_username/ByteDream/

β”œβ”€β”€ unet/

β”‚   └── pytorch_model.bin      # UNet weights

β”œβ”€β”€ vae/

β”‚   └── pytorch_model.bin      # VAE weights

β”œβ”€β”€ scheduler/

β”‚   └── scheduler_config.json  # Scheduler config

β”œβ”€β”€ model_index.json           # Pipeline config

β”œβ”€β”€ config.yaml                # Full configuration

└── README.md                  # Model card

```

## Examples

### Example 1: Complete Workflow

```python

from bytedream import ByteDreamGenerator



# 1. Train model

# python train.py



# 2. Load trained model

generator = ByteDreamGenerator(model_path="./models/bytedream")



# 3. Test generation

image = generator.generate("Test prompt")

image.save("test.png")



# 4. Upload to HF

generator.push_to_hub(

    repo_id="Enzo8930302/ByteDream",

    token="hf_xxxx"

)



print("βœ“ Model uploaded!")

```

### Example 2: Use Community Models

```python

from bytedream import ByteDreamGenerator



# Load community model

generator = ByteDreamGenerator(

    hf_repo_id="community-member/fantasy-model"

)



# Generate fantasy art

image = generator.generate(

    prompt="Majestic dragon, fantasy landscape, dramatic lighting",

    num_inference_steps=75,

    guidance_scale=9.0

)



image.save("dragon.png")

```

### Example 3: Batch Processing

```python

from bytedream import ByteDreamGenerator



generator = ByteDreamGenerator(hf_repo_id="your_username/ByteDream")



prompts = [

    "Sunset over mountains",

    "Cyberpunk city at night",

    "Fantasy castle in clouds",

    "Underwater coral reef",

]



images = generator.generate_batch(

    prompts=prompts,

    width=512,

    height=512,

    num_inference_steps=50,

)



for i, img in enumerate(images):

    img.save(f"image_{i}.png")

```

## Troubleshooting

### Error: "Repository not found"

**Solution**: Make sure the repository exists and is public, or you have proper authentication.

```python

# For private repos, provide token

generator = ByteDreamGenerator(

    hf_repo_id="your_username/private-model",

    config_path="config.yaml"

)

# Token should be configured in ~/.cache/huggingface/token

```

### Error: "Model not trained"

**Solution**: Train the model first or download pretrained weights.

```bash

# Train model

python train.py



# Or download from HF

python infer.py --hf_repo username/model --prompt "test"

```

### Error: "Out of memory"

**Solution**: Reduce image size or enable memory efficient mode.

```python

generator = ByteDreamGenerator(hf_repo_id="username/model")

generator.pipeline.enable_memory_efficient_mode()



image = generator.generate(

    prompt="...",

    width=256,  # Smaller size

    height=256,

)

```

## Best Practices

1. **Token Security**: Never commit your HF token to git
   - Use environment variables
   - Store in `~/.cache/huggingface/token`

2. **Model Versioning**: Use meaningful commit messages
   ```python

   generator.push_to_hub(

       repo_id="username/ByteDream",

       commit_message="Add v2.0 with improved quality"

   )

   ```

3. **Private Models**: For proprietary models
   ```python

   generator.push_to_hub(

       repo_id="username/private-model",

       private=True

   )

   ```

4. **Model Cards**: Include good README
   - Describe training data
   - Show example prompts
   - List known limitations

## API Reference

### ByteDreamGenerator

```python

class ByteDreamGenerator:

    def __init__(

        self,

        model_path: Optional[str] = None,

        config_path: str = "config.yaml",

        device: str = "cpu",

        hf_repo_id: Optional[str] = None,  # NEW!

    )

    

    def push_to_hub(

        self,

        repo_id: str,

        token: Optional[str] = None,

        private: bool = False,

        commit_message: str = "Upload Byte Dream model",

    )

    

    def save_pretrained(self, save_directory: str)

```

### ByteDreamPipeline

```python

class ByteDreamPipeline:

    @classmethod

    def from_pretrained(

        cls,

        model_path: Union[str, Path],  # Can be HF repo ID!

        device: str = "cpu",

        dtype: torch.dtype = torch.float32,

    ) -> "ByteDreamPipeline"

    

    def save_pretrained(self, save_directory: Union[str, Path])

```

## Resources

- Hugging Face Hub: https://huggingface.co
- Documentation: https://huggingface.co/docs/hub
- Spaces: https://huggingface.co/spaces
- Token settings: https://huggingface.co/settings/tokens

## Support

For issues or questions:
1. Check this guide first
2. Review error messages carefully
3. Check Hugging Face documentation
4. Open GitHub issue

---

**Happy Generating! 🎨**