# Tri-Breed Image Dataset Generator
This project aims to create a Python package for generating diverse and enriched image datasets from a small original dataset using three augmentation families:
1. **Traditional Augmentation**: Flips, rotations, scaling, cropping, color jitter, etc., implemented via Albumentations.
2. **Neural Style Transfer (NST)**: Applies artistic/domain-specific textures from style images, implemented with PyTorch + pre-trained fast NST models.
3. **Patch Mixing**: Combines regions from different images (CutMix, MixUp) to boost structural diversity.
## Goals
- Produce lightweight, diverse datasets for small-data training scenarios.
- Allow custom combinations of techniques per batch.
## Features
- **Gradio-based UI**: For interactive usage, allowing users to upload base datasets and optional style images, choose augmentation pipelines and parameters, and preview generated samples in real-time.
- **Python API & CLI**: For batch automation.
- **Export**: To standard dataset formats (COCO, ImageFolder, etc.).
- **Diversity Scoring**: (LPIPS, FID) with visual reports.
## Gradio Workflow Example
1. User uploads original images.
2. Selects techniques (checklist) and parameters (sliders for rotation, blend ratio, style strength).
3. Previews augmented images instantly.
4. Clicks "Generate & Download" to export the batch.
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"description": "# Tri-Breed Image Dataset Generator\r\n\r\nThis project aims to create a Python package for generating diverse and enriched image datasets from a small original dataset using three augmentation families:\r\n\r\n1. **Traditional Augmentation**: Flips, rotations, scaling, cropping, color jitter, etc., implemented via Albumentations.\r\n2. **Neural Style Transfer (NST)**: Applies artistic/domain-specific textures from style images, implemented with PyTorch + pre-trained fast NST models.\r\n3. **Patch Mixing**: Combines regions from different images (CutMix, MixUp) to boost structural diversity.\r\n\r\n## Goals\r\n\r\n- Produce lightweight, diverse datasets for small-data training scenarios.\r\n- Allow custom combinations of techniques per batch.\r\n\r\n## Features\r\n\r\n- **Gradio-based UI**: For interactive usage, allowing users to upload base datasets and optional style images, choose augmentation pipelines and parameters, and preview generated samples in real-time.\r\n- **Python API & CLI**: For batch automation.\r\n- **Export**: To standard dataset formats (COCO, ImageFolder, etc.).\r\n- **Diversity Scoring**: (LPIPS, FID) with visual reports.\r\n\r\n## Gradio Workflow Example\r\n\r\n1. User uploads original images.\r\n2. Selects techniques (checklist) and parameters (sliders for rotation, blend ratio, style strength).\r\n3. Previews augmented images instantly.\r\n4. Clicks \"Generate & Download\" to export the batch.\r\n",
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