A custom LoRA (Low-Rank Adaptation) trained on 300 high-quality art images using an RTX 5090 GPU, optimized for generating images in a unique artistic style.
This is a custom-trained LoRA model that captures a unique artistic style trained on 300 carefully curated images. The model is lightweight, fast, and can be easily integrated into existing Stable Diffusion workflows.
Key Features
Lightweight - Only 576 MB (LoRA weights)
Fast - Generates high-quality images in seconds
Unique Style - Trained on 300 custom images
High Performance - 2500 training steps for optimal quality
GPU Optimized - Trained with RTX 5090 + CUDA 12.8
Easy Integration - Works with Automatic1111, ComfyUI, and Diffusers
System Architecture
System Architecture Diagram
Architecture Highlights
Input: Text prompts + negative prompts
Encoding: CLIP text encoder tokenizes and embeds descriptions
Diffusion: Trained UNet with LoRA adapters (2500 steps)
Denoising: DPM++ scheduler for fast, high-quality generation
Output: High-fidelity images in your unique style
Model Specifications
Specification
Value
Base Model
Stable Diffusion 1.5
Training Method
LoRA (Low-Rank Adaptation)
Network Dimension
256
Network Alpha
128
Model Size
576 MB
Training Steps
2500
Training Images
300
Image Resolution
768x768 (training)
Batch Size
2
Learning Rate
5e-5
Optimizer
AdamW8bit
Scheduler
Cosine with Restarts
Precision
bf16 (Bfloat16)
Hardware
RTX 5090 + CUDA 12.8
Training Time
~90 minutes
Comparison with Other Models
LoRA vs DreamBooth vs Textual Inversion
Feature
My LoRA
DreamBooth
Textual Inversion
File Size
576 MB
4-7 GB
10-50 MB
Training Speed
90 min
4-8 hours
30 min
Quality
Excellent
Best
Good
VRAM Usage
8-12 GB
20-40 GB
4-6 GB
Reusability
Excellent
Limited
Limited
Stack Multiple
Yes
Hard
Yes
Flexibility
High
High
Low
Learning Curve
Easy
Hard
Easy
Why Our LoRA Beats Others
vs DreamBooth
Smaller file (576 MB vs 4GB+)
Faster training (90 min vs 4+ hours)
More stackable (combine multiple LoRAs easily)
Less VRAM (fit in 8GB GPUs)
vs Textual Inversion
Better quality (300 images vs token embedding)
More control (LoRA weights adjustable 0.0-1.0)
More training data (learns broader style)
Better generalization (works across subjects)
vs Base Stable Diffusion
Aspect
Base SD 1.5
Our LoRA
Personalization
Generic
Unique
Consistency
Random
Consistent
Style Control
None
Full
Quality
Good
Better
Usage
Quick Start
bash
1# 1. Download this LoRA2git lfs install3git clone https://huggingface.co/username/my-art-style-lora
45# 2. Use in your project6from diffusers import StableDiffusionPipeline
78pipe = StableDiffusionPipeline.from_pretrained("runwayml/stable-diffusion-v1-5")9pipe.load_lora_weights("path/to/my-art-style-lora")