## Description

PVC Dreams is a concept LoRA exploring vinyl and PVC fashion rendering. Glossy surfaces, light reflections, form-fitting silhouettes — the material science of synthetic fabrics applied to fashion photography and illustration.

An experimental release with three base model versions. Flux handles the reflective surfaces most convincingly; Illustrious adds stylized sheen; Qwen offers a painterly take on synthetic textures.

## Gallery

## Download

### Flux v1

Download pvc-dreams-v1-flux.safetensors (37.92 MB)

SHA256: e4b51e826abd3cae61322b90bfd6cd9923ff9602b26f99df9df4a209bc36a530

Model
Base Model	Flux1	Training Precision	fp8
License	Non-Commercial License	Base License	Flux1.Dev License
Network Type
Network	Lora	Network Precision	bf16
Training Parameters
Optimizer	Adafactor	Steps	3000
Learning Rate	4e-04	Training Images	27780
Dimension	4	Alpha	1
Min SNR Gamma	5	Weight Decay	None

### Illustrious v1

Download pvc-dreams-v1-illu.safetensors (23.79 MB)

SHA256: a841684b7a77c2b0f8e44c511c429e3337636bd7f0d48446a832440c2805d0aa

Model
Base Model	Illustrious	Training Precision	bf16
License	Non-Commercial License
Network Type
Network	Lora	Network Precision	bf16
Training Parameters
Steps	6000
Dimension		Alpha
Min SNR Gamma	None	Weight Decay	None

### Qwen v4

Download pvc-dreams-v4-qwen.safetensors (70.53 MB)

SHA256: 9e985444830160edd0149b10902ab3530fa6018206270d85e7fb51a87a1ae808

Model
Base Model	Qwen	Training Precision	bf16
License	Non-Commercial License
Network Type
Network	Lora	Network Precision	bf16
Training Parameters
Steps	3000
Dimension		Alpha
Min SNR Gamma	None	Weight Decay	None

## Recommended Parameters

### Tips

Resolution: 832×1216 (portrait) for full-body fashion shots
Lighting: Dramatic studio lighting, neon, and wet surfaces enhance the PVC reflections
Materials: Specify “PVC”, “vinyl”, “latex”, “glossy” — the model differentiates between synthetic materials
Strength: 0.6-0.8 for subtle material influence, 0.9+ for full vinyl transformation

## Training Notes

Experimental series exploring how different base models render synthetic materials. Four training iterations with Qwen receiving the most refinement.

Quality: 3.5/5 — experimental but effective, especially on Flux