Instructions to use thedeoxen/MOSS-Image-lineart-controlnet with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- Diffusers
How to use thedeoxen/MOSS-Image-lineart-controlnet with Diffusers:
pip install -U diffusers transformers accelerate
from diffusers import ControlNetModel, StableDiffusionControlNetPipeline controlnet = ControlNetModel.from_pretrained("thedeoxen/MOSS-Image-lineart-controlnet") pipe = StableDiffusionControlNetPipeline.from_pretrained( "OpenMOSS-Team/MOSS-Image-SFT", controlnet=controlnet ) - Notebooks
- Google Colab
- Kaggle
- Local Apps Settings
- Draw Things
MOSS-Image-SFT β Lineart Control LoRA
Short description
A lineart Control LoRA for MOSS-Image-SFT. Feed a fine white line drawing on black. The model follows those lines, and the prompt sets color, material and style.
This is a ControlNet-style edit LoRA, not the official MOSS color/depth concat adapter. Load it with a LoRA loader and pass one control image through Text Encode MOSS-Image Edit.
Selected checkpoint: training step 5000.
Files
- Weights: moss_image_sft_lineart_control_lora.safetensors
- ComfyUI workflow: moss_image_lineart_control.json
- Repo: thedeoxen/MOSS-Image-lineart-controlnet
Examples
Each preview is one combined image, left to right: control, then three prompts.
Extended description
Follows a clean line drawing: contours without the extra speckle of a raw Canny map. Appearance, materials, clothing and the world come from the text prompt.
The LoRA is rank 64 on linear layers and rank 16 on convolutions. It was trained as an edit adapter: the control image is the reference, and the prompt describes the picture to generate.
How to use
- Load MOSS-Image-SFT: UNet
moss_image_sft_int8_convrot.safetensors, text encoderqwen3.5_9b_w4a8_gptq.safetensorswith typemoss_image, VAEflux2-vae_small.safetensors. - Load this LoRA on the UNet at strength 1.0.
- Build the control map and pass it as the single reference image in Text Encode MOSS-Image Edit.
- Set edit format to
ai-toolkiton both the positive and the negative encode. This LoRA was trained with kv cache on. - Sample with 30 steps, CFG 4,
euler+simple.
No trigger word. The control image sets the structure. The prompt sets identity, materials, clothing and the world.
ComfyUI
The workflow in this repo loads a photo, builds the control map, encodes it with the prompt, and samples.
The included workflow uses Realistic Lineart with coarse enabled. That setting matches the training maps more closely than the fine lineart mode. Lines are white on black.
Also uses the built-in Text Encode MOSS-Image Edit node. Set the edit format to ai-toolkit.
Base model
Trained on and recommended with OpenMOSS-Team/MOSS-Image-SFT.
Typical settings from the included workflow: 30 steps, CFG 4, euler + simple, LoRA strength 1.0.
Negative prompt used in training samples:
nsfw, worst quality, bad anatomy, watermark, jpeg artifact
Example prompt
Full-body photograph of a circus ringmaster in scarlet tails, gold braid and a tall black hat, standing three-quarter view in front of a painted circus tent. One arm raised high, the other holding a slender black cane down at the side. Confetti, saturated color, entire body in frame.
What it does
- Follows a clean line drawing: contours without the extra speckle of a raw Canny map.
- Lets the prompt define identity, materials, clothing and style.
- Works as a single-image control adapter for MOSS-Image-SFT.
Tips
- Sparse white lines on black match training better than a dense sketch.
- Coarse realistic lineart is the preprocessor used for the release workflow.
- Drawings and extracted lineart both work if the line weight stays light.
- Lower the LoRA strength toward 0.7 if the control is too rigid. Strength 1.0 is the trained value.
Use cases
- Coloring a line drawing.
- Turning a photo into a new scene that keeps the same line structure.
- Design sketches where the drawing, not the lighting, should lead.
- Downloads last month
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Model tree for thedeoxen/MOSS-Image-lineart-controlnet
Base model
OpenMOSS-Team/MOSS-Image-Base


