Maya - The Erotic Temptress [Illustrious]

https://civitai.com/models/1708177/maya-the-erotic-temptress-illustrious

Character LoRA - Maya v2.0 This LoRA was trained on Illustrious XL and features the character Maya with distinctive pink hair.

What's New in v2.0: Closest to original art style yet - Significant improvements over all v1.x versions

Enhanced preprocessing - Completely revamped training data preprocessing pipeline

Extended training cycles - Increased training steps with careful manual selection of optimal checkpoints

Hand-picked model - Each release candidate was manually evaluated for quality and sample consistency

Maintained compatibility - Tags and base model remain unchanged since v1.1 for seamless upgrading

Trigger Words: maya - Primary character trigger

pink_hair - Hair color/style trigger

long_hair - Hair length control (Added in v1.1)

ponytail - Optional hairstyle variation (Added in v1.1 - recommend "low ponytail" for original style)

Previous Updates What's New in v1.2:

Extended training with more epochs for improved stability

More consistent generation results

All v1.1 features remain compatible

The sample images may appear slightly worse than v1.1 because they are now generated using a much simpler workflow. For the best results, I recommend using waiNSFWIllustrious or other Illustrious models with sophisticated workflows like 2-pass generation.

What's New in v1.1:

Changed base model to waiNSFWIllustrious_v140.safetensors

Improved quality of training data

Standard generation methods should work better now

Art style now looks more like the original style

Added new trigger word "long_hair"

Optionally "ponytail" - if you prefer ponytail, recommend low ponytail to preserve original art style

Important Usage Notes: Due to the original training images having poor quality, this LoRA may not work well with standard generation methods

Recommended workflow: Use the embedded ComfyUI workflow included in the sample images for best results

Load the workflow directly into ComfyUI for optimal generation quality