Sign In

🐾 Mint (NTE) | Meowtastic Character LoRA 🐾

100

Download

1 variant available

SafeTensor

33.14 MB

Verified:

Type

LoRA

Stats

56

100

Reviews

Published

May 25, 2026

Base Model

Anima

Hash

AutoV2
D804FAB3D3

Trigger Words

mint_nte
very long blue hair, pink streaks, ahoge, red eyes, cat ears, cat tail,
white crop jacket, short sleeves, black corset, black pleated skirt, white thighhighs, thigh strap, black boots, black gloves, cat plush hair ornament, id card, cat-shaped hip pouch with tail, cat bell,

Created on Civitai

The Anima Model is licensed by CircleStone Labs LLC. Copyright CircleStone Labs LLC. IN NO EVENT SHALL CIRCLESTONE LABS LLC BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH USE OF THIS MODEL.

Built on NVIDIA Cosmos

Get ready to add some serious feline flair to your generations! This LoRA brings the adorable and energetic Mint from NTE to life. Purr-fectly trained to capture her signature look, this model will have you generating tail-twitchingly cute images in no time.

Whether she is lounging in a cozy cafe, exploring a cyberpunk city, or showing off a new outfit, this LoRA is highly flexible and ready for your creative prompts!

🐱 Trigger Words & Core Tags

To summon Mint, you will need her main activation tag. While the LoRA is smart, adding her defining features helps the text encoder lock in her exact design.

  • Activation Tag: mint_nte

  • Core Appearance Tags (Recommended): very long blue hair, pink streaks, ahoge, red eyes, cat ears, cat tail, cat plush hair ornament, cat bell

⚙️ Generation Purr-ameters

This LoRA was tested and optimized for the Anima base model. Here are the recommended settings for the best results:

  • LoRA Weight: 0.7 - 1.0 (Pro-tip: If you are using heavy style prompts or complex backgrounds, dial the weight down to 0.7 or 0.8 so Mint doesn't overpower Anima's base style!)

  • Steps: 30 - 50

  • CFG Scale: 4 - 6

  • Samplers: er_sde (for flat colors and sharp lines) or euler_a (for softer, thinner lines).