Neurocore Anime Cyberpunk by ChronoKnight

Neurocore Anime Cyberpunk by ChronoKnight is an AI model designed for cyberpunk style anime illustration creation. It perfectly combines cyberpunk elements (such as neon lights, virtual reality, future cities, etc.) with the two-dimensional anime style, which can help users quickly generate anime characters, scenes and artworks with a strong sense of the future and technology. Whether it is game development, animation production, or digital art creation, this model can provide creators with rich creative support.

Features

• Cyberpunk style character generation: The AI model can generate two-dimensional characters with cyberpunk characteristics, including high-tech equipment, mechanical implants, etc., showing the feeling of a future city.

• Future city and scene design: Generate cyberpunk backgrounds, including neon cities, virtual reality, and technological environments to enhance the immersion of the work.

• Customized high-tech devices and implants: The model supports the generation of virtual implants, mechanical equipment and other cyberpunk elements of the character.

• Powerful lighting and neon effects: The generated illustrations can add dynamic lighting effects and neon lights to highlight the cyberpunk atmosphere.

• Support different scenes and character combinations: Users can customize characters, backgrounds and scenes to achieve personalized creation through the model.

Features

• Combination of cyberpunk and two-dimensional: The uniqueness of the model lies in that it can combine the cyberpunk style with the traditional two-dimensional anime style to create a futuristic anime art.

• High-quality light and neon effects: Support detailed lighting and neon effects to enhance the technological sense and visual impact of the image.

• Delicate future technology devices: Character design can include high-tech equipment, mechanical implants and other elements, which are in line with the technological atmosphere of cyberpunk culture.

• Free customization of characters and backgrounds: Users can customize character appearance, clothing, expressions, as well as scene and background design according to their needs.

• HD output support: Whether used for illustrations, commercial works or game development, the generated works support HD output to ensure the perfect presentation of every detail.

Highlights

• Perfect fusion of cyberpunk features and two-dimensional style: Through deep learning, the model combines cyberpunk's unique neon lights, virtual reality, futuristic technology and other elements with the artistic style of two-dimensional anime characters to create unique visual effects.

• Extreme visual effects: The AI model focuses on detail processing, such as complex light and shadow effects and cyberpunk elements, to increase the depth and three-dimensionality of the work.

• Personalized creation support: Users can precisely control the appearance, accessories, equipment and background of the character to make each work unique.

• Efficient generation and high-quality output: Compared with traditional manual creation, the AI model can greatly improve the creation efficiency while ensuring that the quality of each work reaches extremely high standards.

• Applicable to multiple fields: This model is not only suitable for illustration artists, but also can serve multiple industries such as game developers, animation creators, advertising designers, etc., providing multi-scenario applications.

Important info for prompting

Trigger for ILLUSTRIOUS is:"in the style of cknc,"Trigger for FLUX is:"A digital artwork in the style of cknc,"

Prompting for IL:

All the prompts I used are included in the example images to get you going!

Images made with: WAI-NSFW-illustrious-SDXL and HASSAKU XL (Illustrious)

Sampling method: Euler a

Sampling steps: 30

CFG Scale: 5 but you can experiment as well

Clipskip: 2

I am using Hires.fix with the following settings:

Upscaler: ESRGAN 4x+ Anime6B

Hires steps: 20

Denoise: 0.35

Upscale by: 1.3x

Prompting for FLUX:

Strenght 1.9-2.0 for CIVIT ONLINE GENERATOR

Strength 1.0 for LOCAL GENERATION

Also works great together with other LoRAs

All the prompts I used are included in the example images to get you going!

Trained on: Flux.dev fp8

Images made with: Flux.dev fp8

Sampling method: Euler

Sampling steps: 30

Distilled CFG Scale: 3.5 but you can experiment as well

Clipskip: 1

I am using Hires.fix with the following settings:

Upscaler: 4x-AnimeSharp

Hires steps: 10

Denoise: 0.20

Upscale by: 1.2x - 4.0x