F.1 Glacier Melt: Ice Cube Architecture

Model Overview

The inspiration for the model comes from the magnificent scenery of glaciers in nature. This model is specially designed for the field of architectural visualization, combining architectural features to cleverly integrate the texture, colors, and lighting effects of glaciers into the digital rendering of architectural curtain walls, creating a unique and dreamy visual effect.

-----------------------------------------------------------------------

Model Features

1. Glacier Texture: By using deep learning to analyze the texture features of glacier surfaces, the model can simulate the texture effects of real glacier surfaces on architectural curtain walls, including natural patterns of ice cracks, snow marks, and water flow.
2. Lighting Effects: Utilizing advanced image processing technology, the model can simulate the reflection, refraction, and scattering effects of light on surfaces based on the angle and intensity of light, adding dynamic changes of light and shadow to architectural curtain walls.
3. Color Fusion: With the powerful understanding ability of Flux, the model can naturally combine the cold color tones of glaciers with the glass material of architectural curtain walls, creating a color atmosphere that is both cool and mysterious.

---------------------------------------------------------------------

User Manual

(The sample images provided by this model are from the local comfyui environment, and the output of the flux official workflow)

---------------------------------------------------------------------

Please read the following output methods carefully to ensure accurate imaging:

Usage:

This model mainly reflects various different architectural styles through descriptive prompts. The model emphasizes the basic generalization ability of architecture. Although derived from the "ice cube," through prompts such as Curve Architecture, Zaha Hadid Architectural, it can show hints of unique architectural designs (see example images and returns).

The appearance of detailed patterns like glass ice cracks has a certain degree of randomness in the model. Trying more prompts can lead to quite interesting chemical changes, which is also the fun of surprises. There is a possibility of pure frosted glass appearing under different prompts, so please be patient in experimentation to discover more surprises.

---------------------------------------------------------------------

Here are some common prompts for architectural imaging in the F.1 model environment (official base model, adjustments made by senior users not yet tested), intended to spark ideas:

Enhance style presentation: A futuristic architectural design inspired by MIR style, creating a harmonious balance between modernity and nature

Weather change: sunny_day, dark_night, orange_sky, dusk

---------------------------------------------------------------------

Attention:

Avoid additional style prompts:

To maintain the purity and accuracy of the style, please do not add any other style-related prompts or keywords on top of the above prompts. This helps avoid confusion and dilution of the style.

High definition restoration when necessary:

High definition restoration plays a significant role in showing architectural details and image delicacy. Enhancement in shadow parts has a powerful effect, and if deemed necessary, please be sure to try high definition restoration. (Images may undergo compression during upload, please try for specific results)