.material metamorphosis .chronicles

material visualization

Visualize and experiment with different materials and textures before production. Our framework simulate the tactile qualities and visual appeal of materials, allowing designers to innovate without constraints. This process not only saves time and resources but also pushes the boundaries of material science and design innovation.



.case studies



3465—47m4: high fidelity material visualization
3465—2m1x:  Real-time Material Customization






M2 chronicles
Material Metamorphosis
case study
high fidelity material visualization
.report
001 M2-HFMV
related entity
industrial design,
fashion

.report


high-fidelity material visualization





Challenge

In the design and fashion industries, the ability to accurately visualize materials before. Traditional methods, such as physical samples and simple digital mock-ups, often fail to capture the full sensory experience of materials, particularly their tactile qualities and light interactions. The challenge was to develop a solution that allows designers to see and feel the material properties before  the need for physical production.


Approach


focusing on rendering accurate textures and light interactions. Extracting as much data possible from samples essential features and keep exploring the settings in latent space.
To enhance the visual realism of the materials. These techniques, combined with custom low rank adaptation models, allowed us to create highly realistic visual representations of materials that could be manipulated in real-time for fast exploration and inspiration .

Solution

Visualize Fabrics in High Detail: Designers can see accurate, detailed representations of how materials will look and behave in various environmental conditions.
Experiment with Custom Materials: enabling designers to experiment with and modify fabric properties virtually, which fosters innovation and creativity.
Use of Reference Material:
In our case studies, we sometimes use sketches and preliminary designs from various artists and online platforms to illustrate the evolution of our projects. We strive to credit all original creators accurately. If you see your work featured and have not been credited or wish it to be removed, please contact us at [info@artsci.tech]. We aim to respect and acknowledge the contributions of all artists and creators in our industry.



Adding tear and wear by using ai.
NikeLab ACRONYM Huarache Mid Concept Shoes
material study
material study
Hermes by Jean Paul Gaultier patents artwork
Patagonia Technical Illustrations Product and Instructional illustrations 2013 — 2021
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