The exhibition aims to educate and inspire visitors by showcasing detailed 3D models of butterflies, highlighting their beauty, rich diversity, and ecological significance.

The models were created by a team of expert researchers, biologists, and technologists, using advanced 3D scanning and modeling techniques. See the Process section for more details.

Yes, the data can be found in our Gallery section. Please read the license and copyrights statement before downloading.

The 3D model data may be used for research purposes. Please read the license and copyrights statement below before downloading.

Formats:

(.OBJ) Format: The OBJ format is a standard 3D file format that stores 3D geometry data, including the vertices, texture coordinates, normals, and polygon faces of a model. It is widely used for exchanging 3D model data between different software applications.

(.FBX) Format: The FBX (Filmbox) format is a versatile 3D file format developed by Autodesk, commonly used in the film, video game, and animation industries. It supports a wide range of 3D data, including geometry, textures, materials, animations, skeletons, and lighting. Its ability to store complex scenes makes it ideal for cross-platform workflows, enabling seamless integration between various 3D applications.

No special software is needed. The 3D models are accessible through our website and can be viewed using any modern web browser.

Yes, visitors can rotate, zoom, and explore the models in detail using our interactive platform.

Yes, the models are available in AR, allowing you to project them into your environment using a compatible device.

A detail description of the 3D model recunstruction of our butterflies, using photogrammetry, along with the specialized equipment and software, is given in the Process section.

Photogrammetry is a technique that creates accurate 3D models by combining multiple photographs taken from different angles. In this project, we used photogrammetry to reconstruct detailed 3D models of butterfly specimens, allowing visitors to explore their shapes, patterns, and textures in an interactive way.

Gaussian Splatting is a modern technique for 3D reconstruction and visualization that allows for highly realistic rendering of objects. In addition to photogrammetry, we have created butterfly visualizations using this method, which offer another way to explore the specimens in 3D.

At this stage, we have not yet developed a web viewer capable of displaying Gaussian Splatting reconstructions online (such as Polycam). However, the data is available and can be provided upon request.

Yes, the models are reconstructed from real butterflies and meticulously crafted to ensure scientific accuracy and represent the butterflies’ natural appearance.

The colors in the 3D models may vary slightly due to the digital imaging and reconstruction process. However, the models are created with very high detail, accurately capturing the shape, patterns, and textures of each specimen. This ensures that the butterflies look almost as they would in real life.

No, the butterflies were not alive during the 3D model reconstruction. They are preserved specimens collected by Elli Tzirkalli and Christodoulos Makris

The Cypriot butterfly collection is owned by Elli Tzirkalli, Christoloulos Makris, Marios Aristophanous, and Aristos Aristophanous, whose passion for the protection and conservation of butterflies made this exhibition possible. The Greek butterfly specimens were retrieved from the Goulandris Natural History Museum.

Yes, we are continually expanding the collection to include more species from Cyprus and Greece.

Absolutely! Educators are encouraged to use the 3D models as teaching tools. Additional educational materials are available on our website.