The object we selected is a mosaic that was used as a decoration in the Carleton Library during the 20th century. What we see is only a small part of a larger piece. However, we know very little about this object. For more information, please refer to our Omeka post.
This was my first time attempting to model an object, and I found it very exciting. Compared to simply observing an object from a distance in an exhibition, 3D modeling requires much more focus and analysis. Each modeling session required us to take about 80 photos from all angles, which gave us a comprehensive understanding of the object. In an exhibition, I usually focus on the most visually striking part of an artwork and observe it for a long time. For example, if I were to see this mosaic in a museum, I would probably pay close attention to its material, colors, and arrangement. However, it was only through the process of modeling that I started to examine the other sides of the artwork. During modeling, I noticed details such as the texture of the stone beneath the mosaic, the overall shape of the artwork, the edges of the image, and even the back of the piece—details that I would likely overlook in an exhibition.
I believe this is crucial for understanding art. In ancient Chinese artworks, many important details are hidden in the corners—sometimes in the form of small inscriptions, markings, or even tiny cracks that can offer new insights into the piece. For example, in the archaeological study of ancient turtle shells, scholars were able to determine that early written records were used for divination and rituals by analyzing the cracks in the shells and the inscriptions on them. Similarly, in the process of modeling, conducting a full analysis of an artwork can significantly contribute to our understanding of its historical and cultural context.
More importantly, 3D modeling itself plays a vital role in the dissemination of art. When we can freely rotate our perspective to examine an artwork, the impact it has on us is far greater than what a photo or video can convey. A single image of a mosaic may only show an incomplete piece of art, but only by interacting with a 3D model can we fully appreciate the weight of history embedded in this stone.
In conclusion, I truly enjoyed this experience. It is not only valuable for understanding art but also has great significance in art communication and education.
2 thoughts on “Blog Post Week 5”
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Your reflection really captures how 3D modeling changes the way we engage with art. It’s fascinating how the process forces you to notice overlooked details, like textures and hidden markings. I love your point about ancient Chinese artworks—small details can reveal so much!
Hi my teammate! Your reflection really highlights how much deeper your understanding of an object becomes when you engage with it through 3D modeling! I love the connection to ancient Chinese art and archaeology—it’s so true that small details, like inscriptions or cracks, can reveal so much history. The idea that modeling makes art more interactive and accessible is also super compelling. Being able to rotate and examine a piece from all angles definitely gives a richer experience than just seeing a single image. It’s just so amazing how technology like this can help us preserve and share history in new ways.