Croissant norweski 3D model for AR

Croissant norweski 3D model for AR 3D model


Realistic 3D model of the Croissant Collection. This model was created by photogrammetry technology for restaurant using in AR. Uploaded Size 18.4 Download size 25MB

Geometry Triangles 80.5k Quads 306 Total triangles 81.2k Vertices 40.9k PBR No Textures 1 Materials 1 UV Layers Yes Vertex colors No Animations 0 Rigged geometries No Morph geometries 0 Scale transformations No

Welcome to the delectable world of the Croissant Norweski. This realistic 3D model, created using photogrammetry technology, offers a tantalizing glimpse into the beauty and craftsmanship of this popular pastry. Designed for restaurant use in augmented reality (AR) experiences, this virtual creation invites you to indulge your senses and embark on a culinary adventure. Join us as we unravel the details of this delectable 3D model, showcasing its realism, connection to gastronomy, and potential for immersive dining experiences.

The Croissant Norweski 3D model is a testament to the remarkable capabilities of photogrammetry technology. Through the capture of a series of high-resolution photographs, this advanced technique reconstructs the pastry's intricate details, textures, and dimensions. The result is a lifelike virtual representation that mirrors the visual qualities of the real-world croissant, enhancing the overall dining experience for patrons in augmented reality settings.

The Croissant Norweski, also known as the Norwegian Croissant, is a delightful pastry that marries the flavors and techniques of traditional French croissants with Scandinavian influences. Its signature features include a buttery, flaky exterior, complemented by a sweet and fragrant almond filling. With its distinctive shape and rich taste, the Croissant Norweski has gained popularity among pastry enthusiasts and food lovers alike.

The realistic 3D model of the Croissant Norweski painstakingly captures every aspect of its visual appeal. From the intricate layers of golden-brown pastry to the luscious almond filling delicately peeking through, the model showcases the pastry's texture, color, and details with impressive accuracy. This attention to realism ensures that users can truly immerse themselves in the experience, almost feeling the crispness of the crust and savoring the sweetness of the almond.

Designed specifically for restaurant use in augmented reality, the Croissant Norweski 3D model opens up exciting possibilities for interactive dining experiences. When incorporated into AR applications, such as smartphone or tablet apps, the model can be seamlessly integrated into the physical dining environment. Guests can use their devices to view the croissant in a virtual setting, allowing for enhanced engagement and interaction with the culinary creation.

The inclusion of the Croissant Norweski 3D model in AR experiences elevates the overall dining journey. It offers an opportunity for guests to explore the pastry from various angles, zoom in to observe its intricate details, and gain a deeper appreciation for the craftsmanship behind its creation. By enhancing the visual aspect of the dining experience, the model adds a layer of intrigue and excitement, making the enjoyment of the croissant a multisensory adventure.

The Croissant Norweski 3D model is not only a visual treat but also a gateway to culinary exploration. In AR applications, it can be accompanied by interactive elements, such as pop-up descriptions, ingredient information, or even video demonstrations of the pastry's preparation. These additional features provide guests with a deeper understanding of the culinary traditions and techniques associated with the Croissant Norweski, enriching their overall dining experience.

The integration of realistic 3D models like the Croissant Norweski into AR environments showcases the creativity and innovation of the culinary industry. Restaurants and food establishments can leverage this technology to enhance their menus, create engaging promotional materials, or offer interactive cooking classes. The virtual representation of the croissant reflects the industry's commitment to pushing boundaries and embracing new ways of captivating and delighting their customers.

The Croissant Norweski 3D model serves as a powerful marketing tool for restaurants. By showcasing the pastry in an immersive and visually appealing manner, it entices potential customers and ignites their curiosity. The ability to explore the croissant in augmented reality creates a sense of anticipation and desire, encouraging patrons to visit the restaurant and indulge in the real-life culinary experience.

Beyond its marketing potential, the 3D model of the Croissant Norweski also holds educational value. It provides a platform for sharing knowledge about the pastry's origin, cultural significance, and the techniques involved in its preparation. Through AR applications, users can access information about the croissant's ingredients, baking process, and even discover suggested pairings or serving suggestions. This educational aspect enhances the overall dining experience, transforming it into an opportunity for cultural discovery and gastronomic exploration.

AR technology allows for the accessibility and convenience of experiencing the Croissant Norweski from anywhere. Through smartphone or tablet applications, users can access the 3D model and accompanying information at their convenience. This widens the reach of the pastry, making it accessible to a broader audience and enabling individuals to engage with the croissant's beauty and flavors without geographical constraints.

The Croissant Norweski 3D model offers a unique opportunity for customers to have a virtual try-before-you-buy experience. By visualizing the pastry in augmented reality, individuals can make informed decisions about their food choices, ensuring that it aligns with their preferences and dietary requirements. This feature enhances customer satisfaction and reduces the chances of disappointment, as users can accurately assess the croissant's appearance and ingredients before making a purchase.

The virtual representation of the Croissant Norweski can serve as a source of inspiration for chefs and culinary enthusiasts. Its lifelike details and presentation provide a reference point for those looking to create their own variations of the pastry or incorporate its elements into new culinary creations. The model encourages experimentation and sparks creativity, ultimately contributing to the continuous evolution and innovation of the culinary arts.

By capturing the essence of the Croissant Norweski in a realistic 3D model, we contribute to the preservation of culinary heritage. The virtual representation acts as a digital archive, documenting the artistry and cultural significance of the pastry for future generations. It ensures that the knowledge and traditions associated with the Croissant Norweski are safeguarded and can be passed on to future chefs, ensuring the continuation of this culinary legacy.

In conclusion, the realistic 3D model of the Croissant Norweski brings the beauty and craftsmanship of this delectable pastry to life. Through the integration of photogrammetry technology and augmented reality, it enhances the dining experience, fosters culinary exploration, and serves as a powerful marketing and educational tool. As we immerse ourselves in the virtual world of the Croissant Norweski, we embark on a journey that celebrates creativity, innovation, and the rich tapestry of culinary delights.

ddiu 2023-06-08 05:03:08 UTC
good job! thanks
NumoScan 2023-06-08 07:39:19 UTC
Thank you for the rating!
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Croissant norweski 3D model for AR
Royalty Free License 
Croissant norweski 3D model for AR
Royalty Free License 
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3D Model formats

Format limitations
  • OBJ (.obj, .mtl)25.3 MB
  • glTF (.gltf, .glb)10.5 MB
  • USDZ (.usdz)14.6 MB

3D Model details

  • Publish date2023-06-04
  • Model ID#4548266
  • Animated
  • Rigged
  • VR / AR / Low-poly
  • PBR
  • Geometry Polygon mesh
  • Polygons 0
  • Vertices 0
  • Textures
  • Materials
  • UV Mapping
  • Unwrapped UVs Unknown
  • Plugins used
  • Ready for 3D Printing