The photo-realistic 3d model of popular white french bread in a long loaf. An ultra-res 3D Scan of real-world baguette was used as a precise reference for the shape and textures creation. The scanned mesh is wisely retopologized into low-poly base mesh. The great details from original scan were baked into 16bit displacement map while small ones projected into normal map. With these two maps, you can accurately reconstruct the almost original form of real bread. In addition, more than 400 12MP photos of real bread from different angles were taken to generate the Diffuse/BaseColor maps.
Here is the original photo of the baguette from which the 3d shape and texture references were scanned:
I bought this baguette Boulangerie Monge at the bakery and brought it to the studio for scanning. The bread was still warm and very crunchy so I accidentally broke a piece in the upper left near the tip. But, thanks to the magic of 3d, the broken piece was restored during the final product creation. As you can see, the similarity between the original photo and the renders below is very high. Except for the deep and extremely detailed cracks on the real baguette, which are excessively difficult and therefore irrational to reproduce in 3d, the 3d model and texture are looks almost identical to the original. As follows, this asset will be the reality injection to any scene. Suitable for both, the super close-up still imagery creation in production renderers and for the real-time game engine usage as a low-poly asset.
Original model was created with 3ds Max 2015. The main presentation images are done in V-Ray 3. The details on low-poly model are made by included displace map over the few subdivision iterations. The high-quality materials with SSS are included into the max-file. Thanks to the SSS shader this baguette does not look completely dried like most of the bread 3d models do. The SSS applied through the Blend mask so the roasted shell parts of the bread look crunchy and crispy, at the same time, the cracks look soft and moister. Just by looking at this 3d asset, there is a desire to bite a piece to feel a taste of just-baked bread.
Native format 3d model is ready for rendering photorealistic close-up images out-of-the-box. No additional tweaks needed. The model has five subdivision iterations applied (Turbosmooth). The iterations are ON at render but OFF in viewport for better viewport working performance. There are Displace modifier with corresponding displacement map at the top of the modifier stack. If you want to use a model in medium shots or as the object in the background of a scene, it may be very useful to turn off Displace modifiers and decrease render subdivision iterations accordingly.
In order to use this asset with almost any of 3d software, the OBJ and FBX formats are provided. In addition, there is a 4 FBX files of different vertices count. The more vertices, the smoother model is and the more detailed. The displacement was applied on subdivided model before each export. That can be helpful for those who using this model in real-time engines and do not use any software that have subdivision smoothness mechanisms. Just pick preferred version and use it right away in the game engine.
A set of PBR textures complements the versatile kit of this realistic 3D asset.
The 3d model of baguette is in a real-world scale, positioned at the scene center above the ground level, with the transformation center (pivot point) settled to the very bottom of the model.
The reach kit of this multipurpose bread asset may save you a lot of hours of tedious work.
Lighting, cameras or backgrounds are not provided, only the model itself.
The illustration with the sliced bread below is made for demonstration purposes only and the sliced models are not included in any of archives. However, there is the seamless tileable texture set of the bread slice included onto the HighRes_Maps archive. Using these textures set any kind of sliced bread can be created with ease.
To know more information about or buy this 3d asset, please visit its 3d marketplace page listed down below.