Soda Can 500ml 3D model

This model is an accurate representation of a 500ml Soda Can with a Fallout theme and is suitable for use in high-res close-up renders.All showcase images were rendered in Maya using the Arnold renderer in ACEScg color space, with the output transform to sRGB (ACES) and no post-effects applied.

If you need any changes or adjustments to the model, please contact me and I will be happy to do it free for you.

Geometry:

• Units: Centimeters
• Tris: 0
• N-Gons: 0
• Poles: 51
• Polygons SubD(1): 33728
• Polygons SubD(2): 134912

Model:

• Objects: 4
• Materials: 1
• Dimensions: 6,6 x 6,6 x 16,9 cm

Textures:

• Resolution: 4096 x 4096 px
• Normal Type: DirectX (-Y) & MikkTSpace & Vertex Shader
• PBR Metal/Rough (default): BaseColor, Metalness, Roughness, Normal, Ambient Occlusion (Not Used - RT Render Only)
• PBR Spec/Gloss (optional): Diffuse, Specular, Glossiness, Normal , Ambient Occlusion (Not Used - RT Render Only)

UV Layout:

• Tile Padding: 16px
• Shell Padding: 16px

Files:

Geometry Only:

• Soda Can 500 01 - FBX
• Soda Can 500 01 - MAX
• Soda Can 500 01 - MB
• Soda Can 500 01 - OBJ
• Soda Can 500 01 - USD

Geometry with Materials:

• Soda Can 500 01 - Maya & Arnold
• Soda Can 500 01 - Maya & V-Ray
• Soda Can 500 01 - Blender & Cycles
• Soda Can 500 01 - 3ds Max & Arnold
• Soda Can 500 01 - 3ds Max & Physical
• Soda Can 500 01 - 3ds Max & V-Ray

Model Standards:

If the model contains any exceptions, they will be mentioned in the description above.

Model:

• The model has topology largely composed of quads.
• The model has clean edge flow and topology.
• The model has subdividable topology.
• The model is in a master group at the root of the scene.
• The model master group is named after the model, the same as the model file with suffix _GRP.
• The model is not in layer.
• The model has objects intelligently named.
• The model has objects intelligently grouped or combined by shared materials or by modular sections.
• The model silhouette has minimal visible faceting even without subdivision modifiers.
• The model with a single smoothing group, renders without visible faceting.
• The model opens and renders without errors.
• The model is scaled to real-world dimensions.
• The model is centered at the scene origin, with its lowest point on the ground plane.
• The model is oriented orthographically, facing the front view and aligned to world up-axis.
• The model transformations such as position, rotation, and scale are frozen.
• The model is placed in a clean scene without non-geometry elements (lights, cameras, ..) or junks.
• The model has all history deleted.

Geometry:

• No isolated vertices
• No coincident vertices
• No coincident/coplanar faces
• No T-vertices
• No n-gons
• No poles
• No incorrectly flipped normals
• No empty objects
• No crease values
• No coincident edges
• No smoothing groups
  
• No modifiers
• No bent polygons
• No unnecessary insets

UV:

• The model is completely UV unwrapped.
• The model doesn't have overlapping UVs.
• The model doesn't have out-of-bounds UVs outside the 0-1 range.
• The model has UVs intelligently atlased to minimize wasted texture space.
• The model's UV islands have the same texel density.
• The model doesn't have visible UV stretching or obvious seams.

Textures:

• The textures have resolutions that are powers of two.
• The textures are in lossless or uncompressed image file format (PNG).
• The textures use a PBR workflow.
• The textures are named intelligently and have the object name and type of map in their names.
• The textures have the correct color space, as specified in the additional notes below.
• The textures are stored in a folder named '_Textures' for each model.
• The texture maps are not combined; instead each one is stored as a separate file.

Materials:

• Materials have meaningful names derived from the texture names.
• Materials are applied to either individual objects or groups of objects.
• Materials are not procedural.
• Materials are logically separated by UV map and/or material type.
• Materials use textures in relative paths.
• Materials that are not used in the scene are not referenced.

Extra:

• The model is not rigged or animated.
• The model is not procedural modeled.
• The model does not use custom plugins.

Texture color space and naming:

• Base Color                                         sRGB                       _BaseColor
• Metalness                                          Linear/Raw          _Metalness
• Roughness                                        Linear/Raw           _Roughness
• Diffuse                                                sRGB                       _Diffuse
• Specular                                            sRGB                       _Specular
• Glossiness                                         Linear/Raw           _Glossiness
• Normal (DirectX)                             Linear/Raw          _Normal
• Ambient Occlusion                        sRGB                       _AO
• Height                                                 Linear/Raw          _Height
• Opacity                                               Linear/Raw          _Opacity
• Transmission                                   Linear/Raw           _Transmission
• Transmission Thin-walled          Linear/Raw          _Thin
  
• Self Illumination/Emission        sRGB                       _Emissive