Luxury Boutique Interior Scene – User Guide

1. File Overview

The file contains a complete luxury boutique interior scene built for Blender. It includes store construction, modular furniture, repeated product shelves, retail products, decorative boutique elements, lighting and prepared cameras.

2. Collection Structure

The scene is organized into a clear collection structure. Use the Outliner to quickly isolate parts of the scene or disable heavier elements while editing.

3. Cameras

The scene includes 9 prepared cameras. These are intended for fast render setup and product presentation without manually searching for good angles.

• Camera-010-20mm-INT-CENTER – main wide interior center camera.
• Camera-020-35mm-INT-CENTER – centered interior camera with depth of field.
• Camera-030-20mm-INT-SIDE – wide side perspective with depth of field.
• Camera-040-20mm-INT-DOOR – door-facing interior camera with depth of field.
• Camera-050-20mm-INT-SIDE – wide side camera without depth of field.
• Camera-060-35mm-INT-CENTER – tighter centered interior camera.
• Camera-070-50mm-INT-DETAIL – product detail camera.
• Camera-080-50mm-INT-DETAIL2 – second product detail camera.
• Camera-090-50mm-INT-DETAIL3 – third product detail camera.

4. Editing and Individualization

The scene is designed to be editable inside Blender. You can change the store mood, product layout, product colors, shelf arrangement, visuals and material parameters.

Common Customization Tasks

• Hide product examples: disable the 6-RETAIL-PRODUCTS collection or individual product objects.
• Change display furniture: move or duplicate the furniture collection instances.
• Create a cleaner store: hide flower bouquets, product trays, pillows or decorative props.
• Change the color palette: adjust procedural fabric, leather, metal or plastic materials in the Shader Editor.
• Replace visuals: swap wall images, product visuals, labels or packaging textures through the connected Image Texture nodes.
• Adjust lighting mood: edit the spotlights or roof spot collections to create brighter or moodier renders.

5. Instancing System

Several repeated elements are placed as Collection Instances. This keeps the layout easier to manage and allows repeated furniture or lighting elements to be updated from one source collection.

Main Collection Instances

• FURNITURE-COBO-DESK-01 – repeated desk module.
• FURNITURE-Combination Option 01 – repeated shelf/display furniture module.
• FURNITURE-Combination Option 02 – alternate furniture/display module.
• ROOFSPOT – repeated roof spotlight module.
• ROOFSPOT-O2 – second roof spotlight variation.

How to Edit Instances

1. Find the original source collection in the Outliner.
2. Edit the object inside the source collection if you want all instances to update.
3. If you need to edit only one copy, select the instance and use Object > Apply > Make Instances Real.
4. After making an instance real, it becomes independently editable but no longer updates with the source collection.

6. Material System

The scene uses a wide range of node-based materials. Many materials are procedural or semi-procedural and are designed for easy adjustment in Blender.

Useful Material Names

• MB_PROC-FABRIC-VELVET – velvet-style fabric surface.
• MB_PROC-FABRIC-JEAN-LILA – purple fabric material used for the floor pillow area.
• MB_PROC-LEATHER-RDM – randomized leather material.
• MB_PROC-METAL_CHROME – chrome material for reflective metal objects.
• MB_PROC-STONE-MARBLE_RNDM – randomized marble-style material.
• MB_PROC-WINDOW-GLASS-SMU-1 – glass material with rough imperfection texture.

7. Shader-Based Variation

Some materials use shader node groups such as MB_TRUE-RANDOMNESS, MB_Texture_Pick_10, procedural fabric groups, leather groups and metal groups to create material variation and less repetitive product displays.

• Duplicated product objects may show different material colors or visual variants depending on the shader setup.
• Visual picker materials can display different images from a defined image set.
• Leather, fabric and plastic materials can be adjusted directly in the Shader Editor.
• Use material duplication if you want to lock a specific look for one object.

8. Replacing Visuals, Posters and Packaging

Several materials use image textures that can be replaced with your own visuals. This is useful for custom brand presentations, product labels, poster content or packaging designs.

Relevant Replaceable Visual Systems

• Visual / Visual.001 – uses MB_Texture_Pick_10 and image textures such as VISUAL-01.jpg to VISUAL-04.jpg.
• WallImage-RDM – uses image selection for framed wall visuals.
• MB_CREMESET1-B-PACKAGING-DESIGN – packaging texture based on a PSD file.
• MB_CREMESET1-C-PACKAGING-DESIGN – second packaging texture based on a PSD file.
• MB_PROC-METAL_BRUSHEDlabel and MB_PROC-SYNTH-PLASTIC1-nbeige Label – label-based material setups using label grid images.

Replacement Workflow

1. Select the object that contains the visual or label you want to replace.
2. Open the Shader Editor.
3. Find the connected Image Texture node.
4. Replace the image with your custom artwork.
5. Keep the original aspect ratio where possible to avoid stretching.
6. If needed, adjust UVs or Mapping node settings.

9. Lighting Setup

The scene uses two spotlights and repeated roof spot modules. The lighting is prepared for a clean boutique look with focused product highlights.

• ROOFSPOT – repeated collection instance used for roof lighting.
• ROOFSPOT-O2 – second roof light variation used as repeated collection instance.

10. Performance Tips

This is a detailed render-ready Blender scene. Some decorative and product objects are intentionally high detail, especially flower bouquets, pillows, perfume objects, boots, mirrors and leather bags.

• Use Solid View while editing the layout.
• Disable flower bouquets when they are not visible in the camera.
• Hide heavy retail product groups while working on the store architecture.
• Keep collection instances as instances unless unique editing is required.
• Use the prepared cameras to avoid rendering unnecessary off-screen geometry.
• Use lower viewport samples for preview and higher samples only for final renders.
• For close-up shots, hide furniture and products behind the camera.
• Temporarily simplify glass and mirror materials if viewport performance is slow.

11. Troubleshooting

12. Support

If you need help with missing textures, material customization, replacing visuals, collection instances, camera setup or render performance, please contact us through Superhive. When asking for support, include your Blender version, a screenshot and a short description of the issue.