When Lesley reached out to us, she needed high-quality renders for the primary bedroom of her current project. She provided us with detailed floor plans, a list of furniture pieces with links, and material specifications. Her brief was clear, and all necessary information was included.

After reviewing the materials, we discussed the details, deadlines, and payment terms with Lesley. The renders were required by a specific date for a client presentation, and we confirmed that we could deliver on time before starting the work.

Step 1: Creating the 3D Scene

The process began with modeling the scene in a 3D graphics editor. We created the foundation, including walls, flooring, ceiling, windows, and doors. For elements that lacked specific details, such as windows and doors, we used standard models, knowing that we could replace them later if needed. If Lesley wanted any changes, we were ready to adjust them accordingly.

Step 2: Sourcing and Creating 3D Models

Most of the 3D models were sourced and purchased from 3dsky.org. Since Lesley provided manufacturer links, names, and high-resolution reference images, finding the right models was straightforward. When an exact match wasn’t available, we selected a similar model and adjusted its dimensions and shape to fit the specifications.

For this project, we created a few custom models from scratch, including the built-in cabinet by the fireplace, the fireplace itself, and the bedside tables. The cabinet and fireplace were bespoke pieces designed specifically for this project. Lesley provided us with detailed drawings and dimensions, which significantly sped up and simplified our modeling process.

We usually select decor items from our existing 3D model library. However, designers are welcome to choose specific pieces themselves and share their preferences with us.

Step 3: Setting Up Preliminary Lighting

Once the 3D modeling was complete, we moved on to setting up the initial lighting. We researched lighting references on Pinterest and Instagram to find the best approach for the scene. The designer can also provide reference images.

https://pin.it/6HvPgr9IM and https://pin.it/1Lliaj3Ui

If we have actual photographs of the room, we aim to replicate the lighting from those images. However, in this case, since there were no existing photos, we designed the lighting setup based on the room’s key focal points.

The bedroom featured large windows, allowing for natural daylight to fill the space. We decided to create a daytime lighting scenario with dominant window light, casting soft sun rays towards the bed. For the fireplace view, we emphasized the warm glow of the fire. At this stage, we focused on the general lighting concept rather than fine-tuning the details, as lighting would need further adjustments once materials were applied.

Step 4: Texturing and Material Creation

With preliminary lighting in place and all furniture positioned correctly, we proceeded to texturing, one of the most crucial stages. High-quality textures are essential for achieving a realistic and visually engaging render. The more detailed and well-integrated the textures, the more lifelike the final image appears. While close-up shots highlight intricate details the most, good texturing also enhances the overall scene.

For this project, Lesley provided links to all the fabrics and finishing materials used in the design. We processed all textures by upscaling them in Gigapixel AI, refining them in a graphics editor, and generating additional maps for reflections, roughness, bump and displacement. These were then carefully integrated into the 3D scene.

For example, the bench material:

• We had a texture from the manufacturer’s website.

• After processing, it closely resembled the real-life fabric, adding depth and realism to the render.

Creating the bedside table material required more effort. Since we custom-modeled the tables based on the manufacturer’s dimensions, we used a front-facing product photo from the website. The image was upscaled in Gigapixel AI, edited into a seamless texture, and carefully mapped onto the 3D model.

Photo of the bedside table from the website

My seamless texture in high resolution

Step 5: Rendering and Adjustments

After finalizing the materials, we adjusted the render settings and refined the lighting setup. To ensure everything met the client’s expectations, we generated draft renders and sent them to Lesley for feedback.

She requested a few minor changes: adding a mirror above the bed and modifying the furniture near the fireplace. These adjustments were quick to implement, and the revised renders were approved the following day. While our workflow includes up to two revision cycles, in this case, only one was needed.

The entire process, from modeling to delivering draft renders, took two working days.

Step 6: Final Rendering and Post-Processing

Once all elements were approved, we proceeded with the final rendering. We increased the resolution, reduced noise, and optimized the settings. Each final render took approximately two hours to complete. After six hours, all images were ready for post-processing.

In the post-production stage, we performed:

• Color correction to balance tones.
• Contrast adjustments to enhance depth.
• Detail refinements to improve realism.

We also used AI-powered tools to add subtle imperfections, such as wrinkles in textiles and realistic reflections on glass surfaces, further enhancing the photorealism.

Step 7: Delivery and Client Approval

Once the final images were ready, we uploaded them to cloud storage and sent them to Lesley. If the client is fully satisfied with the results, we proceed with invoicing. Upon successful payment, we confirm the transaction and express our gratitude for the collaboration.

Finally, with the project complete, we can showcase our work on social media and write this article to share the process behind creating stunning interior visualizations!

Lesley Myrick Art + Design, LLC

instagram.com/lesleymyrick