April 1, 2021 Rosie Dinh

Tips for creating a realistic interior rendering in Enscape

An interior design rendering consists of a scale drawing of the proposed design. Interior design renderings show you the position of the structural components, furniture and appliances in your proposed space. Interior designers commission photorealistic renderings to show clients what the end product will look like. Today, commercial interior designers use architectural rendering products to make their presentations understandable and factual. Architectural renderings are photoreal images of projects not yet built, such as shopping malls, offices, restaurants and hotels. For today’s article, let’s explore five tips that are sure to improve the quality and clarity of your interior renderings using Enscape. These steps apply to all of the supported design platforms, unless noted otherwise.

1. Adjust your lighting

Exterior lighting matters when there are exterior windows or skylights within the context of the scene. The project location on earth and true north should be set correctly and, for Revit projects, the Sun settings for the 3D Revit view used to start Enscape from must also be set properly.

For interior lighting, use the manufacturer’s photometry, i.e. IES files, when you have them. This will improve the realism of the scene with accurate light distribution.

TIP: Once an IES file has been imported into a Revit project/family, the original file is no longer needed. Also, avoid using the IES files that ship with Revit as they are outdated and generic. For SketchUp users, you can load an IES profile via the Enscape objects window by clicking Load IES profile.

For Revit content, be sure to set the Initial Color (aka color temperature) and Initial Power (brightness). Even when using photometry, these inputs must be manually set.

During daytime hours in Enscape, electric lighting may appear off or washed out. Lighting is always on within Enscape, which may not be apparent due to its auto exposure system. Use the Artificial Light Brightness slider within Enscape’s Visual Settings dialog. Notice the difference between the default setting and then maxing out the intensity.

2. Textures are king

Making a material look like brick or carpet is important and can look quite nice in Enscape. However, taking the texture settings a little further can transform that “nice” image into a “wow, that is a rendering?” image!

Bump: Give your textures a sense of depth on an otherwise 2D surface. Often, the same image used to define the texture can be used for the bump. Enscape’s normal and bump maps can be found in the Materials Editor. Displacement maps are coming soon, with Enscape 2.9.

Roughness: This setting can be used to define how reflective, or glossy, the material is. Using an image allows for different portions of the same surface to be more smooth/glossy than others. For example, in an acoustic ceiling tile material, the metal support grid would be more reflective than the rough ceiling tiles.

Reflections:  A fully reflective surface is a mirror that displays adjacent objects as a reflection.

Cutouts: Create holes in a material’s surface, which you can see through to the other side.

3. Think about composition

Finding compelling views within your design is so easy with Enscape.  Before rendering a view to file, panorama, or exporting to EXE, take a minute to step back and look at the image as a whole. This can be hard to do when you have been working on the details for so long. During this review, think about how someone else will perceive this image. Are there elements that overlap or align, due to the view and perspective, that might be confusing? Perhaps, moving sideways in one direction will element a potentially confusing situation. Also, make sure your eye level is correct. It is easy to accidentally change this setting, over time, as you are exploring the model and adjusting the view.

Revit Tip: Use Enscape’s save 3D View tool to create a view in Revit. This allows you to get back to this same view in Enscape; be sure to check the sun settings, Detail Level, and Design Options for that new Revit view.

4. Add life

Architecture is for people, so be sure to add them to your interior visualizations. Enscape continues to add high-quality assets which may be freely used in all your projects; simply drag what you want from the asset library into your design software and it instantly appears in Enscape. In additional to people, Enscape offers a host of ultra-realistic assets that can be used to bring an interior rendering to life. Including, office clutter, potted plants, lamps, furniture, and more!

And now, it is even possible to add custom assets to your project, like the scanned version of me, as shown in the image below! Think how nice it will be to add your clients or their special furniture or artwork.

5. Prepare your camera settings

A photographer does not just point the camera and press the button… no, they make several adjustments and may even change the lens to get the perfect shot. This combines technical knowledge and artistic flair. Enscape has many of the same settings as a camera.

Field of View: The default Enscape setting of 90 degrees is great for on-screen navigation. However, it is not the lens a professional architectural photographer would use. Try something closer to 50 degrees for rendered still images.

Depth of Field: Seeing everything in the background is not always ideal. Use this setting to blur the foreground/background and draw more focus on your design.

Focus: When using Depth of Field, this setting can be adjusted manually to zero on the most important element, which may be a specific design element or a person in the scene.

Auto Exposure: If the scene is too dark/bright, use this setting to adjust it one way or another. Be sure to print and view on another monitor to make sure you get it right!

For interior rendering in Enscape, in smaller spaces, it may be necessary to use a wider-angle field of view. However, this can lead to vertical elements looking distorted. In this case, try setting the Projection to Two-Point Perspective. The result is all vertical elements in the scene are perfectly vertical. Note that this is not always the best solution though, as the result can be too unrealistic and make the spaces look larger than they really are.


When it comes to interior rendering in Enscape, following these 5 simple steps can make a world of difference! Whether you are a student presenting to your classmates and professors, or a professional presenting to clients, stakeholders, and/or the public, you can have more confidence that they will quickly and accurately understand your design intent. This can lead to quicker approvals and higher client satisfaction, which can then lean to repeat work!

At iRender, we provide servers that are suitable with Enscape users, with the most powerful graphic card nowadays such as RTX 3090 at the price from 3.8 usd per machine hour with the detailed configuration below: 

Once again, I need to confirm that Enscape use a single GPU card to render. However, a good CPU can speed up scene’s loading times. Because of this reason, iRender exclusively provide the Intel Xeon W-2245 with a strong processor base frequency which is 9GHz – 4.7GHz, 8 cores and 16 threads on GPU server 3. Here at iRender, we provide you with one of the most powerful GPU currently. It’s Geforce RTX 3090. This GPU card reachs 25,162 G3D mark rating points and have a large 24GB vRAM, which definitely brings much better performance.

So, do not hesitate anymore, let’s HERE to get FREE COUPON to test our GPU servers and reach a new level of cloud rendering.

iRender – Happy Rendering!

Reference source: enscape3d.com

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Rosie Dinh

Hi everyone. Being a Customer Support of iRender, I always hope to share and learn new things with 3D artists, data scientists from all over the world.


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