virtual tour unreal engine

The Power of 3D Virtual Tours Made in Unreal Engine 5 with Pixel Streaming

In recent years, the use of 3D virtual tours has grown significantly across various industries. With the help of advanced technology, such as Unreal Engine 5 and Pixel Streaing, businesses can now create immersive and interactive experiences that engage consumers and boost sales. In this article, we will explore the capabilities of Unreal Engine 5 and Pixel Streaming technology and discuss the potential applications across industries.

Understanding the Unreal Engine 5 and Pixel Streaing Technology

Unreal Engine 5 is a game engine that has been used to create some of the most popular video games of our time. It is a powerful tool developed by Epic Games that is capable of creating incredibly realistic graphics. The engine’s flexibility has made it popular with developers across industries. It has been used to create games like Fortnite and the upcoming Project For spoken.

Pixel Streaming technology, on the other hand, is a cloud-based platform that delivers high-quality 3D content over the internet. It allows businesses to stream 3D graphics and virtual experiences directly to their consumers’ devices, making it accessible from anywhere in the world without the need for plugins or downloads. This technology has revolutionized the way businesses can present their products and services to their customers.

Key Features of Unreal Engine 5

Unreal Engine 5 comes with many key features that make it an ideal platform for creating immersive experiences. One of the most notable features is its improved lighting and shading systems. These systems allow developers to create realistic lighting effects that can add depth and dimension to their virtual environments.

Another key feature of Unreal Engine 5 is its enhanced physics and particle systems. These systems allow developers to create realistic physics simulations that can be used to create dynamic and interactive virtual environments.

Unreal Engine 5 also offers seamless integration with third-party software, making it easy for developers to incorporate other tools and technologies into their projects. Additionally, the engine is accessible across multiple platforms, including PC, console, and mobile devices. This means that developers can create experiences that can be accessed by a wide range of users.

Finally, Unreal Engine 5 offers customizable user interfaces. This feature allows developers to create interfaces that are tailored to the specific needs of their projects.

All of these features work together to create visually stunning and interactive experiences that can engage consumers and convey information in a memorable way.

What is Pixel Streaming and How Does It Work?

Pixel Streaming technology is a cloud-based platform for streaming high-quality 3D content directly to consumers’ devices. It is designed to deliver realistic 3D graphics and virtual experiences without the need for plugins or downloads.

Pixel Streaming works by rendering the 3D content on remote servers and then delivering the content to the user’s device over the internet. This means that businesses can offer their consumers high-quality visual experiences that are accessible from anywhere in the world.

Pixel Streaming technology has revolutionized the way businesses can present their products and services to their customers. By using this technology, businesses can create immersive virtual experiences that can be accessed by anyone with an internet connection.

The Integration of Unreal Engine 5 and Pixel Streaming

By integrating Unreal Engine 5 and Pixel Strea, businesses can take advantage of the capabilities of both platforms. Unreal Engine 5 provides the tools to create immersive virtual experiences, while Pixel Strea provides the platform for delivering that content to consumers’ devices.

This integration allows businesses to create high-quality 3D virtual tours that can be accessed from anywhere in the world without the need for plugins or downloads. This means that businesses can showcase their products and services in a way that is engaging and informative, without requiring customers to download any additional software.

The combination of Unreal Engine 5 and Pixel Strea offers unparalleled opportunities for businesses looking to create engaging virtual experiences. By using these tools together, businesses can create experiences that are visually stunning, interactive, and accessible to anyone with an internet connection.

Benefits of 3D Virtual Tours for Various Industries

The benefits of 3D virtual tours are vast, and they can be applied across various industries. Here are some of the industries that can benefit from 3D virtual tours:

Real Estate and Architecture

3D virtual tours can be incredibly beneficial for real estate agents and architects. By creating a virtual tour of a property, agents can showcase the property to potential buyers without the need for an in-person visit. This can save time and money for both the agent and the buyer. Similarly, architects can use 3D virtual tours to showcase their designs to clients and investors.

Tourism and Hospitality

The tourism and hospitality industries can also benefit from 3D virtual tours. By creating virtual tours of hotels, resorts, and other destinations, businesses can showcase their offerings to potential customers. This can be particularly useful for international visitors who may not have the opportunity to visit the location in person before booking a trip.

Education and Training

3D virtual tours can also be beneficial for educational institutions and businesses offering training programs. By creating virtual tours of campuses or training facilities, educators can provide students with a unique learning experience. This can be particularly useful for students who are unable to visit the campus or facilities in person.

Retail and E-commerce

Finally, retailers can also benefit from the use of 3D virtual tours. By creating virtual tours of retail locations, businesses can provide customers with a unique shopping experience. This can be particularly useful for online retailers who want to offer their customers an immersive shopping experience that is not possible with traditional e-commerce platforms.

Creating Immersive and Interactive Experiences

The combination of Unreal Engine 5 and Pixel Strea technology offers businesses the ability to create immersive and interactive experiences that can engage customers and convey information in a memorable way. Here are some of the key features that make these experiences possible:

Realistic Graphics and Environments

Unreal Engine 5 is capable of creating incredibly realistic graphics that can transport users to another world. By creating detailed environments with lighting, shadows, and physics, developers can create experiences that are immersive and interactive.

Customizable User Interfaces

The user interface (UI) of a virtual experience is essential to its success. With Unreal Engine 5, developers can create customizable UI elements that are tailored to the specific experience they are creating. This allows for a more intuitive and engaging user experience.

Multi-User Collaboration and Interaction

The ability for multiple users to collaborate and interact within a virtual experience is what makes it a truly immersive experience. With Unreal Engine 5 and Pixel Strea technology, businesses can create virtual experiences that allow for multi-user collaboration and interaction, which can be incredibly beneficial for businesses offering training programs or team-building exercises.

The Future of 3D Virtual Tours and Unreal Engine 5

The future of 3D virtual tours and Unreal Engine 5 is bright. Here are some of the upcoming features and improvements:

Upcoming Features and Improvements

Unreal Engine 5 is constantly being updated with new features and improvements. Some of the upcoming features include improved lighting, enhanced physics, and better support for virtual reality. These improvements will make it even easier for developers to create immersive and engaging virtual experiences.

Potential Applications in Virtual Reality and Augmented Reality

Unreal Engine 5 is also well-positioned for use in virtual reality (VR) and augmented reality (AR) experiences. As VR and AR become more widespread, businesses will need to create experiences that can engage their customers in new and innovative ways. Unreal Engine 5 provides the tools to make this possible.

Challenges and Opportunities for Developers and Businesses

As with any new technology, there will be challenges that developers and businesses will need to overcome. One of these challenges is ensuring that the virtual experience is accessible to all users, regardless of their level of technical expertise. Additionally, businesses will need to find ways to monetize their virtual experiences in a way that makes sense for their business model.

The combination of Unreal Engine 5 and Pixel Strea technology offers businesses the ability to create immersive and interactive experiences that engage customers and convey information in a memorable way. With the potential applications across various industries, 3D virtual tours are sure to become even more widespread in the coming years. By taking advantage of the key features and benefits of these technologies, businesses can stay ahead of the curve and provide their customers with unique and engaging virtual experiences.

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Tour a virtual Paris apartment in stunning Unreal Engine 4 tech demo

Great graphics do not necessarily make for a great game, but they do make for an awfully impressive virtual tour through a beautiful Parisian apartment. Like this one, for instance, created by Benoit Dereau, a "CG generalist and level designer," who said it's his first work in the Unreal Engine 4.

Obviously we're still a bit away from playing 60 FPS games at this level of visual fidelity, and Dereau said on the Polycount forums that "optimization was not the center of my work with this scene." But the texture quality, reflective surfaces, and lighting effects are spectacular, and even more remarkable is that it can all be generated with a standard-spec PC and a low-cost engine .

The actual demo isn't currently available; Dereau had released it but took it down earlier today to fix some bugs. An updated build is expected to be available tomorrow at BenoitDereau.com . Thanks, NeoGAF .

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Andy has been gaming on PCs from the very beginning, starting as a youngster with text adventures and primitive action games on a cassette-based TRS80. From there he graduated to the glory days of Sierra Online adventures and Microprose sims, ran a local BBS, learned how to build PCs, and developed a longstanding love of RPGs, immersive sims, and shooters. He began writing videogame news in 2007 for The Escapist and somehow managed to avoid getting fired until 2014, when he joined the storied ranks of PC Gamer. He covers all aspects of the industry, from new game announcements and patch notes to legal disputes, Twitch beefs, esports, and Henry Cavill. Lots of Henry Cavill.

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Virtual Reality Development

Virtual reality (vr) refers to an interactive experience where the user's real-world environment is replaced by a virtual environment through a wearable device..

Choose your operating system:

Virtual reality (VR) refers to an interactive experience where the user's real-world environment is replaced by a virtual environment through a wearable device. The Unreal Engine VR framework provides a rich, unified framework for building virtual reality apps using the Unreal Engine.

Information on using UE4 to develop for Oculus VR.

Information on using UE4 to develop for SteamVR.

Information on using UE4 to develop for Windows Mixed Reality platforms.

Information on using UE4 to develop for Samsung Gear VR.

Information on using UE4 to develop for Google VR.

Setting up and working with VR Stereo Layers.

This document provides an Overview of the Virtual Reality Spectator Screen in Unreal Engine 4.

How-To for adding loading screens to your immersive apps.

Information on attaching items to any HMD.

Showing you how to pick up and drop objects using Motion Controllers.

Information on how to setup Motion Controllers for VR interaction.

Overview of Motion Controller Key Deprecation and Migration

Best practices for creating and optimizing content for VR projects

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How to use Unreal Engine for Virtual Event Production

Unreal engine is the standard software of choice for virtual event production due to its real-time capabilities, advanced handling of all aspects of the production process (e.g. sound), and its smooth animation workflow. If you’re familiar with creating games in Unreal Engine or building out previs for your virtual sets, then you’re already three steps ahead of the crowd. The process on Unreal is pretty similar to what you’re familiar with. 

How Unreal Engine is used by virtual events and shows

Studios use Unreal to build virtual environments to give fantastical performances in real-time.  The visual effects can be extremely advanced or understated depending on the scope of the project. Most commonly, Unreal Engine is used in three main ways: 

• To build virtual sets for live production
• To aid in creating accurate animatics and previs 
• To render virtual venue in real-time

In some cases (like that of the Karate Combat show), Unreal Engine is used to record the virtual venue in real-time. The recordings are sent to a studio for post-production to form a rock-solid virtual production pipeline. Another popular use case is using the game engine to add 3D graphics to the weather channel during a live broadcast. This is an example of how virtual reality is slowly creeping into even the most mundane aspects of content creation. 

How the music industry pioneered Unreal Engine for virtual event production

Unlike the film industry, celebrity musicians have been fast to pick up the concept of virtual venues. But they’re certainly not limited to the virtual world alone. Deadmau5 is most famous for his mind-blowingly complex events that extensively use augmented reality technology to create mesmerizing visualizations that stun crowds. 

As one of the keynote speakers for Unreal Engine’s 2021 virtual conference, Deadmau5 reveals his highly complex technical considerations when planning a show . He describes how he creates an Unreal build to develop a virtual set as a sort of previs for his performances. They provide a sneak peek to his production team so they can see exactly what they need to build to make the vision a reality. Deadmau5 can then focus on coding the accompanying light show with pinpoint accuracy. The game engine renders the elements in real time during live events, even pulling in a live feed of social media posts to make shows a truly “live” experience.

A great example of a successful virtual event which saw buy in from mainstream artists was the Astronomical Fortnite event. As the name suggests, the virtual concert was held within Fortnite on the well-known Fortnite Island. Players could log on, and interact with the surroundings, making their avatars dance and run around in the trippy landscape. In a twist, the landscape transformed into a series of immersive virtual worlds, building a better story than any real live performance could hope to achieve.  

“Astronomical” on Fortnite in 2020 was the first entirely virtual music event. 

The real-time immersive 3D was the starting point for virtual reality and showed significant promise as over 12 million players logged on to the game at the same time. The concept of virtual concerts was first tested out by Epic Games in  2019 with the DJ Marshmellow, bringing a respectable 10 million concurrent players. The 2019 virtual performance had stationary graphics more reminiscent of a real stage and highlights the incredible advances made in just one year of development. Check it out below.

The technicalities of holding a virtual event through Unreal Engine 

Virtual event film production using Unreal Engine software requires significant investment in building 3D assets, creating a virtual studio and setting up real-world hardware. You can expect to invest heavily in LED walls, complex rigs, lighting systems, and cameras for live music events. Live stream events that are more post-production heavy like Karate Combat, have more physical set requirements such as green screens and matching virtual camera movement.

For virtual productions that exist entirely within the 3D world, expect to get deep into motion capture technology, environment design, and broadcast network requirements. Digital artists walk you through the creation of the Astronomical Fortnite event. They used a basic environment with props and a suited mocap actor to map out the previs for animators.

If you want a more straightforward setup for a small project, short episodes, or a student experiment, check out how you can create a virtual event using Rokoko Studio. The National Film School of Denmark is currently using this workflow to create a faster short film workflow with their students.

Considering sound for virtual events

With the introduction of VR headsets, immersive experiences have been the focus of every new feature development. Unreal Engine has created an advanced tool that mimics the ambient sound of music throughout an environment. So, for example, if you walk into a nearby virtual room from the main concert hall, the volume, reverberance, and pitch of the music will adjust realistically. See how Unreal Engine handles ambisonic sound field rendering:

Holding a virtual event is a potent engagement tool

The real-time tech that makes virtual events possible is powerful when used for both live shows and the previs of performances. It allows large teams of people to visualize a set or a sequence of events immediately without any space for miscommunication. And that’s one of the biggest benefits of using virtual production. 

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Interior 3D Walkaround with Unreal Engine

Excited about real-time experience and interactive walkthrough, but also frustrated by complicated workflows and hours of unwrapping? Now it’s time to push doubts away! Epic Games has just introduced Unreal Studio plugin, a new tool to unite 3D and CAD software with Unreal Engine under one roof. This extension is bound to make life of 3D artists a lot easier and happier. Our senior CG visualizer Vasily Gushcha has tested its limits and is ready to share his own experience (spoiler: it’s gorgeous).

Installing Unreal Studio plugin

Plugin workflow and usability, known unreal studio issues, summing up unreal studio.

In this article, we will go through installation and workflow to potential issues you might encounter while creating virtual tours using Unreal Studio. Let’s get started without further ado!

To install Unreal Studio both into your Unreal Engine and 3ds Max just follow these easy steps. However, you are expected to already have the latest version of Unreal Engine (currently 4.19) and an active Epic Games account.

• Sign up for the free beta on unrealengine.com . You will be provided with a link to download Unreal Studio and 3ds Max export plugin.
• Once you have downloaded the extension, install it into default location. To make sure your subscription status became active, open the Epic Games Launcher and check the status in the left-hand corner.

• To verify that Unreal Datasmith has been installed, you can click Plugins under the Engine Version. If you do not see the plugin listed, you can install it manually: go into Library tab, click Install to Engine and choose your current Unreal Engine Version.

• Download and install Datasmith Exporter plugin. During Installation, it will detect the version of Max installed on your system. Indicate which 3ds Max version you want to install the plugin for.

To make sure that the plugin is correctly installed, launch 3ds Max and export any object. Under the Save as type you should be able to see Unreal Datasmith (.UDATASMITH). As you can see, the process of installation is not that complicated. Once you have completed all these steps, you are ready to action!

Datasmith toolkit presents many great advantages of export to Unreal Engine. First of all, it converts textures and materials, respects instances, adjusts the working unit scale and coordinates the system, pivot points, scene hierarchy and more. On top of that, it generates Lightmap UVs and converts grayscale bump maps to normal maps – all automatically. Sounds perfect, doesn’t it? Let’s take a closer look at the workflow process. Firstly, you need to create a project with Datasmith template. To do that, you need to launch Unreal, then head into New Project and select a Blank project inside of Unreal Studio tab. After that, you are ready to export from 3ds Max. As mentioned earlier, you can export an entire scene at once, but we found that exporting objects one by one gives you a better control of what is going on in your future walkaround project. For instance, let’s export a single sofa from our Loft Apartment project. Select the object you want to export and go into File – Export – Export Selected, choose .udatasmith format, give it a name and save into your project folder. Then, an Export window will appear to specify what should be included in the export file. Since we only need a selected object to be exported, we leave it as Selection and press OK. After that, head into Unreal Engine and select Import Datasmith button on the top panel. Next, select the file you recently exported and choose a location in your project where you would like to put the asset. It’s always a good practice to give your folders and assets proper names so that you don’t get lost in the project at the final stages. Finally, Datasmith will ask you what kind of content you want to import from your file. If it corresponds to your needs, just select Import. And here we go, our asset with proper materials has been successfully imported to Unreal! Last but not least, you need to set object’s Collision. It prevents your character from ‘going through’ the object while walking. The easiest way is to double click your Static mesh on Details panel, then scroll inside Collision and select Box Simplified Collision. After some fine-tuning and light baking, here is the final result inside the project.

Although Datasmith gives you a decent result exporting all of your assets, there are some things you should consider doing manually from time to time. The most common issue is lightmap errors caused by overlapping UVs and bad seams. Let’s find out how to fix them. Here we have a vase imported to Unreal, and you can clearly see that there is something wrong with light distribution. Since this vase has an uneven organic shape, Datasmith could not unwrap it properly. To control this aspect, you can open Static Mesh Editor and show UV Channel 1. This channel usually corresponds to a channel where lightmap is stored, and on the picture above we can see that this unwrapping is definitely unacceptable. This is the result of automatic mapping, that does a pretty good job most of the time, but when it comes to organic shapes like this, it isn’t able to put seams correctly. To do it properly, we are going to take this into 3ds Max and create our own custom lightmap UVs. Usually, we should do it with Unwrap UVW Modifier, but in this case a basic Cylindrical map would be enough. Just make sure that your map channel is set to two, since the first channel is usually reserved for texture map. It is going to give a much better look for lightmap: we’ve got a good cap on the bottom, a good seem along the side of the mesh, and that is already a better result than that of automatic mapping. Now, we will export it to Unreal and see how it will perform. Open it up in the Static Mesh Editor and go to the UV Channel 1 corresponding to Channel 2 from 3ds Max. Make sure this Channel 1 is specified for Lightmap Uvs: go to Lightmap Coordinate Index and set it to 1. Finally, our vase is looking nice and clean. Quick tip: Always make sure you have some padding around your UV charts: it will prevent overlapping and light bleeding artifacts. You can find more information about padding in official documentation .

Unreal Studio is a great tool that allows 3D artists to save a lot of time during preparation and exporting data to Unreal Engine. The time saved could be spend on perfecting artistic aspects like tweaking materials, setting up desired lightning and art-directing your walkthrough project in general.

However, there are always some minor technical things you still need to do by hand. In future such tools as Unreal Studio will manage them all leaving you only with the artistic side of your virtual tour.

Find out how to install and setup Unreal Engine 5 plug-in here .

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How to build a virtual world using the Unreal Engine?

The metaverse is a broad concept and has applications across different industries. Inspired by tech futuristics such as Facebook and Microsoft, many companies are now entering the metaverse space and launching their metaverse projects in specific niches.

Although the extended reality is not a new concept, the way people socialize and connect online has changed considerably in the past few years because of the advent of the metaverse and the constant evolution of its infrastructure. Enterprises need to identify changes on the metaverse’s horizon and align with emerging technologies, tools, and ecosystems.

The Unreal Engine is one most advanced and open real-time 3D creation tools for metaverse development, equipped with full controls, gorgeous graphics, and integrated tools for designers, especially gaming developers. Virtual reality (VR) projects are trending because of the metaverse craze. Therefore, let us learn how to build a virtual world using Unreal Engine through a step-by-step tutorial.

What is the Unreal Engine?

Why should you choose unreal engine for development, what tools do unreal engine offers, what are the top gaming projects built on unreal engine, how to build a virtual world with unreal engine, sneak peek of unreal engine 5.

The Unreal Engine is a powerful 3D creation tool that supports the development of immersive VR and AR projects, including the creation of a full metaverse. Launched in May 1998, the tool allows developers to create next-level 2D, 3D, and VR games to offer real-time experiences to players.

Currently, Unreal Engine 4.27 is accessible to developers, whereas Unreal Engine 5 launched only recently. Unreal Engine 4.27 has viable features and enhancements that creators require to build their 3D projects. For example, the in-camera VFX feature is a next-level feature that offers quality, efficiency, and ease of use. The rest of the features highlight visual aspects such as stunning templates, offering access to Bink and Oodle, allowing pixel streaming, and so on.

Watch this video to glimpse Unreal Engine’s limitless possibilities for all creators, helping them achieve an incredible level of detail and interactive visualizations in their projects.

As a 100% open-source platform, the Unreal Engine allows developers worldwide to use the tool and benefit from its intrinsic features and advanced functionalities to create projects that stand out.

Considering the needs and proficiencies of all levels of developers, including beginners, the Unreal Engine offers instructional guides, tutorials, and technical documents to guide creators, allowing them to create any project with ease.

Assets and samples

The platform offers various game assets, samples, and plugins to help game developers upgrade their projects according to industry trends.

Photorealistic graphics

The Unreal Engine offers built-in toolsets that allow anyone to create lifelike scenes, photorealistic digital humans, and high-quality content. The engine can animate real-world environments in minutes.

Professional support

With the Unreal Engine, developers can obtain community-based support from a professional team of senior experts and 3D and VR experts. They can solve all types of problems they face while creating a project.

Free-to use

From production-ready features to templates, licensing, and source code access, everything is free on the Unreal Engine. A developer with basic skills can create custom projects at zero cost.

Timely upgrades

The Unreal Engine team is highly focused on improving the platform’s feasibility. The team continues to test the existing version and bring out new and improved versions.

The Unreal Engine offers a full range of tools and editors that developers can use to create 3D projects and applications. The following are the top tools the platform currently offers:

• Level editor
• Static mesh editor
• Material editor
• Blueprint editor
• Physics Asset Editor
• Behavior tree editor
• Niagara editor
• Unreal motion graphics editor
• Font editor
• Sequence editor
• Persona editor
• Sound cue editor
• Paper2D Sprite and Flipbook Editor
• Media Editor
• nDisplay 3D Config Editor
• DMX Library Editor
• Victorian City Street
• Last Resort
• Spirit of Africa

What platforms do Unreal Engine support?

Games created with Unreal Engine can support the following four platforms:

• macOS, Linux, Windows, and SteamOS systems
• Android and iOS smartphones
• HTML to support browser users
• Xbox One gaming consoles and PlayStation 4
• AR and VR platforms

The Unreal Engine is compatible with all types and sizes of VR projects. It offers a complete suite of tools, resources, and media frameworks to support seamless 3D project creation.

Whether a designer wants to create a small real-time environment to display their latest product or to build a large open-world gaming project designed to enable high immersion, Unreal offers a complete range of tools to create stunning interactive virtual worlds.

Let us learn how to build a virtual world with the Unreal Engine and bring the project to life with elements such as lights, props, and foliage.

To understand the content and instructions of this tutorial, you should first familiarize yourself with the following two prerequisite topics:

• Installing the Unreal Engine

Creating a new project

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Installing Unreal Engine

The following are the steps to download and install the Unreal Engine:

• Download and then install Epic Games Launcher
• Sign up or log in to your Epic Games account
• Log in to Epic Games Launcher
• Finally, install the Unreal Engine.

Step1: Download and then install the Epic Game Launcher

Your Epic Games Launcher has an Unreal Engine tab where you can collectively manage all your Unreal Engine installations. Moreover, you have the freedom to manage multiple versions of Unreal Engine in this tab if they are installed on the same computer. Here are the steps to download and install the Epic Games Launcher:

• Open the Unreal Engine’s Download Page.
• Publishing – Suitable for gaming-based Unreal Engine projects
• Creators – Suitable for projects other than gaming.
• Once you choose a license type, click on the Download Now button. This action will open a launcher installer on your computer. Based on the settings of the operating system you use, you may need to specify a save location. Alternatively, you may need to approve a security prompt to begin downloading the Epic Games Launcher.
• Once the download is completed, run the installer and let it finish.

Step2: Create your Epic Game account

Once the Epic Games Launcher is installed on your computer, you will need to log in to your Epic Games account. If you created an Epic Games account earlier, use your login credentials to sign in. Use your email or other supported social media accounts or your gaming account to sign up if needed.

Note: You can still access Epic Games Launcher without creating an account. However, it won’t allow you to download or access the Unreal Engine.

Once you have successfully created an account on Epic Games Launcher, you can proceed to install Unreal Engine. Follow the steps below:

1. On the left side of the Unreal Engine tab, you will find multiple portals, including “Unreal Engine.” Click on this tab and then click Install to get started with the Unreal Engine.

2. You can also choose the previous install path using the Browse button. This step is completely optional.

3. Now, proceed with the Options button to select and install the engine components you want to use. You can choose components from any of the following:

• Platform support
• Starter content
• Debug symbols
• Engine source code

Furthermore, you can remove any engine component from the installed Unreal Engine version by selecting  Options  available in the drop-down menu next to the  Launch  button.

Your computer must have enough disk space for installing the Unreal Engine. The disk space requirement varies on the engine components you choose. By clicking on the Options button, you can check the total space required for the installer download and the engine.

Once you have selected the required components, click on Apply to proceed further.

4. Click on the Install the button to start the installation and wait for it to complete. Downloading the Unreal Engine generally requires 10 to 40 minutes, but the duration can be longer according to your system specifications and the stability of your internet connection.

Launch Unreal Engine

Wait for the installation to complete. After that, click the Launch button to access the Unreal Engine.

And you’re done! You can now use Unreal Engine to create a virtual world for your VR project.

Let’s understand how to create a VR project in Unreal Engine. Follow the given steps:

Step1: Select category and template

1. Go to “New Project Categories” and choose the development category that aligns well with your industry. For example, see the given image, where Games is selected. However, you have plenty of options, including Film, Live Events, Television, Engineering and Construction, Product Design, and Automotive .

2. Select a relevant template for your VR project and click Next . This action will open the project settings page containing the following:

Step2: Select project settings

Once you have access to the “Project Settings” page, you can set the quality and performance level and choose the target platform. For example, you can include Starter Content or other settings.

2. From the multiple dropdowns, select the Blueprint dropdown. This blueprint provides you with two options: create your VR project in the Unreal Editor or use the programming method to create a project with C++ through the visual studio. If you choose the Unreal Editor, you can create amazing interactions and behaviors for a more realistic gaming experience.

3. Now, open the Maximum Quality dropdown, and it will display two options: Maximum Quality and Scalable 3D or 2D. If your project is designed to support game consoles or computers, choose Maximum Quality. Choose Scalable 3D or 2D if your project is designed to assist mobile-based game players.

4. As the next step, open the Desktop/Console dropdown. Choose Mobile/Tablet if your project supports portable devices like cell phones/tablets. Set the project to Desktop/Console for desktop view.

5. Now, move on to the With Starter Content dropdown and open it. If your project already has some native assets, you do not need to choose With Starter Content . Instead, select No Starter Content . Otherwise, you can start to add basic assets by choosing With Starter Content .

6. Next, open Raytracing Disabled . Choose real-time Raytracing Enabled to enable real-time display access in your project. Otherwise, leave this dropdown set to Raytracing Disabled .

7. In the last step, decide the space where you want to store the project. Give a suitable name to your project and click Create Project to finish.

Build a virtual world with Unreal Engine

Through this quick start guide on the Unreal Engine, we intend to walk designers through the procedure of creating any project in Unreal Engine 4. If everything is done right, we will create a 3D room similar to this picture:

This tutorial will further help developers understand the following:

• Navigation of view reports
• Creating a new level
• Placing and editing characters in levels
• Building and running levels

Now, let’s start building the virtual world:

1. required setup.

Step1: Once you complete the Unreal Engine installation, a Project Browser will appear on the screen. You will find multiple development categories inside it under “ New Project Categories .” Based on your project type, choose a suitable development category. We will select Games as a category for this guide and click Next

Step2: Now, move to the second page of the Project Browser and select the Blank template. Then, click Next .

Step3: Visit the final page of the Browser, which will display various dropdown options. Select the Blueprint and complete the With Starter Content settings from this page. Additionally, choose the Folder Location, provide a suitable name for your project, and click the Next button.

Step2: Navigating the Viewport

If all the project settings are correct, you will first notice Viewport in the Unreal Editor. The viewport is the space where you can perform all level construction using the assets and sample levels provided by default in the template project you selected earlier in this guide.

Step3: Creating a New level

Next, you need to create a new level to build and support the VR project’s gaming environment. Although there are many ways to create a new level, using the file menu options makes the development procedure easier because it lists various options for level selection.

1. Open the Unreal Editor, visit the File Menu options and open the New Level option.

2. When you click the New Level , a new dialog window will open window as shown below::

The default level contains some of the most often used assets for level construction. In contrast, the empty Level contains no assets. For this guide, we will start from the beginning with a completely blank slate.

1. Select the empty level by clicking on it. Now, place actors in the empty level.

Actors in VR projects are elements such as geometry or lights. We will learn how to place these actors in the empty level in this step. We will cover the two most common means of placing actors in the level: Select Mode and Content Browser.

Once we complete all these steps, you will understand how to place actors in your levels and the methods of using them for your project’s environment.

Open the Place Actors panel on the left, open the Geometry category, and finally select the Box .

2. Now drag the Box using left-click and place it into the Level Viewport.

3. Open the Details panel located on the lower-right side of the editor’s window and set the Location and Rotation to 0.

4. Set the scale at 4x4x0.1 This dimension will support the creation of a 3D playground on which the gaming characters can walk around and play.

5. Select the Lights tab from the Place Actors section and drag and drop a directional light on the floor.

6. Open the transition tool and drag the Z-Axis to the gizmo (widget), away from the floor’s surface.

7. Select and drag and drop Atmospheric Fog from the Visual Effect tab located inside the Place Actors panel. It will add a sky to the existing level and illuminate the level.

8. Open the Place Actors portal and select and drag and drop Player Start to the level.

9. Click on the Volumes under the Place Actors panel. Now, select and drag-drop the Lightmass Importance Volume to the level. From here, you can control the lighting effects and scale the atmosphere, such as the Shadowing effect.

10. Follow this step- Content > StarterContent > Props and drag drop SM_TableRound to the level.

11. Again, follow this step- Content > StarterContent > Props and drag-drop SM_Chair to the level.

12. Press E to see the Rotation tool and access it.

You can also try other shortcuts to see the movement of the objects, such as the above chair. Add some lights, props, and objects to make your project more realistic and improve its usability.

Editing the Placed Actors

Once the various actors are placed into their levels, the next step is to edit their properties to provide them with enhanced customization, allowing you to select different settings and modify the actors’ properties as required. Follow the below steps:

Left-click on the Viewport and then select the Directional Light Actor .

Explore the Details panel located in the Light category and enable Atmosphere Sun Light from there.

Completing these two steps enables real-time change in the atmosphere, which corresponds to how you rotate the Light Actor. For instance, the sky color will change from sunrise to the daytime and the sunset. You can also change the Material from the Static Mesh Actors and make your project feature-rich and interesting.

Running the build process .

The “Preview” labels in the below image signify that the graphics, light, and overall scene you are viewing may differ from what you see in the final game. However, you can adjust the lighting quality and other functions according to your project’s requirements:

Following are the steps to build the process:

1. Visit the Main Toolbar and click on the drop-down arrow next to the Build option.

2. Choose the Production setting from the Lighting Quality section. You can set the quality level to High , Medium , or Low according to the project type and specifications.

3. Allow the build to finish. Once the process is done, you will get a clear view of the final look of your project.

4. Click the Play button in the Main Toolbar to see your progress in the editor.

With the build and the editor, you can quickly test the various aspects of your projects and perform common actions. For example, you can change the lighting effect to moonlight or the night scene or add an extra room.

We have tried to help designers understand the basics of using Unreal Engine editor and create VR projects through this quick start guide. Based on their project-specific needs, designers can structure and enable various contents. They can build a project dedicated completely to VR, implement a water rendering system, provide ground cover effects and so on.

Unreal Engine 5 will empower creators and the developer community all across the globe, allowing them to build more immersive and realistic gaming projects that deliver next-generation experiences to players. Let us look at some of the most awaited features of Unreal Engine 5:

It will support high movie-quality photorealism.

Designers can create projects with innovative features such as Nanite and Lumen, which focuses on improving the visual fidelity.

With UE5, designers will have the tools and editors to create bigger worlds to support large gaming projects.

Unreal Engine 5 is undergoing constant testing and optimization to deliver a complete range of features and functionalities in one tool. Anyone can share their thoughts regarding the upgrade and contribute ideas by joining Unreal Engine’s community forum.

Unreal Engine brings infinite possibilities for enterprises to push their businesses forward through real-time 3D projects spanning games, media and entertainment, live events, and simulation. The gaming industry is deep into development using Unreal Engine because the platform supports feature-complete projects that can be integrated into the metaverse, complementing their existing business models. To get the full benefits of this 3D development tool, enterprises must hire a team of dedicated Unreal developers who provide unique and uncompromised services and create a project as envisioned.

If you want to create a project on Unreal Engine, we can help you to launch the most interactive and photorealism games. Connect with our experts to discuss your project requirements.

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Unreal Interior Virtual Tour

Hi everyone!

Finally i make a video for my unreal Sample scene. majority of models are from evermotion archinteriors but others are modeled with 3dsmax 2014 and marvelous designer. 30-50 fps in 1080p with 580GTX.

https://www.imageupload.co.uk/images/2015/05/11/01.md.jpg https://www.imageupload.co.uk/images/2015/05/11/06.md.jpg https://www.imageupload.co.uk/images/2015/05/11/05.md.jpg https://www.imageupload.co.uk/images/2015/05/14/04.md.jpg https://www.imageupload.co.uk/images/2015/05/14/03.md.jpg https://www.imageupload.co.uk/images/2015/05/11/02.md.jpg

And here is the link for Demo: https://drive.google.com/file/d/0B97igG_r0ykHcGlXS19MMFNJT1U/view?usp=sharing (for windows 64bit)

Enjoy Yourself!

Credits: Virtual Tour Made by http://arsesstudios.com/ Epic Team: https://www.unrealengine.com Models: Evermotion Archinteriors, http://www.evermotion.org Music by: Yann Tiersen, Vivaldi, Abel Korzeniowski, Shigeru Umebayashi

Impressive rain effects! Very well-made!

congratulations, really an amazing job ! THe stills looks fantastic (are they “original”? …no postproduction outside Unreale?)

My jaw officially dropped!!! This deserves to be showcased by EPIC. Can you tell us about your render time?

wowww! thanks guys:D really amazed by such a like this comments!

paoloverona: Yes, they are original…there are captured directly from 1080p video.

Wow, that’s awesome thanks for sharing!

Can you share a playable demo? I’d like to test the performance with my gtx 980.

as i said before this work is done just for fun! too see how much we can go with Unreal Engine 4 and scene is not optimized so that packaged project is 1.5 GB! as an example just wave sounds is 350 megabytes! by the way if i have time to optimize the scene i will inform you for sure;)

Looks incredible! Love love love your lighting. For camera-based flythroughs, I would suggest using the built in video export of Matinee for recording. I’ve never done Camtasia recording for the walking part, but the stuttering in the video is pretty annoying.

thx stephabon. Finally i created another video and i fixed that issue! Hope you Enjoy.

Yes Of course! But wait till tomorrow! I will share download link for Demo by tomorrow:D From there you can have the Footage if you mean that.

Hey guys. as you requested, link for this demo added to the first post. Enjoy your tour!

Very cool demo. I’ve just tested it. I’m getting 60-62 fps on my GTX 980. Only 2 things that bother me…is there no vertical synchro? I’m getting a lot of tearing. I also think the walk speed is a tad too slow. Otherwise, superb!

thnx. 1- vertical sinc: yes you are right! I dont know but i accidentally turn it off!!! just go to this folder: …/final/Saved/Config/WindowsNoEditor, and open GameUserSettings.ini and correct this line: bUseVSync=True. thnx for your close attention. 2- I dont like that kind of game speed walk-throughs for this archviz subject.

Heeeyyyy now, this looks great!

, do you know who is the architect/ where is this apartment? I like it quite a lot.

thnx Chance Ivey.

this is a scene from archinteriors 29. we just added a bedroom and bathroom!