AR technology has only been on the rise. With the rising technological capabilities of advanced computers, it’s found its foothold in numerous industries, and the architecture artform is no exception to this rule.
While VR and AR might sound similar on the surface, they could not be further apart. While Virtual Reality works on painting a picture of something that is yet to be invented, thought of, or made, AR functions to enhance what we already have.
It’s found its greatest success in tourism, helping tourists get the bigger picture of the place they’re visiting. Yet, since this amazing technology has been on the rise, it’s just scratching the surface of architecture.
When it comes to architecture and architectural marvels all across the world, both modern and historical buildings and sights can strongly benefit from the implementation of AR technology in their presentation.
AR technology can not only enhance the experience and functionally of an already existing building, but it can also be used to augment and paint a picture of something that is yet to be modernized. It is a tool that is used to visualize the full potential of an existing scheme or building.
It is a marvel of technology that is yet to fulfill its full potential in the architectural industry - and we haven't even begun to discuss what it can do for architrave.
The significance of AR technology is immense, especially in artforms. While people have had to deal with interpretations, annoying guides, and a vast imagination, people of the future can reap all of the benefits of AR technology.
If there is a historic building that has served an essential use and is best left untouched due to its historical significance, AR technology can artificially bring it back to life.
The significance of AR also lies within the hands of up and coming building designers, interior designers, architects, and planners. AR technology can be utilized in city planning, allowing them to see what they’re going to be doing, and giving them the most critical feedback on their work before they’ve even accomplished any of it.
It gives designers and architects an edge that is unmatched by any other method. AR technology and its implementation are going to revolutionize architecture, improving it beyond our wildest imaginations.
AR technology has different benefits for designers and architects, and we’ve discussed some of them in this article.
AR works by combining what’s real and what’s not and allows us to view any room, building, or environment in a completely new light.
Now, humans with broad, powerful imaginations can envision any space in its fullest potential. AR technology allows everyone to see any environment painted in a mathematical and enhanced version of reality. This, in turn, allows every designer to work within a new parameter of their profession, allowing them to envision what they previously could not, though the power of technology.
An architect no longer needs to loom over stacks of papers for hours to fully experience a building in all of its 3D and 2D marvel, because he can experience it through a pair of goggles and some old fashioned exploring.
The benefits are clear - with AR technology, architects can design and improve buildings quicker and easier, thus improving efficiency and cutting down on price.
Architecture is one of the world’s oldest professions, and even if AR technology is slowly becoming an integral part of it, the full implementation of the new thriving technology within one of the world's oldest professions is going to take some time.
Now, this is an opinion based matter, so you can not expect a definitive answer. The full implementation of AR technology depends on a couple of different factors, such as:
Like with any thriving new addition to any industry, even if the AR technology has seen some implementation within the architecture industry, it is going to take some time to perfect the tech itself.
It is not going to be practically applied to architecture without perfecting the technology itself, and the perfection of such a technology can take some time. AR tech is solely reliant on the advancement of AI technology, which is the cornerstone of any augmented and virtual reality environments.
AI technology is rapidly advancing and is showing no sign of slowing down. So, we can expect that the AR technology will follow suit.
But this does not necessarily have to be the case. Like with any new technology which is directly reliant on another one, AR may lack behind AI quite a lot. It’s on a steady stream of advancement at this current moment, showing no sign of stopping, so we can expect it to advance further in the next couple of years.
There have been numerous additions to existing industries over the years, some of which have shown some fantastic potential. But it all boils down to the community response. If a community outright refuses to change its ways and implement a new method of doing things, the technology is going to die out and become irrelevant, no matter it’s potential.
The architectural community has been very supportive of AR technology so far. It has not only shown some fantastic potential in improving the art form and industry, but it has significantly cut down on costs, time, and effort needed to envision, develop, and advance the industry to extents unseen in the past.
Even with this significant support, AR technology is a pretty big step in the evolution of the architecture industry. The community will take some time to integrate AR technology within its tool arsenal, and it is bound to become an integral aspect of any prolific designer.
The adaptation of AR technology within architecture is solely reliant on the practical application of said technology, and that’s not as simple as it sounds.
Even if AR technology is advancing in its sophistication and cutting down on its price and operation complexity, it is going to take quite some time to become fully adapted within Architecture. AR has shown some significant promise, but is also horribly lacking is some key features that are integral to the advancement of the industry.
The bulk of architects are going to start implementing AR into their professional toolbox only when AR becomes fully operational, which at this current moment might be far away.
The adaptation of AR technology is key to its survival and prosperity, as it needs to cater to different industries before taking on a giant such as Architecture. AR already does have a foothold in Design, Interior Design, CAD technology, Tourism, and a vast array of industries.
There is no definitive answer to the question. The adaptation of AR technology within architecture, while having extreme promise and potential, can take years, or it could be tomorrow. It all simmers down to the implementation, compliance, and refinement of the technology itself.
The technology is adapting and improving by the day, so it’s only a matter of time before we see architects roaming building with AR goggles - enhancing the way we live in realtime.
3D modeling has been a popular career choice for new designers ever since it has become much easier to learn the complicated programs such as CAD. ( Computer-Aided Design )
3D Models can be used for a wide variety of purposes, from anything related to video games and the characters within them to powerful and fun animations. There is nothing better than a fully rendered and high-quality 3D model that absolutely makes or breaks an animation, presentation, or a video game.
Since this can be a real pain to do yourself, some options make the situation much more comfortable. Remember, there are never any problems, only situations! And the ticket out of this situation is the utilization of already existing 3D People websites, which offer some fantastic products and scans for everyone’s pocket. Most of them are free, so if you’re a struggling designer, this might be your best bet!
Now, let’s get into some stunning websites that provide this much-needed service to clever designers all around the world!
RenderPeople is an online website that has a vast selection of 3D models for you to choose from. When you look at the website, you’re bound to be taken back by the stunning design and the excellent arrangement of 3D models that are and were made just for you!
You can choose to purchase a 3D model if you are looking for some extremely high-end design for your very own utilization. With the purchase of a 3D model from the website, you’re getting a certificate to use it as you wish!
If you are a little short on funding, you are also free to download and use any one of their free models.
Now, just because some models on the website are free to download and free to use, that does not mean that these 3D People are not of pristine quality! You can download them for free, use them commercially for free, and you don’t even have to register on the website!
Posed People are a static model that is scanned from real people by state of the art technology. Each one of the models that RenderedPeople provides has a specific and well defined natural pose. The textures of the people and the specific geometry has been refined by hand in advanced modeling software, to match the highest standard 3D Designers might have.
The scanning process of real-life models is very advanced and intense. It utilizes the power of 250 different posed Canon DSLR cameras to capture the human model in question to the smallest detail. This amount of detail offers unmatched product quality.
All models come in marvelous 8k high resolution, high quality, and are stunningly realistic in their design! They are amazing tools that are aching for you to use them to the best of your ability!
The formats RenderPeople lets you download their unique models are 3ds MAX, Maya, FBX and Cinema 4D. All animations are baked onto the skeleton of the model. So, glitches and rendering errors are bound to be a thing of the past!
3DPeople is another fantastic platform that offers only the highest in terms of standard and quality when it comes to 3D models. When you visit their website, you will be met with some amazing models and some extremely reasonable price tags.
Since the website itself promotes its pay-to-use models, that does not mean that every single model is pay-to-use. If you look a little bit on the website’s toolbar, you’ll find a Free Models section.
If you are a struggling designer and you can’t afford to buy yourself some of the more than reasonably priced models on this website, this section is for you.
The free models are amazing in quality and are all scanned from real-life people by groundbreaking scanning technology. The models themselves, both pay-to-use and free-to-use, come in three different types.
An animated model is a scan of a person that is already performing an action, taking the animation part from the animator, and giving the model an unmatchable lifelike movement pattern. This is extremely useful if you’re trying to present something and need exceptionally realistic models and true movements.
A posed model is just what the title implies. It is a scan of a human being modeled and posed still. This does not mean the model itself needs to remain still, and it is open for further animation by the designer, according to their needs and choices.
A bundle option is an option that combines both animated and posed models. Depending on the theme of the project you are working on, you might want to opt for this choice if you require numerous similar models.
3D Peoples models all come in extremely high quality and high resolution and are compatible with an unmatched amount of animation options. The programs that 3DPeople Models supports are 3DS Max, 4D Cinema, Maya, The Unreal Engine, Unity, Blender, Rhino, and Modo, respectively.
HumanAlloy is another serious contender when it comes to the 3D modeling game. Their website is gorgeous in its design, and its offerings are vast. They also have pay-to-use models, but you are free to both browse and use the free section to the furthest extent of your will!
Their models are extremely high quality in their design, and the free models don’t differ from the paid ones in anything but the versatility and specific designs. If you have found the perfect model on this website and it is listed as free, you are free to not only use it privately but commercially as well!
HumanAlloy pays great attention to detail and boasts its services as one of the best around. The sheer level of detail they focus on is really stunning.
HumanAlloy offers realistic hair that is modeled by hand from scratch, proper shaders, and lighting to improve the model’s realism, and professional, lifelike models made through their advanced scanning process.
Each Premium model comes in 5 different mesh resolutions that fit all of your needs, matching normal maps, 2 types of hair resolution, stunning 8k textures, and hand-drawn masking!
The models are high in resolution too, but the free models are vastly simpler than the pay-to-use ones. The website also offers some unique and exciting features such as:
If you’ve found a premium model that is absolutely to die for, but the hair color is a little bit off, and perhaps it could use a new set of clothes, this can be done.
The exciting feature that HumanAlloy offers to premium buyers is the option to edit their models extensively to fit all of their needs. The professional designs are sure to match whatever you might require from them.
Unlike most 3D People websites, HumanAlloy edits all of their models from scratch and without the use of advanced computer-aided software. Everything is done by hand, and it is the only company making that effort for your needs!
Another fantastic feature that no other website offers you is the Custom Scanning Feature. If you’ve found the most amazing person for your project, be it a video game or an animation, you can get them scanned and modeled in 3D, for later use!
The professionals at HumanAlloy offer everything from 3D scanning and professionally done makeup to model capturing, so if you have a custom requirement, it’s as simple as sending them an email to firstname.lastname@example.org!
If you wish to edit a model in any way or you are considering the custom scanning option, you’re free to ask for expert advice from the pros over at HumanAlloy! They are bound to help you work out the inner workings of the model that is ultimately going to be produced, to ensure that you are satisfied with their product and service.
The software that is compatible with HumanAlloy models is 3DS Max, Vray, SketchUp, WaveFront, and AutoDesk.
There's no denying that architecture is present everywhere around us. The latest advancements in modern technology allowed architects to create incredible and most realistic 3D models.
That's how 3D architectural elements got included in video games and movies.
The latest and most modern 3D rendering and modeling software solutions used in 3D architecture have become perfect tools for cinema and gaming industries.
Just as architects now use various video game engines to create the most stunning 3D architectural visualizations, 3D architecture is used in gaming and cinema to create more realistic movie scenes and video games.
There are two things that 3D architecture and these two industries have in common: hyper-realistic rendering and modeling. The line between 3D architecture and cinema and gaming industries is blurring, although there are many similarities and differences between gaming and cinematic architecture, and 3D architecture.
Many things make gaming and cinema so compatible with the 3D architecture. Both industries need 3D rendering and modeling to create the most realistic 3D environments for games and movies. There are four things that cinema and gaming have in common with 3D architecture:
● Software selection - 3D rendering and modeling software used for architectural visualization are most commonly used for gaming and cinema. Since the traditional methods are quite obsolete, game developers and movie directors now engage with architecture visualizers and architects to create hyper-realistic worlds for games and movies.
● The use of most powerful 3D rendering and modeling programs made importing of any 3D model in the real environment much easier than before. On top of all that, some features allow you to adjust textures, materials, and lighting to make the created space even more realistic. That's how 3D architects can design hyper-realistic 3D models for movies and video games.
● 3D animation - this is perhaps the most used technique in gaming and cinema of today. It's possible to use 3D animation to significantly enhance the dynamics of any displayed object, interior, or exterior design as well as the environment.
● Modern movies and video games require a lot of animation as it helps provide a more realistic experience to gamers and movie lovers. Traditional methods include certain limitations, but modern 3D architecture eliminates those limitations with success.
● Virtual reality - VR is now present in everything we do. Many industries like real estate, architecture, gaming, and cinema depend on VR to provide the most immersive customer experience.
● The most significant advantage that gaming and cinema get from VR is that it allows 3D artists to change or edit 3D models in real-time. This significantly improves not only the user experience but the entire process of developing a game or directing a movie. Both movie lovers and gamers can experience all aspects of a movie or video game in real-time.
● The complexity of scenes - just like in architecture, details greatly matter in both gaming and cinema. Only 3D models that are well-detailed are capable of conveying the idea. Visualization is like a common language in gaming, cinema, and architecture as details are crucial for all three industries.
● Since user experience is what matters the most, the complexity of scenes in movies and video games play a crucial role in providing the best user experience. The more detailed 3D model of the environment in the movie or game is, the better the experience.
Gaming and cinematic architecture have a lot in common with architectural visualization, but there are also certain differences due to these industries being essentially different. Despite these differences, there are more and more architects working in gaming and cinema industries.
Architecture is probably one of the most creative industries in the world. Since both architects and their clients are into the most realistic creations, the elements like building construction, functionality, and aesthetics are becoming essential for successful visualization.
Since gaming and cinema are completely after the most realistic 3D models, architects are allowed to express themselves artistically to the maximum of their ability. The freedom of creativity isn't limited as in architecture as games and movies allow for a certain level of creative and artistic freedom.
This is also what allows for much higher levels of artistic and creative independence in gaming and cinematic architecture.
Games and movies often demand real environments, but there are many cases where games and movies happen in unreal areas, fictional cities, planets in space, and so on. All these fantastic and fictional environments share one thing in common - hyper-realism.
There are more and more video games and movies that take real-life events and experiences and bring them on screen. Hyper-Realism is the ongoing trend in modern filmmaking. On the other hand, the rise of photorealism in gaming is now present more than ever before.
The best examples of hyper-realistic games are Far Cry New Dawn, Ghost Recon Wildlands, Tom Clancy's The Division 2 and Watch Dogs 2. According to gamers, these are the most mind-blowing games that happen in real environments.
They were designed to attract more players by offering them high levels of thrill and satisfaction. Incredibly realistic, and authentic, these games will make you feel like they're happening right here and now, in the real world. This can take away from the feeling as much as it can add.
Despite the most incredible motion capture and graphics, if a game feels too real, that can take away from the gameplay. Too much photorealism in gaming can lead to the lackluster player experience.
Gaming and movies are all part of interactive entertainment, and each industry should be working on that interaction, ensuring the best user experience.
With 3D animation and VR being the hottest trends in gaming in cinema, the interaction between 3D architecture, gaming, and cinema industries will continue to thrive. In fact, it's absolutely safe to say that 3D architecture will help these industries evolve, especially when it comes to fantasy and the artistic touch.
3D architecture can greatly help both industries in terms of landing the best creators, level designers, environmental artists, animators and 3D artists the knowledge and software needed for creating the most incredible and realistic interior and exterior designs, environments, and landscapes needed for movies and video games.
3D architecture can help blur the line between reality and fiction and make them become one.
With all this in mind, we can safely conclude that 3D architecture took gaming and cinema not just one step from the traditional but a long way.
The technology and knowledge that 3D architecture holds will shape these two industries and help them evolve into something completely new and even more immersive.
With movies becoming incredibly detailed and games becoming almost as real as movies, it's hard to say how far the 3D architecture will take gaming and cinema.
NASA and mankind in general, have always been into the possibility that we could live on Mars, the Moon or even beyond one day.
With that in mind, they came up with a great challenge where different teams had to come up with a 3D habitat design that would have enough structural integrity to support all the necessary conditions to provide shelter for the human race in outer space.
The main goal of this challenge was to present 3D models of a habitat that could support life and the teams were challenged to complete a virtual construction level. All teams did pretty well, but three of them did the most amazing job and earned their chance to split the main prize: $100,000.
With the boldest visions of off-world habitat design, these teams presented incredibly innovative 3D habitat design solutions that just might be what humans need to maintain life in the off-world habitation.
All participants had to develop architectural concepts and thanks to the unique capabilities of 3D design, we can now fully imagine and experience what a potential habitat in space might look like. In-situ resources and the latest technology made this possible.
The top three finalists got their fair share of the prize too, as they had the privilege of sharing a total of $40,000. Their 3D habitat design solutions were amazing and with such ideas under their belt, NASA is sure to conquer the possible habitats of other plants in our universe.
NASA came up with the Centennial Challenges program and this competition is part of it, with the main goal aimed at accelerating adoption and the useful capabilities that additive manufacturing technology has to offer. NASA had to go through more than 165 submissions and judge the 30 highest-scoring solutions.
That's how they got their top three finalists. Team Space Exploration Architecture and Clouds Architecture Office offered their design solution called Mars Ice House, which won the first-place prize award of $25,000. The second prize of $15,000 went to Team Gamma for their idealistic solution, while third place honors went to Team LavaHive.
According to NASA professionals and managers of the Centennial Challenges program, the depth and creativity that these teams put on were most impressive, to say the least.
Their solutions weren't only artistic and imaginative but quite realistic in their aim to provide an actual life-dependent functionality.
Such solutions and ideas might just be extremely helpful in future space explorations, as these will be greatly needed if we are ever to populate an off-Earth habitat.
There were many factors included in making the final judgment. The factors included 3D constructability, off-world site selection, functionality, innovation, habitability, design approach, and architectural concept.
This was the first phase of 3D habitat design challenge with the main goal aimed at fostering the development of the most innovative, modern technologies that are essential to additively manufacturing a life-supporting habitat using well-known materials on our planet and in space.
The main prize of $100,000 went to three teams that made 3D models of fully functional habitats. Using extremely powerful modeling software, these teams developed full-scale life-supporting habitats.
Their work was graded based on whether the project could be scaled for construction, the use of interior space, programming and layout as well as realism and aesthetic representations.
The first prize of $33,954.11 went to SEArch+/Apis Cor from New York City. They used rovers and parts of the Hercules Vehicle, to construct a 3D module on site for a habitat and their design was breathtaking.
Since keeping the air pressure consistent is one of the most important aspects of their design, they solved it by constructing an inward-facing arch, suitable for living and working. Their design offers a great solution for resisting air pressure forces.
There are three independent zones that are completely sealable with the plan for quick evacuation if there is any trouble. If anything goes wrong, the crew can use the stairs to evacuate.
There are also areas for spacewalks and rover support, a rec room, a greenhouse, four bedrooms, and two laboratories. It's a true work of art and that's why they won first place.
The second award of $33,422.01 went to Team Zopherus. Finding their inspiration in biology, this team used a wide variety of different pods to support crew habitation. They also used a landing module that was supposed to serve as the base habitat.
Upon its landing, the module formed a seal, which provides a pressurized habitat. They also provided excellent solutions for the incidence of cracks, protection from the sun and radiation, as well as frequent temperature changes.
They included rover hatches, a laboratory module, four bedrooms, hydroponic gardens, and a suit airlock within a communal unit. Their habitat is also expandable in case that there's a need to meet the specific requirements of both the crew and the research.
Mars Incubator took the third place award of $32,623.88 for their multi-modular shape of 3D habitat design. Their structure was made from special materials that provide the most extraordinary resistance to radiation, vacuum pressure, and the heat of the sun. There's also a vestibule that supports rover and suit deployments.
A primary module was a special masterpiece, as it included the necessary crew accommodations, food preparation area, and a lab space while there were modules such as a bio-generation module that supports plant growth and a multi-purpose module.
Their solution also includes bridges that connect all modules, which completely eliminates the need for the crew to ever go outside of the modules.
This extremely beneficial competition for the entire mankind will enter its final phase that is scheduled between May 1 and May 4, 2019.
All teams presented stunning ideas and solutions when it comes to uniquely shaped habitat constructions so far, but the main prize of $800,000 is yet to be won.
All teams are required to present their 3D habitat design ideas that are fully usable in outer space environments such as Mars, the moon, and other similar locations but the most interesting thing is that these teams will have to use local resources at the actual construction sites.
These habitat solutions could also be used on our planet as well, as these are the most innovative and cost-efficient solutions for making construction costs significantly lower, which might lead to a revolution in construction.
Both the jury and the teams are waiting for May with anticipation, as this might be a huge step forward in our evolution, as well as a significant improvement in our space explorations.
Since our species has always been curious about space, it's only safe to conclude that we might just go there to find a new and habitable world where these 3D habitat designs will play a crucial role.
Following the latest trends and tech solutions, modern users and gamers have become more demanding. Companies all around the world are trying to improve their user experience and stay on top of the competition by introducing various cutting-edge tech solutions in their business. However, the fastest growing industry brings new trends overnight, and that's the reason why users always want something fresh and more advanced.
As technology grows, something that was a mind-blowing solution a few months ago becomes outdated as soon as something new appears. Following that theory, developers worldwide are trying to perfect the existing solutions and cater to a satisfied audience.
Virtual reality and augmented reality games are the most demanding apps that work in real time. However, such apps have been available for a while, but this upgraded solution provides gamers with a much better experience.
Nokia and CMCC joined forces to create an intelligent radio network architecture that can support the usage of edge cloud computing in combination with artificial intelligence and machine learning techniques.
This novelty will affect all industries across all verticals, but let's find out what their collaboration means and how it will affect the gaming industry.
At the Mobile World Congress 2019 (MWC), on February 27, Nokia announced their collaboration with CMCC, where they demonstrated a 5G AI-powered, quality of experience solution for virtual reality gaming applications.
Using the latest O-RSN Alliance edge cloud for artificial intelligence, machine learning, and real-time computing, Nokia and China’s Mobile Research Institute managed to ensure the best user experience. Managing and updating machine learning powered models and adapting 5G connection of VR is possible thanks to the open API-based O-RAN RIC architecture.
Chief Scientist at China Mobile Research Institute, Dr. Chih-Lin I, said:
"At this MWC, China Mobile and the partners successfully demonstrated multiple capabilities based on O-RAN architecture, among of which VR gaming QoE use case is the most eye-catching one.
The Optimization of top-level service QoE is one of the most important RIC use cases, in which CMCC and Nokia have been accelerating the research for a long time, and already achieved a series of results, and its broad application prospect is highly expected. "
The foundation for such a project is Nokia's 5G commercial-ready Air Scale base station, a Cloud RAN split CU/DU architecture for 5G networks. However, together with the China Mobile Research Institute, they tested a VR gaming app based on artificial intelligence with machine learning, allowing trained models to learn and improve over time.
Ultra-low latency, enabled by VR video rendering in the cloud, is the first tech improvement of this kind, and Nokia strongly believes that open interfaces and open architecture are crucial for 5G to work as a wide eco-system. Real-time intelligence also ensures correspondence to the highly variable bit rate of virtual reality traffic.
Head of Cloud RAN at Nokia, Michael Clever, said: "This is one of the most exciting 5G Edge Computing demonstrations at MWC. VR gaming on a mobile network combines all the ingredients that make 5G so promising," and then he explained that Nokia is proud to be working closely with CMCC ''to extend the capabilities of the O-RAN architecture.''
Moreover, Michael Clever explained that O-RAN architecture enables them to combine the capabilities of Open Edge Server with the 5G radio network.
VR gaming apps have become cutting-edge technologies, and the favorite way of entertainment among gamers and modern users. However, as we mentioned above, VR gaming in real time is so complex, and that's why the transmission of the signal isn't always in real time.
The gaming experience over O-RAN eliminates latency, enabling a real-time response. Their algorithms succeed in eliminating connection issues, allowing for automatic, accurate, and almost real-time responses. Latency during VR gaming has a negative impact on user experience, and that's why many gamers disliked virtual reality apps until now.
This cutting-edge technological progress will affect other industries, too. Virtual and augmented reality have already hit various industries, including architecture, real estate, the film industry, and many more. With this improvement, companies among all industries will be able to rely on 5G virtual reality and utilize all the benefits of VR.
Just when we thought that VR technology reached its peak, Nokia and China’s Mobile Research Institute have blown our minds with the very first live VR gaming based on artificial intelligence and machine learning over 5G networks. This combination of the most advanced technological solutions will surely grow in the following few years.
We hope that their collaboration will bring even better VR apps, as well as lots of brand new cloud-based services. For now, we should wait until the next Mobile World Congress!
What do you think about VR gaming? Would you like to try real live VR game app over the 5G network? Let us know in the comments!
Hiring a visualizer is not an easy thing to do, especially because this specialization is a fairly new thing and designers and architects started becoming visualizers only recently. At the same time, 3D visualizations and renders have become very important, no matter what kind of project you plan on doing.
However, only a handful of people actually know how to create good 3D visualizations and this is why it is important to know how to find and recognize them. Today, we are going to discuss the important things that need to be considered when looking for the right 3D render artist.
Remember that visualizers are not there to work with you on your projects, they are there to visualize them and represent them in the best possible way. Don’t ask them to fix your projects and make adjustments as this is not their job.
The art of 3D visualization can be focused on many things including exterior and interior architecture, engineering projects, the automotive industry, and so on. At the moment, the most popular demand for 3D visualizers is in the architecture industry where they are required to create visualizations of buildings.
Simply put, you need to make sure that the person you are considering has already worked on similar projects and that they know what they are doing. There are many differences between visualizations in different fields and you need a visualizer that understands them.
Simply put, if a visualizer doesn’t know all of the specifics for a certain visualization project, he or she will never be able to do it properly. After all, the result of their work needs to help people immerse into the designs and understand how a certain product will look in the real world. This requires thorough details.
Believe it or not, visualization artists develop their own styles over time and they excel at certain areas of their work, while certain styles are less suited for them. A visualization is not only about technical work. It is also about breathing in the personal touch of the artist to create a better atmosphere.
This means that you, as a customer, should also look to find a professional who can deliver the style you want such as artistic, photorealistic, cheerful, sterile, and so on. For visualizers who have a lot of experience in working for projects like yours, you can simply leave the style up to them as they have enough experience and knowledge to deliver what is necessary.
Bear in mind that it can be difficult to explain what you have in mind to the 3D artist, especially if you are not experienced in this kind of work. This is why you should look to use visual aids that can get your ideas closer to them and help them understand what you want.
When considering the price, you simply can’t look at cheap offers. In this case, you get what you paid for, and if you find the cheapest company or professional near you, chances are that the quality of their work will also be poor. No matter how large your budget might be, the best idea is to research.
Don’t consider prices and money until you’ve actually found a visualizer that you like and who can do the job for you. Even if you know that their prices are higher than your budget, there are a lot of visualizers out there who are willing to work for as much as you can afford, of course, within reasonable limits.
Some agencies charge by the number of images that they do, so if your project is smaller, you can get a fair deal. However, the bottom line is that you can’t expect to get away with it cheaply and get quality visualizations that will be convincing, realistic, and immersive.
A lot of professionals don’t add nature to their visualizations but this is a very important aspect of the whole render. The surrounding scenery makes the whole thing more realistic and convincing. It can help your future customers realize the scope of the project and how the building will fit in with the surrounding scenery.
Even though this might not seem like a big deal, it is very important. At the same time, it’s not easy to do. The designer will have to spend a lot of time adding trees and making them look natural, including bushes, painting the sky, leaves, etc. Look through their previous work to see if they added the surrounding nature.
The nature around a building makes it look more convincing and less sterile. Potential buyers will be able to visualize it and imagine the building in the real world. It might seem like a simple trick but it is really effective and will bring in more value to your building as well as the visualization.
In the end, remember to bring in sketches, drawings, or even the whole project while you are discussing your partnership with a 3D visualizer. It is essential that you deliver a clear picture of the project so that they can tell you whether or not they can do it. Additionally, the more information they have about it, the better they will be able to visualize it and make it realistic.