Month: April 2018

Augmented Reality vs. Virtual Reality – What’s the Difference

You are now searching for the difference between VR and AR. In their possibilities for marketing, brand development, gaming, and entertainment, both the technologies are garnering intense interest. Almost 90 percent of the companies with an annual; revenue between $100 million and $1 billion are now leveraging augmented reality or virtual reality technology according to the recent research by Deloitte. Today we will be discussing the differences between these two technologies.

Often with a lot of expensive technology such as headsets, virtual reality immerses people in experiences. It usually starts with a real-life something and projects or inserts images onto the screen or viewer when it comes to augmented reality.

What is VR?

It is heavily colored by The Matrix which is a tremendously popular 1999 movie about a deceptively realistic, virtual reality future that was so indistinguishable from everyday life that the main characters originally believe that the simulation they are in is real with most people’s idea of virtual reality.

Virtual reality is mainly used in 3D movies and in video games as it is a computer-generated simulation of the alternate world or reality. It is meant to shut out the real world and envelope or immerse the viewer with the use of computers and sensory equipment such as headsets and gloves as virtual reality creates simulations. Virtual reality has also been used in training for a long and in science, and education apart from games and entertainment.

It almost always requires special equipment such as bulky headsets to have the experience usually in games or other movie-like experiences as today’s VR can make people feel they are walking through a forest or performing an industrial procedure.

What Is AR? Most Popular Venues of Augmented Reality and Virtual Reality

VR’s cousin is augmented reality or AR and this makes no pretense of the creation of the virtual world. AR is accessed with the use of much more common equipment such as mobile phones, and it superimposes images such as characters on top of a video or a camera viewer that most consumers already have making it a lot more usable for retail, games, and movies, unlike VR.

With computer-generated virtual elements, AR combines the physical world. With the intention of combining the two for enhancing one another, these elements are then projected over physical surfaces within the field of vision of people. Augmented reality actually adds to it whereas virtual reality replaces what people see and experience.

Mobile Game Development Services

Introduction

Games have become an integral part of Mobile devices now. Gaming is one of the considerations taken into mind while choosing a new phone. Thus, game developers pay special attention to mobile platforms and their capacities. The Mobile Game Developer should be aware of the technical and non-technical aspects of the mobile before developing a mobile game. Mobile Game Development services are a consistently growing field now.

Stages of Mobile Game Development

Let us see, what it takes to develop a mobile game. Essentially there are 8 stages of Mobile Game Development. Let us go through each of them:

1. Game Idea: The foremost and very important aspect of developing a game is the idea. But it depends upon a few parameters like these:

Who are the targeted players?

Why will they play our game?

What features of the game will attract its user?

2. Concept Development: The concept of a game is a brief document having four building blocks of every game.

The four basic building blocks of a game are Game Mechanics, Setting, Technology, and Interaction.

Mechanics are the rules, or the steps player must follow to achieve their goals.

The two important parts of the setting are – Story and Aesthetics. The story is the description of the game world and aesthetics is how your game or characters look like.

Technology means choosing a balance of the technology required for the aesthetics chosen and compatibility with the device.

Interactions mean the usability of devices and the chosen input methods.

3. Creating a Game Design Document: It is a highly descriptive document and keeps changing as and when feedback are received to improve the design of the game. A GDD is generally edited by the collaboration of all designers and developers.
4. Create Prototypes: To verify the Concept Document, Prototypes are created. It includes the most important mechanics and resembles the actual game. It is done to develop more fun factors in the game by assessing the unexpected behavior of the users.
5. Design Architecture: A strong architectural framework is required to meet the dynamics around to keep the game updated with the latest upcoming designs, making them more appealing to the targeted audience.
6. Implementation: A Game Developer may now proceed to the implementation of the game after creating a Prototype and Architecture Design.
7. Testing: Testing is done by potential players, then the bug fixing is done.
8. Support the game: After the launch also, for a couple of months, support is required to achieve the growth of the user base.

Conclusion:

Game development service is a growing industry, due to reasons like internet accessibility and easy user Interfacing. It has also led to the improvement of the hardware of mobile device.

How Do AR and VR work?

Introduction

AR Augmented Reality is an interactive experience where digital objects can overlay in a real-world environment.

VR Virtual reality is a simulated environment, which completely shuts down the outside world giving an immersive experience to the user.

How Does Augmented Reality Work?

With every development in the digital world, the developers and engineers continue to refine their work in Augmented Reality technologies making the difference between the real world and virtual life even blurrier. Augmented Reality (AR) may soon be a true reality for us.

Augmented Reality works by mixing the elements of the digital world like- visual overlays and sensory projections into real-world environments. This can be done by using the camera of the user’s mobile phone. For Example- Pokemon Go witnessed the augmented reality into action where the Pokemon Creatures overlays the real-life neighborhood for us. Making them look very lifelike.

AR technology is not limited to entertainment but is also widely being used in fields like the Military and Medicine.

How Does Virtual Reality Work?

Under Virtual Reality, a three-dimensional world is created using computer graphics which makes the user feel that he is in that world. This is called Immersion. For a true VR experience a game must include:

• Three -Dimensional life-like images, that appear real to the users.
• Tracking head and eye motions of the user and making changes in the environment according to that motions.

Virtual Reality technology depends upon VR Immersion, VR Environment, VR Interactivity, and VR Headsets.

Immersion is the feeling of being inside or a part of that digital environment that the user sees.

Sensory outputs should also adjust with the motions of the user. For Example- If the user is moving his head up and down, his eyes should see the environment scene changing and not constant.

Interactivity means the environment is interactive and motions are there with a change in environment, for example in a scene of a Roller Coaster Ride, there should be the use of a motion chair.

Virtual Environment requires a way to display systems to the user which is done by VR headsets that have monitors fixed for both the eyes and trace the motions of the user’s eyeballs. This makes VR more interactive and immersive.

Virtual Reality is used for various training and simulation exercises these days.

Conclusion

AR and VR both are gaining popularity these days and developers and designers keep enhancing user experience by polishing and making these two more interactive and life-like by reducing the difference between imagination and gaming.

2D/3D Game Development Services

Introduction

Game development is the art of creating a video game by turning ideas into a full-fledged game. It is generally done by an individual or an organization called a gaming studio.

Nowadays Internet has made gaming so easily accessible which has led to a growth in Game Development Services.

Video Games are basically of two types- 2D and 3D.

2D GAMES

2D games are linear in nature and flat graphics are used in developing them, which means a character can move in any direction, but they have only two dimensions- height and length, with no physical depth.

3D GAMES

3D games are games having 3-dimensional features that make gaming more real and life-like. 3D virtual imaging technology is used for developing 3D games. Here, characters are transformed into reality by using polygons and curves.

Concept of Game Development Services.

2D games originated in the early 1980s and by mid-1990s 3D gaming also emerged. With the growing interest of gamers, New Game Developments Services also emerged.

Various gaming studios also emerged with growing demand, and people started taking this as a profession. Game development is now an occupation.

Various kinds of gaming services or solutions offered are as under: –

• 2D and 3D games.
• Single-player or Multiplayer Games.
• Games with Social Media integration.
• Gaming apps for different genres.

7 stages of Game Development:

Planning: Ideating a video game is a very difficult part of the game development process. This is the backbone of the game development process.

Storytelling: Next step of game development requires brainstorming to give life to the main idea which was developed during the planning phase. This is when all developers, engineers, and other crucial departments collaborate to make all pieces fit in.

Production: Most of the efforts of the game development process are done during the still stage. Here,

Character models, audio, and levels are designed to suit the game.

Developers write programs to bring game content to life

Here, the publisher regularly checks updates on the overall process of game development.

Testing: Before launch, every feature and mechanic needs to be tested for quality purposes.

Pre-Launch: Before the launch of the actual game, some marketing is done by publishers to drive the attention of gamers.

Launch: Here the polishing and bug fixing is done for the game, by making minor changes to it, making it more immersive.

Post Launch: Post-launch support runs for a couple of months after launch to get the bugs fixed which are reported by the end-users.

Conclusion

If you want to make video games, understanding the process is very essential.

Currently, many organizations render their services to develop  2D/3D games.

Java – Simplicity and Perfection Combined

Java is fast, secure, and reliable. This is why it has one of the most popular platforms for applications and websites worldwide. From laptops to datacenters, game consoles to scientific supercomputers, cell phones to the Internet, Java is everywhere! Organizations demand highly productive, scalable, and robust Java-based solutions so that they can enjoy decreased production costs and enhanced productivity.

Digital Valency team understands this requirement of clients at every stage of the application development process. We deliver customized service with the highest productivity level, providing you with nothing but the best return on investment. Digital Valency provides extensive Java programming services, catering to the bespoke requirements of our customers. Our team has expertise in all the Java-based technologies to provide customized solutions under Java development and more.

In the Java environment, many Open Source components can be found that can be integrated into solutions as modules. Digital Valency offers complete Java development solutions like:

• Application server for web-applications
• Databases
• Report designer
• Web Service Frameworks
• and many others

Our Java Application Development Services

Web Services

Digital Valency’s Java development team implements J2EE for our client’s custom application development needs and provides platform independence which helps in developing cross-platform portable solutions.

Enterprise Software Services

Our java programmers design software solutions that support a service-oriented architecture. The availability of consulting/programming skills in different development platforms, including Java, PHP, and .Net, gives Digital Valency the flexibility to select the right technologies for diverse software components.

Java Desktop Services

We use the new-age Java tools to develop multi-platform desktop applications and enrich client satisfaction. Developing user interfaces that have advanced graphics and maintain the brand identity of the software products is what our developers pride themselves in.

Digital Valency provides design and development services that can utilize efficiently the services available from Java application servers. Over the years, Digital Valency has built up a repository of knowledge and experience in Java application development & programming services, which we bring to bear on all our projects.

Why Digital Valency

Competitive Pricing

At Digital Valency, we offer robust solutions at competitive prices. Our expert services are backed with a performance guarantee that ensures the highest return on your investment

Full technical support

Our communication channels are open 24/7 for our customers, which connect them with our team of technical experts, for reducing complexities and enhancing productivity.

Give your business a new edge with amazing multiple Java apps for desktop, web, and mobile from Digital Valency. Contact us today for a friendly discussion about your application needs.