What Does Virtual Reality Mean for Data Visualization?
The world runs on data now, whether it is as conspicuous as text messages or the information stored by building senors. Our every action generates data in the form of numbers, words, photos, and videos. As our production and consumption of data increases, the data visualization methods evolve. We need more powerful tools to help visualize data, and virtual reality is the ideal route. VR can change the way we look at data, and we discuss it below.
With VR, we can have lifelike interactions with the environment and use our hands to feel around objects. Mice, pads, and keys no longer limit the users, and they can interact with the data unhindered. The viewer will have the data in the palm of their hand. The multidimensional data visualization will allow quick and easy computing, analysis, and more straightforward decision-making for businesses and individuals.
Data on a computer screen is often cramped and does not fully describe the useful information. When the facts and figures are displayed in life-size to view them from all directions, they become more comprehensive. There will be no distractions and limitations stopping you from visualizing the trends and patterns.
With traditional data visualization, we only engage the visual and auditory senses. Virtual reality brings forward a multisensory experience where the audio has multiple characteristics such as loudness, direction, and type. Viewers can identify the data before it appears in front of them. Haptic feedback gloves mean that data will soon be having texture, definite shape, and feel.
No Physical Limitations
With VR, the data will cover all 360 degrees and surround us. That gives the artists more room to create visuals and add more details. You can zoom in on each small data point and access the source with just a touch. Screens and paper no longer constrain the presentation of data.
The human being’s optic capacity is underutilized when the brain has to read words on a screen. The use of audio, video, and images has improved the processing speed, but it is still not near its highest efficiency. Without two-dimensional modes of display, there is a whole new world of opportunities to explore. The brain can immerse itself in the 3D environment and engage with the data. It utilizes the maximum capacity of the brain and optic nerves, making information processing faster.
Augmented and virtual reality is quickly evolving and has grown into a multi-billion dollar industry. It has revolutionized many industries and continues to forge its way into uncharted territories. Exciting developments are expected in the data visualization arena to give the data owners and users more control.