Whilst a VR headset is required to view the content, we are seeing a constant increase in the number of people purchasing VR headsets. Stereoscopic VR produces realistic experiences that are hard to forget. By utilising depth perception, stereoscopic VR often provides the user with a feeling of “being there”.īeing able to create uniquely immersive content allows companies and brands to stand out from the crowd. There is no doubt that stereoscopic VR provides a more immersive and memorable experience. Why choose stereoscopic VR? Stereoscopic VR provides a more immersive experience Industry, where users are able to imagine themselves in the hotel prior toīooking.
We have also seen the growth of this technique in the hotel A shot from a monoscopic 360 VR virtual tour We feel this represents the future for property viewings. Users can take a tour of a property from the comfort of their home, on any device they chose. These images can then be merged together to produce a virtual reality property tour. This is because high resolution DSLR cameras with a specialist rig can be used to capture the 360 photography content. In fact, higher resolution images are possible with monoscopic VR as opposed to stereoscopic VR. High resolution photography cameras are used to produce ultra-sharp images of property interiors and exteriors. The best example of this is in the real estate industry. Monoscopic VR is also typically the choice for 360 photography, where still images are utilised to create a VR space. Stereoscopic 360 video of Anthony Joshua training – produced by Immersion VR Monoscopic VR is perfect for 360 photography Common examples of videos with dynamic movement include sports and festivals. Monoscopic 360 video production can be used to comfortably capture shots that contain a lot of movement, whereas getting the movement to feel natural with stereoscopic VR is very difficult. Monoscopic VR is great for filming videos that include lots of dynamic movement. Perfect for promotional content on websites and social media platforms. Monoscopic content can be viewed on any device, including mobile. Whilst stereoscopic content requires a VR headset, What’s more, due to the reduced amount of production required, monoscopic VR is typically more cost-effective than stereoscopic VR.įor tighter budgets, monoscopic VR provides the perfect way to deliver unique experiences without comprimising on quality. Monoscopic 360VR is often seen as the little brother but it is still a powerful medium. A shot from a stereoscopic VR production Why choose monoscopic 360VR? Monoscopic VR is usually more cost-effective Stereoscopic productions require more careful planning and execution, to make sure the viewer is comfortable to focus on the story. The top image is the Left Eye view, the bottom image is the Right Eye view. Stereoscopic imagery is often displayed in the Top/Bottom 3D format. A shot from a monoscopic VR production Stereoscopic 360 VR Monoscopic VR is great for 360 videos for which a headset is not required, or if the shots contain lots of dynamic movement. Monoscopic 360 consists of a single flat image, projected on a sphere around the viewer. High quality 360VR content for VR headsets can also be produced using monoscopic VR. Having said that, monoscopic VR has a wider range of applications and is commonly used within the industry. It is typically seen as the preferred choice when producing content for VR headsets. However, due to the depth perception, stereoscopic 360VR generally provides a more realistic and immersive experience. Monoscopic VR can be viewed on any device whereas stereoscopic VR requires a headset Both types of VR can be viewed on a VR headset, but only monoscopic VR can be viewed without a headset.
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Monoscopic and stereoscopic VR are capable of producing 360 degree content that the viewer is free to explore. As with the human eyes, the 2 lenses in stereoscopic VR create depth perception Versatility – monoscopic vs stereoscopic VR Using the VR Camera to mimic human eye positions, stereoscopic VR creates a sense of 3D depth in 360 videos, with objects appearing nearer or further away. īy viewing the same scene from 2 different eye positions, the brain can calculate depth. This is known as interpupillary distance (the distance between your pupils). The 2 lenses have slightly different angles, just like human eyes. The 2 lenses represent the human eyes and they capture similar information. Stereoscopic VR more closely resembles the way we view the real world.ĭuring filming, stereoscopic VR utilises 2 lenses for each angle as apposed to 1. With stereoscopic VR, there are 2 images, 1 for each eye. With monoscopic VR, 1 image is directed to both eyes, just like a regular image or video. What is the difference between monoscopic and stereoscopic VR? Realism – monoscopic vs stereoscopic VR
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