Forum Discussion
Stereoscopic 3D rendering of a panorama in 3ds max
Hello,
Im new to Ouclus Rift development and I have been rendering panoramic videos in 3ds max by setting the camera type to "Spherical" & the FOV to "360". These videos are them imported into unity, applied as a movie texture to the interior of a sphere and they work perfectly with Oculus Rift. The only problem is that the depth is missing in these rendered videos.
I believe this is because the video should be rendered in stereoscopic 3d in 3ds max. Is this correct?
Im extremely confused on how to render left and right eyes using a 2 camera rig that will generate a spherical panoramic video which can be imported into unity, applied to a sphere and viewed with the oculus rift.
Has anyone tried this workflow? Can you please tell me how the video should be rendered in 3ds max so that I get the feeling of depth and immersion in Oculus Rift? Right now every this is tooo flat :(
Thank you.
Im new to Ouclus Rift development and I have been rendering panoramic videos in 3ds max by setting the camera type to "Spherical" & the FOV to "360". These videos are them imported into unity, applied as a movie texture to the interior of a sphere and they work perfectly with Oculus Rift. The only problem is that the depth is missing in these rendered videos.
I believe this is because the video should be rendered in stereoscopic 3d in 3ds max. Is this correct?
Im extremely confused on how to render left and right eyes using a 2 camera rig that will generate a spherical panoramic video which can be imported into unity, applied to a sphere and viewed with the oculus rift.
Has anyone tried this workflow? Can you please tell me how the video should be rendered in 3ds max so that I get the feeling of depth and immersion in Oculus Rift? Right now every this is tooo flat :(
Thank you.
11 Replies
- Creating a stereoscopic 3D rendering of a panorama in 3ds Max can be an effective way to achieve immersive and visually engaging "3D Exterior Rendering". Stereoscopic 3D adds depth to the scene by simulating the way human eyes perceive the world from slightly different angles.In 3ds Max, you can accomplish this by setting up two cameras side by side, each offset slightly to mimic the distance between a person's eyes (usually about 65mm apart). The two different camera views simulate the left and right eye views, creating a depth effect when combined. This method can be particularly powerful for architectural visualizations, allowing viewers to feel as though they are actually moving through the space.To render a stereoscopic 3D panorama, you would typically:1. **Set up your 3D scene:** Model your environment with accurate textures, lighting, and materials to enhance the realism.2. **Configure cameras for stereoscopic capture:** Position two cameras as described, ensuring they cover the entire area you want to depict in your panorama.3. **Render both views:** You’ll need to render the scene from the perspective of both the left and right cameras.4. **Combine the images:** Use specialized software or a viewer that supports stereoscopic images to combine these images into a single 3D panorama.The final output can be viewed with 3D glasses or on a VR headset, providing a compelling and immersive "3D Exterior Rendering" experience. This approach is particularly useful in architectural and real estate presentations, where conveying the depth and scale of spaces is crucial.
