It’s an amazing piece of equipment that has been engineered for photographers and cinematographers. Mavic 3 is the first prosumer drone that comes with a dual-camera system, the main camera is has been jointly developed with Swiss camera maker, Hasselblad. It comes with an MFT sensor, adjustable aperture, 84° FOV and uses Hasselblad Natural Colour Solution (HNCS) for greater colour detail. The camera can capture 20MP 12-bit RAW images and record videos in 5.1k videos at 50fps, 4k at 120fps at a maximum bit rate of 200Mbps. It has support for HDR videos and images and there is a slightly more expensive version called the Mavic Cine 3 that allows users to record video footage in Apple ProRes codec, this version also comes with a 1TB storage space to accommodate the larger file size. The secondary camera comes with a telephoto lens, it has a 1/2-inch sensor, fixed f/4.4 aperture and has a 15° FOV. It can capture 12MP images and 4k video and has a 28× zoom capability. Records videos in 5.1k at 50fps, DCI 4k at 120fps, 1080p at 200fps.Single, AEB and timed photography modes.Other updated features include an obstacle avoidance system that is on par with the Skydio 2, ASPAS 5.0, intelligent flight modes, advanced return to home function, 46 minutes of flight time and an improved transmission system. Mavic 3 Cine supports recording in Apple ProRes 422 HQ.10-bit Dlog colour profile for HDR videos.1/2-inch CMOS sensor with a telephoto lens (Secondary camera).Omnidirectional obstacle avoidance system.I can't think of a way to automatically align the images in Photoshop, so there may be some hand work there.Īlternatively, you could create a spherical image using one of the stitching programs above, and then figure out how to extract square images in each direction from the spherical image. So you may need to take more than six photos, or you could cheat a bit and stretch the images vertically. On a full frame DSLR, an 18mm lens will give you 90° horizontally at a 3x2 aspect ratio, but you'd need to go even wider to get a square image that gives 90° in both directions. Conceptually, you'd want to take six square images (north, south, east, west, up, and down) that each span 90° horizontally and vertically. In your case, you really just need six square images that align at the seams. There are various pieces of software that will do the stitching searching with terms like spherical photo stitcher will turn up several.īut you're not really talking about doing the usual thing. You obviously can't take such an image with a normal camera, so the usual thing to do is to take several photos and stitch them together. You're basically creating a spherical image - one that spans 360° horizontally and vertically. ![]() So essentially, the question is: how do I create a photo like this where the end result would be a folded cube that all its faces interconnect forming a printed cube with a person inside it. ![]() Similar remapping issue: How are "Little Planet" photos created? ![]() ![]() Pano2VR is much better if you also need to deliver an interactive pano in HTML5 or Flash. My personal recommendation for your specific situation would be the Flexify plugin for the ease-of-use, the ability to preview the results, and the large number of remappings, which include making a box with tabs to fold and glue, but YMMV as it only does still-image remapping and requires a Photoshop license. This format is most convenient because it contains the entire panorama in a single 2x1 image, and is going to be the format for packages like Pano2VR, or Flexify (commercial Photoshop plug-in) or Hugin to remap to other projections, such as cube faces or origami balloon (i.e., print it out, fold it as an origami balloon, and get your printed cube). But it does tend to take a few months to years to amass both the equipment and shooting/processing skillz to get good at this, and the specialized equipment (fisheye lens, panorama head, stitching software license) is not cheap.Ĭreating and working with this type of panorama is most typically done in equirectangular projection. There are cameras that can create this type of image in a single shot (e.g., Ricoh Theta), but the image quality and resolution of these types of cameras tends to be very low and you have no control over the stitch, so panorama stitching is how most professionals do these types of images. The only way to get the cube faces is to cover the cube by shooting a spherical 360ºx180º pano, first.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |