![]() ![]() He worked with Charmed Labs LLC, in Austin, Texas, to design and manufacture the Gigapan robotic platform for standard digital cameras. Sargent created a prototype for a consumer version of a robotic camera platform. The technology behind the Mars rover Pancams inspired Randy Sargent at Ames Research Center and Illah Nourbakhsh at Carnegie Mellon University (CMU) to look at ways consumers might be able to use similar technology for more “down-to-Earth” photography and virtual exploration. Today, many of the technologies that enable this spectacular Mars photography have also inspired advancements in photography here on Earth-including one innovation that is allowing people to explore our home planet in unprecedented detail. These photographs from Mars spurred developers to begin thinking in terms of larger and higher quality images: super-sized digital pictures, or gigapixels, which are images composed of 1 billion or more pixels. The Pancam software performs some image correction and stitching after the photographs are transmitted back to Earth. The rover Pancams take small, 1 megapixel (1 million pixel) digital photographs, which are stitched together into large panoramas that sometimes measure 4 by 24 megapixels. Mounted atop each rover are Pancams-camera assemblies that can tilt a full 180 degrees and swivel 360 degrees, allowing for a complete, highly detailed view of the Martian landscape. If you wish to survey a Martian landscape without leaving your armchair, a few simple clicks around the NASA website will lead you to panoramic photographs taken from the Mars Exploration Rovers. Gigapan panoramic image courtesy of Jessee Mayfield In this wide view of Boudhanath Stupa in Kathmandu, Nepal, it is possible to zoom all the way into the smallest, barely visible points in the picture, such as the monk standing on the roof of the temple or the sign above the Tibet Kitchen Restaurant and Bar. Gigapan allows a photographer to capture extremely high-resolution panoramas, which a user can explore in depth. To sum up, Portable Hugin – Panorama Stitcher is a complex and powerful piece of software, with a good response time and a enough options to keep you tinkering for quite a while.The Gigapan robotic platform now enables photographers on Earth to capture and create super-sized digital panoramas. Extensive and neatly organized Help contents are provided by the developers, and the interface can be switched from simple to advanced or expert. The CPU and memory usage is minimal, which means this program does not hinder your computer’s performance and it can easily run alongside others. The field of view can also be chosen from an integrated list (rectilinear, cylindrical, Panini, biplane etc.), as well as manually or automatically crop your project. It is possible to change between a panosphere and mosaic plain mode for the overview, preview photos, control their size with a slider bar, and use one of the built-in guides (rule of third, golden ratio, diagonal etc.). This information can also be loaded it from an INI file. After you finish uploading images, you are required to input their HFOV value, focal length and lens type (normal, panoramic, circular fisheye, equisolid etc.). It supports import from several picture formats, including JPG, TIFF, PNG, HDR and EXR. No need to worry about the installation process, as it is not required. If you place the program files to a USB flash drive or other such removable device, it is possible to run Portable Hugin – Panorama Stitcher on any computer you have access to, by clicking the executable. This is the portable version of Hugin – Panorama Stitcher and thus, the Windows registry will not be updated with new entries and there will be no leftovers after its removal. Portable Hugin – Panorama Stitcher is a complex software tool which was developed in order to help you create panorama images, by loading multiple pictures and stitching them. ![]()
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