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Black Dragon For Second Life

Download Itunes For Mac Os X 10.6 8 Black Dragon Viewer Download Mac Snip It Download For Mac Pubg Emulator For Mac Free Download Mac Emulator For Windows Download. Adobe Digital Editions (ADE) is free-to-download and use, and completely ad-free. Click Continue, then Install, and enter your Mac's system password. Download Black Dragon Web Browser - Take Black Dragon on a flight around the Internet, and visit your favorite web pages, with this straight forward, lightweight web browser.

< Third Party Viewer Directory

Black Dragon

Links

Contacts

Support Email: niranv dot dean at googlemail dot com

Second Life Contact: NiranV Dean

Platforms: Windows

Description

Uses non-standard and misleading values for avatar complexity

Black Dragon, formerly known as Niran's Viewer is a Viewer created and designed to change the way you experience Second Life in a whole, starting by changing defaults, declining all sorts of bells and whistles no one needs, re-designing the User Interface and trying things other Viewers are too scared of. It's primary goal is to enhance and refine the visuals of Second Life as well as having unique design approaches and features.

Main Features:

These are subject to change.

Local Bitmaps 3.0
Chat Range Rings
Custom Animation Speeds
Pie Menus
Qarl's Aligning Tool
De-render
Restrained Love (a)
Visual Finetunings
Godrays
Screen Space Reflections
Motion Blur
Exodus's Post Process Chain (Tone Mapping, Color Correction and Vignette)
Many more.

Disclaimer: Linden Lab makes no representations or warranties regarding any of the listed viewers or developers. These third-party viewers are not affiliated with or overseen by Linden Lab. Please take reasonable precautions, including virus scanning, before installing and using any of the listed viewers.

Retrieved from 'https://wiki.secondlife.com/w/index.php?title=Third_Party_Viewer_Directory/Black_Dragon&oldid=1209699'

Download microsoft office 2007 mac free full version. June 16, 2008

Macs in Medicine
By Beth W. Orenstein
Radiology Today
Vol. 9 No. 12 P. 12

OsiriX started the Apple rolling in radiology, but the machines are starting to turn on across healthcare.

These days, approximately 25,000 physicians—about one third of them radiologists—are viewing medical images on Apple’s Macintosh computers. While that’s just a small fraction of the whole, it is significant because the physicians themselves are driving the movement toward Macs when only a few years ago they had no choice but to use expensive, dedicated PC workstations.

Those physicians are in turn being supported by several partner companies such as PACS makers Meta Fusion of Saratoga, Calif., and aycan Medical Systems of Rochester, N.Y., and providers of diagnostic imaging displays such as Quest International of Irvine, Calif.

The growing interest in Macs in radiology mirrors what’s happening with Macs in general. In May, Apple reported strong sales, shipping 2.29 million Macs during the second quarter, an increase of 51% over one year ago. International Data Corp., a global provider of market intelligence, also reported that Apple’s market share is growing at a rate 3.5 times the overall PC market growth.

Apple has never pursued the corporate market, let alone medical imaging. Its focus has been consumers and education. But observers believe that as more people (including physicians) use iPods, iPhones, and Macs at home, their enthusiasm for Apple products is spilling over to the workplace. It also has helped that since 2006, when Apple switched to Intel processors, users have been able to run Microsoft Windows on their Macs.

Tapping Graphic Potential
Macs’ growth in radiology departments has been fostered by the development of OsiriX, an open-source DICOM viewer comparable to the software on high-end imaging, proprietary vendor workstations. In late 2003, Osman Ratib, MD, PhD, then a professor and the vice chair of information systems for the department of radiological sciences at UCLA, and Antoine Rosset, MD, a radiologist from the University of Geneva and Ratib’s former student, sought to develop a sophisticated, easy-to-use computing platform for interactively viewing the large data sets that the latest generations of their MR, CT, and PET/CT scanners were producing.

Ratib had worked on OsiriX, which was also a DICOM-compliant, open-source, cross-platform viewer for images, but was limited to viewing single, simple images. They rewrote OsiriX from scratch, incorporating existing open-source imaging tool kits so it would be comparable to the software that previously had only been found on high-end imaging workstations costing $40,000 to $150,000.

Elizabeth Kerr, PhD, director of the science and medicine markets for Apple, says the movement toward Macs in medicine has been a growing trend for the past couple of years, but it has really taken off in the last six to 12 months, thanks to OsiriX. “OsiriX running on Mac Operating System X (OS X) in clinical settings is one of the solutions leading the charge,” she says.

Rosset believes one reason the OsiriX platform has gained so much interest among his radiology colleagues is that the price is right—it’s free. Also, Mac computers, while sometimes perceived as pricier than PCs, are nowhere near the cost of the proprietary PACS viewing workstations that imaging facilities must buy for their radiologists.

Kerr says some of the early adopters include major medical institutions such as the Hartford Hospital in Connecticut. The hospital found the Mac/OsiriX combination was the perfect solution, even in its stroke center, which generates huge files on each patient, she says.

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Stroke Center
Hartford Hospital serves its radiology department with a multimillion-dollar Philips-Sectra PACS, Kerr says. However, the huge files generated at its stroke center overwhelmed the Sectra server. To solve the problem, the center’s consulting team, the Katen Consulting Group of San Francisco, created an Apple-based neuroarchiving solution that met all of its criteria, including superior 3D visualization. “By moving to Macs and OsiriX, the system not only delivered far superior performance, but it also cost less than half the price of one hospital’s PACS workstation,” she says.

Another emerging area where Macs are being used in medicine is for recording surgeries in high definition for treatment planning and training purposes, Kerr says.

That is what is happening at the Veterans Affairs (Palo Alto, Calif.) Health Care System, led by Roy M. Soetikno, MD, chief of the gastrointestinal section and endoscopy unit. Physicians in the endoscopy unit wanted a way to capture the real-time, standard definition images on their endoscope screens so they could be reviewed and shared with other members of a medical team for treatment planning and teaching, Kerr says. They also wanted to improve the diagnosis of early-cancer lesions by capturing and reviewing high-definition endoscopy movies, a capability that their endoscopes did not include. First they employed Mac video technology and off-the-shelf hardware and software such as Final Cut Pro, so its endoscopists are able to create QuickTime Pro movies of endoscopies for instruction and self-learning presentations at conferences (using Keynote on MacBook Pro and 24-inch iMacs) and for dissemination to other professionals as DVDs.

They called on Meta Fusion to provide a state-of-the-art information system that would integrate with Vista, their nationwide hospital information system. “All of the functions and features that Soetikno and colleagues had pieced together with disparate software applications and machines—and more—have been combined with leading endoscopic functionality to create an organized, state

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