var playlist =
[

	{'height':'540',
	'width':'960',
	'image':'/files/screenshot2014-07-20at12.17.06pm_med.jpg',
	'title':'R1715 Laying Cable at the Base of Axial Seamount ',
	'description':'<p>	Axial Base PN3A. During <em>ROPOS</em> Dive R1715, a 1 km cable was installed at the base of Axial Seamount near Primary Node PN3A using the Remotely Operated Cable Laying System (ROCLS) mounted to the underbelly of <em>ROPOS</em>. Video credit: NSF-OOI/UW/CSSF; Dive R1715; V14.</p>',
	
		sources: [
			
			
				{'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1715_highlights_wifi-wi-fi.m4v/playlist.m3u8'},
			
			{'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1715highlights.mov'}
			]}
	
	,

	{'height':'540',
	'width':'960',
	'image':'/files/cablelaying_med.jpg',
	'title':'Laying the OOI RSN Secondary Cable ',
	'description':'<p>	From the OO-RSN VISIONS &#39;13 cruise: In summer 2013, the R/V <em>Thompson</em> was getting ready to lay the first of thousands of feet of secondary cable on the seafloor.&nbsp; University of Washington&#39;s John Delaney and Deb Kelley, as well as Keith Shepherd and Jason Williams with the Canadian Scientific Submersible Facility give an introduction to the science and technology making this incredible feat a reality. (Video by Ben Fundis)</p>',
	
		sources: [
			
				{'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:CableLayingandROCLSvideo-Broadband.m4v/playlist.m3u8'},
			
			
				{'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:CableLayingandROCLSvideo-Wi-Fi.m4v/playlist.m3u8'},
			
			{'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:CableLayingandROCLSvideo-Broadband.m4v'}
			]}
	
	

];