The player converts it to PCM and outputs it that way. The audio is Dolby Digital 2.0, I don't have any way of verifying bitrates but safe to assume it is 192kbps. The only good thing I can tell is I am pretty sure they are 1080p24. They looked overly compressed, macroblocking and banding was available. These films are so low budget, they look like they were shot on digital handycam, so I cant tell if the look is due to encoding or the film itself. The picture was very sharp, I don't think the player was up converting, I think it is legit 1080p. They are encoded in 1080p24 and my receiver verified this. The discs: I only have two titles pictured above. No network connection which means firmware updates were not expected which is also good. The player also has all of the usual composite, component, svideo, optical, coax outputs. In EDID mode, the player was outputting 1080p24 which is nice. This options reads your displays capabilities from its HDMI EDID info and adjust resolution automatically. There isn't an option for 1080p24 but in resolution menu there is an option labeled EDID. The player has multiple resolution options all the way from 480i to 1080p60. HD-VMD discs starts very fast, loading screen is only a few seconds, very similar to DVDs. I don't know what file formats it supports through its usb and sd card but I probably will never find out. It boots pretty fast like a DVD player(essentially it is a modified DVD player), the welcome menu has 4 options, HD-VMD, USB, SD Card, Setup. It's very cheaply built, can compare to Toshiba HD-A3. I don't know the differences except 677 is silver and 777 is black. The players: They released NMW ML677 first then ML777 later. A couple of small studios agreed to release HD-VMD discs, I can't tell how many of the above list was actually released but those were the announced titles. The marketing was towards a cheaper alternative to HD-DVD(it was still alive back then) and BD. NME announced 8 layer discs but those were never released. It's based on existing DVD technology, using the red laser but has 4 layers for 20GB capacity. getVMDpath ( vmd = None ) # Title List: These were announced before the format died but I don't know if all of them got released. Viewer – Returns a handle to the current viewer Return type : This is useful with -display machine:0 for remote display of the forms when the CAVE uses the local screen. Text: do not provide any graphics display window.Ĭave: use the CAVE virtual environment for display, forms are disabled.Ĭaveforms: use the CAVE virtual environment for display and with forms enabled. Get the handle to the current molecular viewer Parameters :ĭispdev ( str, ( 'win', 'text', 'cave', 'caveforms', 'none' )) – Specify the type of graphical display to use. Use color numbers of VMDĬommand ( str) – The tcl command which to send moleculekit.vmdviewer. Sel ( str) – Atom selection string for the ligand mode.Ĭolor ( int) – Color for the ligand. If set to ‘ligand’, it will show all ligands in the specified color and the protein in teal Mode ( str ( 'protein', 'ligand' )) – If set to ‘protein’, it will show a single conformation of the protein with sequence coloring Modify representations for the top molecule in VMD Parameters : Rep ( mode, sel = 'resname MOL', color = 0 ) # Trim ( bool) – Trims the whitespace of the image Only used with the renderer=’tachyon’ option.Ĭonvert ( bool) – Attempts to convert the image to the datatype of the outfile extension Tachyon ( str) – Path to tachyon renderer executable. Only used with the renderer=’tachyon’ option. Only used with the renderer=’tachyon’ option.Īasamples ( int) – Number of anti-aliasing samples. Resolution ( tuple) – X,Y resolution of the output image i.e. Renderer ( ( 'TachyonInternal', 'tachyon', 'snapshot' )) – Which renderer to use Outfile ( str) – File to which to render image Renders the current VMD scene into a file. Name ( str) – The name to give to the MoleculeĪdds some default settings and representations for creating movies with Tachyon in VMD render ( outfile, renderer = 'TachyonInternal', resolution = None, aasamples = None, skylight = None, tachyon = None, convert = None, trim = False ) # Mol ( Molecule object) – The Molecule to load into VMD Load a Molecule object into VMD Parameters : Parameters :Ĭheck if the viewer has been closed Returns :Ĭomp – Returns True if the VMD viewer has closed Return type :īool copy ( ) # loadMol ( mol, name = None ) # Use the viewer or getCurrentViewer function instead. Please do not directly call this class constructor. VMD ( vmd = None, host = None, dispdev = 'win' ) # Moleculekit.vmdviewer module # class moleculekit.vmdviewer.
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