Movie Explorer 2.0.1
DOWNLOAD ->->->-> https://blltly.com/2t0R8V
The free standard edition is all you need if you only want to catalog your digital movie files. But if you also want to catalog TV Show files, Blu-rays, DVD's, and other disc formats, or you need advanced catalog features, then you'll need to upgrade to the professional edition.
I got error related to MSTest.TestAdapter nuget package while compiling. Resolved that issue by removing tag. Though it made build successful, test methods became non discover-able. Test explorer won't list down the test methods in that project and Run Test or Debug Test won't work as well.
Prolonged complex naturalistic stimulation is arguably more likely to elicit brain responses that are representative of naturally occurring brain states and dynamics than artificial, highly controlled experiments with a limited number of simplified conditions. One particularly interesting aspect of natural stimulation using movies is the temporal synchronicity of changes in the response pattern across individual brains, presumably caused by synchronous temporal dynamics of underlying neuronal processes.
Algorithms have been developed that utilize inter-individual synchronicity of changes of the brain state over time to align fMRI data from individual brains into a group space based on functional connectivity patterns11 and BOLD time-series correlation12. Haxby and colleagues were able to demonstrate that temporally synchronous patterns can be used to transform brain response patterns of individual brains into a high-dimensional representational space with common dimensions for all brains13. This technique enables group analyses of distributed activation patterns at the same level of detail and accuracy as the analysis of idiosyncratic patterns of an individual brain. Uniformly, these studies find that deriving inter-individual alignment from fMRI data recorded while participants watch movies yields transformations that are of greater general validity when tested on data from controlled experiments. This is further evidence that movies elicit brain response patterns and dynamics that are representative for naturally occurring neuronal processes.
We hope that our reproducible stimulus and acquisition procedure will be used by independent researchers to extend the scope of this dataset by adding data from participants with different cultural backgrounds, a different spoken language or an audio-visual stimulus. We have already begun to acquire more data and aim to add additional modalities in the future. We invite interested researchers to coordinate with us on creating a high-dimensional brain response based annotation of this movie stimulus.
MRI data acquisition was split into three sessions per participant. While functional MRI data were recorded at 7 Tesla, most structural images were obtained using a 3-Tesla scanner on a different day. Due to the length of the movie recording session, acquisition of functional and structural images at 7 Tesla was split into two separate sessions. The order of recording sessions was arbitrary and not constant across participants, although all participants happened to participate in the sessions at 7 Tesla first. Scanning sessions were at least two days apart, but for some participants the recording sessions were spread over several weeks.
Data motion correction was performed within scanner online reconstruction as part of the distortion correction procedure, and the associated motion estimates are provided in a whitespace-delimited 6-column text file (translation X, Y, Z in mm, rotation around X, Y, Z in deg) with one row per fMRI volume for each movie segment separately.
The text and timing of the German audio description cannot be inferred from the Forrest Gump DVD release, therefore we provide a transcript in a comma-separated value table. Each line of the transcript table represents one temporally continuous audio description segment. The first and second columns list start time and end time of a segment. Start and end times were estimated with a target precision of a tenth of a second by manually locating speech onsets and offsets based on the waveform shapes in Audacity. Values in the third column indicate how fast a description was spoken (normal: 1; fast: 2; very fast: 3). The fourth column contains the actual transcript of the spoken description. Special comments wrapped in brackets within the transcript contain hints whether the spoken description interferes with other dialog or indicate the exact temporal location of description segments with respect to effects in the movie soundtrack.
An additional fMRI dataset was acquired in order to aid the assessment of technical noise of the recording setup for this particular choice of parameters in combination with the stimulation procedures. The procedure was identical to the acquisition protocol for human participants. Visual and auditory stimulation were active, the headphones were positioned in the identical location, and the audio volume was set to the mean amplitude observed across all human participants. fMRI data for the complete movie were acquired using a FBIRN gel phantom ( -catalog/function-birn-stability-phantom-qa-procedures/). The inter-session break between movie segments four and five was of the same approximate length as for human participants.
The primary purpose of this dataset is to study properties of distributed brain response patterns that are common across brains. It is common practice to employ a BOLD time-series similarity measure like correlation to quantify inter-individual response similarities for natural stimulation with a movie (see ref. 6 for an example of this approach).
However, as it becomes increasingly difficult to identify functionally corresponding voxels across brains at high spatial resolution, we did not only assess pattern similarity using voxel-wise time-series correlations of anatomically aligned data. Instead, we employed representational similarity analysis (RSA)33 to identify 2nd-order isomorphisms in the response patterns across brains. The premise of RSA is that any two segments of the audio movie which elicit similar neural signal patterns in one brain also elicit similar patterns in another brain; whereas two segments, which lead to distinct patterns in one brain, also evoke dissimilar patterns in another brain.
How to cite this article: Hanke, M. et al. A high-resolution 7-Tesla fMRI dataset from complex natural stimulation with an audio movie. Sci. Data 1:140003 doi: 10.1038/sdata.2014.3 (2014).
The design of the gunship is based on early concept art from the pre-production of Star Wars: Episode IV A New Hope, depicting a lean, small warship that was originally conceived as an Imperial starship in the rough draft, evolving into a "pirate ship" as the script developed. This role in the movie was, of course, eventually taken by Millennium Falcon, while the linear design served as the basis for the hammerhead-bowed blockade runner: both are depicted as Corellian ships, from the same manufacturer as the non-movie gunship.
The Crayfish plugin aspires to be a time explorer for structured and unstructured mesh and vector datasets within QGIS. With Crayfish, users can load time varying mesh into QGIS. It currently supports several meteorology, hydrology and oceanography file formats.
I now had four .jpg files, one for each time period. I loaded those files into video software (Sony Vegas Movie Studio HD Platinum 11, but many others will work). I displayed each .jpg image for 6 seconds, with a 2-second overlap between images. Output to an .mp4 movie file which was uploaded to Youtube.
The download is actually a zip file. If you can right-click on it & choose Unzip or Extract or something like that, do so. That will produce a folder named something like Sublime Text 2.0.1. If you can't right-click & unzip that way, go ahead & double-click on the zip file. Windows will open up a new window showing the contents of the zip folder. Grab the folder inside the window & drag it to the Desktop of your computer. Close the window.
XMedia Recode 18.104.22.168 Full-featured video conversion tool designed to convert all video and audio files, trim and merge video files, convert videos to devices like iPhone, iPod etc. Convert unprotected Blu-ray or DVD movies using ready-made presets for various devices: iPhone... SoundSwitch 6.5.3 Open source tool that allows you to change your default playing devices and/or recording devices using keyboard shortcuts. No more navigating througth several menus and screens. Just configure SoundSwitch once - and you are able to switch between... LosslessCut 3.50.0 Video editing software that trims / cut videos instantly without re-encoding. Great for rough processing of large video files taken from a video camera, drone, etc. Lets you quickly get rid of useless parts. It doesn't do any decoding / encoding and is therefore...
QMPlay2 23.02.05 Feature-rich, open source multimedia player backed by the amazing FFmpeg tool. It stands out for its impressive list of supported formats, flexibility and simplicity. The long list of features include video snapshots, media library, video controls, visualizations... VideoInspector Lite (Adfree)22.214.171.124 Program that gives you more information about your video files. With VideoInspector you'll know why your video files has no sound or refuses to play correctly. It will help you install the required Codecs (coder/decoder software) to play a specific file. It can... sView 23.02.4 sView is a stereoscopic media player which supports image viewing and movie playback. The list of supported formats is very large thanks to the FFmpeg framework including MKV, WebM, OGM, AVI, FLAC, WMV, MOV, BIK (BINK video), FLV, VOB, MPEG, WMA... ImageGrab 7.0.1 User-friendly software that extract images from videos in .bmp or .jpeg with adjustable quality. The program includes also an intervalometer feature, that helps extract automatically a lot of pictures at given intervals. Text may be inlayed in the snapshot... mpv 0.35.210 mpv is a fork of mplayer2 and MPlayer with support for a wide variety of video file formats, audio and video codecs, and subtitle types. It offers hardware acceleration via FFmpeg, with support for VDPAU and VAAPI plus DXVA2 on Windows, and VDA and... 2b1af7f3a8