Time tagger

Author: g | 2025-04-23

Virtual Time Tagger The second option to process stored time tags is the Time Tagger Virtual. The Time Tagger Virtual allows you to use the full Time Tagger API to post-process your data. You find examples of how to use the Time Tagger Virtual in

Time Tagger Ultra Time Tagger 20 - YouTube

KnowledgeTime Tagger SetupConnecting Time Tagger to an external FPGAWhile Time Tagger 20 and Time Tagger Ultra exclusively have a USB interface, Time Tagger X also features a QSFP+ interface, which allows users to output signals to a secondary FPGA at a high data rate (up to 1.2 GTags/s) and low latency. The latter refers to the time required to transfer the time tags through the QSFP+ interface and make them available in the second FPGA. As an Ethernet protocol is used, the latency for receiving the time tags in the second FPGA is approximately 10 µs.Please note that the Time Tagger X FPGA output is compatible with the Opal Kelly XEM 8320 FPGA board. To simplify the development process for this second FPGA, we provide basic FPGA software, which can be customized according to your needs. Please have a look at the in-depth guide on the FPGA in our documentation. A Reference Design Guide can be found in the GitHub Repository.

Welcome to Time Tagger’s user manual!Time Tagger User

Baka Tagger is a software tool created by VTT to automatically tag music files with metadata information. Users can drag and drop music files into the program, and Baka Tagger will extract information such as artist name, album title, and track number from various sources, including online databases and file names.The tool also includes options to rename and reorganize the music files based on their tagged information. Users can choose to have the files renamed using a standardized naming convention or have them moved to specific folders based on their album or artist name. Baka Tagger supports a variety of music file formats, including MP3, FLAC, and OGG. The program uses a customizable set of rules to determine how the metadata is extracted from each file. Baka Tagger can also be used to add or edit existing metadata information of music files.Users can run Baka Tagger on Windows, macOS, and Linux. The program is available for free, and its source code is open for anyone interested in contributing to its development.By using Baka Tagger, music enthusiasts can save time organizing their music libraries while ensuring that their music files have accurate and consistent metadata information. Tổng quan Baka Tagger là một Shareware phần mềm trong danh mục Thể loại khác được phát triển bởi VTT.Phiên bản mới nhất của Baka Tagger hiện thời không rõ. Vào lúc đầu, nó đã được thêm vào cơ sở dữ liệu của chúng tôi trên 01/05/2018.Baka Tagger đã chạy trên hệ điều hành sau: Windows. Baka Tagger Vẫn chưa được đánh giá xếp hạng bởi người sử dụng của chúng tôi

time-tagger/README.md at master luyves/time-tagger - GitHub

Loss of the internally buffered time tags.Parameters:delay (int) – Delay time in picosecondsEventGeneratorEmits an arbitrary pattern of timestamps for every trigger event. The number of trigger events can be reduced by trigger_divider. The start of a new pattern does not abort the execution of unfinished patterns, so patterns may overlap. The execution of all running patterns can be aborted by a click of the stop_channel, i.e. overlapping patterns can be avoided by setting the stop_channel to the trigger_channel.class EventGenerator(tagger, trigger_channel, pattern, trigger_divider, stop_channel)Parameters:tagger (TimeTaggerBase) – Time Tagger object instance.trigger_channel (int) – Channel number of the trigger signal.pattern (list[int]) – List of relative timestamps defining the pattern executed upon a trigger event.trigger_divider (int) – Factor by which the number of trigger events is reduced. (default: 1)divider_offset (int) – If trigger_divider > 1, the divider_offset the number of trigger clicks to be ignored before emitting the first pattern. (default: 0)stop_channel (int) – Channel number of the stop channel. (optional)See all common methodsFrequencyMultiplierFrequency Multiplier for a channel with a periodic signal.NoteVery high output frequencies create a high CPU load, eventually leading to overflows.class FrequencyMultiplier(tagger, input_channel, multiplier)Parameters:tagger (TimeTaggerBase) – Time Tagger object instanceinput_channel (int) – channel on which the upscaling of the frequency is based onmultiplier (int) – frequency upscaling factorSee all common methodsGatedChannelTransmits the signal from an input_channel to a new virtual channel between an edge detected at the gate_start_channel and the gate_stop_channel.class GatedChannel(tagger, input_channel, gate_start_channel, gate_stop_channel, initial=GatedChannelInitial.Closed)Parameters:tagger (TimeTaggerBase) – Time Tagger objectinput_channel (int) – Channel which is gatedgate_start_channel (int) – Channel on which a signal detected will start the transmission of the input_channel through the gategate_stop_channel (int) – Channel on which a signal detected will stop the transmission of the input_channel through the gate.Note that gate_stop_channel == gate_start_channel will result in an exception.initial (GatedChannelInitial) – The initial state of the gate. If overflows occur, the gate will be reset to this state as well.By default, the state is Closed.See all common methodsNoteIf you assign the same channel to input_channel and to gate_start_channel or gate_stop_channel, respectively,the internal execution order of the transmission decision and the gate operation (opening or closing) becomes important:For each tag on the input_channel, the decision is made based on the previous state.After this decision is made for itself, the tag might toggle the gate state.input_channel == gate_stop_channel:If the gate is open prior to the arrival of the tag, the tag will pass the gate and close it afterward.All subsequent tags will be eliminated until an event on gate_start_channel opens the gate again.This means that after the gate has been opened, only a single tag will pass the gate,which is exactly the behavior of the Conditional Filter with with gate_start_channel acting as the triggerand input_channel acting as the filtered channel.input_channel == gate_start_channel:If the gate is open prior to the arrival of the tag, the tag itself will be blocked but opens the gate afterward.All subsequent tags will pass the gate until an event on gate_stop_channel closes the gate again.This means that every event on gate_stop_channel will eliminate exactly the next. Virtual Time Tagger The second option to process stored time tags is the Time Tagger Virtual. The Time Tagger Virtual allows you to use the full Time Tagger API to post-process your data. You find examples of how to use the Time Tagger Virtual in Configurable input termination - Time Tagger X only; High Resolution Mode; Data connection; LEDs. Time Tagger X; Time Tagger Ultra; Time Tagger 20; Test signal; Synthetic input delay;

Time-Tagger/CoincidenceExample.py at main t-abreu/Time-Tagger

» Thu Jun 25, 2020 1:34 pm Evidea wrote: ↑Thu Jun 25, 2020 10:34 amI am having several issues with the Discogs Tagger. I am using MMW 4.1.28.1905, and Discogs Tagger extension version 5.7.5 on a Windows 10 machine.Whenever I close out MediaMonkey after the initial installation and authorization of the Discogs extension, and then reopen MediaMonkey, Discogs Tagger is no longer an option under the Options tab in Auto-Tag from Web.When I am able to select the Discogs tagger, I am unable to find any matches. I've attempted with a few common discs, such as The Beatles' Rubber Soul and Depeche Mode's Violator, putting in as much information as possible.I have found similar issues in this thread, but they are all with earlier versions of the tagger.Please let me know if there are any files or logs that I can provide that might help.Thank you in advance for your time and consideration.I think, you choose the wrong installation mode. Did you mark the option "For current user only" when you install the Discogs Tagger? If not, please mark it when you install the Tagger. Evidea II Re: Discogs Tagger 5.75 (Updated: 2020-05-05) Post by Evidea II » Fri Jun 26, 2020 12:56 pm Thank you for your response. I reinstalled both MediaMonkey and the Discogs extenstion. I verified that the "for current user only" box was checked (it is helpfully defaulted checked), but I am experiencing the same issues. crap_inhuman Posts: 942 Joined: Sat Jan 26, 2013 6:00 am Location: Friedberg / Hessen / Germany Contact: Re: Discogs Tagger 5.75 (Updated: 2020-05-05) Post by crap_inhuman » Fri Jun 26, 2020 3:12 pm Do you have the following folder on your computer: c:\users\username\appdata\roaming\mediamonkey\scriptsAre there some files in the folder?When you start MM, sometimes an additional program want to start (MediamonkeyCOM

Remote Time Tagger with Python Time Tagger RPC documentation

(coincidenceGroup).Example code:from TimeTagger import Coincidence, Coincidences, CoincidenceTimestamp, createTimeTaggertagger = createTimeTagger()coinc = Coincidences(tagger, [[1,2], [2,3,5]], coincidenceWindow=10000, timestamp=CoincidenceTimestamp.ListedFirst)coinc_chans = coinc.getChannels()coinc1_ch = coinc_chans[0] # double coincidence in channels [1,2] with timestamp of channel 1coinc2_ch = coinc_chans[1] # triple coincidence in channels [2,3,5] with timestamp of channel 2# or equivalent but less performantcoinc1 = Coincidence(tagger, [1,2], coincidenceWindow=10000, timestamp=CoincidenceTimestamp.ListedFirst)coinc2 = Coincidence(tagger, [2,3,5], coincidenceWindow=10000, timestamp=CoincidenceTimestamp.ListedFirst)coinc1_ch = coinc1.getChannel() # double coincidence in channels [1,2] with timestamp of channel 1coinc2_ch = coinc2.getChannel() # triple coincidence in channels [2,3,5] with timestamp of channel 2NoteOnly C++ and python support jagged arrays (array of arrays, like uint[][]) which are required to combine several coincidence groups and pass them to the constructor of the Coincidences class. Hence, the API differs for Matlab, which requires a cell array of 1D vectors to be passed to the constructor (see Matlab examples provided with the installer). For LabVIEW, a CoincidencesFactory-Class is available to create a Coincidences object, which is also shown in the LabVIEW examples provided with the installer).class Coincidences(tagger, coincidenceGroups, coincidenceWindow, timestamp)Parameters:tagger (TimeTaggerBase) – Time Tagger object instancecoincidenceGroups (list[list[int]]) – list of channel groups on which coincidence will be detected in the virtual channelcoincidenceWindow (int) – maximum time between all events for a coincidence [ps]timestamp (CoincidenceTimestamp) – type of timestamp for virtual channel (Last, Average, First, ListedFirst)See all common methodsCombinationsA combination is a group of clicks on a set of channels within a given time window. This time window is surrounded by two guard windows of the same width. These guard windows do not contain any events on the channels being monitored.The heralding guard window precedes the first click in the combination. The following guard window starts at the time of the last event within the combination window.If there is a click on one of the monitored channels within the guard windows, no combination event is generated. A new combination window then starts with the next click after an empty guard window.Every time a combination is detected on the monitored channels, Combinations emits a tag on the corresponding virtual channel. The timestamp on this virtual channel is the time of the last event included in the combination.Given input channels to be monitored, there will be possible combinations, each having a corresponding virtual channel number.In addition, extra virtual channels called ‘SumChannels’ are created. This module emits a click on the ‘n-th’ of these channels on each ‘n-fold combination’, regardless of the channels that contributed to the combination.For instance, this is useful for pseudo-photon-number-resolution with detector arrays.NoteMultiple events on the same channel within one time window are counted as one.class Combinations(tagger, channels, window_size)Parameters:tagger (TimeTaggerBase) – Time Tagger object instancechannels (list[int]) – list of channels on which the combinations will be detectedwindow_size (int) – maximum time between all events to make a combination, minimum time without any event detected before and after the combination window [ps]See all common methodsgetChannel(input_channels)Returns the virtual channel number corresponding to the combination formed by the given set of input channels.Parameters:input_channels (list[int]) – list of channels forming the combination monitored by the returned

Remote Time Tagger with PythonTime Tagger RPC

Trojan! can prove it . have the screenshot.Hi,there is no trojan, it's false positive. Sorry for that. misterioso Posts: 14 Joined: Sat May 20, 2017 7:14 pm Re: Discogs Tagger 5.75 (Updated: 2020-05-05) Post by misterioso » Thu Jun 25, 2020 12:49 am charmingnathan wrote: ↑Mon May 18, 2020 12:11 pmHi,Are you able to help please?I am using the latest Tagger, and am experiencing a few issues to say the least!The tagging service is regularly listing all the tracks in the wrong order - and I have tried this with several different albums.I had managed to get around this for a time, by re-starting MediaMonkey after I'd catalogued an album, but even this doesn't make any difference. Now, even when the titles are listed in the correct order, and I click on the button to tag, it will only complete a couple of song titles, leaving the others untouched, despite them being ticked to tag.Any ideas?Thanks for any help, in advance.I'm having this problem with v5.75 and I am using MM v4.1.28.1905. I posted this issue with v5.73. It was fixed with v5.74, but now it's back with v5.75. Downgrading back to v5.74 fixes the above described problem. Evidea Posts: 3 Joined: Sun Sep 08, 2019 1:45 pm Re: Discogs Tagger 5.75 (Updated: 2020-05-05) Post by Evidea » Thu Jun 25, 2020 10:34 am I am having several issues with the Discogs Tagger. I am using MMW 4.1.28.1905, and Discogs Tagger extension version 5.7.5 on a Windows 10 machine.Whenever I close out MediaMonkey after the initial installation and authorization of the Discogs extension, and then reopen MediaMonkey, Discogs Tagger is no longer an option under the Options tab in Auto-Tag from Web.When I am able to select the Discogs tagger, I am unable to find any matches. I've attempted with. Virtual Time Tagger The second option to process stored time tags is the Time Tagger Virtual. The Time Tagger Virtual allows you to use the full Time Tagger API to post-process your data. You find examples of how to use the Time Tagger Virtual in