Saravanan666/pypi-org huggingface dataset:
Package: rtg
Reader-Translator-Generator (RTG)Reader-Translator-Generator (RTG) is a Neural Machine Translation toolkit based on pytorch.Documentation:https://isi-nlp.github.io/rtg/for editing/improving docs go todocs/directory.Questions or IssuesPlease use github issues to ask a question or report an issue :https://github.com/isi-nlp/rtg/issues(public/ external repo)https://github.com/isi-nlp/rtg-in/issues(an internal fork, for ISI NLP)ACKNOWLEDGEMENTSThe research is based upon work supported by the Office of the Director of
National Intelligence (ODNI), Intelligence Advanced Research Projects
Activity (IARPA), via AFRL Contract #FA8650-17-C-9116.
The views and conclusions contained herein are those of the authors and
should not be interpreted as necessarily representing the official policies or
endorsements, either expressed or implied, of the ODNI, IARPA, or the
U.S. Government. The U.S. Government is authorized to reproduce and
distribute reprints for Governmental purposes notwithstanding any
copyright annotation thereon.This material is based on research sponsored by
Air Force Research Laboratory (AFRL) under agreement number FA8750-19-1-1000.
The U.S. Government is authorized to reproduce and distribute reprints for
Government purposes notwithstanding any copyright notation therein.
Package: rtg-score
Rank-To-Group (RTG) score evaluates contribution of confoundersBatch, cell line, donor, plate, reprogramming, protocol — these and other confounding factors influence cell culturesin vitro.RTG score tracks contribution of different factors to variability by estimating howRank mapsToGroup.
Scoring relies on ranking by similarity, so there are no explicit or implicit assumptions of linearity.RTG perfectly works with both well-interpretable data (gene expressions, cell types)
and embeddings provided by deep learning.Usagertg_scoreis python package. Installation:pipinstallrtg_scoreRTG score requires two DataFrames: one with confounds and ane with embeddings (or other features, e.g. gene expressions)fromrtg_scoreimportcompute_RTG_score# following code corresponds to computing element of the figure above#score=compute_RTG_score(metadata=confounders_metadata,include_confounders=['batch','donor'],exclude_confounders=['organoid_id'],embeddings=qpcr_delta_ct,)An example of code to compute and plot table above is available inexamplesubfolder.
Package: rt-hat-inr
Realtime-HAT python packagecontain python bindings to control your Realtime-HAThttps://github.com/InnoRoute/RealtimeHATupdate withsudo pip3 install --upgrade rt_hat_inrDokumentationclonehttps://github.com/InnoRoute/RT_HAT_pythonand have a look into the examples folderfollow the tutorials onhttps://github.com/InnoRoute/RealtimeHAT/wikiseehttps://github.com/InnoRoute/RT_HAT_python/wiki/Realtime-HAT-python-package
Package: rti
==============================================
RTIntegration - Python interface to Request Tracker API REST 2.0Python implementation of REST API described here:https://rt-wiki.bestpractical.com/wiki/RESTNote:Please note that starting with the major release of v0.0.1, this library requires a Python version >= 3.5.REQUIREMENTSThis module uses following Python modules:requests (http://docs.python-requests.org/)INSTALLATIONInstall the package using::pip install rtiLICENCEThis module is distributed under the terms of ... Copy of the GNU
General Public License is distributed along with this module.USAGEAn example is worth a thousand words::>>> import rtiGet the last important updates from a specific queue that have been updated recently::>>> import rtiOFFICIAL SITEProject site and issue tracking:https://github.com/infopontes/rtiGit repository:
git://github.com/infopontes/rti
Package: rti.connext
RTI® Connext® is a connectivity framework for building distributed applications
with requirements for high performance and scalability.The RTI Connext Python API provides access to most Connext features from
Python.DocumentationTheConnext Getting Started Guidehelps you install the software and run your first RTI Connext Python
application while learning general concepts of Connext.TheConnext Python API Referenceprovides an overview of the API, additional examples and the API reference.Additional Connext documentation, including the User’s Manual and
Release Notes is available at theConnext Community Portal.Hello World ExampleThe following is the basic code to publish and subscribe to a topic
defined by a simple data type.Define your types:# hello.pyimportrti.typesasidl@idl.structclassHelloWorld:message:str=""Create aDataWriterto publish the HelloWorld Topic:# hello_publisher.pyimporttimeimportrti.connextddsasddsfromhelloimportHelloWorldparticipant=dds.DomainParticipant(domain_id=0)topic=dds.Topic(participant,'HelloWorld Topic',HelloWorld)writer=dds.DataWriter(participant.implicit_publisher,topic)foriinrange(10):writer.write(HelloWorld(message=f'Hello World! #{i}'))time.sleep(1)Create aDataReaderto subscribe to the HelloWorld Topic:# hello_subscriber.pyimportrti.connextddsasddsimportrti.asynciofromhelloimportHelloWorldparticipant=dds.DomainParticipant(domain_id=0)topic=dds.Topic(participant,'HelloWorld Topic',HelloWorld)reader=dds.DataReader(participant.implicit_subscriber,topic)asyncdefprint_data():asyncfordatainreader.take_data_async():print(f"Received:{data}")rti.asyncio.run(print_data())
Package: rticonnextdds-connector
RTI® Connext® DDS is a connectivity software framework for integrating
data sources of all types. At its core is the world’s leading ultra-high
performance, distributed networking databus.RTI Connectorprovides a quick and easy way to write applications that
publish and subscribe to theRTI Connext DDS databusin Python and
other languages.NoteWith the introduction of the RTI Connext Python API inRTI Connext7.0.0,Connector for Pythonis deprecated and will be removed in a
future release, once the Connext Python API is fully supported. You are
encouraged to try theConnext Python API(experimental in 7.0.0).DocumentationTo get started and learn more aboutRTI Connector for Pythonsee thedocumentation
here.ExamplesTheexamples/pythondirectory provides several examples:simpleshows how to create basic publisher and subscriber
applicationsIntransformation, an application reads, transforms and publishes
back the dataimagesshows how to manipulate more complex data typesLicenseRTI Connector for JavaScript and RTI Connector for Python are part of
the Connext DDS Professional Package. If you have a valid license for
the RTI Connext DDS Professional Package, such license shall govern your
use of RTI Connector for Python and RTI Connector for JavaScript. All
other use of this software shall be governed solely by the terms of
RTI’s Software License for Non-Commercial Use #4040, included at the top
level of the `Connector for Python repository
Package: rti-jogodavelha
Bootcamp GeraÃ§Ã£o Tech Unimed-BH - CiÃªncia de DadosLinks ÃšteisSite da DioSintaxe BÃ¡sica MarkdownDownload do gitRegistrar no PypiRegistrar no Test Pypi)https://pypi.org/account/register/Tecnologias utilizadas nos projetosDesafio criaÃ§Ã£o de pacote no pypiObjetivo: 

Neste projeto aprenderemos a criar um pacote de exemplo de um jogo da velha em Python e disponibilizÃ¡-lo no repositÃ³rio Pypi.
Package: rtimbo-version
VersionA version is a string that matches the following regex:"^v?(\d+)(?:.(\d+))?(?:.(\d+))?(?:-?(a|b|rc)(\d+)?)?$"E.g. v0.11.22-rc3.Assumptionsv1 is equivalent to v1.0.0A version without a candidate is greater than its candidate counterpart
e.g. v2 > v2rc > v2b > v2aInstallationpip install rtimbo-versionUsage>>>fromversionimportVersion>>>v1=Version("v0.2.11rc3")>>>v1.major0>>>v1.minor2>>>v1.patch11>>>v1.candidate'rc'>>>v1.candidate_number3>>>v1>0True>>>v1>1False>>>available_versions=[...Version("v0.9.2b"),...Version("v0.9.1"),...Version("v0.9.2"),...Version("v2.9.3rc1"),...Version("3.0.0"),...Version("v0.9.2a1"),...Version("v0.9.2rc1"),...Version("1.0.0"),...Version("2.5.7"),...Version("v0.9.2rc3")]>>>>>>print('\n'.join([str(version)forversioninsorted(available_versions)]))v0.9.1v0.9.2a1v0.9.2b0v0.9.2rc1v0.9.2rc3v0.9.2v1.0.0v2.5.7v2.9.3rc1v3.0.0
Package: rtk-lookup
Lookup Kanji by Heisig Keyword or frame numberShort DescriptionFor people who learn kanji with the book by
James Heisig (remembering the kanji).A little command line interface that allows to look up multiple kanji withThe keyword (or parts of it)Parts of the mneomic/storyThe frame numberInstallation:Installation with python package manager:pip3 install --user --upgrade rtk-lookupThe command line interface can then be started withrtkIf this doesn't work, you can usepython3 -m rtklookupor add~/.local/bin/to your$PATHvariable.Installing latest development version:git clone https://github.com/klieret/rtk-lookup.git
cd rtk-lookup
pip3 install --editable --user .To search through your own stories/menmonic, you need to supply them via a text file (e.g. download them fromkanji.koohii).Basic searching(default) large resist
    大抵
(default) 107 1832
    大抵
(default) large 1832
    大抵If words are not found, they are converted to hiragana if theromkanmodule is installed (optional).
Thisromkanmodule which can be downloadedhere.Examples:(default) large てい
    大てい
(default) large 抵
    大抵
(default) large tei
    大ていYou can also lookup english keyword with kanji too(default) 譲
    譲: defer
(default) 図書館
    図: map
    書: write
    館: bldg.To quit, type.q.ModesThere are four modes (in parenthesis: command to activate mode)default (.d): Do nothing.copy (.c): Copy result to clipboard.lookup (.w): Lookup expression (default: tangorin.com with firefox)conditional: Lookup expression if the search gave a unique resultprimitive (.p): Try to find kanji by specifying primitives (this requires an additional file that contains all the kanji stories of the user)The current mode is displayed by the prompt.If the input matches more than one result, no action will be performed, regardless of the current mode.More on searchingIf a keyword contains a space, substitute_:(default) sign_of_the_hog
    亥word+will look for all keywords of the form "word1 word2 word3" where word matches (exactly) one of the words.(default) fish+
    乙: fish guts
    魚: fish
    鰭: fish fin

(default) fin+
    鰭

(default) fish+ thunder
    乙魚鰭雷
    ────────
    乙: fish guts
    魚: fish
    鰭: fish finword?will look for all keywords that contain "word":(default) fish?
    貝: shellfish
    乙: fish guts
    魚: fish
    漁: fishing
    恣: selfish
    鰭: fish fin

(default) fin?
    指: finger
    棺: coffin
    緻: fine
    縁: affinity
    精: refined
    済: finish
    婉: well finished
    鰭: fish fin

(default) fish? thunder
    貝乙魚漁恣鰭雷
    ──────────────
    貝: shellfish
    乙: fish guts
    魚: fish
    漁: fishing
    恣: selfish
    鰭: fish finYou can mix multiple search options:Issues, Suggestions, Feature Requests etc.Open a ticket atthis addon's gitbucket issue page. Suggestions and feature requests are welcome as well!ContributorsKilian LieretKavin RuengprateepsangLicenseGNU AGPL, version 3 or later. The list of all kanji by heisig numberRTK.tsvwas included in an Anki plugin with copyright Ian WorthingtonWorthy.vii@gmail.com, GNU GPL, version 3 or later.History23 Oct 2017: Moved repository to github.05 Aug 2015: Series of bigger changes.31 Mai 2015: First version released.
Package: rtl-433-discoverandsubmit
rtl_433_discoverandsubmitA command-line utility to connect to an MQTT server, listen tortl_433events, and allow users to generate auto-discovery configurations for Home Assistant for the devices they choose.Link to GitHub projectFeaturesConnects to an MQTT server.Listens tortl_433events in real-time.Provides an interactive CLI to let users choose devices.Generates Home Assistant auto-discovery configurations for chosen devices.Screenshot of devices listedDetailed device view and opportunity to add to Home AssistantDevice added to Home AssistantInstallationYou can installrtl_433_discoverandsubmitdirectly from PyPI:pipinstallrtl_433_discoverandsubmit##UsageAfter installation, you can run the tool using:rtl_433_discoverandsubmit##Command Line ArgumentsYou can specify the MQTT server, username, and password (if applicable) as well as the topic via command-line arguments. More details can be found in the help documentation:rtl_433_discoverandsubmit --help##ContributingFeedback, bug reports, and pull requests are super welcome on this project. If you face any issues, please raise them in the issue tracker.##LicenseThis project is licensed under the MIT License. See the LICENSE file for more details.
Package: rtlsdr-nfs32002
RTL SDR - NF S 32002Réimplémentation du protocole NF S 32002 utilisé par les balises sonores des feux piétons. Permet de détecter le signal d'une télécommande à partir d'un RTL SDR.Installer la librairieIl faut tout d'abord installer librtlsdr utilisé pour communiquer avec le RTL SDR.Sous Debian/Ubuntu:sudoaptinstalllibrtlsdrSous macOS avec Homebrew:brewinstalllibrtlsdrPuis installer la librairie depuis Pypi:pipinstallrtlsdr-nfs32002Utiliser la librairieImporter le module protocol:fromrtlsdr_nfs32002.protocolimport*Créer une fonction qui sera appelée lors de la détection d'une télécommande :defdetect():print("Ouistici !")Instancier la classe RtlSdr_NFS3200 puis appeler la méthode startDetection en lui indiquant en paramètre la fonction à appeler lors de la détection.sdr=RtlSdr_NFS32002()sdr.startDetection(callback=detect)ou :sdr=RtlSdr_NFS32002()sdr.startDetection(callback=detect,simple_detect=True)
Package: rtlsdr-wwb-scanner
rtlsdr-wwb-scannerRF Scanner and Exporter for use with Shure Wireless WorkbenchAllows wide-band RF scans to be performed by an inexpensiveRTL-SDRdevice.
The scan data can then be exported as a CSV file formatted for use in WWB.InstallationlibrtlsdrThelibrtlsdrlibrary is required and must be installed separately.
Installation documentation for various platforms can be found on theosmocom wikiand in thepyrtlsdr project.Install via pippipinstallrtlsdr-wwb-scannerDependenciesThese packages are required, but should be collected and installed automatically:Numpy:https://numpy.orgScipy:https://scipy.org/scipylib/index.htmlpyrtlsdr:https://github.com/roger-/pyrtlsdrPySide2:https://pypi.org/project/PySide2/UsageAfter installation, the user interface can be launched by:wwb_scanner-ui(Further usage information will be added soon)
Package: rt.maracas
A Plone gadget for the 2014 FIFA World Cup BrazilSource code @ GitHubReleases @ PyPIInstallationTo installrt.maracasyou simply addrt.maracasto the list of eggs in your buildout, run buildout and restart Plone.Then, installrt.maracasusing the Add-ons control panel.What you will getAmaracas_macros viewwith some macros:http://localhost:8080/maracas_macrosTwoviews(maracas-simpleandmaracas-and-whistle).You can control them with the query parameters:autoplay (maracas start when page loads)controls (you will get the interface to control the media execution)loop (music will loop until you get crazy)Example usage of these views:http://localhost:8080/Plone/maracas-simple?controls=1http://localhost:8080/Plone/maracas-and-whistle?autoplay=1&loop=1You will also get aMaracas portlet(see the screenshot of the add form).How to annoy peopleAdding a portlet with nasty settings can lead to very annoying results!The fatality combo is this one:Autoplay: TrueControls: FalseLoop: TrueEnjoy and good luck for your favourite team!AuthorsThis product was developed by RedTurtle Technology team.Don’t forget to check the predecessor of this package,rt.vuvuzelaorphan:Changelog0.9.0 (2014-06-10)Initial release.
[ale-rt]
Package: rtmdocker
install::$ sudo pip install rtmdockerusage::$ rtmdocker [-h] [-v] [-n] [-t TAGNAME] [-r] [-d DEVICE][-e RUN_COMPONENT] [-c COMPILE_COMPONENT] [-x] [-U]
[–proxy PROXY] [–dryrun]
commandpositional arguments::command               openrtpstart OpenRTPController          : start C++ ControllerComp
Motor               : start C++ MotorComp
ConsoleIn           : start C++ ConsoleInComp
ConsoleOut          : start C++ ConsoleOutComp
ConfigSample        : start C++ ConfigSampleComp
SeqIn               : start C++ SeqInComp
SeqOut              : start C++ SeqOutComp
MyServiceConsumer   : start C++ MyServiceConsumerComp
MyServiceProvider   : start C++ MyServiceProviderComp
ConsoleInPy         : start Python ConsoleIn.py
ConsoleOutPy        : start Python ConsoleOut.py
ConfigSamplePy      : start Python ConfigSampleComp
SeqInPy             : start Python SeqIn.py
SeqOutPy            : start Python SeqOut.py
MyServiceConsumerPy : start Python MyServiceConsumerComp
MyServiceProviderPy : start Python MyServiceProviderComp
TkJoyStick          : start Python TkJoyStickComp.py
TkLRFViewer         : start Python TkLRFViewer.py
Affine              : start OpenCV AffineComp
BackGroundSubtractionSimple : start OpenCV BackGroundSubtractionSimpleComp
Binarization        : start OpenCV BinarizationComp
CameraViewer        : start OpenCV CameraViewerComp
Chromakey           : start OpenCV ChromakeyComp
DilationErosion     : start OpenCV DilationErotionComp
Edge                : start OpenCV EdgeComp
Findcontour         : start OpenCV FindcontourComp
Flip                : start OpenCV FlipComp
Histogram           : start OpenCV HistogramComp
Hough               : start OpenCV HoughComp
ImageCalibration    : start OpenCV ImageCalibrationComp
ImageSubstraction   : start OpenCV ImageSubstractionComp
ObjectTracking      : start OpenCV ObjectTrackingComp
OpenCVCamera        : start OpenCV OpenCVCameraComp
Perspective         : start OpenCV PerspectiveComp
RockPaperScissors   : start OpenCV RockPaperScissorsComp
Rotate              : start OpenCV RotateComp
Scale               : start OpenCV ScaleComp
Sepia               : start OpenCV SepiaComp
SubstractCaptureImage : start OpenCV SubstractCaptureImageComp
Template            : start OpenCV TemplateComp
Translate           : start OpenCV TranslateComp
bash                : start bashoptional arguments::-h,--helpshow this help message and exit-v,--versionshow program’s version number and exit-n,--nameserverrun command with starting nameserver-tTAGNAME,--tagTAGNAMEtag name of image-r,--rdprun command with start RDP server-dDEVICE,--deviceDEVICEallow access to device from inside of container-eRUN_COMPONENT,--executeRUN_COMPONENTrun your C++ component-cCOMPILE_COMPONENT,--compileCOMPILE_COMPONENTcompile your C++ component-x,--xforwardenable X forwarding-U,--upgradeupgrade target image before startup--proxyPROXYset proxy server address--dryrundry run for debug
Package: rtm-doorstop
rtm_doorstopA tool to generate Requirement Traceability Matrices (RTMs) fromDoorstopdocuments.Table of ContentsFeaturesUsageInstallationContributingLicenseFeaturesThertm_doorstoptool can be used to quickly build an Requirements Traceability Matrix (RTM) from aDoorstoptree. RTMs map product requirements to test cases, which verify that said requirements are met. They are particularly useful to quickly understand the requirement coverage and any areas deficient in quality checks.This tool can generate RTMs that are in Markdown-compliant format, or write to a CSV file.| UID     | Has Test | Need Test | Tests                   |
|---------|----------|-----------|-------------------------|
| REQ0001 |     True |      True | TST0001                 |
| REQ0002 |    False |     False |                         |
| REQ0003 |     True |      True | TST0003 TST0004 TST0005 |UID,Has Test,Need Test,Tests
REQ0001,True,True,TST0001
REQ0002,False,False,
REQ0003,True,True,TST0003 TST0004 TST0005UsageThe tool can be invoked via command line, and has one required argument: PREFIXrtm_doorstop --prefix=PREFIXor simplyrtm_doorstop PREFIXOptional arguments are --root, --sort_key, and --csv_path.ArgumentDescriptionrootIf Doorstop cannot build a valid tree from the current working directory, you can specify the path to the tree root heresort_keyIf the RTM should be sorted, you can specify the key to sort by here. Valid options are 'UID', 'Has Test', or 'Tests' When ommitted, no ordering is guaranteed.csv_pathThe filepath where the tool should save the RTM to. When omitted, the RTM is printed to console in Markdown format.Tests are assumed to be linked to the requirements as as child links. Doorstop specifies these links in the "links" yaml key. For instance, the following test would be linked to requirement REQ046.active:truecustom:1derived:falseheader:''level:4links:-REQ046:m9tMd0JM8O8idHTViqyYy1OL3dLiVY69bT63jNAGxPs=normative:trueref:test_yaml_encodingreviewed:TIwopA6cvyjBMF17bB6p_RUNA7clNMaaEhXGYlAdpdk=test_commit_last_passed:d670460b4b4aece5915caf5c68d12f560a9fe3e4test_commit_latest:d670460b4b4aece5915caf5c68d12f560a9fe3e4test_result_latest:passedtext:|Test that inputs can be loaded from a UTF-8 encoded YAML file.InstallationYou can install "rtm_doorstop" viapipfromPyPI:pip install rtm_doorstopDependenciesDoorstoprapidtablesfireContributingContributions are very welcome, both in Issues and in Pull Requests. Tests can be run withtox.$toxIf you encounter any problems, pleasefile an
issuealong with
a detailed description.LicenseDistributed under the terms of theGNU GPL
v3.0license,
"rtm_doorstop" is free and open source software
Package: rtm-fast
RTM FAST PackageThis is a RTM FAST package.InstallationUse the package managerpipto install rtm-fast.pipinstallrtm-fast==0.0.2Usageimportrtm-fastfromrtm_fast_unification.ds.tool_objects.tool_selectionimportget_tool_objectContributingBefore updating the package, please run these command in Windows cmd.py-mpipinstall--upgradepip
py-mpipinstall--upgradebuildNow to Update the package, please follow these steps.Please change the ds code and update the dependency array in pyproject.toml file if required.Build the project in the directory where your pyproject.toml file is present usingpy-mbuildNow to publish the package to PyPi please use the below commandpy-mpipinstall--upgradetwine
py-mtwineupload--repositorytestpypidist/*The upload command will ask for username and password. Provide it and your package will be published.LicenseMIT
Package: rtmidi2
Python wrapper forRtMidi, the lightweight, cross-platform MIDI I/O library. For Linux, Mac OS X and Windows.Based on rtmidi-pythonInstallationpip install rtmidi2This module is compatible with Python 3 >= 3.7Documentationhttps://rtmidi2.readthedocs.ioUsage Examplesrtmidi2uses a very similar API as RtMidiPrint all in and out portsimportrtmidi2print(rtmidi2.get_in_ports())print(rtmidi2.get_out_ports())Send messagesimportrtmidi2midi_out=rtmidi2.MidiOut()# open the first available portmidi_out.open_port(0)# send C3 with vel. 100 on channel 1midi_out.send_noteon(0,48,100)Get incoming messages - blocking interfaceimporttimemidi_in=rtmidi.MidiIn()midi_in.open_port(0)whileTrue:message=midi_in.get_message()ifmessage:print(message,delta_time)else:time.sleep(0.01)Get incoming messages using a callback – non blockingdefcallback(message,time_stamp):print(message,time_stamp)midi_in=rtmidi2.MidiIn()midi_in.callback=callbackmidi_in.open_port(0)Open multiple ports at once# get messages from all available portsmidi_in=MidiInMulti()midi_in.open_ports("*")defcallback(msg,timestamp):msgtype,channel=splitchannel(msg[0])print(msgtype2str(msgtype),msg[1],msg[2])midi_in.callback=callbackYou can also get the device which generated the event by changing your callback to:defcallback(src,msg,timestamp):# src will hold the name of the deviceprint("got message from",src)Send multiple notes at once# send a cluster of ALL notes with a duration of 1 secondmidi_out=MidiOut()midi_out.open_port()notes=range(127)velocities=[90]*len(notes)midi_out.send_noteon_many(0,notes,velocities)time.sleep(1)midi_out.send_noteon_many(0,notes,[0]*len(notes))Licensertmidi2is licensed under the MIT License, seeLICENSE.It uses RtMidi, licensed under a modified MIT License, seeRtMidi/RtMidi.h.