Saravanan666/pypi-org huggingface dataset:
Package: ipyx
ipyx, wherexis anythingA Jupyter widget library for reactive variablesInstallationYou can install usingpip:pipinstallipyxIf you are using Jupyter Notebook 5.2 or earlier, you may also need to enable
the nbextension:jupyternbextensionenable--py[--sys-prefix|--user|--system]ipyxDevelopment InstallationCreate a dev environment:condacreate-nipyx-dev-cconda-forgenodejsyarnpythonjupyterlab
condaactivateipyx-devInstall the python. This will also build the TS package.pipinstall-e".[test, examples]"When developing your extensions, you need to manually enable your extensions with the
notebook / lab frontend. For lab, this is done by the command:jupyter labextension develop --overwrite .
yarn run buildFor classic notebook, you need to run:jupyter nbextension install --sys-prefix --symlink --overwrite --py ipyx
jupyter nbextension enable --sys-prefix --py ipyxNote that the--symlinkflag doesn't work on Windows, so you will here have to run
theinstallcommand every time that you rebuild your extension. For certain installations
you might also need another flag instead of--sys-prefix, but we won't cover the meaning
of those flags here.How to see your changesTypescript:If you use JupyterLab to develop then you can watch the source directory and run JupyterLab at the same time in different
terminals to watch for changes in the extension's source and automatically rebuild the widget.# Watch the source directory in one terminal, automatically rebuilding when neededyarnrunwatch# Run JupyterLab in another terminaljupyterlabAfter a change wait for the build to finish and then refresh your browser and the changes should take effect.Python:If you make a change to the python code then you will need to restart the notebook kernel to have it take effect.
Package: ipyxact
# ipyxact
Python-based IP-XACT parseripyxact is a helper library that creates python structures from parsed IP-Xact files. It is intended to make it easier to use IP-Xact files in a python applicationipyxact is also a part of the award-winning Lattice Propel Design EnvironmentAlso distributed with the source are some example applications to show how ipyxact can be used and an example IP-Xact component file (generic_example.xml).python gen_c_header.py *xml_file*creates a C header file from the memory maps inxml_filepython gen_markdown.py *xml_file*creates markdown documentation of the memory maps inxml_filepython print_filesets.py *xml_file*creates a list of the verilog files found in the fileSets section ofxml_fileipyxact is compatible with Python >= 2.7
Package: iqa-jax
IQA-jaxImage Quality Assessment library for Jax.Implementations are Jax.numpy ported versions of the original Numpy-basedBasicSR.NOTECurrent implementations have not been tested. There is no guarantee that the outputs will be the same as BasicSR (MATLAB).Functions marked as tested below ensure that the results match the original BasicSR's implementation.Check the test codes under ./tests.MetricsPSNRSSIMNIQEFIDTestsPSNRSSIMNIQEFIDInceptionV3Preprocessing(RGB2Y Conversion)
Package: iqcampy
Welcome to iqcampyOur lab, the Rijkserfgoedlaboratorium in Amsterdam, recently acquired a
light weight, mobile and user friendly Specim IQ hyperspectral camera
for the investigation of artworks. This open source Python packageiqcampyis developed in out the open to learn together how to read,
visualize and interpret the spectral image data for this camera.Let’s dive in!
Package: iqdma
What does it do?IQDM Analytics is a desktop application that mines IMRT QA reports withIQDM-PDFand performs statistical
analysis.ExecutablesSingle-file executables are available. See attachments in thelatest release.Other informationThis library is part of the IMRT QA Data Mining (IQDM) project for
the AAPMIMRT Working Group (WGIMRT).Free software:MIT licenseDocumentation:Read the docsDependenciesiqdmpdf- Mine IMRT QA PDF’swxPython Phoenix- Build a native GUI on Windows, Mac, or Unix systemsBokeh- Interactive Web Plotting for PythonNumPy- The fundamental package for scientific computing with Pythonselenium- A browser automation framework and ecosystemPhantomJS- PhantomJS is a headless web browser scriptable with JavaScriptpypubsub- A Python publish-subscribe libraryInstall and RunIf you prefer to run from source:$gitclonehttps://github.com/IQDM/IQDM-Analytics.git$cdIQDM-Analytics$pythoniqdma_app.pyNote youmayhave to use pythonw instead of python, depending on your version.TODOAbility to cancel PDF-Miner threadUnit testing (non-GUI)Setup continuous integrationConsolidate/Clean-up UserSettings Dialog codeCreditsDevelopment LeadDan Cutright, University of Chicago MedicineContributorsMarc Chamberland, University of Vermont Health NetworkSerpil Kucuker Dogan, Northwestern MedicineMahesh Gopalakrishnan, Northwestern MedicineAditya Panchal, AMITA HealthMichael Snyder, Beaumont Health
Package: iqEditors
iQEditorsБиблиотека с текстовыми редакторами, используемых в проектахiQStudio:iQMemoiQNoteiQBooksiQRecipeiQ Programming CookBookСоставiQEditor - простой редактор форматированного текстаiQNoteEditor - редактор записок с поддержкой подсветки блоков кодарепозиторий кодакнига проектаОсобенностиРедакторы поддерживают стандартное форматирование, вставку таблиц и многое другое.
Разница между ними в том, что iQNoteEdit поддерживает блоки кода и раскрашивает
их при помощи pygmentsЗависимостиPyQt5, enchant, pygmentsУстановкаpipinstalliqEditorsПримеры использованияimportsysfromPyQt5.QtCoreimportQtfromPyQt5.QtWidgetsimportQApplicationfromiqEditorsimportiQEditorapp=QApplication(sys.argv)# Создание объектаwindow=iQEditor()# Инициализацияwindow.setShowExport(True)window.setMainWindow(window)# Вывод формыwindow.resize(500,300)window.setWindowFlag(Qt.Dialog)window.setWindowTitle('Пример прямого использования iQEditor')window.show()app.exec_()для iQNoteEditor - аналогично.ПодробноститутЛицензияGPL v3
Package: iqfeed
This project provides command line tool and Python library to access DTN
/ IQFeed’s historical data for equities. The provided command line tool
(‘iqfeed’) is capable downloading 1 minute historical data from IQFeed
client and store it in ‘.csv.gz’ format.PrerequisitesPython 2.7 (pypyis recommended), DocOpt, PyTZ,
backports.functools_lru_cacheIQFeed accountIQFeed client (e.g.bratchenko’s
‘iqfeed-docker’)Installation$ pip install iqfeedUsage from command lineThe providediqfeedutility can be used to download CSV files from
DTN / IQFeed.Help screen:iqfeed: Data downloader for Iqfeed/DTN
     Tibor Kiss <tibor.kiss@gmail.com> - Copyright (c) 2012-2016 All rights reserved

Usage:
  iqfeed process-file <filename> <start_year> <end_year> [-d DIR] [-i CON] [-t TZ] [-D]
  iqfeed download <instrument> <start_year> <end_year> [-d DIR] [-i CON] [-t TZ] [-D]
  iqfeed -h | --help

Commands:
  download            Download the specified instrument
  get-from-file       Download instruments listed in the specified file

Options:
  -d DIR --download-dir DIR   Directory where the files will be downloaded [default: .]
  -i CON --iqfeed CON         IQFeed host & port [default: localhost:9100]
  -t TZ --tz TZ               Time zone [default: US/Eastern]
  -D                          Debug mode
  -h                          Help screen

Note:
Date format for end_date and start_date: YYYYMMDDStart IQFeed client$ docker run-eLOGIN='<username>'-ePASSWORD='<password>'-p5009:5010-p9100:9101 bratchenko/iqfeedDownload single instrument (SPY) for the time period 2010-2016$ iqfeed download SPY 2010 2016Download multiple instruments listed in a text file$ iqfeedprocess-filerussell-3000.lst2016 2016Usage from PythonUse the following snippet to obtain list of Bar objects.importpytzfromiqfeedimportget_barsinstrument='GLD'start_date='20150101'end_date='20151231'tz=pytz.timezone('US/Eastern')seconds_per_bar=60# For 1M dataiqfeed_host='localhost'iqfeed_port=9100bars=get_bars(instrument,start_date,end_date,tz,seconds_per_bar,iqfeed_host,iqfeed_port)The Bar object is a named tuple which holds the Open, High, Low, Close
and Volume values for the given time:IQFeedBar(datetime=datetime.datetime(2015,1,2,9,30,tzinfo=<DstTzInfo'US/Eastern'EST-1day,19:00:00STD>),open=112.46,high=112.46,low=112.45,close=112.46,volume=192104)LicenseApache License Version 2.0
Package: iqm-client
IQM ClientClient-side Python library for connecting to anIQMquantum computer.InstallationIQM client is not intended to be used directly by human users. For executing code on an IQM quantum computer,
you can use for example theQiskit on IQMlibrary.If you want just this library, though, you can install it from the Python Package Index (PyPI):$pipinstalliqm-clientCopyrightIQM client is free software, released under the Apache License, version 2.0.Copyright 2021-2024 IQM client developers.
Package: iQModules
Библиотека поддержки проектов iQStudioСоставкласс поддержки работы с настройками программывременной штампметоды возвращающие стандартные пути окружений из xdg (рабочий стол, картинки, документы, загрузки, …)ПримерыВключены в репозиторий.ЛицензияMITПодробностиподробности наhttps://gitflic.ru/project/iqstudio/iqmodules
Package: iqnus-boleto
iqnus-boleto é um projeto python para gerar boletos de cobrança.O projeto original pode ser encontrado aqui:https://github.com/eduardocereto/pyboletoBancos implementadosDocumentationInstallationBaixando e instalando da fonteUtilizando a versão de desenvolvimentoExecutando unittestsLicenseBancos implementadosVocê pode ajudar criando códigos para mais bancos ou imprimir e testar as implementações já existentes.Por enquanto, são essas que temos.BancoCarteira /ConvenioImplementadoTestadoBanco do Brasil18YesYesBanrisulxYesYesBradesco06, 03YesYesCaixa EconomicaSRYesNoHSBCCNR, CSBYesNoItau157YesYesItau175, 174, 178,
104, 109YesNoSantander102YesYesSantander101, 201YesNoSicoob1YesYesSicredi1YesYesCecred1YesYesDocumentationInstallationVocê pode instalar o pyboleto através do Python Package Index (PyPI)
ou instalando diretamente da fonte.Para instalar usando o pip,:$ pip3 install python3-boletoBaixando e instalando da fonteBaixe a última versão do pyboleto emhttp://pypi.python.org/pypi/python-boleto/Você pode instalar utilizando os seguintes passos,:$ tar xvfz python-boleto-0.0.0.tar.gz
$ cd python-boleto-0.0.0
$ python setup.py build
# python setup.py install # as rootUtilizando a versão de desenvolvimentoVocê pode clonar o repositório usando o seguinte comando:$ git clone https://github.com/Trust-Code/python-boleto.gitExecutando unittestsVocê irá precisar do setuptools ou do distribute para executar os testes. Provavelmente já deve ter instalado um ou o outro. Irá precisar também dopdftohtml.:$ cd pyboleto
$ python setup.py testLicenseEste software é licenciado sob aNew BSD License. Veja o arquivoLICENSEna raiz do projeto para ler o texto completo.
.. vim:tw=0:sw=4:et
Package: iqoptionapi-simple
iqoptionapi-simpleiqoptionapi-simpleia  API for iq option implemented on the Lu-Yi-Hsun version.
This api is wrapper to oniqoptionapi.FeaturesClass unique with simplified methods.InstallationRunpip install https://github.com/iqoptionapi/iqoptionapi/archive/refs/tags/7.0.0.tar.gzRunpip install iqoptionapi-simpleExxemplefromiqoptionapi_simpleimportIQ_Optionapi=IQ_Option(email="julian.santos.trash@gmail.com",password="mypassisiqoption",active_account_type="PRACTICE")api.connect()ifapi.is_connected():print(api.get_profile())UpgradeRunpip install iqoptionapi-simple --upgrade
Package: iqpp.plone.rotating
OverviewThis package provides rotating of arbitrary content in Plone.It comes with a default portlet to display rotating content but you can easily
plug in your own one and/or viewlets, etc.InstallationTo get started you will simply need to add the package to your “eggs” and
“zcml” sections, run buildout, restart your Plone instance and install the
“iqpp.plone.rotating” package using the quick-installer or via the “Add-on
Products” section in “Site Setup”.Create a Collection (Topic) to select the content which should be rotated. (For
instance you can use the “aggregator” within the default news or events folder).Adapt the options within the “Rotating Options” tab.Add a “Rotating” portlet and enter the path to the Collection.How it worksFirst it asks the associated Collection for all objects, which match the
criteria. If the requested items for rotating are less than the found ones it
decides randomly which ones to return.OptionsReturn Already Selected:If checked, already selected items can be displayed again.  Otherwise items are displayed only once.Reset Selected:If checked already selected items will be reset if all items
has been displayed. Otherwise no item will be returned if all items has been
displayed.Update IntervallWithin this intervall (in hours) the same objects are returned.Set To MidnightIf checked “Last Update” is always set to midnight. This only makes sense if
“Update Intervall” is set to an multiple of 24 hours. In this way you can
display one item per day for instance.StatusThe package is beta but it is in use within a few production sites.
Package: iqra
Date:2019-11-18Version:1.0.0Authors:Mohammad Alghafli <thebsom@gmail.com>Iqra, a library management program.
This is the core iqra library. It also acts as a commandline interface to interact with iqra database with basic commands.
If you are looking for a GUI library management program, look for giqra which provides a user interface to interact with iqra database.InstallationOn windows install using pip by running the
command:pip install iqraOr on linux:pip3 install iqraAll dependancies will be installed automatically by pip. The stickers plugin needs pycairo so you need to install it if you want to use this plugin.UsageRunning the commandline interface:python3 -m iqraUse -h option to know all the possible options:python3 -m iqra -hYou can use iqra as a library and import it in your project:import iqra
Package: iqrfpy
What is iqrfpy?iqrfpy is a library that provides a python API for interacting with the IQRF network
utilizing theDPA framework(DPA) or IQRF Gateway Daemon (Daemon)JSON API. Communication between a python runtime and the IQRF network is facilitated by transports.For communication with Daemon, only the MQTT transport is implemented at this time.
However, this library provides an abstract transport class, allowing for custom communication implementations.The library provides classes for serialization of requests and deserialization of responses to message class objects.Quick startiqrfpy can be installed using the pip utility:python3-mpipinstall-UiqrfpyExample use:fromiqrfpy.transports.mqtt_transportimportMqttTransport,MqttTransportParamsfromiqrfpy.peripherals.coordinator.requests.bonded_devicesimportBondedDevicesRequestfromiqrfpy.peripherals.coordinator.responses.bonded_devicesimportBondedDevicesResponseparams=MqttTransportParams(host=...,# MQTT broker hostport=...,# MQTT broker portclient_id=...,# MQTT client IDrequest_topic=...,# Request topic that Daemon subscribes toresponse_topic=...,# Response topic that Daemon publishes responses toqos=1,keepalive=25)transport=MqttTransport(params=params,auto_init=True)request=BondedDevicesRequest()response:BondedDevicesResponse=transport.send_and_receive(request=request,timeout=10)print(response.bonded)The library also provides a single import solution for messages:fromiqrfpy.transports.mqtt_transportimportMqttTransport,MqttTransportParamsfromiqrfpy.messagesimportCoordinatorBondedDevicesReq,CoordinatorBondedDevicesRspparams=MqttTransportParams(host=...,# MQTT broker hostport=...,# MQTT broker portclient_id=...,# MQTT client IDrequest_topic=...,# Request topic that Daemon subscribes toresponse_topic=...,# Response topic that Daemon publishes responses toqos=1,keepalive=25)transport=MqttTransport(params=params,auto_init=True)request=CoordinatorBondedDevicesReq()response:CoordinatorBondedDevicesRsp=transport.send_and_receive(request=request,timeout=10)print(response.bonded)DocumentationFor more information, check out ourAPI reference.
Package: iqrm
IQRMA minimal implementation of the IQRM interference flagging algorithm for radio pulsar and transient searches. This module only provides the algorithm that infers a channel mask from some spectral statistic that measures the level of RFI contamination in a time-frequency data block. It should be useful as a reference implementation to developers who wish to integrate IQRM into an existing pipeline / search code.However, if you wish to clean existing SIGPROC files using IQRM, please use Kaustubh Rajwade's full implementation:https://gitlab.com/kmrajwade/iqrm_apolloCitationIf IQRM contributes to a scientific publication, please cite the article (link will be provided soon):IQRM: real-time adaptive RFI masking for radio transient and pulsar searchesInstallationThe easiest method is to use pip install, which also pulls required dependencies:pip install iqrmAlternatively you can clone the repository and runmake install:git clone https://github.com/v-morello/iqrm
cd iqrm
make installThis simply runspip installineditable mode, which means you can freely edit the code. It also installs any required dependencies with pip that are not present already. You can check that it all works by running the test suite in a Python or IPython console:>>>importiqrm>>>iqrm.test()UsageThe module provides a single function:iqrm_mask, that operates on an array that contains a spectral statistic that captures the level of RFI contamination in each frequency channel of a search-mode data block. Here is a basic example on an artificially generated time-frequency data block:importnumpyasnpfromiqrmimportiqrm_mask### Generate a time-frequency block containing Gaussian noisensamp=1024nchan=10data=np.random.normal(size=nsamp*nchan).reshape(nsamp,nchan)# Add simulated RFI to channels indices 5 and 6data[:,5]+=5*np.sin(np.arange(nsamp))data[:,6]+=10*np.sin(np.arange(nsamp))# Use per-channel standard deviation as contamination measurespectral_std=data.std(axis=0)### Run IQRMmask,votes=iqrm_mask(spectral_std,radius=2)# 'mask' is a boolean mask where 'True' denotes a channel index deemed to be contaminatedprint(np.where(mask)[0])# Output:# [5 6]# 'votes' is a dictionary of sets; see section 2 of the paper for an explanation of the 'voting' systemforcasterinsorted(votes.keys()):recipients=votes[caster]print(caster,recipients)# Output:# 3 {5}# 4 {5, 6}# 5 {6}# 7 {5, 6}# 8 {6}# For example '7 {5, 6}' means that from the point of view of channel 7, channels 5 and 6 have an abnormally high level of RFI contamination.ChangelogAll notable changes to this project will be documented in this file.The format is based onKeep a Changelog,
and this project adheres toSemantic Versioning.0.1.0 - 2021-08-31First release. No code changes, only a README update.0.0.2 - 2021-07-14Pre-release version. Fixed an issue withversioneerthat occurs when doing a PEP517 style build:https://github.com/python-versioneer/python-versioneer/issues/1930.0.1 - 2021-07-14Pre-release version. Packaged the module properly and added automatic versioning withversioneer. Usingversionnerrather than the more recentsetuptools-scmbecause we want to retain compatibility with Python 2.7.
Package: iqsms-rest
IQSMS REST GateМодуль для работы с REST API смс-шлюзаiqsms.ru(СМС Дисконт)Установкаpipinstalliqsms-restИспользованиеДля начала использования необходимо инициализировать шлюз при помощи логина и пароля к личному кабинету:fromiqsms_restimportGategate=Gate('login','password')Отправка сообщенийgate.send_message('79990001122','Hello, World!')
Package: iqtester
Aboutiqtesteris a simple command-line version of the classic game "IQ Tester"PyPI Home PageQuick StartHow to PlayIQ Tester is played on a triangular board, typically with 5 rows of holes and pegs.Start with any one hole empty. As you jump the pegs remove them from the board.Try to leave only one peg. See how you rate!Support Python VersionsPython 3.7+Mac / Linuxpip install iqtester
python3 -m iqtesterWindowspip install iqtester
python -m iqtesterDemosStandard GameA standard game looks like this (current board is on the bottom):Ask for a HintRequest a hint using '>' to see the move that would lead to the best possible outcomeUndo a MoveUndo the last move using '.' if you made a mistake or found a better moveMultiple Pegs to JumpTo move a peg that has multiple possible jumps, choose the peg to move then choose the peg to jump overChange Board SizeChange the board size to have 4, 5, or 6 rows
Package: iquaflow
An image quality frameworkiquaflow is an image quality framework that aims at providing a set of tools to assess image quality. One of the main contributions of this framework is that it allows to measure quality by using the performance of AI models trained on the images as a proxy. The framework includes ready-to-use metrics such as SNR, MTF, FWHM or RER. It also includes modifiers to alter images (noise, blur, jpeg compression, quantization, etc). In both cases, metrics and modifiers, it is easy to implement new ones. Adittionaly, we include dataset preparation and sanity check tools and all the necessary tools to carry new experiments.Usage examples and a detailed description of our framwework can be found withinour documentationon Read the Docs.Use casesCookiecutter use caseMnist use caseSingle image super-resolution use caseMulti-frame super-resolution use caseOriented-object detection with compression use caseObject detection with compression use caseAirplane detection use caseInstallationYou can install iquaflow using pip:pip install iquaflowRead more complete installation instructions atour documentation.iquaflow is a pure Python library, and therefore should work on Linux, OS X and Windows
provided that you can install its dependencies. If you find any problem,please open an issueand we will take care of it.SupportFor any questions or suggestions you can use the issues section or reach us atiquaflow@satellogic.com.
Package: iquail
iQuail OverviewEasy to use cross-platform installer & updateriQuail stands for "Installer quail"Our goal is to make deploying and updating desktop applications as simple as possibleToday you can deploy a simple solution in less than 10 linesiQuail is currently in development stage, everything is subject to changeCurrent featuresWindows and Linux compatibilityInstall and uninstall an application (Add launch shortcut and register program on the system)Many ways to deploy and/or update your application:Github releaseFTP serverEmbedded in installer (offline installer)Graphical user interfaceScriptable user interfaceConfiguration managementCustom scriptable install/uninstall actionsConfigurable "Force update" or "Ask for update"InstallationInstall python 3.6https://www.python.org/downloads/release/python-360/Install Tkinter (if its not already in python3) on debian/ubuntu:sudo apt-get install python3-tkon fedorasudo dnf install python3-tkInstall iQuailpython3 -m pip install iQuailUsing iQuailCurrently everything is subject to change, this is the main reason why there is no documentation yet,You can still begin learning byexamplesTo build a iQuail installer runiquail_script.py --iquail_buildHow to sign?https://github.com/pyinstaller/pyinstaller/wiki/Recipe-Win-Code-SigningShort time goalsIntegrity verification and updating only modified dataBuilding a versioning serverUsing iquail to update solutions which already have an installer .msi / .deb / setup.exe / .rpm  filesMac OS supportSupportIf you find iquail interesting and if you would like to use iquail for your project,
feel free to contact us by email:quail_2020@labeip.epitech.euor by creating a github issue
we will be happy to help you and make iquail meet your needs.LicenseThis project is licensed under the Mozilla Public License 2.0 - see theLICENSEfile for detailsBig thanks to PyInstaller project, our project would have never been possible without them:https://github.com/pyinstaller/pyinstaller