Saravanan666/pypi-org huggingface dataset:
Package: orbelican
orbelicanA simple port oforbit-themefor thePelicanstatic site generator to build your online resumeGetting startedConfigurationTo avoid problems make sure these configuration variables are filled inpelicanconf.pyTHEME="orbelican"AUTHOR=''SITENAME=''SITEURL=''TIMEZONE=''DEFAULT_LANG=''PATH=""# leave this variable empty, there is no content to look for (except data files)ARTICLE_EXCLUDES=[".env"]# exclude your venvFEED_ALL_ATOM=NoneCATEGORY_FEED_ATOM=NoneTRANSLATION_FEED_ATOM=NoneAUTHOR_FEED_ATOM=NoneAUTHOR_FEED_RSS=None# set all these variables on false, because we only want to generate index.htmlDEFAULT_PAGINATION=FalseLOAD_CONTENT_CACHE=FalseTAGS_SAVE_AS=FalseAUTHORS_SAVE_AS=FalseCATEGORIES_SAVE_AS=FalseARCHIVES_SAVE_AS=FalseCustomizationDataThis theme supportpelican-data-filesplugin.This plugin loads all the data files found in the project's data/ directory, and makes them accessible [...]First, fetch sample data from the theme with the following command:pelican-data-files--fetchorbelicanAdata/folder must have been created, you can modify these files in order to personalize the site.Add custom profile picture and faviconCopy your best profile picture in your site project inimages/folder and edit theconfig.jsonto set proper filename toprofileattribute. Do the same for customize your favicon.Generate your websiteYou can generate the site with the simple command:pelicanNote:you can also easily serve the site by running the following command:pelican-lContributingTo build css files from sass, run the tasksass:invokesassNote:make sure you have installed dev dependencies.LicenseThis Bootstrap template [...] is 100% FREE as long as you keep the footer attribution link.This is a port oforbit-themefor Pelican, it can be used for free if you keep the footer attribution link.If you'd like to use the template without the attribution link, you canbuy the commercial licensevia the theme websiteIf you have paid for the license you can hide the footer by setting the configuration variableSHOW_FOOTER = Truein yourpelicanconf.pyThe above quotes come from theoriginal themegithub repository.MIT LicenseCopyright (c) 2020 vhashPermission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
Package: orbipatch
This example follows the guidelines in therequest for testingin order to test aminimalexample.
It is probably not useful as additional testing data:
people have tested minimal examples.It does,
however,
show how this looks in practice,
at least for a simple package.
After cloning the repository,
build with$ python -m build
...
Successfully built orbipatch-2022.3.6.tar.gz and orbipatch-2022.3.6-py3-none-any.whlNote the lack of any
“boilerplate”
files other than:The README (you are reading it right now)pyproject.tomlIn principle,
the README itself could also be embedded intopyproject.toml.
However,
having a README at the top
helps GitHub
(and most other version control servers)
display a nice explanation
when people see the project in a browser.A few notes:Theauthorsfield needs to be carefully formatted:authors = [{name = "Moshe Zadka", email = "orbipatch-author@devskillup.com"}]It is a TOMLlistofobjects(the equivalent to Pythondicts)
with the keys:nameemailTheproject.urlssection treats the keyHome-Pageas a special case,
using it as theHome-Pagemetadata.
All other keys are used asproject_urlsmetadata.
Package: orbipyd
OrbiPyInnovative orbit researching and manipulating toolInfoМодульPythonдлярасчетаивизуализацииорбитвусловияхограниченнойкруговойзадачитрехтел.

Доступныевозможностимодуляивыражающиеихэлементыпроекта:
Созданиемоделидлярешенияограниченнойкруговойзадачитрехтел.Поумолчаниюдоступнысистемы:Солнце-Земля,Солнце-Венера,Земля-Луна,Юпитер-Ио.(model.py)Осуществлениеинтегрированияорбитвпередилиназадповремени.(integrator.py)Заданиемножества"событий"ивозможностьихдетектированияприинтегрировании.(events.py,detect_event.py)Визуализацияобнаруженных"событий"итраекторийорбит.(detect_event.py)Осуществлениекоррекцииорбит.(correction.py)Расчетивизуализациядвижениякосмическогоаппартаповыбраннойтраекториивтечениизаданноговремениспериодическойкоррекцией.(station_keeping.py)Доступентакжефайл,содержащийинформациюосистемах(orbi_data.csv),файлстестамифункционаламодуля(test.py),файлсреализованнымпримеромиспользованиямодуля(project_test_1.py).

Спасибо,чтовыбралиOrbiPy.Летаявысоко,чувствуйЗемлюподногами.Build modulepythonsetup.pybdist_wheel
python-mtwineuploaddist/orbipyd-3.1-py3-none-any.whl
Package: orbis-new
ORBIS_newORBIS model to predict/nowcast the radiation belt flux in different channelInstallationpipinstall--upgradepip
pipinstallorbis-new==0.1.1Testtest the output in a ipynbI recommend start a new python env| -- test.ipynb
| -- RB_model
	| -- 'DL_15_model.h5'importORBIS_neworbis=ORBIS_new.predict.get_realtime_flux(makeplot=True)data_frame=orbis.get_dataframe()print(data_frame)
Package: orbis-plugin-aggregation-recognize
orbis_plugin_aggregation_recognizeA recognize evaluation pluginConfigurationYou can use the following environment variables to configure the module:RECOGNIZE_URL: the base URL of the recognize service (e.g.,https://recognize.k8s.net/rest).RECOGNIZE_USER: optional user name to use for Basic AuthentificationRECOGNIZE_PASS: optional password to use for Basic AuthentificationRECOGNIZE_PROFILE: name of the recognize profile to use for the evaluation.RECOGNIZE_IGNORE: entity types to ignore during the evaluation (e.g.,predicate,sco)
Package: orbis-plugin-storage-html-pages
HTML Pages Storage Plugin for OrbisThis plugin generates an HTML web page for each gold document with the corresponding results of the service.Show clusteringIn order for the clusters to be displayed, the following element must be added to all dictionaries in the array returned
in the aggregation step in themap_entitiesfunction.fromorbis_eval.core.baseimportAggregationBaseClassclassMyAggregation(AggregationBaseClass):defmap_entities(self,response,item):result=[]cluster_name="name of cluster"result.append({...,"annotations":[{"type":"Cluster","entity":cluster_name}]})returnresult
Package: orbis-unum
Orbis Unumis a cross-platform geolocation tool that transforms rawIP addressesandgeographical coordinatesinto interactive visualizations on a map. With its intuitive interface, users can effortlessly navigate whether they're operating from the command line or using its web-based instance.🔍 What Does Orbis Unum Offer?Command-Line InterfaceAccepts either a standalone IP or a file loaded with multiple IP addresses.Generates an interactive OpenStreetMap with pinpoint accuracy for each IP's location.On selecting any pin, you uncover:Vital IP/Coordinates metadata.Seamless links to:Google Earthfor a top-down view or the location.Google Maps Street Viewfor a closer look at the surroundings of the location.Google Image Searchto view images of the location and its surroundings.Web InterfaceAccepts individual or bulk pairs of coordinates.Mirrors the CLI's functionality, providing an immersive mapping experience.InstallationOrbis Unumcan be installed from PyPI with the following commandpip install orbis-unumUsageOrbis Command-Line Interfaceorbis-cli <ip>Orbis Web Interfaceorbis-web
Package: orbit
Orbit provides an easy way to get a number of values, such as current latitude and longitude, from objects in space. Currently, any object with a corresponding Two Line Element (TLE) can be tracked. A list of supported objects is available from Celestrack at <http://www.celestrak.com/NORAD/elements/master.asp>. Usage looks like:from orbit import satellite# 25544 is the idenfier for the International Space Station
# Seehttp://www.celestrak.com/NORAD/elements/master.aspfor an index
# of identifiers.iss = satellite(25544)# Get the current lat/long of the satellite
iss_current_latitude = iss.lat()
iss_current_longitude = iss.long()# Get the proper name of the satellite
iss_name = iss.name()# Get the elsat classificiation of the satellite
iss_elsat_classification = iss.elsat_classification()# Get the year the satellite launched
iss_launch_year = iss.launch_year()# Get the current TLE for the satellite
iss_tle = iss.tle()# Get the current elevation of the satellite
iss_elevation = iss.elevation()# True if the satellite is currently in the earth’s shadow
iss_eclipsed = iss.eclipsed()
Package: orbita
Orbita python moduleTo control this actuator, a vector must be used to represent the orientation of the platform.
An angle must also be identified to know the rotation of the platform on its own Z axis.The orbita library allows the user to chose the orientation of the platform by typing a vector and an angle
and to get the angles of the disks needed to do this rotation of the platform.It also allows the user to use a quaternion (which can be provided by another system) to represent the rotation of the platform
and get the angles of the disks.InstallationUse the package managerpipto install the orbita library.pipinstallorbitaUsagefromorbitaimport*a=Actuator([0,0,85],[0,0,65],35)#Creates the actuator objecta.get_new_frame_from_vector(vector,angle)#returns new X,Y,Z vectors coordinatesa.get_angles_from_vector(vector,angle)#returns q11,q12 and q13 angles valuesa.get_new_frame_from_quaternion(quaternion)#returns new X,Y,Z vectors coordinatesa.get_angles_from_quaternion(quaternion)#returns q11,q12 and q13 angles valuesThe last method needs the last angular position of the disks and an offset of 360°.
These values need to be reset everytime the user reset the position of the disks.a.reset_last_angles()a.reset_offset()
Package: orbitalcyber-sdk
OrbitalCyber Python SDKThis repository contains the OrbitalCyber SDK, examples, and API documentation.IntroductionThe OrbitalCyber SDK is a production-ready python module that can be used to interact with the OrbitalCyber REST API.InstallationThere are two options you may use to install the SDK.The following instructions assume you have installed the necessary prerequisites, such as Python3, pip, and, if applicable, git.PyPiTo install the SDK from PyPi please run the commands below.python3-mpipinstallorbitalcyber-sdkGitHubTo install the SDK using git and the GitHub repository please use the following commands:gitclonehttps://github.com/Sage-Infrastructure-Solutions-Group-Inc/orbitalcyber-python-sdk.gitcdorbitalcyber-python-sdk
python3setup.pyinstallExamplesOur team has provided quick examples of how to interact with the API in theexamples folderwithin the GitHub repository.Additional Help and DocumentationDetailed API documentation can be found in theAPI Documentationsection of the OrbitalCyber knowledge base.
Package: orbitaldump
OrbitalDumpA simple multi-threaded distributed SSH brute-forcing tool written in Python.How it WorksWhen the script is executed without the--proxiesswitch, it acts just like any other multi-threaded SSH brute-forcing scripts. When the--proxiesswitch is added, the script pulls a list (usually thousands) of SOCKS4 proxies fromProxyScrapeand launch all brute-force attacks over the SOCKS4 proxies so brute-force attempts will be less likely to be rate-limited by the target host.InstallationYou can install OrbitalDump through pip.pipinstall-U--userorbitaldump
orbitaldumpAlternatively, you can clone this repository and run the source code directly.gitclonehttps://github.com/k4yt3x/orbitaldump.gitcdorbitaldump
python-morbitaldumpUsagesA simple usage is shown below. This command below:-t 10: launch 10 brute-forcing threads-u usernames.txt: read usernames from usernames.txt (one username per line)-p passwords.txt: read passwords from passwords.txt (one password per line)-h example.com: set brute-forcing target toexample.com--proxies: launch attacks over proxies from ProxyScrapepython-morbitaldump-t10-uusernames.txt-ppasswords.txt-hexample.com--proxiesFull UsagesYou can obtain the full usages by executing OrbitalDump with the--helpswitch. The section below might be out-of-date.usage: orbitaldump [--help] [-t THREADS] [-u USERNAME] [-p PASSWORD] -h HOSTNAME [--port PORT] [--timeout TIMEOUT] [--proxies]optional arguments:--help                show this help message and exit-t THREADS, --threads THREADSnumber of threads to use (default: 5)-u USERNAME, --username USERNAMEusername file path (default: None)-p PASSWORD, --password PASSWORDpassword file path (default: None)-h HOSTNAME, --hostname HOSTNAMEtarget hostname (default: None)--port PORT           target port (default: 22)--timeout TIMEOUT     SSH timeout (default: 6)--proxies             use SOCKS proxies from ProxyScrape (default: False)
Package: orbital-elements
Orbital ElementsA simple utility for calculating orbits fromTLE'sand plotting them with matplotlib.This is a fork of thisrepo, rewritten for Python 3.Installation$pip install orbital-elementsExample PlotsISS and Dragon CRS2:Some Military Satellites:Stations, Military and Geostationary satellites:Development and ContributionInstall LocallyThis creates a sym-link to your development environment, so there's no need to install more than once for local testing$pip install -e .[dev]Run$orbital-elements <tle-path>
Package: orbit-database-shell
Orbit Database Shell - IntroductionWelcome to the Orbit Database Shell repository and documentation. All project documentation is included within this repository and consists of markdown files and comments within the code. These are presented in real time by the "ZeroDocs" Orbit application which renders this content to HTML.This project is the command line shell for the NoSQL database that underpins the Orbit Framework. It performs in much the same way as the MySQL shell other than it works with Orbit Databases rather than MySQL databases. Maybe with a few other visualisation improvements.FeaturesThe ability to create and manage multiple databasesDrill-down and testing facilitiesExamine data and database structuresImport and export JSON data, import data directly from MySQLGrammar, colourisation and auto-complete for everythingOperation timing and data size distribution analysisDetailed help system with examplesIt's all written in Python and it'sveryextensibleInstallationStart off by creating a virtual environment using the tool of your choosing (we currently use "pyenv") then (don't forget to activate the environment) do;pipinstallorbit_database_shellAnd to run the shell just do;$orbit_database_shell.oooooo..o8o8o.oooooooooo.oooooooooo.d8P'  `Y8b           "888        `"'.o8`888'   `Y8b  `888'`Y8b888888ooood8b888oooo.oooo.o888oo888888888888888888`888""8Pd88' `88b `888    888            888      888  888oooo888'8888888888888888888888888888888888888`88b`88bd88'  888      888   888  888    888 .          888     d88'888.88P`Y8bood8P'  d888b     `Y8bod8P'o888o"888"o888bood8P'   o888bood8P'OrbitDatabaseCommandLineTool(c)MadPenguinConsultingLtd2023Togetstartedtryhelpregisterorhelpforallavailablecommands
none>And you're live ...
Package: orbiteer
OrbiteerA tool to control time-range based scripts, programs, and more.GoalsProvide a consistent, elegant way of running a script repeatedly with varied inputs in a useful way, such as fitting a goal run-time.Provide clear error handling and notification, failing gracefully.Be highly configurable.Be highly tested.Wanted FeaturesLegend:SymbolMeaning:white_check_mark:Merged:yellow_square:In progress:red_square:Not yet begunInput Generation::white_check_mark: Datetime range:white_check_mark: Old -> New:white_check_mark: New -> Old:red_square: Iterate over item chunks:red_square: In presented order:red_square: SortedTarget Measurement:white_check_mark: Direct time taken by command:white_check_mark: Number returned by commandOptimization Strategy:white_check_mark: Direct ratio:white_check_mark: With damping:red_square: PIDTargets:white_check_mark: Run command line:white_check_mark: Args at end of command string:red_square: Command line formatting:white_check_mark: Python Callable:red_square: Call URL:red_square: Via request parameters:red_square: Via request body:red_square: Append to fileFailure retries:white_check_mark: Quit:red_square: N retries (before quit):red_square: Immediately:red_square: Timed wait:red_square: Exponential backoff:red_square: Skip:red_square: Retry pattern and then skip:red_square: Skip and retry again at end of runNotification methods:yellow_square: Logs:red_square: User-named scripts:red_square:PushOverNotification events:yellow_square: Nominal completion:yellow_square: Erroring out:red_square: N% completion:red_square: Time passedDevelopmentSetupInstallPoetryRun./scripts/setup.shCheck lint & formattingmake lintFix formattingmake formatRun tests & view coveragemake testCheck lint & run testsmake
Package: orbithunter
orbithunter serves as a framework for solving chaotic nonlinear partial differential equations.FeaturesAn object oriented approach to solutions of partial differential equationsA general-purpose framework for finding, visualizing and manipulating these solutionsHigh-level access to SciPy API, particularly its minimize and optimize packages.New spatiotemporal techniques such as ‘clipping’ and ‘gluing’Currently there is only an implementation of the Kuramoto-Sivashinsky equation (KSE).External LinksBe sure to check out these resources for help and development!Homepage and DocumentationIssuesBug reportsSourceDeveloper GuideTutorial NotebooksFAQSupportIf you are having issues, please let us know.
We have a mailing list located at:orbithunter@googlegroups.comLicenseThe project is licensed under the GNU General Public License v3 (GPLv3) license.
Package: orbiting
# Orbital
Combines Celestrak.org with an efficient reverse-gecoderTo use make sure that the folder orbiting is in the same directory as your codeFor example:Users/user/Project/orbiting
Users/user/Project/ActualCode# Importsfrom orbiting import Satellite, Coordinate# Initializingiss = Satellite(25544) // We do this as it is the Celestrak.org catalog number.
coord = Coordinates(1.1234, 2.1234) // Latitude goes before longtitude when initializing it. It is the same as writing the pair down.# Get the current lat/long of the satelliteiss.lat
iss.long# Get the proper name of the satelliteiss.name# Get the elsat classificiation of the satelliteiss.elast_classification# Get the year the satellite launchediss.launch_year# Get the current TLE for the satelliteiss.tle# Get the current elevation of the satelliteiss.elevation# True if the satellite is currently in the earth’s shadowiss.is_eclipsed# To get the closest cityiss.closest_city(accuracy) // Accuracy by default is set to 10. This could take at most 3 seconds depending on the satellites location. Put in a lower accuracy to reduce time. Accuracy can either be a float or int.# To get the closest city of any pair of latitude and longtitudecoord.closest_city(accuracy) // Accuracy by default is set to 10. This could take at most 3 seconds depending on the satellites location. Put in a lower accuracy to reduce time. Accuracy can either be a float or int.# Get the difference in km between two latitudes, longtitudescoord.distance_between_two_coordinates(lat2, long2) // The lat2 is the latitude of the second pair of coordinates and long2 is the longtitude of the second pair of coordinates.iss.distance_between_two_coordinates(lat2, long2) // The lat2 is the latitude of the second pair of coordinates and long2 is the longtitude of the second pair of coordinates.
Package: orbitit
LicenseWith this program you can interactively investigate some polyhedra. I use this
program myself and I am willing to share it with other who are interested. I use
Ubuntu, as a consequence some problems might exist with windows.Copyright (C) 2021 Marcel Tunnissenhttp://www.tunnissen.euLicense: GPLv2, see LICENCSE.txtwxPythonWhen wxPython is installed through pip it is compiled. This can take quite some
time (e.g. more than 15 minutes). This means that there should be c-compiler
available at least. For a Debian Linux you would need have installed (e.g.
through apt-get) the packagesbuild-essentiallibgtk-3-dev and libwxgtk3.0-gtk3-dev (or whathever GTK version you are using)python3-devlibgl1-mesa-glx libglu1-mesaThe reason for me to choose wxPython over Tk was that I ran into quite some
preformance problems with Tk. The disadvantage is that it can be a pain to
install wxPython through pip.If You Install through PyPI (pip install)Alse here it is important to have the correct packages for building wxPython
installed. See sectionwxPython" above.Installpip install orbititRunpython -m orbititIf You Downloaded from Github DirectlyRequirementsYou will need:python 3.x:http://www.python.orgwxPython:http://www.wxpython.orgpyOpenGL:http://pyopengl.sourceforge.net/InstallE.g. for Ubuntu or other Debian based Linux dist:sudo apt-get install python3 python3-pipThen use pip to install other packages, e.g:pip3 install pyopengl wxpythonSee sectionwxPythonfor more about installing wxPython through pip.RunMake sure thePYTHONPATHpoints out this directory, e.g. in Linuxexport PYTHONPATH=$PWDAlso make sure to have set thePYOPENGL_PLATFORMenvironment variable.
On my system I dosource init_env
python orbititErrors1.If you get problems with a context not being valid, e.g.
OpenGL.error.Error: Attempt to retrieve context when no valid contextThen this might be related to eht wrongPYOPENGL_PLATFORMIn my case this problem was solved byPYOPENGL_PLATFORM=egl python -m orbitit2.If you get problems with NotImplementedError on GLCanvas you probably built
wxPython without the wxgtk support. See sectionwxPythonabove.
Package: orbitkit
orbitkitThis project is only for Orbit Technology [https://www.orbitfin.ai/] internal use.Full documentation for the project is available at [https://github.com/clown-0726/orbitkit/tree/main/docs][docs].Overvieworbitkitis a powerful and flexible toolkit for enhancing your application.Some reasons you might want to useorbitkit:The out-of-box utils' api to use for your application.Customizable all the way down - just use few of code to implement file extraction.RequirementsPython (3.5, 3.6, 3.7, 3.8, 3.9)Django (2.2, 3.0, 3.1, 3.2)Wehighly recommendand only officially support the latest patch release of
each Python and Django series.InstallationInstall usingpip...pip install orbitkitExampleLet's take a look at a quick example of usingorbitkitto build your application.Startup up a new file extraction like so...pip install orbitkitNow edit any python file in your project:frompdf_extractor.pdf_block_extractor_v2importPdfBlockExtractV2pdf_block_extract=PdfBlockExtractV2(local_path='example.pdf',extend_meta={})text_block_arr=pdf_block_extract.extract()foritemintext_block_arr:print(item)We'd also like to configureextract_urlas your pleased.That's it, we're done!Documentation & SupportFull documentation for the project is available at [https://github.com/clown-0726/orbitkit/tree/main/docs][docs].For questions and support, use the [https://github.com/clown-0726/orbitkit/issues] to track.