Saravanan666/pypi-org huggingface dataset:
Package: lib-doctest-pycharm
lib_doctest_pycharmget log output into pycharm with doctestsupports python 3.7 and possibly other dialects.100% code coverage, mypy static type checking, tested underLinux, OsX, Windows and Wine, automatic daily builds  and monitoringInstallation and UpgradeBasic UsageRequirementsAcknowledgementsContributeReport IssuesPull RequestCode of ConductLicenseChangelogInstallation and UpgradeFrom source code:# normal installpythonsetup.pyinstall# test without installingpythonsetup.pytestvia pip latest Release:# latest Release from pypipipinstalllib_doctest_pycharm# test without installingpipinstalllib_doctest_pycharm--install-optiontestvia pip latest Development Version:# upgrade all dependencies regardless of version number (PREFERRED)pipinstall--upgradegit+https://github.com/bitranox/lib_doctest_pycharm.git--upgrade-strategyeager# normal installpipinstall--upgradegit+https://github.com/bitranox/lib_doctest_pycharm.git# test without installingpipinstallgit+https://github.com/bitranox/lib_doctest_pycharm.git--install-optiontestvia requirements.txt:# Insert following line in Your requirements.txt:
# for the latest Release:lib_doctest_pycharm# for the latest Development Version :git+https://github.com/bitranox/lib_doctest_pycharm.git# to install and upgrade all modules mentioned in requirements.txt:pipinstall--upgrade-r/<path>/requirements.txtvia python:# for the latest Releasepython-mpipinstallupgradelib_doctest_pycharm# for the latest Development Versionpython-mpipinstallupgradegit+https://github.com/bitranox/lib_doctest_pycharm.gitBasic UsageTBARequirementsfollowing modules will be automatically installed :## Test Requirements
## following Requirements will be installed temporarily for
## "setup.py install test" or "pip install <package> --install-option test"typing;python_version<"3.5"pathlib;python_version<"3.4"mypy;platform_python_implementation!="PyPy"andpython_version>="3.5"pytestpytest-pep8;python_version<"3.5"pytest-codestyle;python_version>="3.5"pytest-mypy;platform_python_implementation!="PyPy"andpython_version>="3.5"pytest-runner## Project RequirementsAcknowledgementsspecial thanks to “uncle bob” Robert C. Martin, especially for his books on “clean code” and “clean architecture”ContributeI would love for you to fork and send me pull request for this project.
-please ContributeLicenseThis software is licensed under theMIT license—Changelog0.0.12019-07-22: Initial public release
Package: libdyson
Dyson Python LibraryThis library is still under development.This library is a refactor oflibpurecool. There is going to be some major changes:Initializing local connections no longer requires cloud login. Users can use the MQTT credentials directly.The interface of the library will be improved so that the same operation of different types of devices (e.g. PureCoolLink and PureCool) will have the same interface.Zeroconf based auto connection will be decoupled from device classes so that we can use only one zeroconf service to to auto connection for more than one device.The main purpose of this library is to support the HomeAssistant Dyson integration so that it'll only support Python 3.7+ and there is no plan for older versions of Python.
Package: lib-dzne-analyze-seq-further
OverviewThis package was created to contain all parts of the aBASE-like sequence read analysis that are self-contained and needed to be easily accessed.
Currently it only holds the regions-function.InstallationTo install lib_dzne_analyze_seq_further, you can usepip. Open your terminal and run:pipinstalllib_dzne_analyze_seq_furtherLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_analyze_seq_further!
Package: lib-dzne-auto-interface
BackstoryThis project was designed to assist with the GUI und the CLI of BASE_dzne.AlternativesFor a more generalized implementation of the CLI side of things check out wonderparse.InstallationTo install lib_dzne_auto_interface, you can usepip. Open your terminal and run:pipinstalllib_dzne_auto_interfaceLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_auto_interface!
Package: lib-dzne-blastn
OverviewLibrary for using blastn.InstallationTo install lib_dzne_blastn, you can usepip. Open your terminal and run:pipinstalllib_dzne_blastnLicenseThis project is licensed under the MIT License.CreditsAuthor: Johannes ProgrammingEmail:johannes-programming@posteo.orgThank you for using lib_dzne_blastn!
Package: lib-dzne-filedata
OverviewThe package lib_dzne_filedata contains the abstract class FileData (from which all filedata types are derived) and the non-abstract classes TXTData and TOMLData. The filedata classes exist as an interface that allows quick and intuitive loading and saving of different kinds of files.InstallationTo install lib_dzne_filedata, you can usepip. Open your terminal and run:pipinstalllib_dzne_filedataLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_filedata!
Package: lib-dzne-igblastn
OverviewLibary for using igblastn.InstallationTo install lib_dzne_igblastn, you can usepip. Open your terminal and run:pipinstalllib_dzne_igblastnLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_igblastn!
Package: lib-dzne-overload
OverviewLibrary for overloading functions.InstallationTo install lib_dzne_overload, you can usepip. Open your terminal and run:pipinstalllib_dzne_overloadLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_overload!
Package: lib-dzne-tsv
OverviewLibary for handling tsv-data.InstallationTo install lib_dzne_tsv, you can usepip. Open your terminal and run:pipinstalllib_dzne_tsvLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: Johannes ProgrammingEmail:johannes-programming@posteo.orgThank you for using lib_dzne_tsv!
Package: lib-dzne-workbook
OverviewLibrary for handling workbooks.InstallationTo install lib_dzne_workbook, you can usepip. Open your terminal and run:pipinstalllib_dzne_workbookLicenseThis project is licensed under the MIT License.LinksDownloadSourceCreditsAuthor: JohannesEmail:johannes-programming@posteo.orgThank you for using lib_dzne_workbook!
Package: libearth
libearthLibearth is the shared common library for variousEarth Readerapps.InstallationYou can install it usingpip:$pipinstalllibearthLinksPackage Index (PyPI)https://pypi.python.org/pypi/libearthDocs (ReadTheDocs)http://libearth.earthreader.org/Git repository (GitHub)https://github.com/earthreader/libearthIssue tracker (GitHub)https://github.com/earthreader/libearth/issuesMailing listearthreader@librelist.comList archivehttp://librelist.com/browser/earthreader/Continuous integration (Travis)https://travis-ci.org/earthreader/libearthContinuous integration (AppVeyor)https://ci.appveyor.com/project/dahlia/libearthTest coverage (Coveralls)https://coveralls.io/r/earthreader/libearth
Package: lib-elem-isotopes
InstallationTo install this package it is best to use pip3.In order to install this package type:pip3 install lib-kaasknakUsageIn order to use the package import lib in your python editor of choice.The commands that can be used are:ElementZ(input) which gives the Z-value of the corresponding element.ElementN(input) which gives the name of the element corresponding to this Z-value.NatComp(input) which gives the isotopes in nature and their fractions.Exampleimportliba=lib.ElementZ("Gd")b,c=lib.NatComp("Gd")print(a)print(b)print(c)64[152, 154, 155, 156, 157, 158, 160][0.002, 0.0218, 0.148, 0.2047, 0.1565, 0.2484, 0.2186]SidenoteIf the element has no natural occuring isotopes it will return a list with one 0 in it. If the element only has traces of an isotope occuring in nature it will return the mass numbers of these traces. In both cases the fractions list will contain a single 0.Data is gather from the wikipedia page for every individual element.
Package: lib-elro-connects
NOTEThis project is suppose to provide an API for the Elro connects K1 adapter.
Thare is a Elro Connects K2 adapter, but is not supported with this library.The code idea is based on the the code of Bas van den Berghttps://github.com/dib0/elro_connects.Aim of this library is to provide a API for the Elro Connects P1 connector. Example code is included.The code requires Python 3.9 or higher.A PyPi package wil become available. To be installed with:pip install lib-elro-connectsKind regards,Jan BouwhuisSupported Devices by ELRO K1 connects SF40GAFire alarmsElro FZ5002RHeat alarmsElro FH3801RCO alarmsElro FC4801RWater alarmsElro FW3801RWindow and Door sensorsElro SF40MA11lib-elro-connects might will also function on the BASE smart home gateway SWM188A and the SITERWELL GS198. Both have not been tested.
Package: libemail
libemailInstallationInstall the apppip install libemailAddlibemailtoINSTALLED_APPSinsettings.pyfileUsage:Build the template contextfrom libemail.generic import Email, EmailContext


email_context = EmailContext(
    title="A simple title",
    subtitle="A descriptive subtitle",
    body="A long enough body, very detailed",
    preview="Preview text that will be displayed on the list view of the mail client",
    branding="A link to a image, white or transparent background",
)Initialize an email objectemail = Email(subject="A very serious subject", context=email_context, to="some@email.com")Send it!email.send()
Package: libemd
libemd is an open-source Python library for the empirical mode
decomposition signal processing technique and it’s variations.Lots of other packages exist for EMD in Python. So why should you use
libemd?libemd is an original Pythonic implementation of the algorithm.
Other existing libraries borrow heavily from unlicensed Matlab
source code without attribution. libemd does not.libemd has Cython implementations of the algorithms in its roadmap,
specifically designed for use cases with high sampling frequencies
that demand performance.libemd ships with a permissive, compatible open-source license.
Package: libemg
The goal of this library is to provide an easy to use and feature-rich API for developing robust real-time EMG-based interactions, and performing thorough offline analysis.Authors: Ethan Eddy, Evan Campbell, Angkoon Phinyomark, Scott Bateman, and Erik SchemeDocumentationAll documentation can be found at:Library DocumentationInstallpip install libemgQuestionsCheck out our discord server if you have questions, comments, or feature requests:https://discord.gg/NeqTTXmM4FCitingWe ask that if you leverage this library for any research-related purposes please cite the following publication:@ARTICLE{10214558,
  author={Eddy, Ethan and Campbell, Evan and Phinyomark, Angkoon and Bateman, Scott and Scheme, Erik},
  journal={IEEE Access}, 
  title={LibEMG: An Open Source Library to Facilitate the Exploration of Myoelectric Control}, 
  year={2023},
  volume={11},
  number={},
  pages={87380-87397},
  doi={10.1109/ACCESS.2023.3304544}}
Package: libemtk
libEMTK, Extended Modifiers Tool Kit (library).This thing provides new level of abstraction forBlendermodifiers stack.Library name is not final and probably will be changed on release.libemtkis designed to be used withEMTK.Most classes and methods have docstrings.There are some simple unittests for basic operations.InstallationLinux:
Symlink~/.config/blender/3.1/scripts/modules/libemtktolibemtkWindows:
idkMac:
idkMain conceptsActualmodifieris an actual Blender modifier.Modifieris a cluster or actual Blender modifier.Clusteris an object that consists of any number
of modifiers or clusters.
Any subclass ofClusterTraitis aCluster.ModifiersClusteris a cluster that only has
actual Blender modifiers in it.ClustersLayeris a cluster that only has
other clusters in it. This doesnt mean
that it cant contain ModifiersClusters
with actual modifiers.ExtendedModifiersListis an object representing
clusters stack. It is similar to ClustersLayer,
but doesnt have ClusterTrait attributes.
It require all modifiers in it to be on the same Blender object.SortingRuleis an object that represents set of
rules that can be used to sort clusters in ExtendedModifiersList.ModifiersOperatoris a mix-in class for Operator class.
It has methods for manipulating multiple
ExtendedModifiersList instances.ClustersCommandis implementation of command pattern for
some of frequently used operations.It consists ofClustersAction, basic elements that have minimal information
about side effects of command.
Examble:
ClustersAction('MOVE', 'Bevel.123', {'direction': 'UP'})
This action does not included information about position of 'Bevel.123' and
other detail required to interpret action as a part of command.ClusterCommands useClustersCommandsSolverto ask clusters for additional commands.
Example:
(using previous example)
ClustersLayer will add ClustersAction('MOVE', 'Bevel.321', {'direction': 'DOWN'}),
if 'Bevel.321' will change its index after moving 'Bevel.123'.
Then ClustersCommandsSolver will ask 'Bevel.321' if it should do something else
after moving it.Currently supported featuresAll basic editing, like moving, applying, removing,
duplication and switching visibility of clusters.Serialization and deserialization of clusters state.
Full or partial resoring of clusters state.Serialization and deserialization of clusters types definitions.Clusters Commands and Actions.TODOBuffering for ExtendedModifiersList controller.Panel type subclass for panels that use
ExtendedModifiersList.Operators for ExtendedModifiersList controller.More clusters operation types.
Package: libenable.so
libenable.so is a Python module designed to enable access to different protected domainsInstalldocker pull bkvaluemeal/libenable.so
pip install libenable.soUsagedocker run -d bkvaluemeal/libenable.so
libenable --host localhost --port 80LicenseCopyright (c) 2017, Justin Willis

Permission to use, copy, modify, and/or distribute this software for any
purpose with or without fee is hereby granted, provided that the above
copyright notice and this permission notice appear in all copies.

THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
Package: libensemble
libEnsemble: A complete toolkit for dynamic ensembles of calculationsAdaptive, portable, and scalable software for connecting “deciders” to experiments or simulations.Dynamic ensembles: Generate parallel tasks on-the-fly based on previous computations.Extreme portability and scaling: Run on or across laptops, clusters, and leadership-class machines.Heterogeneous computing: Dynamically and portably assign CPUs, GPUs, or multiple nodes.Application monitoring: Ensemble members can run, monitor, and cancel apps.Data-flow between tasks: Running ensemble members can send and receive data.Low start-up cost: No additional background services or processes required.libEnsemble is effective at solving design, decision, and inference problems on parallel resources.QuickstartInstallationInstall libEnsemble and its dependencies fromPyPIusing pip:pip install libensembleOther install methods are described in thedocs.Basic UsageCreate anEnsemble, then customize it with general settings, simulation and generator parameters,
and an exit condition. Run the following viapython this_file.py--commslocal--nworkers4:importnumpyasnpfromlibensembleimportEnsemblefromlibensemble.gen_funcs.samplingimportuniform_random_samplefromlibensemble.sim_funcs.six_hump_camelimportsix_hump_camelfromlibensemble.specsimportExitCriteria,GenSpecs,SimSpecsfromlibensemble.toolsimportadd_unique_random_streamsif__name__=="__main__":sampling=Ensemble(parse_args=True)sampling.sim_specs=SimSpecs(sim_f=six_hump_camel,inputs=["x"],outputs=[("f",float)],)sampling.gen_specs=GenSpecs(gen_f=uniform_random_sample,outputs=[("x",float,(2,))],user={"gen_batch_size":500,"lb":np.array([-3,-2]),"ub":np.array([3,2]),},)sampling.persis_info=add_unique_random_streams({},sampling.nworkers+1)sampling.exit_criteria=ExitCriteria(sim_max=101)sampling.run()sampling.save_output(__file__)ifsampling.is_manager:print("Some output data:\n",sampling.H[["x","f"]][:10])ResourcesSupport:Ask questions or report issues onGitHub.EmaillibEnsemble@lists.mcs.anl.govto requestlibEnsemble Slack page.Join thelibEnsemble mailing listfor updates about new releases.Further Information:Documentation is provided byReadtheDocs.Contributionsto libEnsemble are welcome.Browse production functions and workflows in theCommunity Examples repository.Cite libEnsemble:@article{Hudson2022,title={{libEnsemble}: A Library to Coordinate the Concurrent
             Evaluation of Dynamic Ensembles of Calculations},author={Stephen Hudson and Jeffrey Larson and John-Luke Navarro and Stefan M. Wild},journal={{IEEE} Transactions on Parallel and Distributed Systems},volume={33},number={4},pages={977--988},year={2022},doi={10.1109/tpds.2021.3082815}}
Package: liber
Liber劇本語言Liber使用的解析器。它主要被用在Librian - 簡明強大的Galgame引擎。文檔拿Librian的中文文檔https://doc.librian.net湊合一下吧！使用方法需要Python3.6以上。pipinstallliberimportlibers='''> BG 中庭潘大爺 「你好啊！」'''print(liber.load(s))輸出:[{'縮進數':0,'原文':'BG 中庭','函數':'BG','參數表':[{'a':'中庭'}],'類型':'函數調用'},{'縮進數':0,'名':'潘大爺','代':None,'特效':None,'顏':None,'語':'你好啊！','類型':'人物對話'}]
Package: liberate-fhe
Welcome to Liberate.FHE!Liberate.FHE is an open-source Fully Homomorphic Encryption (FHE) library for bridging the gap between theory and practice with a focus on performance and accuracy.Liberate.FHE is designed to be user-friendly while delivering robust performance, high accuracy, and a comprehensive suite of convenient APIs for developing real-world privacy-preserving applications.Liberate.FHE is a pure Python and CUDA implementation of FHE. So, Liberate.FHE supports multi-GPU operations natively.The main idea behind the design decisions is that non-cryptographers can use the library; it should be easily hackable and integrated with more extensive software frameworks.Additionally, several design decisions were made to maximize the usability of the developed software:Make the number of dependencies minimal.Make the software easily hackable.Set the usage of multiple GPUs as the default.Make the resulting library easily integrated with the pre-existing software, especially Artificial Intelligence (AI) related ones.Key FeaturesRNS-CKKS scheme is supported.Python is natively supported.Multiple GPU acceleration is supported.Multiparty FHE is supported.Quick Startfromliberateimportfhefromliberate.fheimportpresets# Generate CKKS engine with preset parametersgrade="silver"# logN=14params=presets.params[grade]engine=fhe.ckks_engine(**params,verbose=True)# Generate Keyssk=engine.create_secret_key()pk=engine.create_public_key(sk)evk=engine.create_evk(sk)# Generate test datam0=engine.example(-1,1)m1=engine.example(-10,10)# encode & encrypt datact0=engine.encorypt(m0,pk)ct1=engine.encorypt(m1,pk,level=5)# (a + b) * b - aresult=(m0+m1)*m1-m0ct_add=engine.add(ct0,ct1)# auto levelingct_mult=engine.mult(ct1,ct_add,evk)ct_result=engine.sub(ct_mult,ct0)# decrypt & decode dataresult_decrypted=engine.decrode(ct_result,sk)If you would like a detailed explanation, please refer to
theofficial documentation.How to InstallClone this repositorygitclonehttps://github.com/Desilo/liberate-fhe.gitcdliberate-fheInstall dependenciespoetryinstallRun Cuda build Script.pythonsetup.pyinstall# poetry run python setup.py installBuild a python packagepoetrybuildInstall Liberate.FHE librarypipinstall.# poetry run python -m pip install .DocumentationPlease refer toLiberate.FHEfor detailed installation
instructions, examples, and documentation.Citing Liberate.FHE@Misc{Liberate_FHE,
  title={{Liberate.FHE: A New FHE Library for Bridging the Gap between Theory and Practice with a Focus on Performance and Accuracy}},
  author={DESILO},
  year={2023},
  note={\url{https://github.com/Desilo/liberate-fhe}},
}LicenseLiberate.FHE is available under theBSD 3-Clause Clear license. If you have any questions, please contact us atcontact@desilo.ai.
Package: liberator
Githubhttps://gitlab.kitware.com/python/liberatorPypihttps://pypi.org/project/liberatorReadTheDocshttps://liberator.readthedocs.io/en/latest/Liberator is a Python library that “liberates” (i.e. statically extracts) class
/ function source code from an existing python library into a single standalone
module.It works by statically parsing the code for the class / function definition and
then recursively parsing and extracting all missing dependencies.Here is an example. Say that you want to use thefind_exefunction fromubelt, but you don’t want to depend on ubelt itself, you can extract the
minimal code necessary to define thefine_exefunction in a new standalone
module via:# Create a Liberator instance to manage construction of# the new standalone code.fromliberator.coreimportLiberatorlib=Liberator()# Pass the liberator object the function you want to expose# You can add more than one function this way.importubeltasublib.add_dynamic(ub.find_exe)# Tell liberator about the library that you dont want to depend on,# any (statically findable) external references to that library will be# vendored into the new liberated code.lib.expand(['ubelt'])# Finally access the "current source code" which will# have the self-contained version of the "liberated" utility.print(lib.current_sourcecode())
Package: libertem-blobfinder
LiberTEM-blobfinder is a package for correlation-based peak finding and strain
mapping. It is part of theLiberTEM project.UsageSeeUsage documentation!InstallationThe quick version from PyPI:$pipinstalllibertem-blobfinder[pyfftw]Seefull installation instructionsfor more
details!ReferenceSeeblobfinder API referencefor details!ExamplesSeeexample applications!LicenseLiberTEM-blobfinder is licensed under GPLv3.