Saravanan666/pypi-org huggingface dataset:
Package: todus3
ToDus client for S3Use the ToDus API (login/download/upload) in your Python projects.📦 The package is adapted foruse in Jupyter Notebook📓InstallTo install run:pipinstalltodus3If want support for upload by parts using 7Zip (py7zr):pipinstalltodus3[7z]Usage### Helptodus3--help### Login and Enter PINtodus3-n53123456login### Download from TXT files with 3 Workers/Threadstodus3-n53123456download-t3file.txt[file.txt...]### Upload file by parts in Bytes (10 MB)todus3-n53123456uploadbinary.bin-p10485760ContributingFollow thedev branchandFeedbacksorPull Requestsare welcome 🙏🏾
Package: toeplitz
target:https://doi.org/10.5281/zenodo.3953662The wrapped Fortran90 toeplitz package was written by John Burkardt and is distributed under GNU LGPL license.
It can be obtained fromJohn Burkhardt’s website.
There you can additionally find a short documentation and the following description:TOEPLITZ is a FORTRAN90 library which solves a variety of Toeplitz and circulant linear systems. The package can also handle circulant Toeplitz systems, and some other more complicated but related forms. The TOEPLITZ package was written in the early 1980's by a joint working group of American and Soviet mathematicians. The original, true, correct version of TOEPLITZ is available in the TOEPLITZ subdirectory of the NETLIB web site.This wrapper is based on numpy/f2py and provides a python interface for all fortran subroutines *_sl.
Only the functions sto_sl and cto_sl (solve linear Toeplitz systems) are tested.
They provide acceptable accuracy compared to scipy.linalg and run faster for large inputs.
All other routines are not tested, but should work.
For more documentation than on John Burkardt’s website check the source file toeplitz.f90.InstallationToeplitz can be installed with the commandpip toeplitz. To install toeplitz into a fresh conda environment run:conda create -n toeplenv -c conda-forge numpy scipy fortran-compiler
conda activate toeplenv
pip install toeplitz
toeplitz-runtestsThefortran-compilermetapackage helps finding the right fortran compiler
and its dependencies for any OS.
Package: toever
toEver is a command-line tool to create a note to Evernote.This command is specializing in the function to transmit a file and to make a note.
The file of all the kinds can be transmitted.
A binary file is registered as an attached file.A text and a binary file can be registered also from standard input.
Standard input corresponds to the command which cannot be ended unless “tail -f” etc. send a signal.A tag, a notebook, and a title can be attached as an option, or a share link can be acquired.File to send to evernote$ toever aaa.txt
$ toever aaa.txt bbb.txt ccc.txt
$ toever photo1.jpg photo2.jpg --notebook 'photo'The note of evernote will be created if standard input is passed to toever.$ cat /etc/nginx/nginx.conf | toever --tags nginx,config --notebook linux
$ toever -t 'localhost hosts file' < /etc/hosts
$ tail -f /var/log/access_log | toeverIf you specify a file name in the option, it is saved as an attachment.$ tar cvz /etc/nginx | toever -f nginx.tar.gz
$ curl https://www.python.org/static/img/python-logo.png | toever -f python.png
$ wget -O - https://github.com/ngc224/toever/archive/master.tar.gz | toever -f master.tar.gzIt is possible to acquire a share URL If you add the “–share” option.$ toever ~/.ssh/authorized_keys --share
...
Created note title is 'toEver Post 2014-11-20 21:19:16' [50.0 MB / 4096.0 MB]
share link --> https://www.evernote.com/shard/s143/sh/5f55f19e-d5f4-4131-95e8-81f0b0...
Package: tof
tofA simple tool to create time-of-flight chopper cascade diagramsScope:tofis designed to be simple and lightweight, it will never replaceMcStasit assumes all neutrons travel in a straight lineit does not simulate absorption or scattering effectsInstallationpipinstalltofDocumentationhttps://tof.readthedocs.io/ExampleimportscippasscimporttofHz=sc.Unit('Hz')deg=sc.Unit('deg')meter=sc.Unit('m')pulse=tof.Pulse(kind='ess',neutrons=1_000_000)pulse.plot()choppers=[tof.Chopper(frequency=70.*Hz,open=sc.array(dims=['cutout'],values=[98.71,155.49,208.26,257.32,302.91,345.3],unit='deg',),close=sc.array(dims=['cutout'],values=[109.7,170.79,227.56,280.33,329.37,375.0],unit='deg',),phase=47.10*deg,distance=6.6*meter,name="WFM1",),tof.Chopper(frequency=70*Hz,open=sc.array(dims=['cutout'],values=[80.04,141.1,197.88,250.67,299.73,345.0],unit='deg',),close=sc.array(dims=['cutout'],values=[91.03,156.4,217.18,269.97,322.74,375.0],unit='deg',),phase=76.76*deg,distance=7.1*meter,name="WFM2",),tof.Chopper(frequency=56*Hz,open=sc.array(dims=['cutout'],values=[74.6,139.6,194.3,245.3,294.8,347.2],unit='deg',),close=sc.array(dims=['cutout'],values=[95.2,162.8,216.1,263.1,310.5,371.6],unit='deg',),phase=62.40*deg,distance=8.8*meter,name="Frame-overlap 1",),tof.Chopper(frequency=28*Hz,open=sc.array(dims=['cutout'],values=[98.0,154.0,206.8,254.0,299.0,344.65],unit='deg',),close=sc.array(dims=['cutout'],values=[134.6,190.06,237.01,280.88,323.56,373.76],unit='deg',),phase=12.27*deg,distance=15.9*meter,name="Frame-overlap 2",),]detectors=[tof.Detector(distance=23.0*meter,name='monitor'),tof.Detector(distance=32.0*meter,name='detector'),]model=tof.Model(choppers=choppers,pulse=pulse,detectors=detectors)model.run()model.plot(max_rays=10000)detectors[1].tofs.plot()
Package: tofea
TOFEASimpleautograd-differentiable finite element analysis for heat conductivity and compliance problems.InstallationThe package is published onPyPi, so a simplepip install tofeawill work.
For development purposes it is recommended to clone this repository and install the package locally instead, i.e.git clone git@github.com:yaugenst/tofea && pip install -e ./tofea.ExamplesThe package contains examples of topology optimization for 2D and 3D heat and compliance problems, check them out in theexamples directory!To run the examples, there are some additional dependencies for optimization and plotting, so install usingpip install tofea[examples].DisclaimerThe package is pretty bare-bones and waiting for a big refactor, which I have not gotten around to.
You are welcome to try everything out as-is but expect the interface to change dramatically in the near future.
Package: toff
DocumentationTutorialsCI/CDBuildSource CodePython VersionsDependenciesLicenseDownloadsDescriptionTOFF(Topologies from OpenFF) is a python package initially developed to get topologies from the OpenFF initiative.
It was strongly inspired in thisAniket’s script.
Since version0.1.0it is alos possible to getGAFFandEspalomaparameters by usingEspalomaTemplateGeneratorandGAFFTemplateGeneratorfromopenmmforcefields.generators.You can try it out prior to any installation onBinder.DocumentationThe installation instructions, documentation and tutorials can be found online onReadTheDocs.IssuesIf you have found a bug, please open an issue on theGitHub Issues.DiscussionIf you have questions on how to useTOFF, or if you want to give feedback or share ideas and new features, please head to theGitHub Discussions.CitingTOFFPlease refer to thecitation pageon the documentation.FoundingsThis project received foundings fromMarie Skłodowska-Curie Actions. It was developed in theComputational Biophysics GroupofSaarland University.
Package: toffee
Toffee: Test Object Factory FixturesToffee creates factories for your model fixtures:from toffee import Fixture, Factory

product_factory = Factory(Product, id=Seq())


class MyFixture(Fixture):
    product_1 = product_factory(desc='cuddly toy')
    product_2 = product_factory(desc='toy tractor')
    user = Factory(User, username='fred')
    order = Factory(Order, user=user, products=[product_1, product_2])


def test_product_search():
    with MyFixture() as f:
      assert f.product_1 in search_products('toy')
      assert f.product_2 in search_products('toy')Toffee is similar in scope tofactory_boy.
The differences that prompted me to write a new library are:Toffee promotes working with on fixtures as groups of objects to be created
and destroyed as a unit, rather than individual factoriesExplicit support for setup/teardown of fixturesRead theToffee documentationto
find out more, or visit thebitbucket repo.Toffee is developed and maintained byOlly Cope.CHANGELOG1.0.1 (released 2021-12-08)Fixed compatibility issues with SQLALchemy v1.4+1.0.0 (released 2019-05-15)Added support for Python 3.7Dropped support for Python 2.x0.2.1 (released 2017-10-04)Added support for Python 3.5, 3.6. Dropped support for Python 3.3, 3.4Version 0.2.0Dropped support for using setattr to configure subobjects. Use the double
underscore convention instead.Attribute/item setting on factory objects now results in the same operation
being carried out on the generated object. This is useful for creating
circular references between factory objects.Lists of factory objects are now supported, making it easier to manage
large numbers of test objects.Factories now can take apartialflag. This stops the factory from
producing a top-level named object, while still allowing it to be used for
the basis of other factories.Version 0.1.6Added support for Python 3.4.Dropped support for Python 3.2.Tests that delete fixture objects before teardown is called no longer cause
SQLAlchemy to invalidate the transaction (and thus potentially cause later
tests to fail unexpectedly).Added a scope argument to Seq(), that determines whether the sequence counter
is reset at the start of each fixture set up or only once, at the start of
the test run.Version 0.1.5Licensing: toffee is now licensed under the Apache License, Version 2.0Bugfix: Fixed exception in LazyRecorderFactory.destroy_object during fixture
teardownVersion 0.1.4Added toffee.TestWithFixtureVersion 0.1.3The data mapper factories (SQLAlchemy and Storm) support querying for
existing objects in fixturesAdded experimental SQLAlchemy supportVersion 0.1.2Made setting factoryoptions more flexible. It’s now possible to change the
default flush/commit behavior of StormFactory per fixture class and or at
setup time when using the context manager syntax.Version 0.1.1Bugfix: StormFactory did not flush/commit the store on fixture teardown
teardown, meaning the store would not be left clean for subsequent operationsVersion 0.1initial release
Package: tofimaging
Time of Flight neutron ImagingStatus:This package includes modules for data reduction and analysis of various Time Of Flight (TOF) neutron imaging data. Initially designed to reduce MCP/Timepix data, most of the modules are compatible with post-processed 3D matrixes with dimension (x,y,lambda/TOF).
Currently implemented packages:Various tools for TOF imaging data processing / visualizationAdvanced Bragg edge fitting of 1d-arrays, but also stacks of ToF imagesBragg edge fitting using derivative's Gaussian of 1d-arrays, but also stacks of ToF imagesEstimation of phase fraction, from a linear combination of basis functions (requires a priori material cross sections)Tools for Frame overlap Bragg edge imaging (FOBI) data reductionFor a detailed guide of how to use this package please visithttps://neutronimaging.github.io/ToFImaging/.For questions please contactmatteo.busi@psi.choranders.kaestner@psi.chor use the issue boxhttps://github.com/neutronimaging/ToFImaging/issuesHow to InstallThe package can be installed via pip using the command:pipinstalltofimagingThen the modules can be imported using e.g. the commands:importtofimaging.EdgeFittingasefitimporttofimaging.PhaseFittingaspfitimporttofimaging.ReductionToolsasrtAlternatively, the package can be cloned via git or downloaded from the website to the local machine, then loaded by the commands:importsyssys.path.insert(0,"path-to-repository\\src")importtofimaging.EdgeFittingasefitimporttofimaging.PhaseFittingaspfitimporttofimaging.ReductionToolsasrtMake sure to update the "path-to-repository" with the path to this downloaded package in the local machine and appending the "\src" as shown.
This procedure, may require further installation of external modules, listed in requirements.txtHow to UseThe functions can inspected in the documentation and called in the command prompt or jupyter notebook. E.g. if you installed using the above:importtofimaging.EdgeFittingasefitefit.GaussianBraggEdgeFitting2D(ToFdata,spectrum)For the software documentation please visithttps://neutronimaging.github.io/ToFImaging/
Package: toflat
toflat: Japanese latlon to xy.toflatは、日本の経度緯度情報を持つGeoDataFrameを、簡単に平面直角座標系（JGD2011）に変換するためのPythonモジュールです。これまでのようにEPSGコードを調べなくても、toflatが調べて、GeoDataFrameにCRSを割り当ててくれます。toflat is a Python module designed to easily convert GeoDataFrames containing longitude and latitude information of Japan into the plane rectangular coordinate system (JGD2011). Unlike before, there is no need to look up EPSG codes, as toflat does the search and assigns the CRS to the GeoDataFrame for you.インストール方法　Installpip install git+https://github.com/mazarimono/toflat.gitpip install toflat使い方 How to Usefromtoflatimporttoflatdata={'name':['Kyoto Station','Kinkaku temple','MK bowl','Ginaku_temple'],'geometry':[point1,point2,point3,point4]}gdf=gpd.GeoDataFrame(data,geometry='geometry').set_crs('EPSG:4326')tf=toflat.ToFlat(gdf)kyoto_df=tf.to_flat()# CRS EPSG:6674に設定されるLicenseMIT
Package: tof-simulator
tof-simulator is a package to simulate the spectra from a Time-of-Flight mass spectrometer.It has capabilities to analyze substances from convenient names and may be used as a python module in a script or interactively as a Graphical program.DemoStart the GUI and calculate the spectraModify the TOF parameters and recalculateInstallationInstall using pip, either system-wide (administrator rights are needed)pip install tof-simulator-X.Y.tar.gzor (usually preferred) for the current user:pip install --user tof-simulator-X.Y.tar.gzDependenciesIn order to run the simulator programmatically:OnlyNumpyis required.Optionally,matplotlibis needed to use included capabilities for plotting.To use the GUI, the requirements are:matplotlibPyGobject.Information on how to install PyGobject on different platforms may be found inthe documentationCopyrightCopyright (C) 2020 Juan FiolThis program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU General Public License for more details.You should have received a copy of the GNU General Public License
along with this program.  If not, seehttps://www.gnu.org/licenses/.DocumentationFurther information on installation, dependencies and use may be found in thedocumentation.This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Package: toga
A meta-package for installing theToga widget toolkit.This package installs thetoga-corelibrary,
plus a different Toga backend depending the platform where it is installed:toga-cocoaon macOStoga-gtkon Linux and FreeBSDtoga-winformson WindowsBackends are also available forAndroid,iOS,single-page web apps, andtesting; however, these must be installed manually.Toga requiresPython 3.8or newer. It does not support Python 2. Some platforms have
additional prerequisites; see theToga platform guidefor details.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with this package,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-android
An Android backend for theToga widget toolkit.This package isn’t much use by itself; it needs to be combined withthe core Toga library,For platform requirements, see theAndroid platform documentation.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-cassowary
A helper layer for theToga widget toolkitassisting backends that require
an implementation of theCassowary constraint solving algorithm.This package isn’t much use by itself; it needs to be combined withthe core Toga library.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@pybeeware on TwitterTheBeeWare Users Mailing list, for questions about how to use the BeeWare suite.TheBeeWare Developers Mailing list, for discussing the development of new features in the BeeWare suite, and ideas for new tools for the suite.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-chart
Toga ChartAMatplotlibchart widget forToga.QuickstartThis widget is still in development. We welcome your contributions and feedback!To get started using Toga Chart, run the following:$ git clone https://github.com/beeware/toga-chart
$ cd toga-chart
$ python3 -m venv venv
$ source venv/bin/activate
(venv) $ pip install -e .
(venv) $ cd examples
(venv) $ python -m chartDocumentationDocumentation for Toga Chart can be found onRead The Docs.CommunityToga Chart is a widget for Toga, which is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with Toga Chart,log them on GitHub. If you want to contribute
code, pleasefork the codeandsubmit a pull request.
Package: toga-cocoa
A Cocoa backend for theToga widget toolkit.This package isn’t much use by itself; it needs to be combined withthe core Toga library.For platform requirements, see themacOS platform documentation.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-core
A Python native, OS native GUI toolkit.This package provides the core Toga API. In order to use Toga, you’ll also need to
install a backend that implements the core Toga API for that platform:Androidtoga-androidiOStoga-iOSLinuxtoga-gtkmacOStoga-cocoaWebtoga-webWindowstoga-winformsMinimum requirementsToga requiresPython 3.8or newer. Python 2 is not supported.Each backend also has specific requirements and pre-requisites. See theplatform
documentationfor
details.QuickstartTo get a demonstration of the capabilities of Toga, run the following:$ python -m pip install toga-demo
$ toga-demoThis will pop up a GUI window with some sample widgets.DocumentationDocumentation for Toga can be found onRead The Docs.CommunityToga is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you’d like to contribute to Toga development, ourguide for first time
contributorswill help you get started.If you experience problems with Toga,log them on GitHub. If you want to
contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-curses
A Curses backend for theToga widget toolkit.Toga requires Python 3THIS IS A PLACEHOLDER PROJECTAt present, it has no functionality - it exists purely to reserve the PyPI namespace.This package isn’t much use by itself; it needs to be combined withthe core Toga library.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@pybeeware on TwitterThepybee/generalchannel on Gitter.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-demo
A demonstration of the capabilities of theToga widget toolkit.Toga requires Python 3QuickstartFor details of Toga’s pre-requisites, see theToga project on GitHub.Once those pre-requisites have been met, in your virtualenv, install Toga Demo,
and then run it:$ pip install toga-demo
$ toga-demoThis will pop up a GUI window.If you have cloned the toga repository, install the dependent packages in your virtualenv:$ cd toga
$ pip install -e ./coreThen install the platform specific code:$ pip install -e ./cocoa      # macOS
$ pip install -e ./gtk        # Linux
$ pip install -e ./winforms   # WindowsFinally navigate to the demo directory and run the application:$ cd demo
$ python -m toga_demoCommunityToga Demo is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with Toga Demo,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-django
A Django backend for theToga widget toolkit.Toga requires Python 3This package isn’t much use by itself; it needs to be combined withthe core Toga library.For more details, see theToga project on Github.PrerequisitesThis backend requires Django 1.8 as a minimum requirement.CommunityToga is part of theBeeWare suite. You can talk to the community through:@pybeeware on TwitterThepybee/generalchannel on Gitter.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-dotnet
A .NET backend for theToga widget toolkit.Toga requires Python 3THIS IS A PLACEHOLDER PROJECTAt present, it has no functionality - it exists purely to reserve the PyPI namespace.This package isn’t much use by itself; it needs to be combined withthe core Toga library.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@pybeeware on TwitterThepybee/generalchannel on Gitter.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.
Package: toga-dummy
An Dummy backend for theToga widget toolkit. This doesn’t actually display
anything; it exists purely as a testing environment.This package isn’t much use by itself; it needs to be combined withthe core Toga library,For platform requirements, see thetesting platform documentation.For more details, see theToga project on Github.CommunityToga is part of theBeeWare suite. You can talk to the community through:@beeware@fosstodon.org on MastodonDiscordThe TogaGithub Discussions forumWe foster a welcoming and respectful community as described in ourBeeWare Community Code of Conduct.ContributingIf you experience problems with this backend,log them on GitHub. If you
want to contribute code, pleasefork the codeandsubmit a pull request.