Saravanan666/pypi-org huggingface dataset:
Package: simphony-osp-simlammps
SimLAMMPSSimLAMMPS is a SimPhoNy wrapper that enables the use of the LAMMPS molecular
dynamics simulation engine on the SimPhoNy Open Simulation Platform.Disclaimer: We arenotaffiliated nor associated with theauthors of LAMMPS.InstallationThis wrapper requires a working LAMMPS installation. If you are running
Ubuntu or CentOS, you are lucky, as we have prepared a
script that can install it for you../install_engine.shIf you are running a different distribution or operating system, you will
have to install it yourself. Please make sure that LAMMPS is installed before
proceeding.The next step is to install the wrapper itself. SimLAMMPS is available on PyPI,
so it can be installed using thepippackage manager, you can do so by
running:pipinstallsimphony-osp-simlammpsFinally, the wrapper requires a specific ontology to operate. Download theontology fileandontology package,
then install the latter with the following command:pico install simlammps.ymlNote:The provided ontology is not connected to any
top-level ontology, therefore its scope is limited to this wrapper.DockerAlternatively, you can run the wrapper from a Docker image. We have
prepared a Dockerfile with all the necessary requirements.# Build itdockerbuild-tsimphony/simlammps.# Run it (console entrypoint)dockerrun-ti--rm--entrypoint=/bin/bashsimphony/simlammpsDocumentationAll information about SimPhoNy is available on theSimPhoNy documentation. Check out theexamples folderfor examples on how to use SimLAMMPS itself.The LAMMPS engine documentation is availablehere.LicenseCopyright (c) 2014-2022, Fraunhofer-Gesellschaft zur Förderung der angewandten
Forschung e.V. acting on behalf of its Fraunhofer IWM.SimLAMMPS is distributed under the terms of theGNU Public License Version 2as requiredby the license terms of LAMMPS itself.Contact:SimPhoNy
Package: simpil
Please seehttps://simpil.readthedocs.io/for more documentation and examples.Provides an easy to use class for creating reading/fetching images files, adding
text and saving/retrieving image data.It abstracts away some boiler plate for PIL/Pillow for a few things I want to do:Read image from fileWrite image to fileLoad image from stringLoad image from file object (StringIO/BytesIO)Load image from urlGet image dimensionsGet raw image data from object without saving.Scale imageAdd text, shadowed text and outline textAutosave changes
Package: simplace
See the documentation athttps://simplace.readthedocs.io/Run and control simulations in the simulation framework Simplace.You need to install the Simplace simulation
frameworkhttps://www.simplace.net/Example usage:>>> import simplace
>>> sh = simplace.initSimplace('/ws/','/runs/simulation/','/out/')
>>> simplace.openProject(sh, '/sol/Maize.sol.xml')
>>> simid = simplace.createSimulation(sh, {'vLUE':3.2,'vSLA':0.023})
>>> simplace.runSimulations(sh)
>>> result = simplace.resultToList(simplace.getResult(sh,'YearOut',simid))
>>> simplace.closeProject(sh)
>>> print(result['BiomassModule.Yield'])
805.45The module requires Java >= 11.0 and python packages numpy and JPype1.
Package: simplads
# Simplads #Simplads are a way to structure complicated algorithms. Design and test each function independently and provide a single linking function to explain exactly what the code does. Elegantly introduce stateful operations only when needed without sacrificing readability or testability.### Example usage ###```pythonfrom simplads import Bundle, WriterDeltaMaker, ReaderDeltamaker, liftwrite = WriterDeltaMaker.writeread = ReaderDeltaMaker.read# read and write exampledef example():obj = {}b = Bundle().add_writer(obj).add_reader(obj)return b.unit().pipe([write,read,lift(lambda i: i.read_val)])def read(i):return Bundle.delta(i, 'writer', write(keys=['keys'], new_data='val'))def write(i):return Bundle.delta(i, 'reader', read(['key']))```### Installation ###pip install simplads
Package: simpl-authenticator
# Simpl AuthenticatorWAMP Authenticator Component for Simpl## Installation$ pip install git+https://github.com/simplworld/simpl-authenticator.git@master#egg=authenticator## Setup environment$ mkvirtualenv simpl-authenticator
$ pip install -e .## Development versioningInstallbumpversion:$ pip install bumpversionThen, to release a new version, increment the version number with:$ bumpversion patchThen push to the repo:$ git push && git push –tagsCopyright © 2018 The Wharton School,  The University of PennsylvaniaThis 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 2
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.
Package: simplay-jupyter
simplay_jupyterA JupyterLab extension to animate SimPy simulations enhanced withsimplay.
More Information can be found in theSimPlay Documentation.RequirementsJupyterLab >= 3.0InstallTo install the extension, execute:pipinstallsimplay_jupyterUninstallTo remove the extension, execute:pipuninstallsimplay_jupyterContributingSeeDEVELOPMENT
Package: simplaz
simplazA Python package to read LAZ files (LAS too).
Basically it's a wrapper aroundRust lasand it exposes the most useful methods.It doesn't read in memory the whole file, so you can just iterate over each point sequentially without worrying about your RAM comsumption.Only reading at this moment; writing is for later.InstallationpipTo install the latest release:pip install simplazDevelopmentinstallRust(v1.39+)installmaturinmaturin developmove to another folder, andimport simplazshouldn't return any errorDocumentationThe pydoc can be foundhere.Exampleimportsimplazimportnumpyasnpds=simplaz.read_file("/Users/hugo/data/ahn3/crop.laz")header=ds.headerprint("LAS v{}".format(header.version))print("Point count:{}".format(header.number_of_points))#-- using numpy functions#-- define a specific numpy typemypoint=np.dtype([('x','float64'),('y','float64'),('z','float64'),('intensity','int16')])pts=np.zeros((ds.header.number_of_points,),dtype=mypoint)#-- iterate over all the points and store in numpy array only#-- the ground point (classification=2)for(i,p)inenumerate(ds):ifp.classification==2:pts[i][0]=p.xpts[i][1]=p.ypts[i][2]=p.zpts[i][3]=p.classificationprint(len(pts))What is supported and what not?Most ofLAS v1.4is supported, except:v1.4 support for extra bits after each pointLAS classesClassificationdescription0Created, never classified1Unclassfied2Ground3Low Vegetation4Medium Vegetation5High Vegetation6Building7Low Point (noise)8Model Key-point (mass point)9Water10Reserved for ASPRS definition11Reserved for ASPRS definition12Overlap Points13-31Reserved for ASPRS definitionLAS Point formatThis is well explainedon this page.
Package: simpl-client
GamesAPIClient.. image::https://travis-ci.com/simplworld/simpl-client.svg?token=cyqpBgqLC1o8qUptfcpE&branch=master:target:https://travis-ci.com/simplworld/simpl-clientPython clients for accessing simpl-games-api either asynchronously or synchronouslyUsageTo asynchronously access simpl-games-api use::from simpl_client.asyn import GamesAPIClient
asyn_games_client = GamesAPIClient(url=SIMPL_GAMES_URL, auth=SIMPL_GAMES_AUTH)for backwards compatibility, the default is asynchronous access::from simpl_client import GamesAPIClient
asyn_games_client = GamesAPIClient(url=SIMPL_GAMES_URL, auth=SIMPL_GAMES_AUTH)See simpl_client/async/games_client.py for asynchronous endpointsTo synchronously access simpl-games-api use::from simpl_client.syn import GamesAPIClient
syn_games_client = GamesAPIClient(url=SIMPL_GAMES_URL, auth=SIMPL_GAMES_AUTH)See simpl_client/syn/games_client.py for synchronous endpointsInstallation::pip install simpl-clientSetup development environment::git clone git@github.com:simplworld/simpl-client.git
cd simpl-client
mkvirtualenv simpl-client
pip install -e .Testing::python setup.py testRunning the tests requires havinglibmagicinstalled.On OS X, simply runbrew install libmagic.LicenseCopyright © 2018 The Wharton School,  The University of PennsylvaniaThis 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 2
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.
Package: simpldlogger
Package that provides an easy API for logging different types of events that have occurred.Class namedSimpleDataLoggeris in datalogger.py file.Install via pip:pip install simpldloggerImportDataLoggerclass:import simpldlogger.dataloggerorfrom simpldlogger.datalogger import SimpleDataLoggermain.pyfile, intestsdirectory, is an example of use.To run example:cdsimpldlogger
py-mtests.main
Package: simple
Aboutsimple is a simplified GUI generator using Tkinter.PrerequisitesPythonhttp://www.python.orgInstallationUnzip the file, then at the command line runpython setup.py installUsage>>> import simple.gui
>>> g = simple.gui.GUI()
>>> def buttoncallback():
...     g.status("Button klicked!")
>>> g.button("Klick me!", buttoncallback)
>>> g.button("Klick me too!", buttoncallback)
>>> def listboxcallback(text):
...     g.status("listbox select: '{0}'".format(text))
>>> g.listbox(["one", "two", "three"], listboxcallback)
>>> g.listbox(["A", "B", "C"], listboxcallback)
>>> def scalecallback(text):
...     g.status("scale value: '{0}'".format(text))
>>> g.scale("Scale me!", scalecallback)
>>> g.run()
>>>DocumentationTo read the API documentation, open a shell / DOS window, navigate to
the simple directory, and runpydoc simpleYou can create a HTML version usingpydoc -w simpleLicensesimple is licensed under the GPL. See the file COPYING for details.AuthorFlorian Berger
Package: simple2encrypt
simple2encryptsimple2encryptis a Python library that provides utility functions for encryption and file operations. It
includes functionalities for encrypting and decrypting data using the AES algorithm, generating encryption keys,
reading and writing binary data from/to files, handling user input, and encrypting/decrypting individual files.InstallationYou can installsimple2encryptusingpip:pip install simple2encryptUsageEncryptionTo perform encryption and decryption using the AES algorithm, you can use theEncryptionclass provided by the library. Here's an example:from simple2encrypt import Encryption

# Initialize the Encryption object with the key and data
key = b'mysecretpassword'  # Encryption key
data = b'mydata'  # Data to be encrypted or decrypted
encryption = Encryption(key, data)

# Encrypt the data
encrypted_data = encryption.encrypt()
print("Encrypted data:", encrypted_data)

# Decrypt the data
decrypted_data = encryption.decrypt()
print("Decrypted data:", decrypted_data)File OperationsTheFileIOclass provides functions for reading and writing binary data to files, as well as deleting file extensions. Here's an example:from simple2encrypt import FileIO

file_path = 'myfile.txt'
data_to_write = b'mydata'

# Read binary data from a file
read_data = FileIO.read_binary(file_path)
print("Read data:", read_data)

# Write binary data to a file
FileIO.write_binary(file_path, data_to_write)
print("Data written to file successfully.")

# Remove file extension
file_name_without_extension = FileIO.delete_extension(file_path)
print("File name without extension:", file_name_without_extension)Folder EncryptionTheWalkDirsclass allows you to encrypt and decrypt all files within a specified folder using a given key. Here's an example:from simple2encrypt import WalkDirs

folder_path = '/path/to/folder'
key = b'mysecretpassword'
folder_encryptor = WalkDirs(folder_path, key)

# Encrypt all files in the folder
folder_encryptor.encrypt()

# Decrypt all files in the folder
folder_encryptor.decrypt()Encrypting/Decrypting Individual FilesTheEncryptFileclass provides a way to encrypt and decrypt individual files. Here's an example:from simple2encrypt import EncryptFile

file_path = 'file.txt'
key = b'mysecretpassword'
data_to_encrypt = b'mydata'

# Encrypt the file
file_encryptor = EncryptFile(file_path, key, data_to_encrypt)
file_encryptor.encrypt()

# Decrypt the file
file_decryptor = EncryptFile(file_path + '.enc', key)
file_decryptor.decrypt()Handling User InputThecustom_inputfunction allows you to prompt the user for input and retrieve their response. Here's an example:from simple2encrypt import custom_input

question = "Enter your name: "
user_name = custom_input(question)
print("User name:", user_name)Creating Encryption Key (Command Line)The library also provides a command-line interface for creating a new encryption key. Here's an example usage:aes-key [file name] [secret-password]This will create a new encryption key file namedkey.binbased on the provided password.VersionThe current version ofsimple2encryptis 1.6.9LicenseThis library is distributed under theMIT License.
See theLICENSEfile for more information.
Package: simple4sq
This is a ultralightweight foursquare API wrapper - which is a little bit different.If you’re looking for something more serious I recommendhttps://github.com/mLewisLogic/foursquare.Usage:
import simple4sq
simple4sq.cred = (‘CLIENT_ID’, ‘CLIENT_SECRET’, ‘REDIRECT_URI’)
# Redirect user to
print simple4sq.oauth_url()
# Insert the response code into
simple4sq.download_token(code)
# Start requesting
user = simple4sq.request(‘user/self’)
print user[‘response’][‘user’][‘firstName’]
Package: simple503
PEP 503 Python package repository generator.simple503generates a static,PEP 503simple repository of Python distributions.
It takes a directory of Pythonwheelsand generates the necessary directories andindex.htmlfiles.
The source directory can optionally be pre-sorted by project name, orsimple503can do this for you.An example repository can be seen athttps://repo-helper.uk/simple503/DocsTestsPyPIActivityQAOtherInstallationsimple503can be installed from PyPI.To install withpip:$python-mpipinstallsimple503
Package: simple-acme-dns
simple_acme_dnssimple_acme_dnsis a Python ACME client wrapper specifically tailored to the DNS-01 challenge. This makes it easy to manage ACME
certificates and accounts without the need for an external tool likecertbot. Although this module is intended for use
with Let's Encrypt, it will support any CA utilizing the ACME v2 protocol.Installationpip install simple_acme_dnsDocumentationRefer to thesimple_acme_dns documentation pagesfor the most
up-to-date documentation. Example scripts can also be found onGitHub.
Package: simpleadb
Object oriented python wrapper for adb protocol.InstallTo install the current release.$ pip install simpleadbUsageTry your first program.>>>importsimpleadb>>>adb_server=simpleadb.AdbServer()>>>devices=adb_server.devices()>>>emulator=devices[0]>>>emulator'emulator-5554'>>>emulator.root()restartingadbdasroot0>>>emulator.reboot()For more examples, see APIdocumentation.LicenseGPL3
Package: simple_ado
simple_adosimple_adois a Python wrapper around the Azure DevOps REST API.Why does it exist when there is an existing Python SDK for the ADO API?Simply put, it's because the existing one is very complex and difficult to use. This version aims to be as simple as possible to use.ContributingThis project welcomes contributions and suggestions.  Most contributions require you to agree to a
Contributor License Agreement (CLA) declaring that you have the right to, and actually do, grant us
the rights to use your contribution. For details, visithttps://cla.opensource.microsoft.com.When you submit a pull request, a CLA bot will automatically determine whether you need to provide
a CLA and decorate the PR appropriately (e.g., status check, comment). Simply follow the instructions
provided by the bot. You will only need to do this once across all repos using our CLA.This project has adopted theMicrosoft Open Source Code of Conduct.
For more information see theCode of Conduct FAQor
contactopencode@microsoft.comwith any additional questions or comments.
Package: simple_aes
Very simple encryption helper for pycriptoInstallationpip install simple-aesUsing>>> from simple_aes import SimpleAES
>>> enc = SimpleAES('test', use_salt=True)
>>> encrypted = enc.encrypt('test')
>>> enc.decrypt(encrypted)
'test'Parameter “use salt” use salted algorithm. You get different encrypted values each times.
But you must be careful. Sometimes this may make encryption of weaker. I will try to explain it.
If you try to encrypt identical phrase more times with salt in theory your encryption key may be opened via differential analysis.
But when you sure what you not doing it, it’s makes encryption stronger.Encrypting big filesFor encrypting big files you may using EncryptIO like this:>>> print "Encrypting..."
>>> f = EncryptIO('secret', open('test', 'wb+'))
>>> f.write('Hello world 1024 times. ' * 1024)
>>> f.close()
>>> d = EncryptIO('secret', open('test', 'rb'))
>>> print "Decrypting..."
>>> data = ''
>>> for i in d.decrypt():
...     data += i
>>> print dataThis write data to file with encrypting and ZLIB compression.
You may change compressor via changing class-property COMPRESSOR.
Package: simple-aesthetics-predictor
🤗 Simple Aesthetics PredictorCLIP-based aesthetics predictor inspired by the interface of🤗 huggingface transformers. This library provides a simple wrapper that can load the predictor using thefrom_pretrainedmethod.Installpipinstallsimple-aesthetics-predictorHow to UseimportrequestsimporttorchfromPILimportImagefromtransformersimportCLIPProcessorfromaesthetics_predictorimportAestheticsPredictorV1## Load the aesthetics predictor#model_id="shunk031/aesthetics-predictor-v1-vit-large-patch14"model=AestheticsPredictorV1.from_pretrained(model_id)processor=CLIPProcessor.from_pretrained(model_id)## Download sample image#url="https://github.com/shunk031/simple-aesthetics-predictor/blob/master/assets/a-photo-of-an-astronaut-riding-a-horse.png?raw=true"image=Image.open(requests.get(url,stream=True).raw)## Preprocess the image#inputs=processor(images=image,return_tensor="pt")## Inference for the image#withtorch.no_grad():outputs=model(**inputs)prediction=outputs.logitsprint(f"Aesthetics score:{prediction}")The Predictors found in 🤗 Huggingface Hub🤗aesthetics-predictor-v1🤗aesthetics-predictor-v2AcknowledgementsLAION-AI/aesthetic-predictor: A linear estimator on top of clip to predict the aesthetic quality of pictureshttps://github.com/LAION-AI/aesthetic-predictorchristophschuhmann/improved-aesthetic-predictor: CLIP+MLP Aesthetic Score Predictorhttps://github.com/christophschuhmann/improved-aesthetic-predictor
Package: simpleai
Simple AIProject home:http://github.com/simpleai-team/simpleaiThis lib implements many of the artificial intelligence algorithms described on the book “Artificial Intelligence, a Modern Approach”, from Stuart Russel and Peter Norvig. We strongly recommend you to read the book, or at least the introductory chapters and the ones related to the components you want to use, because we won’t explain the algorithms here.This implementation takes some of the ideas from the Norvig’s implementation (theaima-pythonlib), but it’s made with a more “pythonic” approach, and more emphasis on creating a stable, modern, and maintainable version. We are testing the majority of the lib, it’s available via pip install, has a standard repo and lib architecture, well documented, respects the python pep8 guidelines, provides only working code (no placeholders for future things), etc. Even the internal code is written with readability in mind, not only the external API.At this moment, the implementation includes:SearchTraditional search algorithms (not informed and informed)Local Search algorithmsConstraint Satisfaction Problems algorithmsInteractive execution viewers for search algorithms (web-based and terminal-based)Machine LearningStatistical ClassificationInstallationJust get it:pip install simpleaiAnd if you want to use the interactive search viewers, also install:pip install pydot flaskYou will need to have pip installed on your system. On linux install the
python-pip package, on windows followthis.
Also, if you are on linux and not working with a virtualenv, remember to usesudofor both commands (sudo pip install ...).ExamplesSimple AI allows you to define problems and look for the solution with
different strategies. Another samples are in thesamplesdirectory, but
here is an easy one.This problem tries to create the string “HELLO WORLD” using the A* algorithm:fromsimpleai.searchimportSearchProblem,astarGOAL='HELLO WORLD'classHelloProblem(SearchProblem):defactions(self,state):iflen(state)<len(GOAL):returnlist(' ABCDEFGHIJKLMNOPQRSTUVWXYZ')else:return[]defresult(self,state,action):returnstate+actiondefis_goal(self,state):returnstate==GOALdefheuristic(self,state):# how far are we from the goal?wrong=sum([1ifstate[i]!=GOAL[i]else0foriinrange(len(state))])missing=len(GOAL)-len(state)returnwrong+missingproblem=HelloProblem(initial_state='')result=astar(problem)print(result.state)print(result.path())More detailed documentationYou can read the docs onlinehere. Or for offline access, you can clone the project code repository and read them from thedocsfolder.Help and discussionJoin us at the Simple AIgoogle group.AuthorsMany people you can find on thecontributors section.Special acknowledgements toMachinalisfor the time provided to work on this project. Machinalis also works on some other very interesting projects, likeQuepyandmore.
Package: simplealchemy
Simple wrapper around SQLalchemyThis module hides the complexity of SQLAlchemy to provide a simple interface to
store and manipulate Python objects each with a set of properties. Unlike the
default behaviour of sqlalchemy’s declaritive_base, inheritance of objects will
not require “join”, rather it creates a separate table. This makes it easy to
use objects around from parts of not-so-related applications.For example, aSourcePackagetable is created by Grail. Then, PyPM will
extend it asBinaryPackagewhich gets extended toRepoPackage. The table
for RepoPackage will be concretely inherited, meaning - there will be just be
one table without having to ‘join’ to another SourcePackage table.At the moment, PyPM and Grail use this module. It may not be of use to others,
and we may change the api/behaviour. Hence, it makes sense to keep it as an
internal module.
Package: simplealert
Shamyak Goelsimplealert includes functions for giving alert on terminalPlease install the package ansd share this package to your friend'sAlso subscribe my youtube channel CodewithshamyakFeaturesGiving alert on the terminalCreate custom alertsInstallationsimplealert requires python interpretor (python 3)Install python onpython.organd download latest version of python thenInstall the package as shown belowpip install simplealertIf you get an error  - pip is not recognized as function etc.
then watch this video -Click HereFunctionsalert : Used to give alert.custom_alert : Used to give custom alertconfig : Used to change default colors.