Saravanan666/pypi-org huggingface dataset:
Package: pystepseq
pystepseqA commandline musical step-sequencer with some advanced features.TO INSTALL:Make sure you have Python installedChoose as install method,piporgit(pip is recommended if you have it)From pip:pip install pystepseqFrom git:Either download from the 'dist' directory here, or:git clone https://github.com/akjmicro/pystepseqOnce downloaded, in the 'pystepseq' directory:python setup.py installFiles will be installed into a Python lib directory on your system. E.G.,
on a Linux system, something like/usr/local/lib/Python3.8Set an environment variable calledPYSTEPSEQ_MIDI_PORTfor a default midi device/port.
For example, in Linux, using thebashshell, you could add the following to your~/.bashrc:export PYSTEPSEQ_MIDI_PORT=/dev/snd/midiC1D0Use a tool likeamidi -lto find which particular device on your system should be the target ofpystepseq's output. For example,hw:1,0would correspond to/dev/snd/midiC1D0You may also want to edit the variables at the top of the 'constants.py'
These will reflect what MIDI port you are using (e.g., on Linux,
'/dev/snd/midiC1D0') and also the multicast port you will be broadcasting
the metronome on (and the listeners listening on). Default is 8123.Post-install SETUP:YOU NEED TO SETUP YOUR COMPUTER FOR MULTICASTING VIA LOOPBACK.Here's how it's done on Linux (I don't know about anywhere else, sorry):route add -net 224.0.0.0 netmask 240.0.0.0 dev loIF YOU DON'T DO THE ABOVE STEP, NO MIDI NOTES WILL BE TRIGGERED! The
metronome (tempotrigger.py) is dependant on the network multicasting for
functionality.YOU NEED TO MAKE SURE YOUR MIDI INSTRUMENTS ARE RECEIVING.Of course, set up your software (or hardware) synths to be listening on the
same MIDI port you have set up pystepseq to push MIDI messages to. It is
beyond the scope of this help to show you how to do that, since all synths
differ. But as an example, you might set qjackctl to take the output of a
virtual MIDI port (e.g. '/dev/snd/midiC1D0', which will show up in a tool
like qjackctl as 'Virtual Raw Midi 1-0') and patch it to the MIDI input of
the synth/sampler of your choice.Running:You should be fine simply starting the script and using the online help.To start pystepseq, do the following from the commandline:pystepseqYou will see a prompt:pystepseq('h' for help)-->This will create a new voice called 'a' if you type what is after the prompt:pystepseq('h' for help)--> =aThis will start 'a' playing after a brief pause until the clock is lined up
to a certain beat start:pystepseq('h' for help)--> a/This will stop 'a' playing after all its current cycle is exhausted:pystepseq('h' for help)--> a\The online help will give you a hang of the rest of the commands. The system
is designed to be succint, in that all the commands have been designed to
minimize typing, and are usually a single character, or two-character
mnemonic. So for instance, "Take voice 'a' and randomize its volume
sequence" would be:pystepseq('h' for help)--> arv...which stands for " 'a' random volumes "Much more sense will be had once you play with it via the online help.Enjoy!Aaron Krister JohnsonPlease report bugs and successes toakjmicro@gmail.com
Package: pystereogram
pystereogram: a python library to compute auto-stereogrampystereogram is a library that can help you compute stereogram from depth image efficiently.
The performance goal of this library is to support real-time stereogram computation on small devices like raspberry pi.The algorithm implemented in this package is the abSIRD algorithm, which is then accelerated with cython.Usagefrom autostereogram.converter import StereogramConverter
from skimage import color
import matplotlib.image as mpimg

source_image = mpimg.imread('cube.jpg')
image_data = np.array(source_image * 255, dtype=int)

converter = StereogramConverter()
result = converter.convert_depth_to_stereogram(image_data).astype(np.uint8)Referencehttps://www.mathworks.com/matlabcentral/fileexchange/27649-absird-for-matlabhttps://www.cs.waikato.ac.nz/~ihw/papers/94-HWT-SI-IHW-SIRDS-paper.pdf
Package: pysteroids
Pysteroids is a clone of the game Asteroids written in Python. Although
I call it a clone, I might have added a few bells and whistles that weren’t
in the original (I’m not exactly sure what the original had).Also, this is the first game I’ve finished to completion, so it may not
be the best. I did work hard on it, so hopefully you’ll have fun with it!
If not, oh well.DependenciesPysteroids depends on the following libraries:NumPy >= 1.7.1Pyglet > 1.4.1 (specifically, 1.2alpha1)You also needOpenALorAVBininstalled for audio.When installing, setuptools should pull Numpy and Pyglet down automatically
(But not OpenAL or AVBin). It will
pull the Pyglet alpha from itsdevelopment site.
The PyPI version of Pyglet (1.4.1) doesn’t include a patch which fixes someissues with pyglet not initializing.
Not all users may have this issue, but Pyglet 1.2alpha1 seems to be stable and SHOULD
work for everyone. If not, you can change the dependency in setup.py and try the stable version.
Unfortunately, Pyglet development seems to be at a standstill, so this is the best option
I could come up with.ControlsW: Move ship forwardA/D: Rotate shipSpace: FireShift: TeleportLicensePysteroids is copyrighted under the MIT license. A copy of it should be included in the source
distribution, in a file called LICENSE.txt. You can get more info there. The source code at
Github also has the license.SourceYou can find the source code in full athttps://github.com/Cheeser12/pysteroids
Package: pyster-python
PysterPyster is a coverage-driven automatic unit test generator for Python projects.Pre-requestPython 3Coverage.py(pip3 install coverage)pytest(pip3 install pytest)Usage# Stage 1: Init pyster config filepython3-mpyster.init\--project_path<path-to-project>\--module_name<module-for-testing>\--path_runtime<runtime-analysis-code># Stage 2: Generate unit testspython3-mpyster.gen\--project_path<path-to-project>\--module_name<module-for-testing>\--user_tests<list-of-existing-test-files>\--timeout<timeout-limit>\--coverage<coverage-target># Run Stage 1 and Stage 2 together:python3-mpyster\--project_path<path-to-project>\--module_name<module-for-testing>\--path_runtime<runtime-analysis-code>\--user_tests<list-of-existing-test-files>\--timeout<timeout-limit>\--coverage<coverage-target>TestpytesttestsSample execution# Phase 1python3-mpyster.init--project_pathtests/foobar--module_namefoobar.foobar# Phase 2python3-mpyster.gen--project_pathtests/foobar--module_namefoobar.foobar-t1-c80Pyster LogicThe graph above is a high-level summary of Pyster's workflow.Pyster contains two phases:Phase 1:Type Analysis (initstage)Input:project_path: Absolute/relative path to project foldermodule_name: Name of Python module for generating testspath_runtime(optional): User-written Python file (e.g. existing test files) that makes use of functions in the selected module.Output:module_name.json: A configuration file containing all information used to randomly generate function calls. (All function signatures and their argument types, constructor of user-defined classes, etc.) This file can be further modified by user to provide more detailed type-related information.Phase 2:Test Generation (genstage)Input:timeout: Pyster terminates aftertimeoutseconds.coverage: Pyster terminates after test cases reachcoveragecode coverage rate.user_tests(optional): If current module already has test suite,user_testscan be provided as a list of files so that Pyster will not generate tests covering lines already tested.Output:A runnablemodule_nameTest.pyfile containing all automatically generated unit tests as well as command-line output of coverage report.
Package: pystex
Python API client for StackExchange APIv2.1## Installation### To Runpip install pystex### To Develop
Nothing specific now## Usagefrom pystex import Stackexchange
from pystex import APIErrorclient = Stackexchange({Your API Key})try:result = client.users.get()except APIError as e:print eIn case of having variables for an API call. For example:http://api.stackexchange.com/2.1/tags/python/top-answerers/all_time?pagesize=30&site=stackoverflowPlease note the APItags/{tag}/top-answerersallow a tag to be a variable. In such cases. It’s safe to use__getattr__()directly. The pystex for above example will be:skill = ‘python’
result = api_client.tags.__getattr__(skill).__getattr__(‘top-answerers’).all_time.get(pagesize=30, page=1)It’s also worth to note API url with hyphen isn’t allowed in Python language, thus__getattr__()was used.
Package: pystf
pySTF (Stream TransFormer)Table of ContentsIntroductionFeaturesInstallationUsageContributingLicenseIntroductionpySTF (pronouncedstuff) aims to be lightweight, superfast, fault-tolerant stream transformer/ETL tool.FeaturesBy default, STF can transform to and from any json, xml, yaml, or even python classes with a simple, easy to understand
markup language.
Package: pystibmivb
pystibmivbA Python package to retrieve realtime data of passages at stops of STIB/MIVB, the public transport company of Brussels (Belgium)Main purpose at the moment is to feed a sensor in Home-Assistant (see:https://github.com/Emilv2/home-assistant/tree/stib-mivb/homeassistant/components/stib_mivb)Important note: a developer account needs to be created athttps://opendata.stib-mivb.be/to generate a subscription key for the api's.InstallpipinstallpystibmivbExample usage"""Example usage of pystibmivb."""importasyncioimportaiohttpfrompystibmivbimportSTIBAPIClient,STIBStop,STIBAPIAuthClientfrompystibmivbimportSTIBServicefrompystibmivbimportShapefileServiceCLIENT_ID=''# Put your openapi client ID hereCLIENT_SECRET=''# Put your openapi client secret hereasyncdefgo(LOOP):stop_name="Scherdemael"lines_filter=[(46,"Glibert")]custom_session=aiohttp.ClientSession()APIClient=STIBAPIClient(LOOP,custom_session,STIBAPIAuthClient(custom_session,CLIENT_ID,CLIENT_SECRET))service=STIBService(APIClient)stop=STIBStop(service,stop_name,lines_filter,3)print(awaitstop.get_passages())shapefile_service=ShapefileService(APIClient)scherdemael=awaitshapefile_service.get_stop_infos(stop_name)print(scherdemael.get_lines())# doesn't really make sense to specify a filter but hey... you canprint(scherdemael.get_lines(lines_filter))print(scherdemael.get_lines_with_destinations(lines_filter))awaitcustom_session.close()if__name__=='__main__':LOOP=asyncio.get_event_loop()LOOP.run_until_complete(go(LOOP))Old repository:https://github.com/helldog136/pystibmvibInitial inspiration came from :https://github.com/bollewolle/pydelijn
Package: pystiche
packagecitationcodetestsdocspystichepystiche(pronounced/ˈpaɪˈstiʃ/) is a
framework forNeural Style Transfer (NST)built uponPyTorch. The name of the project is a pun onpastichemeaning:A pastiche is a work of visual art […] that imitates the style or character of
the work of one or more other artists. Unlike parody, pastiche celebrates, rather
than mocks, the work it imitates.pystichehas similar goals as Deep Learning (DL) frameworks such as PyTorch:AccessibilityStarting off with NST can be quite overwhelming due to the sheer amount of
techniques one has to know and be able to deploy.pysticheaims to provide an
easy-to-use interface that reduces the necessary prior knowledge about NST and DL
to a minimum.ReproducibilityImplementing NST from scratch is not only inconvenient but also error-prone.pysticheaims to provide reusable tools that let developers focus on their
ideas rather than worrying about bugs in everything around it.Installationpysticheis a proper Python package and can be installed withpip. The latest
release can be installed withpipinstallpysticheUsagepystichemakes it easy to define the optimization criterion for an NST task fully
compatible with PyTorch. For example, the banner above was generated with the followingcriterion:frompysticheimportenc,lossmle=enc.vgg19_multi_layer_encoder()perceptual_loss=loss.PerceptualLoss(content_loss=loss.FeatureReconstructionLoss(mle.extract_encoder("relu4_2")),style_loss=loss.MultiLayerEncodingLoss(mle,("relu1_1","relu2_1","relu3_1","relu4_1","relu5_1"),lambdaencoder,layer_weight:ops.GramOLoss(encoder,score_weight=layer_weight),score_weight=1e3,),)For the full example, head over to the exampleNST with pystiche.DocumentationFordetailed installation instructions,agallery of usage examples,theAPI reference,thecontributing guidelines,or anything else, head over to thedocumentation.CitationIf you use this software, please cite it as@Article{ML2020,author={Meier, Philip and Lohweg, Volker},journal={Journal of Open Source Software {JOSS}},title={pystiche: A Framework for Neural Style Transfer},year={2020},doi={10.21105/joss.02761},}
Package: pystickynote
pystickynoteStickynotes for your desktop easily from the command line! Built usingPySimpleGUIPreviewHow does it work?Pystickynote creates a small QT window for you to jot your ideas down and then display them later on all with a command line tool. On top of that, the note itself is fully customizable allowing you to change colors, alpha, and borders.Installationpip3 install pystickynoteRunning It<pystickynote/pysn> create <name_of_note> # Displays stickynote window

<pystickynote/pysn> open <name_of_note> # Displays old stickynote

<pystickynote/pysn> delete <name_of_note> # Deletes stickynote

<pystickynote/pysn> list # Displays all notesChangelogUpdate 1.5.1:Added box_height and box_width values to configUpdate 1.5:Added new entry point:pysnAdded delete function thanks to @synackrayFixed error with mouse_offset (possibly still buggy)New local version of PySimpleGUIQt for that ^ConfigurationConfig files and notes can be found in~/.config/pystickynote/. Inside this folder you will findpysn.confandnotes.json.You can also find the default config and notes file in this repository.The config file looks something like this:[DEFAULT]
background_color = #454545
text_color = #fafafa
alpha = 0.8
border_width = 0
font_size = 10
title_size = 8background_color= the background hex color for the notetext_color= the text color for the notealpha= the note window's alphaborder_width= border around input box and buttonsfont_size= font size for texttitle_size= font size for title
Package: pystiebeleltron
python-stiebel-eltronPython API for interacting with the STIEBEL ELTRON ISG web gateway via modbus for controlling integral ventilation units and heat pumps.This module is based on the STIEBEL ELTRONmodbus user manual, but is not official, developed, supported or endorsed by Stiebel Eltron GmbH & Co. KG. For questions and other inquiries, use the issue tracker in this repo please.RequirementsYou need to havePythoninstalled.STIEBEL ELTRON Internet-Service GatewayISG WEBwith enabledmodbus moduleYou can call the STIEBEL ELTRON support, if your ISG does not have the modbus module enabled. They upgraded mine for free.STIEBEL ELTRON heatpumpt (compatible). Successfully used devices:LWZ504eLWZ304Network connection to the ISG WEBInstallationThe package is available in thePython Package Index.$pipinstallpython-stiebel-eltronExample usage of the moduleThe sample below shows how to use this Python module.frompystiebeleltronimportpystiebeleltronaspysefrompymodbus.client.syncimportModbusTcpClientasModbusClientclient=ModbusClient(host='IP_ADDRESS_ISG',port=502,timeout=2)client.connect()unit=pyse.StiebelEltronAPI(client,1)unit.update()print("get_target_temp:{}".format(unit.get_target_temp))client.close()Licensepython-stiebel-eltronis licensed under MIT, for more details check LICENSE.
Package: pystitchconnect
pystitcha Python SDK for the Stitch Connect APIInstallationpipinstallpystitchconnectExample UsageimportosfrompystitchimportPyStitchSTITCH_API_TOKEN=os.environ["STITCH_API_TOKEN"]# Instantiate a PyStitch client using your API token.client=PyStitch(token=STITCH_API_TOKEN)# List all available Source objects.sources=client.list_sources()# Trigger a replication job for a specific Source.response=client.start_replication_job(source_id=12345)assert(response.ok)
Package: pystitcher
pystitcher stitches your PDF files together, generating nice customizable bookmarks for you using a declarative input in the form of a markdown file. It is written in pure python and usesPyPDF3for reading and writing PDF files.InstallationYou can install it easily usingpipx:pipx install pystitcherThe Wiki hasAlternative Installation Instructions.Descriptionpystitcher is a command line tool, with very few cli options:usage: pystitcher [-h] [--version] [-v] [--cleanup | --no-cleanup] spine.md output.pdf

Stitch PDF files together

positional arguments:
  spine.md              Input markdown file
  output.pdf            Output PDF file

optional arguments:
  -h, --help            show this help message and exit
  --version             show program's version number and exit
  -v, --verbose         log more things
  --cleanup, --no-cleanup
                        Delete temporary files (default: True)Given this input:existing_bookmarks: remove
title: Complete Guide to the Personal Data Protection Bill
author: Medianama
keywords: privacy, surveillance, personal data protection
subject: Personal Data Protection Bill
# A Complete Guide to the Personal Data Protection Bill

- [Cover](cover.pdf)

# The Bills

- [Personal Data Protection Bill, 2019](https://example.com/2019-bill.pdf)
- [Personal Data Protection Bill, 2018](https://example.com/2018-bill.pdf)

# Other key reading material

- [Srikrishna Committee Report](2.a.pdf)
- [Dvara Research's Personal Data Protection Bill](2.b.pdf)
- [MP Shashi Tharoor's Data Protection Bill](2.c.pdf)
- [MP Jay Panda's Data Protection Bill](2.d.pdf)
- [SaveOurPrivacy.in bill](2.e.pdf)
- [TRAI recommendations on privacy](2.f1.pdf)
- [Comments on TRAI recommendations on privacy](2.f2.pdf)Will generate a PDF with proper bookmarks:And the correct metadata:Title:          Complete Guide to the Personal Data Protection Bill
Subject:        Personal Data Protection Bill
Keywords:       privacy, surveillance, personal data protection
Author:         Medianama
Creator:        pystitcher/1.0.0
Producer:       pystitcher/1.0.0Configuration options can be specified with Meta data at the top of the file.OptionNotesfitDefault fit of the bookmark. Can be overwritten per bookmark
Seewikifor more details.authorPDF AuthorkeywordsPDF KeywordssubjectPDF SubjecttitlePDF Title. If left unspecified, first Heading (h1)
in the document is used.existing_bookmarksWhat to do with existing bookmarks in individual files.
Options arekeep,flatten, andremove. Seedocsfor more details.Additionally, PDF links specified in markdown can have attributes to alter the PDFs before merging. The below attribute will rotate the second PDF file by 90 degrees clockwise before merging:[Part 1](1.pdf)
[Part 2](2.pdf){: rotate="90"}And the below attribute will merge only pages 2 to 5, both inclusive, from the second PDF file:[Part 1](1.pdf)
[Part 2](2.pdf){: start=2 end=5}The list of available attributes are:AttributeNotesrotateRotate the PDF. Valid values are 90, 180, 270startStart page number for PDF page selectionendEnd page number for PDF page selectionDocumentationAdditional documentation is maintained on theproject wikion GitHub.
Package: pystl
PySTL - a simple package to write STL filesThe easiest way to use this is with the context manager. Open the file, write triangles, and exit
the context block:with PySTL(‘stl_test.stl’) as stl:stl.add_triangle( (0.0, 0.0, 0.5), (0.0, 1.0, 0.0), (1.0, 1.0, 0.5) )For debugging you can use text-based STL files (by passing in False for the bin parameter).Len Wanger
last updated: 07-7-2016
Copyright (c) 2016 Len WangerPermission 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: pystlogic
pystlogicThis package is a forked version of anand-bala'ssignal-temporal-logic.This package provides an interface to define offline monitoring for Signal Temporal
Logic (STL) specifications. The library is written in C++ (and can be used withCMake)
and has been wrapped for Python usage usingpybind11.The library is inspired by the following projects:py-metric-temporal-logicis a tool written in pure Python, and provides an elegant
interface for evaluating discrete time signals using Metric Temporal Logic (MTL).BreachandS-TaLiRoareMatlabtoolboxes designed for falsification and
simulation-based testing of cyber-physical systems with STL and MTL specifications,
respectively. One of their various features includes the ability to evaluate the
robustness of signals against STL/MTL.Thesignal-temporal-logiclibrary aims to be different from the above in the following
ways:Written for speed and targets Python.Whilepy-metric-temporal-logicis written in Python, it doesn't perform
computations efficiently and quickly.Support for multiple quantitative semantics.All the above tools have their own way of computing the quantitative semantics for
STL/MTL specifications.This tool will try to support common ways of computing the robustness, but will
also have support for other quantitative semantics of STL.List of Quantitative SemanticsClassic RobustnessA. Donzé and O. Maler, "Robust Satisfaction of Temporal Logic over Real-Valued
Signals," in Formal Modeling and Analysis of Timed Systems, Berlin, Heidelberg,
2010, pp. 92–106.Temporal Logic as FilteringA. Rodionova, E. Bartocci, D. Nickovic, and R. Grosu, "Temporal Logic As
Filtering," in Proceedings of the 19th International Conference on Hybrid Systems:
Computation and Control, New York, NY, USA, 2016, pp. 11–20.Smooth Cumulative SemanticsI. Haghighi, N. Mehdipour, E. Bartocci, and C. Belta, "Control from Signal
Temporal Logic Specifications with Smooth Cumulative Quantitative Semantics,"
arXiv:1904.11611 [cs], Apr. 2019.Installing Python packageUsingpip$python3-mpipinstallsignal-temporal-logicBuild from sourceRequirements:cmake>= 3.5,gitand a C++ compiler that supports C++17.First clone the repository:$gitclonehttps://github.com/anand-bala/signal-temporal-logicThen install usingpip, install the package:$python3-mpipinstall-U.UsageSee theexamples/ directoryfor some usage examples in C++ and Python.
Package: pySTLtools
pySTLtoolspySTLtools is a Python package with mathematical tools that could come handy.
Aimed at becoming an equivalent to STL in C++.InstallationRun the following to install:pipinstallpySTLtoolsUsageCurrently has 3 functions.
One for returning primes until a given limit using Sieve of Atkin.
Another for counting number of setbits in binary representation of an integer.
And the other is for checking if a bit is set in the binary representation of an integer.pySTLtools.primes_till_(15)Output: [2, 3, 5, 7, 11, 13]pySTLtools.is_bit_set(7,1)Output: TruepySTLtools.count_set_bits(9)Output: 2Developing pySTLContributions/Collaborations to/on this project are very welcomed! Any small help is appreciated :)
I belive the tools that could be developed on this project could be endless