Saravanan666/pypi-org huggingface dataset:
Package: braindump
braindump - record what’s on your mindUsage:braindump archive TOPIC
braindump ls
braindump [options] [–] [TOPIC]Options:-v –version                    Show version information
-h –help                       Show this help screen
-s –settings SETTINGS_FILE     Settings file to load
-m MESSAGE                      Add a message without opening your editor
-f                              Output path to braindump topic file
Package: brain_dump
Tools to generate mindmaps compatible from markdown-like text files,
either as PNG with graphviz or as wisemapping-compatible XMLs.A viewer for those can be found here:https://github.com/Lucas-C/wisemapping-mindmap-viewerAlso include aTwiliowebhook that can
receive updates for such markdown-like mindmap files, stored in git.For more information, I wrote someblog postsexplaining the role of those scripts.Usagewisemapping_md2xml examples/welcome.md > welcome.xml

graphviz_md2png examples/seasons.mdDeploymentupstartjob usingpew&uwsgi:/etc/init/brain_dump.confstart on startup

script
    set -o errexit -o nounset -o xtrace
    cd /path/to/git/dir
    exec >> upstart-stdout.log
    exec 2>> upstart-stderr.log
    date
    APP_SCRIPT=$(dirname $(pew-in brain_dump python -c 'import brain_dump; print(brain_dump.__file__)'))/twilio_webhook_gitdb_app.py
    LANG=fr_FR.UTF-8 pew-in brain_dump uwsgi --buffer-size 8000 --http :8087 --manage-script-name --mount /webhook=$APP_SCRIPT
end scriptChangeloghttps://github.com/Lucas-C/brain_dump/blob/master/CHANGELOG.mdContributingpip install -r dev-requirements
pre-commit installThe 2nd command install thepre-commit hooksTo only execute a single unit test:py.test -k 'test_topic_from_line[toto-expected_topic0]'
Package: brainextractor
brainextractorA re-implementation of FSL's Brain Extraction Tool in Python.Follows the algorithm as described in:Smith SM. Fast robust automated brain extraction. Hum Brain Mapp.
2002 Nov;17(3):143-55. doi: 10.1002/hbm.10062. PMID: 12391568; PMCID: PMC6871816.This code was originally made for acourse project.https://user-images.githubusercontent.com/3641187/190677589-be019bc6-60e4-4e96-8c71-266285ab0755.mp4InstallTo install, usepipto install this repo:# install from pypi
pip install brainextractor

# install repo with pip
pip install git+https://github.com/vanandrew/brainextractor@main

# install from local copy
pip install /path/to/local/repoNOTE:It is recommended to usebrainextractoronPython 3.7and above.UsageTo extract a brain mask from an image, you can call:# basic usage
brainextractor [input_image] [output_image]

# example
brainextractor /path/to/test_image.nii.gz /path/to/some_output_image.nii.gzYou can adjust the fractional intensity with the-fflag:# with custom set threshold
brainextractor [input_image] [output_image] -f [threshold]

# example
brainextractor /path/to/test_image.nii.gz /path/to/some_output_image.nii.gz -f 0.4To view the deformation process (as in the video above), you can use the-wflag to
write the surfaces to a file. Then usebrainextractor_renderto view them:# writes surfaces to file
brainextractor [input_image] [output_image] -w [surfaces_file]

# load surfaces and render
brainextractor_render [surfaces_file]

# example
brainextractor /path/to/test_image.nii.gz /path/to/some_output_image.nii.gz -w /path/to/surface_file.surfaces

brainextractor_render /path/to/surface_file.surfacesIf you need an explanation of the options at any time, simply run the--helpflag:brainextractor --helpIf you need to call Brainextractor directly from python:# import the nibabel library so we can read in a nifti imageimportnibabelasnib# import the BrainExtractor classfrombrainextractorimportBrainExtractor# read in the image file firstinput_img=nib.load("/content/MNI.nii.gz")# create a BrainExtractor object using the input_img as input# we just use the default arguments here, but look at the# BrainExtractor class in the code for the full argument listbet=BrainExtractor(img=input_img)# run the brain extraction# this will by default run for 1000 iterations# I recommend looking at the run method to see how it worksbet.run()# save the computed mask out to filebet.save_mask("/content/MNI_mask.nii.gz")
Package: brainf
brain·fYet anotherBrainfuckinterpreter written in Python.For sample programs navigate toesolangs wikiorhere.UsageRun directly as a shell script:$cat>file.b#!/usr/bin/env brainfuck.py++++++++++[>++++++<-]>+++++.
^D
$chmod+xfile.b
$./file.b
ARun as a Python script:$brainfuck.py/path/to/file.bRun as a Python module:$python-mbrainf/path/to/file.bRun as a Python Executable (PEX):$pythonbrainf-linux.pex/path/to/file.bSee technicaldocumentationfor more details.DownloadSource code:$gitclonehttps://github.com/bzaczynski/brainf.gitInstallationIn a new virtual environment:$pipinstall.To uninstall:$pipuninstallbrainfBuildingBinary DistributionTo build a binary distribution withDockerandPEXfollow the steps below.Create a new Docker image.$dockerbuild-tbrainf:linux-fDockerfile.linux.Run interim container to extract .pex file from the image.$dockerrun--rmbrainf:linuxcat/root/brainf-1.0.0-linux.pex>brainf-linux.pexDocumentationTo build Sphinx documentation:$pipinstall-rrequirements-dev.txt
$cddocs/
$makecleanhtmlPublishingThe recommended way to publish a project onPyPIis withtwinesince it uses SSL by default.Make sure twine is installed:$pipinstalltwineCreate source and binary distributions:$pythonsetup.pysdistbdist_wheelUpload to Python Package Index.Test PyPI:$twineupload--repository-urlhttps://test.pypi.org/legacy/dist/*PyPI:$twineuploaddist/*LicenseThis project is licensed under theMIT License.
Package: brainf-interpret
Brainfuck InterpreterA Brainfuck interpreter!BIG HELP FROMTOUCHCREATOR$pipinstallbrainf_interpretThen use it in your files!importbrainf_interpretasbfbf.run(">>>+>")ORimportbrainf_interpretasbfwithopen("./brainfuck.txt")asfile:bf.run(file.read())
Package: brainfk
Brainfk=======Brainfk is a Python package that provides an interpreter for the Brainfuck programming language. It allows you to execute Brainfuck code and see the output.Features--------- Simple and intuitive interface to run Brainfuck code.- Supports reading Brainfuck code from a file or direct input.- Handles the basic Brainfuck commands: +, -, <, >, ., ,, [, ].- Supports nested loops in Brainfuck code.Installation------------You can install Brainfk using pip:```pip install brainfk```Brainfk requires Python 3.7 or higher.Usage-----You can run the Brainfuck interpreter by executing the `brainfk` command followed by the path to a file containing Brainfuck code or by providing the code directly as input.To execute Brainfuck code from a file:```brainfk path/to/brainfuck_file.bf```To provide Brainfuck code as input:```brainfk```The interpreter will prompt you to enter the Brainfuck code. Type or paste the code, and press Enter.Examples--------Here are some examples to demonstrate how to use Brainfk:1. Execute Brainfuck code from a file:```brainfk examples/hello_world.bf```2. Execute Brainfuck code by providing input:```brainfk```Enter the Brainfuck code: `,.[.,]`Enter the input: `Hello, Brainfuck!`Development and Contributing----------------------------If you would like to contribute to Brainfk, feel free to open pull requests for bug fixes, enhancements, or new features. Please ensure that your code follows the existing coding style and includes appropriate tests.License-------This project is licensed under the MIT License. See the LICENSE file for details.
Package: brainflow
BrainFlow is a library intended to obtain, parse and analyze EEG, EMG, ECG, and other kinds of data from biosensors.It provides a uniform SDK to work with biosensors with a primary focus on neurointerfaces, all features available for free and distributed under MIT license.Advantages of BrainFlow:powerful API with many features to simplify developmentStraightforward API for data acquisitionPowerful API for signal filtering, denoising, downsampling...Development tools like Synthetic board, Streaming board, logging APIeasy to useBrainFlow has many bindings, you can choose programming language you likeAll programming languages provide the same API, so it's simple to switchAPI is uniform for all boards, it makes applications on top of BrainFlow almost board agnosticeasy to support and extendCode to read data and to perform signal processing is implemented only once in C/C++, bindings just call C/C++ methodsPowerful CI/CD system which runs integrations tests for each commit automatically using BrainFlow's EmulatorSimplified process to add new boards and methodsResourcesBrainFlow Docs, Dev and User guides and other informationBrainFlow's slack workspace, use thislink to joinFor BrainFlow DevelopersContribution guidelinesIf you want to contribute to BrainFlow, be sure to review thecontribution guidelines. This project adheres toBrainFlow's code of conduct. By participating, you are expected to uphold this code.We useGitHub issuesfor tracking requests and bugs, please use BrainFlow's slack for general discussions.The BrainFlow project strives to abide by generally accepted best practices in open-source software development.Build StatusBuild TypeStatusWindows TestsUnix(Linix and MacOS) TestsAndroid TestsAlpine TestsValgrind TestsCppCheckClang-FormatPartners and SponsorsLicense:MIT
Package: brainfoose
A brainfuck REPL.InstallationPypi (recommended):sudo pip3 install brainfooseManual installation using git master:git clonehttps://github.com/abactel/brainfoosecd brainfoosepip install-rrequirements.txtsudo setup.py installUsageUsage:brainfoose[--run_command=<programs>]brainfoose[--tape_size=<tape_size>]brainfoose[--verify_program=<tape_size>]brainfoose(-h|--help)brainfoose--versionOptions:-h,--helpShow this message--versionShow version information--runRun a command without starting a REPL--tape_size=<tape_size>Set size of tape [default: 3000]The syntax of the language is as follows:TokenMeaning?Print a help screen>Increment the data pointer by 1.<Decrement the data pointer by 1.+Increment the value at the data pointer by 1.-Decrement the value at the data pointer by 1..Output the byte at the data pointer. The byte is formatted to the
character it represents.,Store a value at the data pointer’s position. The character is
as a decimal byte representing the character. The character is
accepted form a standard input prompt.[If the value at the data pointer is 0, move to matching].]If the value at the data pointer is not 0, move to matching[.$Display tape up to last non-zero cell.&Reset tape.%Load program from file, syntax:%[filename].The wikipedia page on brainfuck includes the following tutorial:[ This program prints "Hello World!" and a newline to the screen, its
  length is 106 active command characters. [It is not the shortest.]

  This loop is an "initial comment loop", a simple way of adding a comment
  to a BF program such that you don't have to worry about any command
  characters. Any ".", ",", "+", "-", "<" and ">" characters are simply
  ignored, the "[" and "]" characters just have to be balanced. This
  loop and the commands it contains are ignored because the current cell
  defaults to a value of 0; the 0 value causes this loop to be skipped.
]
++++++++               Set Cell #0 to 8
[
    >++++               Add 4 to Cell #1; this will always set Cell #1 to 4
    [                   as the cell will be cleared by the loop
        >++             Add 2 to Cell #2
        >+++            Add 3 to Cell #3
        >+++            Add 3 to Cell #4
        >+              Add 1 to Cell #5
        <<<<-           Decrement the loop counter in Cell #1
    ]                   Loop till Cell #1 is zero; number of iterations is 4
    >+                  Add 1 to Cell #2
    >+                  Add 1 to Cell #3
    >-                  Subtract 1 from Cell #4
    >>+                 Add 1 to Cell #6
    [<]                 Move back to the first zero cell you find; this will
                        be Cell #1 which was cleared by the previous loop
    <-                  Decrement the loop Counter in Cell #0
]                       Loop till Cell #0 is zero; number of iterations is 8

The result of this is:
Cell No :   0   1   2   3   4sFurther readinghttps://learnxinyminutes.com/docs/brainfuck/https://en.wikipedia.org/wiki/Brainfuckhttp://blog.klipse.tech/brainfuck/2016/12/17/brainfuck.html
Package: brainframe-api
This library is a Python wrapper around the BrainFrame REST API. It allows for
easy interaction with a BrainFrame server.frombrainframe.apiimportBrainFrameAPI,bf_codecs# Connect to the serverapi=BrainFrameAPI("http://localhost")# Create a new IP camera streamstream_config=api.set_stream_configuration(bf_codecs.StreamConfiguration(name="New Stream",connection_type=bf_codecs.ConnType.IP_CAMERA,connection_options={"url":"rtsp://192.168.1.100"},runtime_options={},))api.start_analyzing(stream_config.id)# Get resultsanalysis_results=api.get_latest_zone_statuses()InstallationThe BrainFrame Python API is available on PyPI and can be installed with pip.
Install the version of the library that matches the version of BrainFrame that
you are using. For example, if you are using BrainFrame version 0.26.1:pip3installbrainframe-apiDocumentationDocumentation for this library is available onReadTheDocs.
Package: brainframe-cli
The BrainFrame CLI is a tool for installing and managing a BrainFrame server.InstallationThe CLI is installable with Pip. Ubuntu 18.04 and 20.04 are officially
supported, but other versions of Linux are expected to work as well.On Ubuntu:sudo -H pip3 install brainframe-cliUpgradingPip can be used to upgrade to a new version.sudo -H pip3 install --upgrade brainframe-cliUsageTo install BrainFrame, simply run theinstallcommand as root:sudo brainframe installBrainFrame can then be controlled like a normal Docker Compose application
using thecomposecommand, which can be run from any directory.brainframe compose up -dFor more information, take a look at theGetting Started guide.ContributingWe happily take community contributions! If there’s something you’d like to
work on, but you’re not sure how to start, feel free to create an issue on
Github and we’ll try to point you in the right direction.We use a couple formatting tools to keep our code style consistent. If you get
any CI failures, you can run the following commands to automatically format
your code to fit our guidelines:poetryrunisort.poetryrunblack.
Package: brainfuck
Package OverviewYou thoughtBrainfuckwas bad? Think again. Get ready to meet…EPIC BRAINFUCKMotivationContrary to many other codebases, this repository is not just about writing yetanotherBrainfuck compiler. Just search “brainfuck” on GitHub, and you’ll seejust how many people have already written compilers, and how many different languagesit has been written in. It’s incredible for a language so basic and rudimentary, howmuch attention it has garnered over the years. Indeed, it is quite the brainteaser towrite stuff using only eight characters.However, “brainteaser” is perhaps a euphemism for the language’s actual name, so I beganto think: how can I crank up the “brain-teasing” if you’d like and make this language evenmore difficult to work with? The answer? Who said that>means++ptr, whereptrpointsto an “infinitely long”chararray? Why can’t we use other characters to signify that? And whosaid we needed to have concrete aliases for these bits of C code? This is where thisBrainfuck package deviates from most. Not only did I write an interpreter for“traditional” Brainfuck code, but I also wroteseveralvariants in which the syntax ofBrainfuck changes from interpretation to interpretation. Toss in some unexpected behaviors(e.g. massive file write out of nowhere), and there you have it:EPICBrainfuck shenanigans!DocumentationFor more information about documentation, please clickhere. In addition, every provided Pythonmodule has extensive documentation for each class and function defined.Bugs and FeaturesFind a bug in the code? Want another feature added to the codebase? Submit an issueORfeature request at thislinkhere!
Package: brainfuckery
The simplest and easiest to use Brainfuck interpreter in Python.Installpip install brainfuckeryExamplesConverting text to brainfuck code.frombrainfuckeryimportBrainfuckerytextToConvert=input("text: ")result=Brainfuckery().convert(textToConvert)print(result)Interpret brainfuck code/convert brainfuck to textfrombrainfuckeryimportBrainfuckerycodeToInterpret=input("code: ")result=Brainfuckery().interpret(codeToInterpret)print(result)
Package: brainfuck-fuck
Just a nice little brainfuck interpreter in Python.Nope! This is brainfuck-fuck. You know there’s C, then C+, then C++? Well, there’s brainfuck, and now there’s brainfuck-fuck.
Brainfuck-fuck is supposedly backwards compatible. So therefore this:+++++++[>++++++++++<-]>++.[-]<[-]++++++++++[>++++++++++<-]>+++++.does exactly the same thing as this:=H.=i.besides the fact that the first one uses two cells while the second uses one.A full list of additions:The=command.
This sets the current cell’s value to the ASCII value of the character
after the=. Therefore=Hsets the cell to 72 (the ASCII value of
H).An if/else statement!
The syntax is? (code) : (code) !. When a?is reached, it checks
the current cell. If the current cell is 0, it skips to the
corresponding:. Otherwise, it continues on until the:, then skips
to the!. Thus+ ? =Y : =N ! .prints out “Y” while? =Y : =N ! .prints out “N”.Functions! To define a function, use(@symbol)(singleASCIIcharacter)(code)(pipe,|),
e.g.@F+++++|(which simply adds 5). To call a function, use a caret
(^) and then the ASCII character used to name the function, e.g.^F(which calls the previously defined functionF, thereby adding 5).
Package: brainfuck-interpreter
brainfuck-interpreterAn object-oriented highly flexible brainfuck interpreter.Why?Even though there are probably countless of other options,
I've made this because I found other projects were too high-level for me
and didn't provide much control over the interpreter.
This module, however, allows the developer to access, modify and
control every piece of how the brainfuck is evaluated, making this
program superior to other projects.It was also a fun project to work on in general.FeaturesObject-orientedEasy to useLogging integrationAllows streaming of brainfuck codeManual input/output stream controlManual interpreter steppingExamplesA basic example which should suit most usages of this library:importbrainfuckbf='+[----->+++<]>+.---.+++++++..+++.[--->+<]>----.'print(brainfuck.evaluate(bf))# hello!For examples featuring more control over the interpreter,
check outthe examples directory.
Package: brain-fuck-interpreter-cmdl
#  BrainFuck InterpreterInstall:$ pip install brain-fuck-interpreter-cmdlUsage from terminal:$ brainfuck -f filePath
$ brainfuck -f filePath -m trueReplace “filePath” with the path of the file you want to run.If you enter “-m true” the memory after execution will be printed.Usage in python:import brainfuck
brainfuck.interpreter(code=’++++.>++++.>>>>++++[.-].’)It returns an array containing the printed values from BrainFuck.
Package: brainfuckmachine
Simple brainfuck language interpreter for python.Learn how to code brainfuckbrainfuckmachine.execute("++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++.>++.<<+++++++++++++++.>.+++.------.--------.>+.>.", mode="char")
#"Hello world!"
brainfuckmachine.execute(",>,< [ > [ >+ >+ << -] >> [- << + >>] <<< -] >>.",input=[2,3],mode="int")
#6
brainfuckmachine.execute([5, 3, 5, 2, [3, [3, 0, 3, 0, 2, 2, 1], 3, 3, [1, 2, 2, 0, 3, 3], 2, 2, 2, 1], 3, 3, 4]) # 012345[] instead of +-<>.,[]
#6
Package: brainfuckpy
brainfuck.pyA simple lightweight pure python brainfuck interpreter and visualizer.InstallationThe package is available on PyPI, as such simply run:$ pip install brainfuckpyUsageBasic can be used by simply providing the command line tool with a brainfuck program. Either by piping it in, by passing it as an argument or by passing a file containing a program. As such these are all valid and equivalent uses:$ python -m brainfuckpy '++++++++[>++++[>++>+++>+++>+<<<<-]>+>+>->>+[<]<-]>>.>---.+++++++..+++.>>.<-.<.+++.------.--------.>>+.>++.'

$ cat hello.bf | python -m brainfuckpy

$ python -m brainfuckpy hello.bfAdditionally, the evaluation may be visualized by adding the-visflag.If more control is required the package also gives access to the underlying functions. In general, passing the program tobrainfuckpy.evaluate_brainfuckshould cover 90% of usecases. The other 10% should be solveable by callingbrainfuckpy.evaluate_processedand changing the callbacks it uses (see documentation).Future developmentCompilingtobrainfuck.Better documentation
Package: brainfuck-swimmy4days
BrainFuck interpreterA simple to use, open source brainfuck interpreterEasy to runOptional debuggerChangeable  cell sizePrint as an integer insted of ASCIIAnd mush more featuresWhat is BrainFuck?brainfuck is an esoteric programming language with only 8 oparetionsoperationExplanation>increment the data pointer.<decrement the data pointer.+increment the byte at the data pointer.-decrement the byte at the data pointer..output the byte at the data pointer.,accept one byte of input, storing its value in the byte at the data pointer.[if the byte at the data pointer is zero, then instead of moving the instruction pointer forward to the next command, jump it forward to the command after the matching]command.]if the byte at the data pointer is nonzero, then instead of moving the instruction pointer forward to the next command, jump it back to the command after the matching[command.More InformationEven More InformationTo download from PYPI$ python -m pip install brainfuck-swimmy4daysTo download the required packages in order to run the source type in the shell$ python -m pip install -r requirements.txtMade by@swimmy4days
Package: brainfuck-venomlab
BrainfuckPure python brainfuck parser, interpreter Including optimizations, translation into python AST and python codeInstallationpipinstallbrainfuck-venomlabUsageFrom codefrombrainfuckimportBrainfuckfrombrainfuck.contribimportexecute,to_python_ast,to_python_codesource_code="++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++."bf=Brainfuck.compile(source_code)# Execute code directlyexecute(bf)# Optimizebf=bf.optimize()# Get python codepython_code=to_python_code(bf)# type: str# Get python ASTprogram=to_python_ast(bf)# type: ast.AST# Compile AST info code object with `exec` mode - it's moduleexecutable=compile(program,"program.py","exec")# Either exec or evalexec(executable)From command lineExecute brainfuck from *.bf file:brainfuck-fexamples/hw.bf# Hello World!Execute brainfuck from commandline:brainfuck-c"++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++."# HelloTranslate brainfuck to python with-pyflag:brainfuck-py-c"++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++."# buffer = bytearray(30000)# index = 0# buffer[index] += 1# buffer[index] += 1# buffer[index] += 1# ...# print(chr(buffer[index]), end='')Enable optimizations with-oflag:brainfuck-py-o-c"++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++."# buffer = bytearray(30000)# index = 0# buffer[index] += 10# ...# buffer[index] += 3# print(chr(buffer[index]), end='')Write python output to file:brainfuck-py-out"hw.py"-o-c"++++++++++[>+++++++>++++++++++>+++>+<<<<-]>++.>+.+++++++..+++."# file `hw.py` is created