Saravanan666/pypi-org huggingface dataset:
Package: vwrt
Video Waste Reduction Tool in PythonIntroThis is a complete python rewrite ofthe C++
vwrt.Dependenciespython3numpyffmpegUsageuser$ vwrt [-i INPUT] [-t SPEED] [-s SPEED] [-o OUTDIR]Required Arguments-i INPUTor--input INPUT: add input
video1-t SPEEDor--talk-speed SPEED: set talk speed (aka speed when
video is above volume threshold)1-s SPEEDor--silence-speed SPEED: set silence speed (aka speed
when video is below volume
threshold)1-o OUTDIRor--outdir OUTDIR: set output directoryOptional Arguments-hor--help: show this help message and exit-vor--verbose: set verbose mode-for--add-frames: overlay timecode on video before processing-dor--dry-run: skip video processingSupports multiple arguments of the same type for batch processing. VWRT will cycle
through given values until there are no more inputs.
Package: vws-auth-tools
VWS Auth ToolsAuthentication and authorization tools for interacting with the Vuforia Web Services (VWS) API.Installationpipinstallvws-auth-toolsThis is tested on Python 3.11+.Usageimportrequestsfromvws_auth_toolsimportauthorization_header,rfc_1123_datetarget_id='...'request_path=f'/duplicates/{target_id}'content=b''method='GET'date=rfc_1123_date()authorization_header=authorization_header(access_key='my_access_key',secret_key='my_secret_key',method=method,content=content,content_type='',date=date,request_path=request_path,)headers={'Authorization':authorization_string,'Date':date}response=requests.request(method=method,url=urljoin(base='https://vws.vuforia.com',url=request_path),headers=headers,data=content,)assertresponse.status_code==200Full DocumentationSee thefull documentation.
Package: vws-cli
vws-cliA CLI forVuforia Web Services.InstallationWithpipWith Homebrew (macOS, Linux, WSL)Pre-built Linux binariesUsage exampleFull documentationInstallationWithpipRequires Python 3.12+.pipinstallVWS-CLIWith Homebrew (macOS, Linux, WSL)RequiresHomebrew.brewtapVWS-Python/vwsbrewinstallvws-cliPre-built Linux binariesSee thefull documentationfor details on how to install pre-built Linux binaries.Usage example$vwsadd-target\--server-access-key$SERVER_ACCESS_KEY\--server-secret-key$SERVER_SECRET_KEY\--namemy_image_name\--width2\--image~/Documents/my_image.png\--application-metadata$(echo"my_metadata"|base64)\--active-flagtrue03b99df0-78cf-4b01-b929-f1860d4f8ed1$vws--help...$vuforia-cloud-recomy_image.jpg\--max-num-results5\--include-target-datanone-target_id:b60f60121d37418eb1de123c381b2af9-target_id:e3a6e1a216ad4df3aaae1f6dd309c800$Full documentationSee thefull documentationfor information on:All available commands.Setting up autocompletion.How to contribute to this project.Release notes.
Package: vwsfriend
VWsFriendVolkswagen WeConnect© API visualization and control (HomeKit) inspired by TeslaMatehttps://docs.teslamate.org/What it looks likeRequirementsYou need to install python 3 on your system:How to install python. Minimum python version required is 3.8To make use of all features you have to install and configure several depending projects (grafana, postgresql, ...) most users use the preconfigured docker images at:https://github.com/tillsteinbach/VWsFriend/If you still want to setup everything on your own, please continue reading.Login & ConsentVWsFriend is based on the new WeConnect ID API that was introduced with the new series of ID cars. If you use another car or hybrid you probably need to agree to the terms and conditions of the WeConnect ID interface. Easiest to do so is by installing the WeConnect ID app on your smartphone and login there. If necessary you will be asked to agree to the terms and conditions.How to installIf you want to use VWsFriend, the easiest way is to obtain it fromPyPI. Just install using:pip3installvwsfriendUpdatesIf you want to update VWsFriend, the easiest way is:pip3installvwsfriend--upgradePrivacyDepending on the data provided by your car usage profiles of the cars users can be made (including the locations of trips, refueling and charging). If you need to protect the privacy of the cars users please add--privacy no-locationsto the start parametersMore informationMore information can be found in the Wiki:https://github.com/tillsteinbach/VWsFriend/wikiABPR (A better Route Planner) supportVWsFriend supports sending its data to ABPR out of the box. You just have to generate a user-token in ABRP and configure it for your car in the UI.
Connecting VWsFriend to ABRP enables you to use the current SoC, position, parking and charging state (feature availability depends on your car!) when planning routes in ABRP
If you only want to use the ABPR feature you can try:vwsfriend-uuser-ppassword--with-abrpAfter vwsfriend is started open a browser athttp://IP-ADDRESS:4000and add your user-token in the settings of your car.VWsFriend with Apple Homekit supportvwsfriend--with-homekitVWsFriend with MQTT support (Experimental)VWsFriend now includesWeConnect-MQTT. This enables to use the data from the servers at the same time inside VWsFriend and with MQTT and thus saves additional requests and load on the server.
If you want to know how to configure MQTT, see here:WeConnect-MQTT ReadmeVWsFriend is using the same options as WeConnect-MQTT. Just select the options as described in WeConnect-MQTT and add those to VWsFriend when starting.Related projectsWeConnect-cli: A commandline interface to interact with WeConnectWeConnect-MQTT: A MQTT Client that provides WeConnect data to the MQTT Broker of your choice (e.g. your home automation solution such asioBroker,FHEMorHome Assistant)OtherWe Connect© Volkswagen AG
Package: vws-python
vws-pythonPython library for the Vuforia Web Services (VWS) API and the Vuforia
Web Query API.Installationpipinstallvws-pythonThis is tested on Python 3.12+. Get in touch withadamdangoor@gmail.comif you would like to use this with another
language.Getting StartedimportpathlibfromvwsimportVWS,CloudRecoServiceserver_access_key='[server-access-key]'server_secret_key='[server-secret-key]'client_access_key='[client-access-key]'client_secret_key='[client-secret-key]'vws_client=VWS(server_access_key=server_access_key,server_secret_key=server_secret_key,)cloud_reco_client=CloudRecoService(client_access_key=client_access_key,client_secret_key=client_secret_key,)name='my_image_name'image=pathlib.Path('high_quality_image.jpg')withimage.open(mode='rb')asmy_image_file:target_id=vws_client.add_target(name=name,width=1,image=my_image_file,active_flag=True,application_metadata=None,)vws_client.wait_for_target_processed(target_id=target_id)matching_targets=cloud_reco_client.query(image=my_image_file)assertmatching_targets[0].target_id==target_idFull DocumentationSee thefull
documentation.
Package: vws-python-mock
VWS MockMocking calls made to Vuforia with PythonrequestsUsing Docker to mock calls to Vuforia from any languageFull documentationMock for the Vuforia Web Services (VWS) API and the Vuforia Web Query API.Mocking calls made to Vuforia with PythonrequestsUsing the mock redirects requests to Vuforia made withrequeststo an in-memory implementation.This requires Python 3.12+.pipinstallvws-python-mockimportrequestsfrommock_vwsimportMockVWSfrommock_vws.databaseimportVuforiaDatabasewithMockVWS()asmock:database=VuforiaDatabase()mock.add_database(database=database)# This will use the Vuforia mock.requests.get('https://vws.vuforia.com/summary')By default, an exception will be raised if any requests to unmocked addresses are made.Using Docker to mock calls to Vuforia from any languageIt is possible run a Mock VWS instance using Docker containers.This allows you to run tests against a mock VWS instance regardless of the language or tooling you are using.See thethe instructionsfor how to do this.Full documentationSee thefull documentation.
This includes details on how to use the mock, options, and details of the differences between the mock and the real Vuforia Web Services.
Package: vws-test-fixtures
VWS Test Fixturespytestfixtures for testing tools with the Vuforia Web Services (VWS) API.Installationpipinstallvws-test-fixturesThis is tested on Python 3.11+.Example usage# A test to be run by pytestdeftest_example(high_quality_image:io.BytesIO)->None:image_file_bytes=high_quality_image.getvalue()...high_quality_imagereturns an image file which is expected to have a ‘success’ status when added to a target, and a high tracking rating.image_file_failed_stateis expected to be accepted by the add and update target endpoints, but get a “failed” status.png_too_largeis a PNG which has dimensions whcih are too large to be added to a Vuforia database.… and more, see thefull documentationfor details of all fixtures provided.Full DocumentationSee thefull documentation.
Package: vws-web-tools
VWS-Web-ToolsTools for interacting with the VWS (Vuforia Web Services) website.Installationpipinstallvws-web-toolsThis is tested on Python 3.12+.UsageexportVWS_EMAIL_ADDRESS=[YOUR-EMAIL]exportVWS_PASSWORD=[YOUR-PASSWORD]exportTIME=(date+%s%N|cut-b1-13)vws-web-tools\create-vws-license\--license-namemy-licence-$TIME&&\vws-web-tools\create-vws-database\--license-namemy-licence-$TIME\--database-namemy-database-$TIME&&\vws-web-toolsshow-database-details\--database-namemy-database-$TIME
Package: vx
SBBClassifierVX: Python implementation ofSymbiotic Bid-Based (SBB)framework for problem decomposition using Genetic Programming (GP). Algorithm developed by the NIMS laboratory, Dalhousie University, Canada. This implementation can be used as a library to apply GP to classification tasks.1. ReferencesPhD ThesisLichodzijewski, P. (2011) A Symbiotic Bid-Based (SBB) framework for problem decomposition using Genetic Programming, PhD Thesis (link)2. How to RunTo run this algorithm in Python:from vx.SBB.sbb import SBB
from vx.SBB.config import Config

if __name__ == "__main__":
    Config.check_parameters()
    SBB().run()All configurable options are in the SBB/config.py file, in the variable CONFIG.
Package: vxblastsms
Vumi BlastSMS========A `Vumi`_ USSD transport for BlastSMS in Botswana... _Vumi: http://github.com/praekelt/vumi|blastsms-ci|_ |blastsms-cover|_.. |blastsms-ci| image:: https://travis-ci.org/westerncapelabs/vumi-blastsms.png?branch=develop.. _blastsms-ci: https://travis-ci.org/westerncapelabs/vumi-blastsms.. |blastsms-cover| image:: https://coveralls.io/repos/westerncapelabs/vumi-blastsms/badge.png?branch=develop.. _blastsms-cover: https://coveralls.io/r/westerncapelabs/vumi-blastsmsYou can contact the Vumi development team in the following ways:* via *email* by joining the the `vumi-dev@googlegroups.com`_ mailing list* on *irc* in *#vumi* on the `Freenode IRC network`_.. _vumi-dev@googlegroups.com: https://groups.google.com/forum/?fromgroups#!forum/vumi-dev.. _Freenode IRC network: https://webchat.freenode.net/?channels=#vumiIssues can be filed in the GitHub issue tracker. Please don't use the issuetracker for general support queries. Thanks.
Package: vxci
Deployv addon: Gitlab tools. Generated by cookiecutter and cookiecutter-deploy-addon.A small set of tools to automate repetitive tasks for testing gitlab repositories.It is important to say that this is not by any mean a replacement for the MQT tools, these are tools that we need in order to make gitlab-ci work properly with the MQT tools.Free software: BSD licenseInstallationpip install vxciDocumentationhttps://vxci.readthedocs.io/DevelopmentTo run the all tests run:toxNote, to combine the coverage data from all the tox environments run:Windowsset PYTEST_ADDOPTS=--cov-append
toxOtherPYTEST_ADDOPTS=--cov-append toxChangelog0.1.0 (2017-03-03)First release on PyPI.
Package: vxcube-api
vxcube-api packagevxcube-api is an API client for interacting with Dr.Web vxCube.InstallationPython 2.7 or later is required to be installed in advance.
Install vxcube-api either from the Python Package Index (PyPI):$pipinstall-Uvxcube-apior from source:$pythonsetup.pyinstallUsing command lineDr.Web vxCube API Client supports command line. To get information about available commands, use--help:$vxcube_client--helpCommand list:CommandDescriptionloginGet an API key which must be specified in all other commandsconfigSave or deletebase-url,version, orapi-keyparameter valuesuploadUpload sample to Dr.Web vxCube serveranalyseAnalyse uploaded filedeleteDelete analysis resultsdownload sampleDownload sampledownload archiveDownload archive with analysis resultssubscribe-analysisGet real-time data about analysis progressExample:$vxcube_clientconfig--api-keyaaaaaaaa-bbbb-cccc-dddd-eeeeeeeeeeee
$vxcube_clientupload/path/to/sample
Sampleuploadedsuccessful:sample_path[id:2342]-format:exe-platforms:['winxpx86','win7x86','win7x64','win10x64_1511']$vxcube_clientanalyse2342-pwin7x86-pwin10x64_1511--time30Analysisd4e22a38-6bdc-4902-881d-897687023c30started
$vxcube_clientsubscribe-analysisd4e22a38-6bdc-4902-881d-897687023c30[win7x86][8%]RestoringandstartingtheVM...[win10x64_1511][8%]RestoringandstartingtheVM...[win10x64_1511][10%]Copyingthefile...[win10x64_1511][10%]Preparingenvironment...[win7x86][10%]Copyingthefile...[win7x86][10%]Preparingenvironment...[win7x86][16%]Startingthefile...[win7x86][16%]Takingascreenshot...[win7x86][16%]Waitingwhilethefileisrunning(30sec)...
...[win10x64_1511][100%]Savingresults...[win7x86][100%]Savingresults...
Alltasksfinished:
Task[578770]-win7x86[successful]maliciousness:44Task[578771]-win10x64_1511[successful]maliciousness:50VxCubeApi classYou can write your own script for processing files with VxCubeApi class.fromvxcube_apiimportVxCubeApiAPI_KEY="aaaaaaaa-bbbb-cccc-dddd-eeeeeeeeeeee"defmain():# Create VxCubeApivxcube=VxCubeApi(api_key=API_KEY)# Upload samplesample=vxcube.upload_sample("sample_path")msg="Sample uploaded successfully:{sample.id},{sample.format_name},{sample.platforms}"print(msg.format(sample=sample))# Start analysisanalysis=vxcube.start_analysis(sample_id=sample.id,platforms=sample.platforms[0:2],analysis_time=30)formsg_objinanalysis.subscribe_progress():print(msg_obj)# Print resultsprint("Analysis finished")msg="Task[{task.id}] is{task.status}. Maliciousness:{task.maliciousness}"fortaskinanalysis.tasks:print(msg.format(task=task))if__name__=='__main__':main()More examplesMore usage examples are availablehere.
Package: vxfreeswitch
A Freeswitch eventsocket transport forVumi.You can contact the Vumi development team in the following ways:viaemailby joining the thevumi-dev@googlegroups.commailing listonircin#vumion theFreenode IRC networkIssues can be filed in the GitHub issue tracker. Please don’t use the issue
tracker for general support queries.UsageVoice transports may receive additional hints for how to handle outbound
messages in thevoicesection ofhelper_metadata. Thevoicesection
may contain the following keys:speech_url:The URL where the voice file to be played can be found. If this field is
absent orNone, a text-to-speech engine will be used to generate a
suitable sound from the messagecontent, otherwise this voice file
will be played.This can either be a string containing the URL, or a list of strings
containing URLs to sound files that should be joined to form the message.wait_for:Gather response characters until the given DTMF character is encountered.
Commonly either#or*. If absent orNone, an inbound message
is sent as soon as a single DTMF character arrives.barge_in:A boolean value that ifTrue, stops the playback of the message when
a DTMF character arrives. This allows the response to the input to be
played immediately, rather than waiting for the first message to finish
playing before hearing the response message. Defaults toFalse.tries:Ifbarge_inisTrue, this will set the number of times a message is
played if no input is received. Defaults to1.time_gap:Ifbarge_inisTrueandtriesis greater than1, this
specifies the length of the pause (in ms) that is given before repeating
the message, if no DTMF characters are received. Defaults to3000.Example:"helper_metadata": {
    "voice": {
        "speech_url": [
            "http://www.example.com/voice/ab34f611cdee.ogg",
            "http://www.example.com/voice/cd43f622dcef.ogg"
        ],
        "wait_for": "#",
        "barge_in": True,
        "tries": 3,
        "time_gap": 5000,
    },
}
Package: vxghpages
A simple configurator helper to help you to magically configure your repository to publich the content in a doc file to
gh-pages using sphinx.Free software: BSD licenseInstallationpip install vxghpagesDocumentationhttps://vxghpages.readthedocs.org/DevelopmentTo run the all tests run:toxNote, to combine the coverage data from all the tox environments run:Windowsset PYTEST_ADDOPTS=--cov-append
toxOtherPYTEST_ADDOPTS=--cov-append toxChangelog0.1.0 (2016-04-11)First release on PyPI.
Package: vxinaay-xnrpc
xnrpcxnrpc is a light-weight, reliable and language-agnostic library for
distributed communication between server-side processes.
It builds on top of zerorpc and gevent, simple ,efficient and robust.featuressupport heartbeat and timeoutgraceful exceptions handlersupport pipeline commandsasynchronous I/O, support large concurrencyvery simple to usedemoa simple server and client example:fromxnrpc.serverimportRpcInterface,ServerManagerfromxnrpc.clientimportopen_clientfromxnrpc.common.logimportget_log_log=get_log(__name__)classOperationRpcInterface(RpcInterface):defls_file(self):_log.info('Operation ls file')returnNonedefcheck_ip(self):_log.info('Operation check ip')returnNoneif__name__=='__main__':rpc_interface=OperationRpcInterfaceurl='tcp://127.0.0.1:7772'server=ServerManager(url,rpc_interface,name='Test Server')server.start()withopen_client(url)asclient:client.ls_file()client.check_ip()server.stop()ResourcesGitHub repositoryPython User Guide
Package: vxpy
vxPyvxPyis a multiprocessing-based software for vision experiments in Python.It leverages OpenGL-based 3D graphics rendering, using the Python visualization libraryVisPy, for dynamic generation and realtime updating of visual stimuli.vxPyutilizes multicore hardware for fast online aquisition and analysis of behavioral and other sensor data, as well as control of external devices, such as actuators or LEDs, via configurable microcontroller interfaces.This is the core package forvxPy. The accompanying application to configure and run the UI is hosted atvxPy_app.RequirementsvxPyhas been tested on Windows 10 and Ubuntu 20.04 and 22.04 LTS. It requires Python 3.8 or higher.InstallationInstalling PythonWindowsDownload and install the Python 3.8+ binaries if not already installed fromhttps://www.python.org/downloads/UbuntuInstall from canonicaluser@machine: ~$sudoapt-getinstallpython3.xInstall vxPy with PyCharm (recommended)TODOInstall vxPy with terminalLinuxCreate a new folder where you'd like to install the vxPy application (here ~/vxPy_app/).
Using a terminal, create a virtual environment inside the empty folderuser@machine: ~/vxPy_app$python3.x-mvenvvenvActivate the environmentuser@machine: ~/vxPy_app$./venv/bin/activateInstall vxPy with all its dependencies(venv)user@machine: ~/vxPy_app$pipinstallgit+https://github.com/thladnik/vxpy.gitRun vxPy setup to create application structure(venv)user@machine: ~/vxPy_app$python-mvxpysetupAlternatively, you can forego downloading sample files(venv)user@machine: ~/vxPy_app$python-mvxpysetupnosamplesWARNING: the demonstration in default.ini requires the sample files to run properlyYou can run the default configuration with(venv)user@machine: ~/vxPy_app$pythonmain.pyCompatible devicesTheImagingSource (TIS) camerasUnder WindowsTIScameras are supported out of the box, using the TIS' originaltisgrabberDLLs and theirctypebindings included in vxPy.In order to use TIS cameras under Linux, you need to installtiscamera(Github repository) by following the instructions there.Within the Python environment, you then need to installpycairoandPyGObjectwith(venv)user@machine: ~/vxPy_app$pipinstallpycairoPyGObjectWARNING: starting with version 1.0.0,tiscamerano longer supports older camera models (see list in repo).
If you're using one of those, instead install the latest pre-1.0.0 stable release (0.14.0) by checking it out withuser@machine: ~/tiscamera$gitcheckouttags/v-tiscamera-0.14.0directly after cloning the repository and before installing the dependencies or building the binaries.Basler camerasBaslercameras are supported for Windows and Linux. Just download thepyloninstaller for your plattform from theBasler website.Then install the respective Pythonpypylonpackage into your environment with(venv)user@machine: ~/vxPy_app$pipinstallgstPyGObjectpypylonArduinoArduino microcontrollers for analog and digital IO operations are supported natively (via standard Firmata).Coming soon: Instructions for setting up controller with Firmata.
Package: vxrpc
SummaryVxRPC implements XML-RPC client. It is based onxmlrpc-cclient library
withcURLtransport. The implementation is faster, than standard xmlrpclib
at least in 10 times.Example of usage#!/usr/bin/env python

import vxrpc

try:
    rpc_call = vxrpc.Caller('http://your_rpc_server')
    response = rpc_call('Id::get_session', login='user')
except vxrpc.Exception as e:
    print e.messageCHANGES0.2.5 (19.01.2012)Added support of Python 3.0.2.4 (12.07.2011)Fixed bug with linking libxmlrpc.0.2.3 (11.07.2011)Fixed bug with linking xmlrpc_xmlparse.0.2.2 (11.07.2011)Fixed build on Debian.0.2.1 (07.04.2011)Fixed build without Cython.0.2.0 (07.04.2011)Added positional arguments to Caller.__call__.0.1.1 (06.04.2011)Fixed build with Cython.0.1.0 (06.04.2011)Initial release.
Package: vxutils
<<<<<<< HEADvxtools介绍我的工具箱软件架构软件架构说明安装教程xxxxxxxxxxxx使用说明xxxxxxxxxxxx参与贡献Fork 本仓库新建 Feat_xxx 分支提交代码新建 Pull Request特技使用 Readme_XXX.md 来支持不同的语言，例如 Readme_en.md, Readme_zh.mdGitee 官方博客blog.gitee.com你可以https://gitee.com/explore这个地址来了解 Gitee 上的优秀开源项目GVP全称是 Gitee 最有价值开源项目，是综合评定出的优秀开源项目Gitee 官方提供的使用手册https://gitee.com/helpGitee 封面人物是一档用来展示 Gitee 会员风采的栏目https://gitee.com/gitee-stars/=======vxutils介绍我的python工具箱fcf37da (v20230829)
Package: vycro
vycrois a Python wrapper designed to make calling VBA functions and
subroutines with Microsoft Excel as easy as a couple of standard file
I/O calls.fromvycroimportMacroWrappermw=MacroWrapper()wb_kwargs={"ReadOnly":"True"}m_args=["arg1","True","111"]withmw.open_workbook("/full/path/with.extension",**wb_kwargs):mw.run_macro("macro_name",*m_args)# See declaration for function argsvycrocurrently supports Python 2.7 and Python 3.1-3.5, and requires
pywin32-219.
Package: vydia
PyPIBuild
StatusA modularized video player written in Python (supporting AirPlay).Vydia-gifInstallation$pipinstallvydiaUsageSimply callvydiawithout arguments to launch the TUI:$vydiaParameters and Commands$vydia--helpUsage:vydia[OPTIONS]COMMAND[ARGS]...Options:--video/--no-videoSuppressmpvvideooutput.--airplayTEXTUseairplayserverifspecified(format:"<ip>:<port>").--helpShowthismessageandexit.Commands:add_playlistAddnewplaylistbyid.list_airplay_devicesListavailableairplaydevices.Additionally, an internal commandline can be summoned by typing:(note: it supports autocompletion using[TAB]). Also, pressinghshows a help page.The following commands are supported (in the correct context): *
Playlist View: *add <playlist id>: add given playlist *delete: delete currently selected playlist *quit: quit Vydia
([q]) * Episode View: *pause: toggle pause in running episode
(<space>) *info: show video-related information (i) *reload: reload playlist using plugin *reverse: reverse episode
order *shuffle: shuffle episode order *next: play next video
([>]) *previous: play previous video ([<]) *continue: continue playback from last save ([c]) *quit:
quit Vydia ([q])Furthermore, the following shortcuts exist: * Episode View: *w:
(un)mark currently selected video as watchedPluginsFilesystemYoutube
Package: vye-svgbob
vye-svgbobvye-svgbobis a Python package that provides bindings for the Rust cratesvgbob, allowing you to render ASCII art diagrams into SVG format in Python.InstallationRequirementsMake sure you have the following prerequisites installed on your system:RustMaturin# Install Rustcurl--proto'=https'--tlsv1.2-sSfhttps://sh.rustup.rs|sh# Install MaturinpipinstallmaturinInstall packagepipinstallvye-svgbobExample# Import the vye_svgbob moduleimportvye_svgbob# Your ASCII art diagram as a stringascii_art="""+---------------+| Hello,        ||   vye_svgbob! |+---------------+"""# Render ASCII art to SVGsvg_output=vye_svgbob.to_svg(ascii_art)# Save SVG to a filewithopen('output.svg','w')assvg_file:svg_file.write(svg_output)