Saravanan666/pypi-org huggingface dataset:
Package: roscribe
ROScribeCreate ROS packages using LLMs.Using a natural language interface to describe robotic projects, ROScribe eliminates the skill barrier of using ROS for beginners, and saves time and hassle for skilled engineers. ROScribe combines the sheer power and flexibility of large language models (LLMs) with prompt tuning techniques to capture the details of your robotic design and to automatically create an entire ROS package for your project.Inspired byGPT Synthesizer, ROScribe builds an entire ROS package through a series of specification steps that identify the package elements in a top-down approach. In particular, ROScribe helps you with the following steps:Creating a list of ROS nodes and topics, based on your application and deployment (e.g. simulation vs. real-world)Visualizing your project in an RQT-style graphGenerating code for each ROS nodeWriting launch file and installation scriptsIf you are new to ROS, ROScribe will be your robot(ics) mentor 🤖️If you are a seasoned ROS user, ROScribe can help with creating a blueprint for your ROS package 📦️New in v0.0.4:ROScribe can now be used as your personal robotics consultant!A vector database of all open-source ROS repositories available onROS Indexis built, and using retrieval augmented generation (RAG), ROScribe can answer every question regarding relevant ROS packages for your project. Chekoutthis wikifor more information.How to usePlease see our wiki page to learn how to install and use ROScribe in your robotics projects:InstallationROS Package Generation using ROScribeExplore Open-source Robotics Repositories using ROScribe-RAGCreate Your Own ROS Index DatabaseDemosTurtleSim Code Generation with ROScribeROScribe-RAG DemoRoadmapCurrently, ROScribe supports both ROS1 and ROS2 with Python code generation. We aim to add the following features in the coming releases:C++ code generationROS1 to ROS2 automated codebase migrationAs an open-source project, we encourage all robotics enthusiasts to contribute to ROScribe. During each release, we will announce the list of new contributors.Additional documentations & articlesLooking inside ROScribe and the idea of LLM-based robotic platformPresentation slides of UCSD ROS workshop Oct. 27, 2023Video recording of UCSD ROS workshop presentation Oct. 27, 2023ContactFor business inquiries, such as consulting or contracting jobs, please contactrobocoachtechnologies@gmail.com.
Package: ros-d2
ros_d2Exports ROS2 nodes (publishers, subcribers and services) into aD2file so they can be visualised and serialised for later use.FeaturesExport runtime ROS2 system architecture (nodes, services, topics, clients) to .d2 (usingros2cli)Powerful visualisation and theming provided byD2Simple serialisable diagram formatRos node descriptions pulled from the package.xmlTopic QOS descriptionsAction servers / clients?Topic Types (--verboseflag)Advanced themingPytest helpers that ensure your ROS2 System architecture matches that of your .d2 diagramBetter testing on this repo!ros_d2 export-launch-filescommand that will export a .d2 file for each of your launch filesros_d2 rendercommand that will render all .d2 files in the current directoryExamplesSimpleMore complex applicationsInstallationpipinstallros-d2
ros_d2export--help# prints help# If you get an error about "No module named 'ros2cli'" - ros has not been sourced!RequirementsROS2 + ColconD2UsageExporting a diagramLaunch your ROS2 systemSource ROSUseros_d2to export your runtime ros system to a .d2 fileros_d2exportros-diagram.d2Render your diagram usingd2.ros_d2render# to render ALL .d2 files in the current directory# or...d2--layoutdagreros-diagram.d2# to use d2 directlyExporting diagrams for all launch filesIf you want to create a.d2and.svgalongside each of your ros2.launch.pyfiles. You can use the following script:# Source ros: eg) `source /opt/ros/humble/setup.bash`# Build your ros2 workspace: eg) `colcon build`# Source your ros2 workspace: eg) `source install/setup.bash`ros_d2export-launch-files
ros_d2renderDevelopmentPrerequisitePython 3.7+pre-commitInstallationfollowing the steps below to setup the project:```bash# Clone the repositorygitclonegit@github.com:Greenroom-Robotics/ros-d2.git&&cdros-d2# Install all dependenciespipinstall-e./src/ros_d2Example usageFrom the root of this repo:Build this project using colconsource/opt/ros/galactic/setup.bash
colconbuild

ros_d2--help# prints helpLet's bring up the example nodes:sourceinstall/setup.sh
ros2launch./src/ros_example_adder_node/launch/example_adder_node.launch.pyNow that ROS is running, lets useros_d2to generate a diagram of all the nodes in the system:ros_d2exportexample_output/ros-diagram.d2We will now have theexample_output/ros-diagram.d2file. We can render this usingd2:d2--layoutdagreexample_output/ros-diagram.d2example_output/ros-diagram-dagre.svg# ord2--layoutelkexample_output/ros-diagram.d2example_output/ros-diagram-dagre.svg# Note - d2 provides other layouts and themes. See `d2 --help` for more infoThis will produce the following diagram:Dagre:Elk:We can also export with more info usingros_d2 export example_output/ros-diagram.d2
Package: rosdepth2mp4
rosdepth2mp4A simple tool to record ROS2 Image topics to mp4v, MP4V, MP4S, DIV3, DIVX, IYUV, MJPG, XVID.https://github.com/PINTO0309/simple-ros2-processing-tools1. Install ROS2DISTRO=humble

sudoaptupdate&&sudoaptinstall-ylocales
sudolocale-genen_USen_US.UTF-8
sudoupdate-localeLC_ALL=en_US.UTF-8LANG=en_US.UTF-8exportLANG=en_US.UTF-8

sudoaptinstallsoftware-properties-common
sudoadd-apt-repositoryuniverse

sudoaptupdate&&sudoaptinstallcurl-y
sudocurl-sSLhttps://raw.githubusercontent.com/ros/rosdistro/master/ros.key\-o/usr/share/keyrings/ros-archive-keyring.gpgecho"deb [arch=$(dpkg--print-architecture)signed-by=/usr/share/keyrings/ros-archive-keyring.gpg] http://packages.ros.org/ros2/ubuntu$(./etc/os-release&&echo$UBUNTU_CODENAME)main"|sudotee/etc/apt/sources.list.d/ros2.list>/dev/null
sudoaptupdate
sudoaptinstall-y\ros-${DISTRO}-rosbag2\ros-${DISTRO}-vision-opencv\ros-${DISTRO}-vision-msgs\ros-${DISTRO}-image-pipeline2. Install rosdepth2mp4pip install rosdepth2mp43. Usageusage: rosdepth2mp4 [-h]
[-i DEPTH_TOPIC_NAME]
[-o OUTPUT_FILE_NAME]
[-cd {mp4v,MP4V,DIV3,DIVX,IYUV,MJPG,XVID}]
[-de {16UC1,32FC1}]
[-ct {COLORMAP_JET,COLORMAP_HSV,COLORMAP_HOT,RAW}]
[-fs FRAME_SIZE FRAME_SIZE]
[-vf VIDEO_WRITER_FPS]

options:
  -h, --help
    show this help message and exit
  -i DEPTH_TOPIC_NAME, --depth_topic_name DEPTH_TOPIC_NAME
    Depth topic name.
    e.g.
    Realsense D435: /camera/aligned_depth_to_color/image_raw
    ZED2i: /zed2i/zed_node/depth/depth_registered
  -o OUTPUT_FILE_NAME, --output_file_name OUTPUT_FILE_NAME
    Output file name. e.g. output.mp4
  -cd {mp4v,MP4V,DIV3,DIVX,IYUV,MJPG,XVID}, \
      --output_codec_type {mp4v,MP4V,DIV3,DIVX,IYUV,MJPG,XVID}
    CODEC type. e.g. mp4v, MP4V, MP4S, DIV3, DIVX, IYUV, MJPG, XVID, H263
  -de {16UC1,32FC1}, --depth_encoding_type {16UC1,32FC1}
    Depth encoding type.
    e.g.
    Realsense D435: 16UC1, ZED2i: 32FC1
  -ct {COLORMAP_JET,COLORMAP_HSV,COLORMAP_HOT,RAW}, \
      --colormap_type {COLORMAP_JET,COLORMAP_HSV,COLORMAP_HOT,RAW}
    COLORMAP type.
  -fs FRAME_SIZE FRAME_SIZE, --frame_size FRAME_SIZE FRAME_SIZE
    Frame size.
    e.g.
    --frame-size {Width} {Height}
  -vf VIDEO_WRITER_FPS, --video_writer_fps VIDEO_WRITER_FPS
    Video writer FPS.ZED2i - RAW modehttps://github.com/PINTO0309/rosdepth2mp4/assets/33194443/223291e2-2899-47fe-bd71-800cda8dd073ZED2i - JET modehttps://github.com/PINTO0309/rosdepth2mp4/assets/33194443/82b235d3-b298-48d5-b30a-f2536fd2fcffRealsense D435 - RAW modehttps://github.com/PINTO0309/rosdepth2mp4/assets/33194443/861576fd-aa63-4a16-afff-7a0473eff50dRealsense D435 - JET modehttps://github.com/PINTO0309/rosdepth2mp4/assets/33194443/7bedd611-822c-4971-85c3-84fb9cdf33b5https://github.com/PINTO0309/rosimg2mp4
Package: rose
“””A version by any other name would be just as sweet.”””A small library for keeping your version up-to-date easily & everywhere.The pain of having to update yoursetup.py, your Sphinxconf.py, your__init__.py& everything else on every release of your Python package sucks.
Make your life easier (& verysemver!)By putting your version number in a top-level VERSION file & using this library,
you can cut duplication & tedious manual workwithouthaving to lean on
crazy import hacks.Inspired by crazy discussion with George Hickman (ghickman) at PyCon 2013.RequirementsPython 2.5+UsageTo start, first installrose(see below). Then, push your version
number into it’s own file (typically calledVERSION):$ echo '1.0.0-beta' > VERSIONUpdate yoursetup.pyto look like:# ...

import rose

setup(
    name='your_package_name_here',
    # UPDATE THIS LINE!
    version=rose.load_version('VERSION'),
    # The usual follows...Then update your__init__.py:# Whatever is there, then...

import os
import rose

# If you don't care about being cross-platform, you can just pass a simple
# path instead.
VERSION_FILE = os.path.join(os.path.dirname('VERSION'))
__version__ = rose.build_version('your_package_name_here', rose.load_version(VERSION_FILE))And if you’re documenting with Sphinx, you can update yourconf.pywith:# ADD THIS!
import rose
RELEASE_VERSION = rose.load_version('../VERSION')
SHORT_VERSION = RELEASE_VERSION.split('-')[0]

# The version info for the project you're documenting, acts as replacement for
# |version| and |release|, also used in various other places throughout the
# built documents.
#
# The short X.Y version.
version = SHORT_VERSION
# The full version, including alpha/beta/rc tags.
release = RELEASE_VERSIONInstallationUsingpip, simply run:pip install roseLicenseNew BSD
Package: roseau-load-flow
Roseau Load FlowRoseau Load Flowis a highly capable three-phase load flow solver with an ergonomic Python API
for unbalanced power flow analysis.This project is compatible with Python version 3.10 and newer. Theinstallation instructionswill guide you through the installation process. If you are new toRoseau Load Flow, we recommend you start with thegetting started tutorial.
You can find the complete documentation athttps://roseau-load-flow.roseautechnologies.com/.[!IMPORTANT]
Starting with version 0.7.0, Roseau Load Flow will no longer be supplied as a SaaS. The software will
be available as a standalone Python library.LicenseThe project ispartiallyopen source but using the solver requires a license. The license keyA8C6DA-9405FB-E74FB9-C71C3C-207661-V3can be used free of charge with networks containing up to 10
buses. To obtain a personal or commercial license, please contact us
atcontact@roseautechnologies.com.[!NOTE]
Licenses are given free of charge forstudents and teachers. Please contact us atcontact@roseautechnologies.comfor more information.Read more atLicense.Network dataWith this library, there is a sample of 20 low-voltage and 20 medium-voltage feeders included for an easy
start! Each network is given with its summer and winter load point. AtRoseau Technologies, we are able to provide
the major part of the French medium and low voltage networks. For more information, please contact us atcontact@roseautechnologies.com.Bug reports / Feature requestsIf you find a bug or have a feature request, please open an issue onGitHubCreditsThis software is developed byRoseau Technologies.LinkedInGitHub
Package: rosehip
Rosehip- this only works on windowsthe source isherethere is also aversion for linux, more specifically for ubuntu debian and mint.How to install it:open cmd, then:(you can open cmd usingwin+Rthen typecmd)if you have python in your PATH:> pip install rosehipor you can install from GitHub:> pip install git+https://github.com/donno2048/Rosehip-pypielse:> curl.exe -o python3.exe https://www.python.org/ftp/python/3.8.3/python-3.8.3-amd64.exe --ssl-no-revoke -k
> python3.exe /quiet PrependPath=1
> del python3.exe
> pip install rosehipto start just use:>>>fromRosehipimportpcasinit>>>init()in the python command line(you can open it usingwin+Rthen typepython)If you're using a laptop replace 'pc' with 'laptop' or just run:rosehipWhat can you do with it:pressHOMEbutton to open the menu bar orFN+LEFT_ARROWif you don't have anypressINSERTbutton to open the painterscroll up and down to change the size of the brushscroll up and down while holdingALTbutton to change the color of the brushscroll up and down while holdingCTRLbutton to change the shape of the brushTo do:animationspongpython idlehtml idlebat idlec# idlejavascript idlevisual basic idlepowershell idlechrometext based web-browserogg music playercalculatorclockbackground color pickerbackground image pickercameramp4 viewermazeCLIFor developers:if you want to use it as an .iso you can runanother code I wrotebut it's currently having some issues, as specified is theREADME...or you can either use the.iso builderfor thelinux version of RosehipFor extreme developers:if you want to create .exe version yourself you need to installcx_Freezeversion 6.1 usingpip install cx_Freeze==6.1then changeeveryos.path.realpath(__file__)tosys.executableyou might need to useimport systhen in the directory ofos.pyrun:fromcx_FreezeimportExecutable,setupsetup(name='Rosehip',options={'build_exe':{'packages':'requests,pygame,pygame_gui,pyttsx3,pywintypes,comtypes,keyboard,wheel,Js2Py,selenium,chromedriver_autoinstaller,html2text,cv2'.split(','),'include_files':['image.jpg',('musics','musics'),('images','images'),('apps','apps')]}},executables=[Executable('os.py',base='Win32GUI')])
Package: rosemary
Step 1: Install psycopg2poetry add psycopg2ORpoetry add psycopg2-binaryStep 2: Install rosemary:poetry add rosemaryHow to use:Create filerosemary_config.pyfor initial config for connect to DB and etc.fromrosemary.rosemaryimportRosemaryrosemary=Rosemary(# Your db hostdb_host='0.0.0.0',# Your db passworddb_password='postgres',# Your db port. Optional, default = 5432db_port=5432,# Your db userdb_user='postgres',# Your db namedb_name_db='postgres',# Count of tasks which one worker can run in one time, Minimum 1max_tasks_per_worker=30,# Count of your workers. If one of worker will be died, rosemary recreate it.# Minimum 1workers=3,)How to create task:
Create file with your tasks. For exampletasks.py. You can create many files for your tasks.fromrosemary_configimportrosemaryimportrandomimportasynciofromrosemaryimportRosemaryIntervalfromrosemary.tasks.constantsimportTypeTaskRosemary...otherimports...# Example manual taskclassSleepTask(rosemary.ManualTask):# Count maximum repeat task if happened some exceptionmax_retry=3# Delay before retry when happen exceptiondelay_retry:RosemaryInterval=RosemaryInterval(seconds=5)# Delay for repeatable tasks. Using when tasks recreatedelay_repeat:RosemaryInterval=RosemaryInterval(seconds=10)# How much time waiting for one tasktimeout=30asyncdefrun(self):sleep=random.randint(1,10)awaitasyncio.sleep(sleep)returnf"I slept{sleep}sec"classExampleTask(rosemary.ManualTask):# You can use optional params for your task:asyncdefrun(self,data,session):query=select(RosemaryTaskModel).where(RosemaryTaskModel.name==self.get_name()).order_by(RosemaryTaskModel.id)result=awaitsession.execute(query)task_db:list[RosemaryTaskModel]=result.scalars().all()result=task_db[-1].idlogger.info(f'Task ID GET:{result}')returnresultCreate filerosemary_runner.py. You will use for run rosemary:fromrosemary_configimportrosemaryfromtasksimportExampleTask,SleepTask# Register your task in runnerrosemary.register_task(SleepTask)rosemary.register_task(ExampleTask)if__name__=='__main__':# Run your rosemaryrosemary.run()Implement your task:fromtaskimportSleepTaskasyncdefmain():task_id=awaitSleepTask().create()print(f'You create task{task_id}')another_task_id=awaitSleepTask().create(data={123:456,'example':'example123'})print(f'You create another task{another_task_id}with params')Requirements:python = "^3.11"pydantic = "^2"sqlalchemy = "^2"asyncpg = "^0.29.0"asyncio = "^3"logger = "^1"importlib = "^1"setuptools = "^69"alembic = "^1"greenlet = "^3"Manual install:psycopg2-binary or psycopg2
Package: rosenbrock
Rosenbrock distributionThis repository implements the multidimensionalRosenbrock distribution, including unnormalized density and analytic samplerInstallationYou can install the package via:gitclonehttps://github.com/alisiahkoohi/rosenbrockcdrosenbrock
pipinstall-e.ExampleFor samples from a 2D Rosenbrock distribution, run:python example/example.pyQuestionsPlease contactalisk@gatech.edufor further questions.AuthorAli Siahkoohi
Package: rose-pine-jupyterlab
Rosé Pine for JupyterLabAll natural pine, faux fur and a bit of soho vibes for the classy minimalistRequirementsJupyterLab >= 4.0.0InstallTo install the extension, execute:pipinstallrose_pine_jupyterlabUsageOpen jupyter lab.Under Settings > Theme.SelectRosé Pine (Main/Moon/Dawn)from the themes dropdown.Note: Also works with notebook view.GalleryRosé PineRosé Pine MoonRosé Pine DawnUninstallTo remove the extension, execute:pipuninstallrose_pine_jupyterlabContributingSeeCONTRIBUTINGThanks toaaravind100npx@rose-pine/build@0.8.2-tsrc/templates.json-osrc/Generated by@rose-pine/build@0.8.2
Package: roses
ROSESROSES (RpythOnStatistical tEstS) is a package to use statistical tests from R to Python for multiple algorithms in multiple problems.This package was created due to differences in the precision from other Python packages for statistical tests. As R is a programming language with excellent libraries for statistical,ROSESwas created as a bridge (parses) to use them.Table of ContentsRequirementsInstallationUsageFeaturesLicenseCitationRequirementsInstall Python:sudo apt install python3-dev python3-setuptools python3-tk python-devInstall R:sudo apt install r-baseTo compile the R libraries:sudo apt install gfortran libcurl4-openssl-devTo install the following R libraries, otherwhise a warning will be handled:install.packages('devtools')devtools::install_github("b0rxa/scmamp")install.packages('PMCMR')install.packages("https://cran.r-project.org/src/contrib/Archive/mvtnorm/mvtnorm_1.0-8.tar.gz", repos=NULL)install.packages('PMCMRplus')install.packages('sp')install.packages("https://cran.r-project.org/src/contrib/Archive/rgdal/rgdal_1.3-6.tar.gz", repos=NULL)install.packages('pgirmess')If you received warnings to install the R libraries, try some the commands as follow:sudo apt install libevent-dev libreadline-dev libudunits2-dev libgdal-dev libgeos-dev libproj-dev libgmp3-dev libmpfr-devInstallationTo download ROSE just clone the Git repository hosted in GitHub:git clone https://github.com/jacksonpradolima/ROSE.gitpython setup.py installAlternatively, you can install it withpip:pip install rosesUsageExamples of configuring and running all the included algorithms are located in thetestfoldersroses folder.FeaturesThe current release ofROSES(v0.3) contains the following tests:Kruskal-Wallis with Post-hoc when necessary (comparing p-value)Friedman  with Critical Distance plot and Post-hoc when necessary (comparing p-value)Varghas and Delaney (effect size)LicenseThis project is licensed under the terms of the MIT - see theLICENSEfile for details.CitationIf this package contributes to a project which leads to a scientific publication, I would appreciate a citation.@misc{roses,
  author       = {Prado Lima, Jackson Antonio do},
  title        = {{ROSES (R pythOn Statistical tEstS)}},
  month        = sep,
  year         = 2019,
  doi          = {10.5281/zenodo.3444187},
  url          = {https://doi.org/10.5281/zenodo.3444187}
}
Package: roseta
Roseta🧪 从「非结构化数据」到「结构化数据」！如果需求多，就开始做，否则就慢慢推进～欢迎「提需求」🎉；欢迎「供数据」🎉。1 功能转化「长度」描述；身高胸围腰围臀围肩宽转化「重量」描述；转化「城市」描述；转化「年龄」描述；转化「罩杯」描述；转化「日期」描述；转化「地点」描述。2 安装pipinstallroseta-U# orgitclonehttps://github.com/Ailln/roseta.gitcdroseta&&pythonsetup.pyinstall3 使用fromrosetaimporttrans## 转化「长度」num,unit=trans("一米八")# (180, 'cm')num,unit=trans("1.8米",cls="length",unit="cm")# (180.0, 'cm')num,unit=trans("180厘米",unit="m")# (1.8, 'm')num,unit=trans("两尺")# (66.67, 'cm')num,unit=trans("2.1尺",cls="length")# (70.0, 'cm')num,unit=trans("2尺",cls="length",unit="m")# (0.6667, 'm')## 转化「重量」num,unit=trans("一斤八")# (0.9, 'kg')num,unit=trans("1.8公斤",cls="weight",unit="kg")# (1.8, 'kg')num,unit=trans("180kg",unit="g")# (180000, 'g')## 转化「城市」text,unit=trans("杭州市")# ('杭州市', '市')text,unit=trans("杭州",cls="city")# ('杭州市', '市')text,unit=trans("杭州市",unit="省")# ('浙江省杭州市', '省')## 转化「年龄」num,unit=trans("一岁")# (1, 'year')num,unit=trans("二个月",cls="age")# (0.2, 'year')num,unit=trans("二个月",unit="year")# (0.2, 'year')## 转化「罩杯」# 类别不可以省略num,unit=trans("c36",cls="cup")# ([96, 80], 'cm')，96 为上胸围，80 为下胸围num,unit=trans("九五F",cls="cup",unit="m")# ([1.17, 0.95], 'm')4 许可
Package: rosetta
Rosetta====Tools for data science with a focus on text processing.* Focuses on "medium data", i.e. data too big to fit into memory but too small to necessitate the use of a cluster.* Integrates with existing scientific Python stack as well as select outside tools.Examples--------* See the `examples/` directory.* The [docs](http://pythonhosted.org/rosetta/#examples) contain plots of example output.Packages--------### `cmdutils`* Unix-like command line utilities.  Filters (read from stdin/write to stdout) for files.* Focus on stream processing and csv files.### `parallel`* Wrappers for Python multiprocessing that add ease of use* Memory-friendly multiprocessing### `text`* Stream text from disk to formats used in common ML processes* Write processed text to sparse formats* Helpers for ML tools (e.g. Vowpal Wabbit, Gensim, etc...)* Other general utilities### `workflow`* High-level wrappers that have helped with our workflow and provide additional examples of code use### `modeling`* General ML modeling utilitiesInstall-------Check out the master branch from the [rosettarepo][rosettarepo].  Then, (so long as you have `pip`).cd rosettamakemake testIf you update the source, you can domake reinstallmake testThe above `make` targets use `pip`, so you can of course do `pip uninstall` at any time.Getting the source (above) is the preferred method since the code changes often, but if you don't use Git you can download a tagged release (tarball) [here](https://github.com/columbia-applied-data-science/rosetta/releases).  Thenpip install rosetta-X.X.X.tar.gzDevelopment-----------### CodeYou can get the latest sources withgit clone git://github.com/columbia-applied-data-science/rosetta### ContributingFeel free to contribute a bug report or a request by opening an [issue](https://github.com/columbia-applied-data-science/rosetta/issues)The preferred method to contribute is to fork and send a pull request.  Before doing this, read [CONTRIBUTING.md](CONTRIBUTING.md)Dependencies------------* Major dependencies on *Pandas* and *numpy*.* Minor dependencies on *Gensim* and *statsmodels*.* Some examples need *scikit-learn*.* Minor dependencies on *docx** Minor dependencies on the unix utilities *pdftotext* and *catdoc*Testing-------From the base repo directory, `rosetta/`, you can run all tests withmake testDocumentation-------------Documentation for releases is hosted at [pypi](http://pythonhosted.org/rosetta).  This does NOT auto-update.History-------*Rosetta* refers to the [Rosetta Stone](http://en.wikipedia.org/wiki/Rosetta_Stone), the ancient Egyptian tablet discovered just over 200 years ago. The tablet contained fragmented text in three different languages and the uncovering of its meaning is considered an essential key to our understanding of Ancient Egyptian civilization. We would like this project to provide individuals the necessary tools to process and unearth insight in the ever-growing volumes of textual data of today.[rosettarepo]: https://github.com/columbia-applied-data-science/rosetta