Saravanan666/pypi-org huggingface dataset:
Package: animate-arrays
animate_arraysThis module wraps some setup scripts and functions to make Matplotlib’s
animations a little simpler to interface with. The starting point here
becomes creating data withInstallpipinstallanimate_arraysHow to use 2D arraysImport librariesTheanimate_arraysfunctions work in Jupyter notebooks. You’ll need to
import some of the libraries to build some arrays, plots, and animations
as such,importnumpyasnpimportmatplotlib.pyplotaspltfrommatplotlibimportanimationfromIPython.displayimportHTMLI prefer to use thefivethirtyeightstyle sheet, but you can use any style.plt.style.use('fivethirtyeight')Then, import theanimate_linesfunction from theanimate_arrays.animatemodule.fromanimate_arrays.animateimportanimate_linesBuild arrays and watch them moveWith the libraries imported, I build 2 arrays,XandYwhere each
column is $\times 3~(x,~y)$ coordinates that define two rotating arms.Arm 1 rotates once around the originArm 2 is connected to arm 1 and rotates twicea=np.linspace(0,2*np.pi,100)x1=np.cos(a)y1=np.sin(a)x2=np.cos(2*a)y2=np.sin(2*a)X=np.array([np.zeros(len(a)),x1,x1+x2])Y=np.array([np.zeros(len(a)),y1,y1+y2])a=animate_lines(X,Y)HTML(a.to_html5_video())Your browser does not support the video tag.The animation does not have equal axes, so the arms appear to be
changing lengths as the rotations occur.Thesetup_fig_functionoption allows you to define a custom plot
setup. Here, I name itfig_setupdeffig_setup():fig,ax=plt.subplots()ax.plot(X[2,:],Y[2,:],'--')ax.axis('equal')returnfig,axThesetup_fig_functionshould not take any arguments. I used it to set
up 2 new display additions, 1. plot the path of arm 2’s end so we can
see where its been and where its going on the dashed line 2. equal axes
withax.axis('equal')Below, I try running the function and looking at the resulting static
figure for the animationfig,ax=fig_setup()a=animate_lines(X,Y,setup_fig_function=fig_setup)HTML(a.to_html5_video())Your browser does not support the video tag.How to use 3D arraysIn the first example, we used a 2D array where each column defined the
line for a point in time. Theanimate_linesfunction can also plot multiple lines in each frame. Here, we’ll add
another set of rotating arms.a=np.linspace(0,2*np.pi,100)x1=np.cos(a)y1=np.sin(a)x2=np.cos(2*a)y2=np.sin(2*a)x3=np.cos(2*a)y3=np.sin(2*a)x4=np.cos(3*a)y4=np.sin(3*a)X=np.zeros((3,2,len(a)))Y=np.zeros((3,2,len(a)))X[:,0,:]=np.array([np.zeros(len(a)),x1,x1+x2])X[:,1,:]=np.array([np.zeros(len(a)),x3,x3+x4])Y[:,0,:]=np.array([np.zeros(len(a)),y1,y1+y2])Y[:,1,:]=np.array([np.zeros(len(a)),y3,y3+y4])deffig_setup():fig,ax=plt.subplots()ax.plot(X[2,0,:],Y[2,0,:],'--')ax.plot(X[2,1,:],Y[2,1,:],'--')ax.axis('equal')returnfig,axfig_setup()(<Figure size 640x480 with 1 Axes>, <AxesSubplot: >)a2=animate_lines(X,Y,setup_fig_function=fig_setup)HTML(a2.to_html5_video())Your browser does not support the video tag.
Package: animated-parse-tree
Animated Parse TreeAuthorEthan TanDate11/12/2021LanguagePython (py)DescriptionThis package is meant to provide a high-level API for programmers to visualise parse trees. The eventual goal is to animate the tokenization (extracting symbols from a string), lexing (formatting the tokens), parsing (building the parse tree) and evaluation (reducing the parse tree).SetupIt is extremely easy to integrate this package in your existing projects.In the command line, run:pip install animated_parse_treeSample UsageFrom Command LineThen in your terminal/shell, enter:python -m animated_parse_treeThe output should look similar to the following:Greetings..."This is a utility program which aimsto show the beauty of parse treesin a fun and engaging way"Don't be intimidated :)It was designed to be easy to use, yet extensible.Enjoy!?>Enter 'help' to display the help menu or 'mode' to change your current modeFrom Source FilesThen in your Python source file / Jupyter Notebook, insert:fromanimated_parse_treeimportParseTree# Instantiate Parse Tree Objectt=ParseTree()# Read a Mathematical String Expression (separated by singular whitespace characters)t.read('1 + 2 * 3')# Retrieve the Resultprint('<<< Equation >>>')print(t.expression,'=',t.evaluate(),end='\n\n')# Display the Parse Treeprint('<<< Parse Tree >>>')print(str(t))The output in the terminal will look something like this:<<< Equation >>>1 + 2 * 3 = 7<<< Parse Tree >>>+/  \1  */ \2 3Declaring Custom Operands/OperatorsABundleis simply a list of Operands and/or Operators.To extend functionality, one simply has to register their own custom operands/operators like so:# Instantiate Parse Tree Objectt=ParseTree()# Declare Custom Operand/Operator(s)op=Operator(symbol='sum',func=lambda*args:sum(args),priority=Priority.PRE,kind='pre',operands=4)# Register the Custom Operand/Operator(s)t.register(bundle=[op])# Use it in Expressionst.read('sum(0.1, 2.5, 30, 49)')# Animate all the Processest.animate(seconds_per_frame=1.0)# Display the Parse Treeprint(str(t))# Evaluate the Expressionprint(t.evaluate())Current SupportOperandsIntegers (-1, 0, 2345)Floats (0.0, 2.5, -0.77)Constants (pi, e)OperatorsUnaryPre-fix (lg, -)Post-fix (deg, !)BinaryPre-fix (log)In-fix (+, -, *, /, ^)MultiPre-fix (if)ParenthesesUnlimited nestingOther Features SupportedImplicit Operator (default is higher-priority multiplication)Operator Overloading (maximum of 2: 1 pre-fix and 1 non-pre-fix)Custom Word Operands/Operators (operands/operators whose symbols are lowercase alphabetical characters)Custom Symbol Operands/Operators (operands/operators whose symbols are special characters)See AlsoGitHub Source CodeFull DocumentationPython Package (PyPI)
Package: animateimages
Helper functions to make animations of images with corresponding traces and labels using matplotlibExample uses:If you have a 3d movie (time, x, y):fromAnimate.MovieimportMovieimportnumpyasnpm=Movie(dt=1.0/14,height_ratio=1.5)img=np.random.randint(10,size=(40,5,5))m.add_image(img,style='dark_img')m.add_axis(x_label='time (s)',y_label='value')m.add_trace(img.mean(axis=(1,2)))m.save('path/to/file/with_name',fps=1)If you have a 2d movie (x, y) where you want to have a sliding window movie:importnumpyasnpfromAnimate.MovieimportMovie# prepare datax_len=300x_res=20.0y_amplitude=20noise_amplitude=5x=np.arange(x_len)/x_resy=np.sin(x)*y_amplitudepix_number=10img=np.random.randint(0,noise_amplitude,size=pix_number*x_len).reshape(pix_number,x_len)+y# make a movierate=5.0m=Movie(dt=1.0/rate)m.add_image(img,animation_type='window',window_size=19,window_step=5)m.add_axis('Time (s)','Mean value')m.add_trace(img.mean(axis=0))m.save('testing',fps=rate)Testingpytest--pep8--cov=Animate--cov-reporthtmlDeployingbumpversionpatchpythonsetup.pysdisttwineupload\dist\...
Package: animateplot
AnimatePlotMaking video from plot'sExamplessigmoid functionimportmatplotlib.pyplotaspltfromanimateplotimportAnimatePlotasApimportnumpyasnpplt.style.use('seaborn')defsig(x):return1/(1+np.exp(-x))defcall_plt(plt,y,x):plt.plot(x,y)plt.title('sigmoid function')plt.xlabel('x')plt.ylabel('y')plt.xlim(-10,10)plt.ylim(0,1)returnpltanime=Ap(erf,x,callback_plot=callback_plot)anime.render_cache()anime.render_mp4('sigmoid.mp4',fps=10)results:
Package: animate-puml
PlantUML AnimationSimple animation for PlantUML diagrams.Documentation:https://namuan.github.io/animate-pumlSource Code:https://github.com/namuan/animate-pumlPyPI:https://pypi.org/project/animate-puml/Pre-requisitesPlantUMLbrewinstallplantumlInstallationpipinstallanimate-pumlUsageGiven an example PlantUML document inassets/security.puml:animate-puml-iassets/security.puml-oassets/security-puml.gifBy default, the script will delete any temporary files generated during the animation process.
To keep the files, use the--debugflag.animate-puml-iassets/security.puml-oassets/security-puml.gif--debugEach frame of the animation will wait for 1 second by default.
To change the wait time, use the--frame-durationflag to specify the time in milliseconds.animate-puml-iassets/security.puml-oassets/security-puml.gif--frame-duration4000Use the-hflag to see all available options.animate-puml-hAcknowledgementsPlantUMLDevelopmentClone this repositoryRequirements:Python 3.7+PoetryCreate a virtual environment and install the dependenciespoetryinstallActivate the virtual environmentpoetryshellValidating buildmakebuildRelease processA release is automatically published when a new version is bumped usingmake bump.
See.github/workflows/build.ymlfor more details.
Once the release is published,.github/workflows/publish.ymlwill automatically publish it to PyPI.DisclaimerThis project is not affiliated with PlantUML.
Package: animatetools
animatetoolsTools for creating text animations.examples:animatetools:importanimatetoolsanimatetools.animateframes(["frame1","frame2","frame3"],2,1,file=open("test.py","w"))# plays each frame in frames argument at 2 fps, repeating once.prints the following to the file "test.py":{"remove all the text from the terminal and move the cursor up to the top line"}frame1{"wait 0.5 seconds"}{"remove all the text from the terminal and move the cursor up to the top line"}frame2{"wait 0.5 seconds"}{"remove all the text from the terminal and move the cursor up to the top line"}frame3{"wait 0.5 seconds"}{"remove all the text from the terminal and move the cursor up to the top line"}frame1{"wait 0.5 seconds"}{"remove all the text from the terminal and move the cursor up to the top line"}frame2{"wait 0.5 seconds"}{"remove all the text from the terminal and move the cursor up to the top line"}frame3{"wait 0.5 seconds"}{"wait 0.5 seconds"}and{"remove all the text from the terminal and move the cursor up to the top line"}don't actually get printed, they just represent what the program does.typeout:importanimatetoolsanimatetools.typeout("Print this out one character at a time","This too",5,sep=". ",end=". ",file=open("test.py","w"),flush=True)# prints out all the values ("Print this out one character at a time" and "This too") at 5 characters per second to the file "test.py",# seperating each value with ". " and ending in ". ". After each character it by default; flushes the stream so the text doesn't come in# chunks.prints the following to the file "test.py":P{"wait 0.2 seconds"}r{"wait 0.2 seconds"}i{"wait 0.2 seconds"}n{"wait 0.2 seconds"}t{"wait 0.2 seconds"}{"wait 0.2 seconds"}t{"wait 0.2 seconds"}h{"wait 0.2 seconds"}i{"wait 0.2 seconds"}s{"wait 0.2 seconds"}{"wait 0.2 seconds"}o{"wait 0.2 seconds"}u{"wait 0.2 seconds"}t{"wait 0.2 seconds"}{"wait 0.2 seconds"}o{"wait 0.2 seconds"}n{"wait 0.2 seconds"}e{"wait 0.2 seconds"}{"wait 0.2 seconds"}c{"wait 0.2 seconds"}h{"wait 0.2 seconds"}a{"wait 0.2 seconds"}r{"wait 0.2 seconds"}a{"wait 0.2 seconds"}c{"wait 0.2 seconds"}t{"wait 0.2 seconds"}e{"wait 0.2 seconds"}r{"wait 0.2 seconds"}{"wait 0.2 seconds"}a{"wait 0.2 seconds"}t{"wait 0.2 seconds"}{"wait 0.2 seconds"}a{"wait 0.2 seconds"}{"wait 0.2 seconds"}t{"wait 0.2 seconds"}i{"wait 0.2 seconds"}m{"wait 0.2 seconds"}e{"wait 0.2 seconds"}.{"wait 0.2 seconds"}{"wait 0.2 seconds"}T{"wait 0.2 seconds"}h{"wait 0.2 seconds"}i{"wait 0.2 seconds"}s{"wait 0.2 seconds"}{"wait 0.2 seconds"}{"wait 0.2 seconds"}t{"wait 0.2 seconds"}o{"wait 0.2 seconds"}o{"wait 0.2 seconds"}.{"wait 0.2 seconds"}{"wait 0.2 seconds"}doesn't actually get printed, it just represents what the program does.clearconsoleimportanimatetools,timeprint("hi")time.sleep(1)clearconsole()# print "hi", wait one second and then clear the console.results in:hi{"wait 1 second"}{"remove all the text from the terminal and move the cursor up to the top line"}{"wait 1 seconds"}and{"remove all the text from the terminal and move the cursor up to the top line"}don't actually get printed, they just represent what the program does.
Package: animation
Tools for terminal-based wait animationsInstallationgitclonehttp://github.com/bprinty/animation.gitcdanimationpythonsetup.pyinstallDocumentationDocumentation for the package can be found atRead The Docs.UsageThe animation module provides decorators for doing terminal-based wait animations. To add a wait animation to a function that requires some processing time, simply decorate the function with the wait animation you want to use.Here is an example of how to use it in a project:importanimationimporttime@animation.simple_waitdeflong_running_function():...5secondslater...returnThis will print an animated waiting message like this (the elipses at the end of the text grow and shrink while the function executes):waiting...The animation types provided by default are:bar (simple bar that slides back and forth)spinner (a spinning line)dots (dots that move around in a sqare)elipses (elipses that grow and shrink)text with elipses (elipses with text in front of them)And you can use any of these built-in animations like so:importanimationimporttime@animation.wait('bar')deflong_running_function():...5secondslater...return@animation.wait('spinner')deflong_running_function():...5secondslater...returnIn addition to these default types, the module also supports custom animations. For example, to create an animation with a counter-clockwise spinning wheel:wheel=('-','/','|','\\')@animation.wait(wheel)deflong_running_function():...5secondslater...returnIf you want to manually start and stop the wait animation, you can use the`animation.Wait`class:wait=animation.Wait()wait.start()long_running_function()wait.stop()Finally, you can change the color of animations with the`color=`argument:importanimation@animation.wait('bar',color='blue')deflong_running_function():...5secondslater...returnQuestions/FeedbackFile an issue in theGitHub issue tracker.
Package: animator
AnimatorAnimator is a terminal based animation library for python.InstallationUsing the package manager pip to install Animator.pipinstallanimatorOr you can install using thezip file. Go to the directory where you extracted the zip and runpythonsetup.pyinstallUsageimportAnimatorasanimanim.expand()# makes a expanding animationanim.contract()# makes a contracting animationexpand(width, height, color="\033[0m", print_char="#", time_p_f=0.1)width is the width of the console which you can give as os.get_terminal_size().columnsheight is the height of the console which you can give as os.get_terminal_size().linescolor is the ansi code for color of the animation. It deafaults to "\033[0m".print_char is the character which will be used to make the animation. It deafauts to "#".time_p_f is the time in seconds between every frame. It deafaults to 0.1.contract(width, height, color="\033[0m", print_char="#", time_p_f=0.1)width is the width of the console which you can give as os.get_terminal_size().columnsheight is the height of the console which you can give as os.get_terminal_size().linescolor is the ansi code for color of the animation. It deafaults to "\033[0m".print_char is the character which will be used to make the animation. It deafauts to "#".time_p_f is the time in seconds between every frame. It deafaults to 0.1.PlatformAnimator is OS Independent.SampleSamples can be foundhere.ContributingAnimator is open to contribution. You can contributehere.Maintainers(Tanish Yadav)[https://github.com/tanishyadav/]IssuesIf you find a bug or issue, you can raise an issuehere.LicenseGNU GPLv3
Package: animatplot
animatplotA python package for making interactive as well as animated plots with matplotlib.RequiresPython >= 3.5Matplotlib >= 2.2 (becausesliders have discrete values)Installationpipinstallanimatplotor using condacondainstallanimatplot-cconda-forgeDocumentationDocumentation can be foundhereDev Installgitclonehttps://github.com/t-makaro/animatplot.git
pipinstall-e.This project usespycodestylefor linting. For testing,pytestis used.
Package: animatplot-ng
animatplot-ngA python package for making interactive as well as animated plots with matplotlib. Based onanimatplot by r-makaro.RequiresPython >= 3.5Matplotlib >= 2.2 (becausesliders have discrete values)Installationpipinstallanimatplot-ngDocumentationDocumentation can be foundhereDev Installgitclonehttps://github.com/boutproject/animatplot-ng.git
pipinstall-e.This project usespycodestylefor linting. For testing,pytestis used.
Package: animats
Animats=======Reference code for:A General Model for Learning and Decision-Making in Artificial Animals byClaes Strannegård, Nils Svangård, Jonas Colmsjö, David Lindström, Joscha Bach and Bas SteunebrinkSubmitted to IJCAI-17 AGA workshop, Melbourne, AustraliaThis `dev` branch is work in progress and will contain a completely refactoredversion of the original code.Setup=====At least Python 3.5 is needed since `async` is used in `wsserver.py`. I'm using Python 3.6 here.* First init `virtualenv` for Python3: `virtualenv -p python3.6 venv3` (`virutalenv` needs to be installed)* Activate `virtualenv`: `source venv3/bin/activate`* Install the necessary Python packages: `pip install -r requirements.txt`. Add `--no-compile` when running on ubuntu.Run the program==============Examples using the ecosystem classes are available in therepo [examples](https://github.com/animatai/examples)A little setup is needed first:* Activate `virtualenv`: `source venv3/bin/activate`* Create `config.py`. Start with copying `config.py.template` and try some ofthe examples from the repo mentioned above.Start a web server and a browser:* Run the server: `python wsserver.py`* Run `index.html` in a browser and follow the instructions.Development===========Use [Google Style Guide](https://google.github.io/styleguide/pyguide.html)and make sure that the unit tests are maintained.Build (lint and run unit tests) with: `./build.sh`Building will also Create a source distribution in the `dist` folder.Upload the build to the public package repo for installation with `pip`:`twine upload dist/animats-X.Y.Z.tar.gz`Credits=======Using some classes from the [AIMA book](https://github.com/aimacode/aima-python)
Package: animaty
animatyDescriptionanimaty is a library for animating ASCII art inside the console. It is made
for both Windows and Linux.InstallationTo install animaty just run the following command:pipinstallanimatyAfter that, you can import animaty withfromanimatyimport*Documentationanimaty.helpersgetFramesFromFile(file)->FramegetFramesFromFile lets you extract frames from a file
(The frames in the file must be seperated by a double-newline)animaty.animate.FrameThe Frame class is used to represent each frame in an animation. It implements getters and setters, I think those need no further explanation.Frame(content,time=1)The content variable describes what the Frame displays, while the time variable sets how long the frame has to be displayed (in seconds).animaty.animate.AnimatorThe Animator class is responsible for animating the previously created framesAnimator(frames,fps=None)The frames variable is an array of Frame() instances which will be displayed. The fps variable represents the frames per seconds. If set, the Animator() instance will ignore any time set inside of the given Frame() instances.animate()->Noneanimate starts an animation based on previously entered framesanimationLoop()->NoneanimationLoop starts an infinite animation based on previously entered framesExamplesfromanimatyimport*frames=getFramesFromFile("test.txt")animator=Animator(frames)animator.animate()First the animaty module gets imported. After that,a frames array is created thegetFramesFromFilemethod, which is then passed into an Animator instance. Finally, theanimatemethod is called, which starts an animation.fromanimatyimport*frames=[Frame("just",0.2),Frame("some",0.3),Frame("text",0.4)]animator=Animator(frames)animator.animate()This example is really similair to the previous one, the only difference is that we create a Frame array manually, which gives us some more control over the time the frames are displayed.To achieve a similair amount of control in example one as in example two, you can use a syntax like this:frames[0].setFrametime(0.2)How to contributeIf you want to contribute to this Project, just request an issue onmy Github.
Package: anime1
anime1.pyCLI access to anime1.me (beta)UsageInstall all dependenciesLaunch the scriptEnter URL:https://anime1.me/19159plays a single episodehttps://anime1.me/category/2022%e5%b9%b4%e7%a7%8b%e5%ad%a3/%e5%ad%a4%e7%8d%a8%e6%90%96%e6%bb%beallows you to select episode from series then play itControls are handled by MPV:https://github.com/mpv-player/mpvLegal IssuesAs with similar software like ani-cli and you-get, anime1.py only gathers information from the respective site.The legal disclaimer therefore applies here as well. Seehttps://github.com/soimort/you-getThis software is distributed under the MIT license.
In particular, please be aware thatTHE 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.Translated to human words:In case your use of the software forms the basis of copyright infringement, or you use the software for any other illegal purposes, the authors cannot take any responsibility for you.We only ship the code here, and how you are going to use it is left to your own discretion.Future plansBetter GUIIntegrate into you-get? (far far future)
Package: anime4k-python
Anime4K PythonPython wrapper of Anime4K GLSL shaders achieved with FFmpeg and libplacebo.Usagesfrom anime4k_python import Anime4K

anime4k = Anime4K(backend="mpv", mode="A")
anime4k.process_video(
    "input.mp4",
    "output.mp4",
    1280,
    720,
    scale=2,
)
Package: anime-autodownloader
anime-autodownloaderA package for automatically download animes. For now supported websites areAnimeUnity:https://animeunity.tvInstallationTo install from PyPI simple typepip install anime-autodownloaderFrom source codeYou need first to install poetryhttps://python-poetry.org/docs/#installationThen clone this repository, go inside it and type the commandpoetry installUsageimportloggingfrompathlibimportPathfromanime_autodownloaderimportconfigure_logger,getNavigator,getSupportedSites,Downloaderloglevel=logging.INFOlogger=logging.getLogger()configure_logger(logger,loglevel,logfile="anime_download.log")nav=getNavigator("AnimeUnity","https://www.animeunity.tv/anime/2791-jujutsu-kaisen")logger.info("start")output_dir=Path.home()/"Downloads"nav.visitBaseUrl()urls=nav.collectAllDownloadUrls()dw=Downloader(num_workers=5,output_dir=output_dir)dw.download_files(urls,timeout=5400,blocking=True)
Package: animec
AnimecA module to get data about anime characters, news, info, lyrics and more.
The module scrapesmyanimelistto parse requested data.If you wish to see a feature, please raise anissue. We will surely work on it.
You can also join ourDiscordto get regular updates about the module.See the Docs for a complete documentation:https://animec.readthedocs.io/en/latest/.Installation and UsageTo install the module:pipinstallanimecTo import the module:importanimec# ORfromanimecimport*ExamplesExtracting an anime character's dataresult=Charsearch("okabe rintarou")print(result.title,result.url,result.image_url,sep="\n")'''Output: (As retrieved from myanimelist), check the documentation for a list of all supported attributesRintarou Okabe (岡部 倫太郎)https://myanimelist.net/character/35252/Rintarou_Okabehttps://cdn.myanimelist.net/images/characters/6/122643.jpg'''Requesting anime newsnews=Aninews()#default value is 3, check the documentation for a list of all supported attributesprint(news.titles)#returns news titlesprint(news.descripion)#returns news descriptionGetting anime info and recommendationsanime=Anime("dr stone")print(anime.url)print(anime.name)print(anime.description)#check the documentation for a list of all supported attributesprint(anime.recommend())#returns a list of anime recommendationsAnime Lyricslyrics=Anilyrics("Ashiato")print(lyrics.romaji())LinksDocumentationGitHubMyAnimeListAnimesonglyricsKaomojiDiscord