Saravanan666/pypi-org huggingface dataset:
Package: calango
Calango ProjectIt looks like magicGet startedInstall with pippip install calangoorpython -m pip install calangoMouse Interfacefromcalango.devicesimportMousemouse=Mouse()mouse.up()# move mouse pointer [up, down, left, right, top_left, top_right ...mouse.position=(10,10)# move mouse pointer to (x, y)print(mouse.position)# return current postionImage APIImage readingfromcalangoimportImageimage=Image(image_or_path='image.png')image[:50,:50].plot()# plot image cropped (0:50, 0:50)image.right.top.plot()# get image cropped at right top cornerimage.draw_text('Hello World!',pos='left_bottom')# draw text on imageimage.height# return image heightimage.width# return image widthimage.center_position# return image center positionimage.crop_by_center((20,20))# crop image by centerimage.prune()# resize image to square size by min(width, height)# ... and moreVideo APIVideo WriterfromcalangoimportVideoWriterimportnumpyasnpframes=[np.zeros((100,100,3),dtype=np.uint8)for_inrange(10)]withVideoWriter('test.mp4',fps=10)aswriter:forframeinframes:writer.add_frame(frame)# OR INLINEVideoWriter.write_frames('test.mp4',frames)# on end is closed automaticallyVideo from CamerafromcalangoimportVideocam=Video(0)# 0 is the default cameracam.show()# is running in a new threadcam.total_frames# return the total number of framescam.fps# return the frames per secondcam.is_opened# return True if the camera is opened# ... and moreVideo from FilefromcalangoimportVideocam=Video('./video.mp4')cam.show()Video from frames directoryfromcalangoimportVideocam=Video('./video/',fps=24)cam.show()Video from sequence of imagesfromcalangoimportVideoimages=['./video/img1.jpg','./video/img2.jpg','./video/img3.jpg']# or list of imagescam=Video(images,fps=10)cam.show()
Package: calapy
CalaPyCalaPy is an undocumented python library that Dr Carmelo Calafiore developed for personal use. It is a collection of
many python functions that Dr Carmelo tends to use in different projects.In previous versions from 0.0.0 to 0.0.60, the name of this package was ccalafiore.You can install CalaPy by pip as:pip install calapyContactsDr Carmelo CalafioreNewcastle UniversityNewcastle, UKcarmelo.calafiore@newcastle.ac.ukLinkedInGitHub
Package: calar
The text colorizer everyone needs!importcalarExample Usagecalar.init()# Optionalblue_color=calar.get('blue')# blue_color = calar.Fore.BLUE# blue_color = calar.get('blue', 'fore')print(blue_color+'Hello World!')calar.deinit()# OptionalMore Example Usageblended=calar.blend(calar.Fore.BLUE,calar.Style.BOLD)print(blended+'Hello World!')Create Gradientsblue_gradient=calar.gradient('blue')print(blue_gradient+'Hello World!')back_blue_gradient=calar.gradient('blue','back')print(back_blue_gradient+'Hello World!')Apply Gradients to Textgradient=calar.gradient('blue')gradient_text=calar.gradientify('Hello World!',gradient)print(gradient_text)Colorize Codecode='''import numpy as npdef factorial(n):if n == 0:return 1else:return n * factorial(n - 1)print(factorial(5))'''colored_code=calar.code(code,'python','friendly')print(colored_code)
Package: ca-lark-helper
企联AI DevConnectAI定位为一个帮助公司更快地建立AI内部工具的平台产品背景由于各个公司的内部管理流程不同，会有很多无法标准化的长尾AI需求企业内部技术团队需要将1/3的时间用来开发维护这些内部AI工具如果能将低代码用于AI内部工具的开发，无疑将极大地提升企业技术团队的效率既然AI需求是无法标准化的，那么就标准化这些长尾AI需求的开发工具以低代码的方式提高内部AI工具开发效率
Package: ca-lark-oauth
企联AI DevConnectAI定位为一个帮助公司更快地建立AI内部工具的平台产品背景由于各个公司的内部管理流程不同，会有很多无法标准化的长尾AI需求企业内部技术团队需要将1/3的时间用来开发维护这些内部AI工具如果能将低代码用于AI内部工具的开发，无疑将极大地提升企业技术团队的效率既然AI需求是无法标准化的，那么就标准化这些长尾AI需求的开发工具以低代码的方式提高内部AI工具开发效率ca-lark-oauth生成飞书(Lark) oauth回调接口python sdkfrom connectai.lark.oauth import Server

app = Server()

@app.on_bot_event(app_id='cli_xxx', app_secret='xxx', event_type="oauth:user_info")
def on_oauth_user_info(bot, event_id, user_info, *args, **kwargs):
    print('oauth', user_info)

app.start(host='0.0.0.0', port=8888)
Package: ca-lark-sdk
企联AI DevConnectAI定位为一个帮助公司更快地建立AI内部工具的平台产品背景由于各个公司的内部管理流程不同，会有很多无法标准化的长尾AI需求企业内部技术团队需要将1/3的时间用来开发维护这些内部AI工具如果能将低代码用于AI内部工具的开发，无疑将极大地提升企业技术团队的效率既然AI需求是无法标准化的，那么就标准化这些长尾AI需求的开发工具以低代码的方式提高内部AI工具开发效率
Package: ca-lark-webhook
企联AI DevConnectAI定位为一个帮助公司更快地建立AI内部工具的平台产品背景由于各个公司的内部管理流程不同，会有很多无法标准化的长尾AI需求企业内部技术团队需要将1/3的时间用来开发维护这些内部AI工具如果能将低代码用于AI内部工具的开发，无疑将极大地提升企业技术团队的效率既然AI需求是无法标准化的，那么就标准化这些长尾AI需求的开发工具以低代码的方式提高内部AI工具开发效率ca-lark-webhook生成飞书(Lark) webhook回调接口注册处理对应事件的回调方法python sdkfrom connectai.lark.webhook import LarkServer

app = LarkServer()

@app.on_bot_message(app_id='cli_xxx', app_secret='xxx', encrypt_key='xxx', message_type='text')
def on_message_callback1(bot, message_id, content, **kwargs):
    text = content['text']
    bot.reply_text(message_id, 'reply: ' + text)

app.start(host='0.0.0.0', port=8888)
Package: calc2
About(このライブラリについて)This Python library can perform various calculations for scientific field.このPythonライブラリは電気関係の各種計算を行うことができます。DocumentSource codePypiGetting started(導入方法)Install withpip.pipでインストールできます。pip install calc2Ex.1 Parameter calculation for external short circuit test.(外部短絡試験のパラメータ計算)Calculate the configuration of the external short-circuit test equipment that satisfies the required test conditions (target voltage, target current).試験条件（目標電圧、目標電流）を満たす外部短絡試験装置の構成を計算します。Sample codeSample code（webアプリ版）Ex.2 Parameter calculation of three-phase AC circuit(三相交流回路のパラメータ計算)The parameters of the three-phase AC circuit can be calculated from the given conditions. For example, when "line voltage", "power consumption" and "power factor" are determined, "line current", "impedance" and "phase voltage" can be calculated.与えられた条件から三相交流回路の各パラメータを計算できます。例えば、「線間電圧」「消費電力」「力率」が決まっているとき、「線電流」「インピーダンス」「相電圧」を計算できます。Sample codeEx.3 Detailed analysis of pulse wave(パルス波の詳細解析)Analyzes various parameters of pulse signals.パルス信号のさまざまなパラメータを分析します。Sample codeEx.4 Battery capacity measurement(電池の容量測定)Analyze the data obtained in the storage battery capacity measurement (discharge, charge, discharge).蓄電池の容量測定（捨て放電、充電、放電）で得られたデータを解析します。Sample code
Package: calc20
# calc20#### 介绍
生成60道20以内减法的运算习题#### 软件架构
Python 3.7.7#### 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](https://blog.gitee.com)你可以 [https://gitee.com/explore](https://gitee.com/explore) 这个地址来了解 Gitee 上的优秀开源项目[GVP](https://gitee.com/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/help](https://gitee.com/help)Gitee 封面人物是一档用来展示 Gitee 会员风采的栏目 [https://gitee.com/gitee-stars/](https://gitee.com/gitee-stars/)
Package: calc2tex
calc2texCompute results of formulas and display them in LaTeX.QuickstartFor a complete documentation see thedocs.RequirementsPython: 3.6+LaTeX-packages:siunitx, booktabs, amsmathInstallpip install calc2texExampleCreate ainput.txt-file containing:x; x_i; 12; m
y; y_{res}; x**2*3; m**2Create astart.tex-file which includes:in = Calc2tex("input.txt", "EN")
in.table()
Some text.$$in.long("y")$$After running the following python-script:importcalc2texcalc2tex.process_tex("start.tex","output.tex")a new fileoutput.texis created which contains:\begin{table}[htbp]\centering\caption{input values}\label{tab:input_val}\begin{tabular}{lcc}\toprulevariable&value&unit\\\midrule$x_i$&12&$\si{\meter}$\\\bottomrule\end{tabular}\end{table}Some text.$$y_{res}=x_i^{2}\cdot3=\left(\SI{12}{\meter}\right)^{2}\cdot3=\SI{432}{\meter\tothe{2}}$$Issuescalc2tex is currently in development, so changes will happen in the future.a/b/cwill not be evaluated correctly, use:a/(b*c)Licensecalc2tex is released under the MIT license.
Package: calc4ap
calc4apPascal VOC (http://host.robots.ox.ac.uk/pascal/VOC/)Install via PyPI$pipinstallcalc4apHow to Usefromcalc4ap.vocimportCalcVOCmAP# (some codes ...)voc_ap=CalcVOCmAP(labels=labels,preds=preds,iou_thr=0.5,conf_thr=0.0)ap_summary=voc_ap.get_summary()car_AP=ap_summary['car']mAP=ap_summary['mAP']CalcVOCmAPArgspreds: (list): list of[left, top, right, bottom, confidence, class_name, image_id]labels: (list): list of[left, top, right, bottom, class_name, image_id]iou_thr: (float): IoU Threshold (Default: 0.5)conf_thr: (float): Confidence Threshold (Default: 0.0)
Package: calcalc-js
CalCalcWelcome to the coolest calculator you have ever used in python! Ask it any question your heart desires. Start small with simple math, but feel free to branch out and ask it more difficult questions. You might be wondering what the mass of the moon is, or what the average life expectancy of people in Germany is, or maybe you might be wondering... what is the meaning of life? These can all be answered by CalCalc!Basic Usage:importcalcalc.CalCalcascalcal.calculate("7 * 4")28cal.calculate("abs(-10)")10cal.calculate("what is the mass of the moon in kg")"7.3459×10^22 kg (kilograms)"
Package: calcalc-toy
calcalc: a toy calculatorThis is a calculator for evaluating string expressions (e.g. '2*sin(3/5)', 'mass of the sun in kg'). The statement can be computed either locally or through querying WolframAlpha.To install using pip:pip install calcalc-toy. To install via GitHub:https://github.com/yanglyu902/UCB-AY250-HW/tree/main/hw_3/my_package.There are two ways to interact with the package:Usage 1: from command lineExamples (inside theCalCalcfolder):This command evaluate a simple expression locally with the-sargument:$pythonCalCalc.py-s'2*sin(3)'0.2822400161197344This command calculates the mass of the moon through Wolfram with the-wargument. The result is displayed as a plain text:$pythonCalCalc.py-w'mass of the moon in kg'7.3459×10^22kg(kilograms)If we want to display a float instead, use the--floatflag:$pythonCalCalc.py-w'mass of the moon in kg'--float7.3459e+22Usage 2: inside python script/ipythonAfterpip install, import the calculator like this:fromcalcalc.CalCalcimportcalculateWe can evaluate a simple expression locally:In[1]:calculate('2*sin(3/5)+log(7)')Out[2]:3.075195095845384We can evalute a Wolfram query usinglocal=False:In[1]:calculate('mass of the moon in kg',local=False)Out[2]:7.3459e+22The default Wolfram output using python script/ipython is converted float to facilitate further computations (opposite to the command line behavior described above). To display a string instead, usereturn_float=False:In[1]:calculate('mass of the moon in kg',local=False,return_float=False)Out[2]:'7.3459×10^22 kg (kilograms)'
Package: calcam
Calcam Python PackageCalcam is a Python package providing tools for "spatial calibration" of cameras used in science & engineering, i.e. determining the mapping between pixel coordinates in an image and real-world 3D sight lines & coordinates. The calibration method is based on the user matching features between an image to be calibrated and a 3D mesh of the scene being viewed, then using OpenCV’s camera calibration routines to fit a model relating the image and real world coordinates.It was written for use with camera-based plasma diagnostics on fusion experiments, but may be useful for other applications too. As well as calibrating existing cameras, it can also be used as part of a virtual diagnostic setup, e.g. to evaluate different possible viewing geometries during diagnostic design and/or  setting up synthetic imaging diagnostics for modeling codes.Calcam provides a set of GUI tools for calibrating images and doing some basic analysis using the results, and a Python API for making full use of the calibration information as part of a data analysis process.DocumentationThe full documentation for the latest release version is online at:https://euratom-software.github.io/calcam/or can be found in thedocs/directory in the source repo.LicenseCalcam is released under the European Union Public Licence (EUPL) v1.1, full details in the included LICENCE.txtCitingIf using this software for published academic work, please cite it! It has a DOI issued by Zenodo; click the DOI badge below for full details of how to cite.
Package: calc-api-hs
Getting Started with First API CalculatorIntroductionMy First API- CalculatorInstall the PackageThe package is compatible with Python versions3 >=3.7, <= 3.9.
Install the package from PyPi using the following pip command:pipinstallcalc-api-hs==1.0You can also view the package at:https://pypi.python.org/pypi/calc-api-hsTest the SDKYou can test the generated SDK and the server with test cases.unittestis used as the testing framework andnoseis used as the test runner. You can run the tests as follows:Navigate to the root directory of the SDK and run the following commandspip install -r test-requirements.txt
nosetestsInitialize the API ClientNote:Documentation for the client can be foundhere.The following parameters are configurable for the API Client:ParameterTypeDescriptionhttp_client_instanceHttpClientThe Http Client passed from the sdk user for making requestsoverride_http_client_configurationboolThe value which determines to override properties of the passed Http Client from the sdk userhttp_call_backHttpCallBackThe callback value that is invoked before and after an HTTP call is made to an endpointtimeoutfloatThe value to use for connection timeout.Default: 60max_retriesintThe number of times to retry an endpoint call if it fails.Default: 0backoff_factorfloatA backoff factor to apply between attempts after the second try.Default: 2retry_statusesArray of intThe http statuses on which retry is to be done.Default: [408, 413, 429, 500, 502, 503, 504, 521, 522, 524]retry_methodsArray of stringThe http methods on which retry is to be done.Default: ['GET', 'PUT']The API client can be initialized as follows:fromfirstapicalculator.firstapicalculator_clientimportFirstapicalculatorClientfromfirstapicalculator.configurationimportEnvironmentclient=FirstapicalculatorClient(environment=Environment.PRODUCTION,)List of APIsSimple CalculatorClasses DocumentationUtility ClassesHttpResponseHttpRequest
Package: calcat
Calcat Calculator PackageA Python package for basic arithmetic operations. This package provides aCalculatorclass that allows users to perform addition, subtraction, multiplication, division, exponentiation, and extraction of roots. TheCalculatorclass also features memory functionality, allowing users to store and manipulate results.InstallationYou can install the calculator package usingpip:pipinstallcalcatYou can also explore the package on Google Collab:Link.Calcat package on PyPI:LinkUsageBasic UsagefromcalcatimportCalculator# Create a calculator objectcalc=Calculator()# Perform arithmetic operationsresult=calc.add(5,3)# Addition: 5 + 3print(result)# Output: 8result=calc.subtract(5,3)# Subtraction: 5 - 3print(result)# Output: 2result=calc.multiply(5,3)# Multiplication: 5 * 3print(result)# Output: 15result=calc.divide(15,3)# Division: 15 / 3print(result)# Output: 5result=calc.power(5,3)# Raising to the power: 5 ** 3print(result)# Output: 125result=calc.root(8,3)# Root extraction: 3 √ 8print(result)# Output: 2Command-Line Interface (CLI)You can also use the calculator from the command line. After installation run in your terminal:$python$fromcalcatimportCalculator$calc=Calculator()$calc.perform_operation()This will start an interactive session where you can choose operations and input numbers directly in the terminal.Available OperationsAddition:calc.add(x, y)- Addsxandy.Subtraction:calc.subtract(x, y)- Subtractsyfromx.Multiplication:calc.multiply(x, y)- Multipliesxandy.Division:calc.divide(x, y)- Dividesxbyy.Exponentiation:calc.power(x, y)- Raisesxto the power ofy.Root Extraction:calc.root(x, y)- Extracts they-th root fromx.Memory FunctionalityTheCalculatorclass has a built-in memory. The result of the last operation is stored in the memory and can be accessed usingcalc.memory. You can reset the memory to 0 usingcalc.reset_memory().# Example of memory usageresult=calc.add(2,3)# Result = 5, memory = 5print(calc.memory)# Output: 5calc.reset_memory()# Reset the memory to 0print(calc.memory)# Output: 0Developing CalcatTo install calcat, along with the tools you need to develop and run tests, run the following in your virtualenv:$pipinstall-e.[dev]LicenseThis project is licensed under the MIT License - see theLICENSEfile for details.For more information, visit theGitHub repository.Feel free to contribute and report issues!
Package: calcat-package
Calcat Calculator PackageA Python package for basic arithmetic operations. This package provides aCalculatorclass that allows users to perform addition, subtraction, multiplication, division, exponentiation, and extraction of roots. TheCalculatorclass also features memory functionality, allowing users to store and manipulate results.InstallationYou can install the calculator package usingpip:pipinstallcalcat-packageYou can also explore the package on Google Collab:Link.Calcat package on PyPI:LinkUsageBasic Usagefromcalcat_package.src.calcat_package_aginsideout.calculatorimportCalculator# Create a calculator objectcalc=Calculator()# Perform arithmetic operationsresult=calc.add(5,3)# Addition: 5 + 3print(result)# Output: 8result=calc.subtract(5,3)# Subtraction: 5 - 3print(result)# Output: 2result=calc.multiply(5,3)# Multiplication: 5 * 3print(result)# Output: 15result=calc.divide(15,3)# Division: 15 / 3print(result)# Output: 5result=calc.power(5,3)# Raising to the power: 5 ** 3print(result)# Output: 125result=calc.root(8,3)# Root extraction: 3 √ 8print(result)# Output: 2Thiswillstartaninteractivesessionwhereyoucanchooseoperationsandinputnumbersdirectlyintheterminal.## Available Operations-**Addition:**`calc.add(x,y)`-Adds`x`and`y`.-**Subtraction:**`calc.subtract(x,y)`-Subtracts`y`from`x`.-**Multiplication:**`calc.multiply(x,y)`-Multiplies`x`and`y`.-**Division:**`calc.divide(x,y)`-Divides`x`by`y`.-**Exponentiation:**`calc.power(x,y)`-Raises`x`tothepowerof`y`.-**RootExtraction:**`calc.root(x,y)`-Extractsthe`y`-throotfrom`x`.## Memory FunctionalityThe`Calculator`classhasabuilt-inmemory.Theresultofthelastoperationisstoredinthememoryandcanbeaccessedusing`calc.memory`.Youcanresetthememoryto0using`calc.reset_memory()`.```python# Example of memory usageresult=calc.add(2,3)# Result = 5, memory = 5print(calc.memory)# Output: 5calc.reset_memory()# Reset the memory to 0print(calc.memory)# Output: 0LicenseThis project is licensed under the MIT License - see theLICENSEfile for details.For more information, visit theGitHub repository.Feel free to contribute and report issues!
Package: calcazhurb
CalculatorThis package has a Calculator class that perfroms
different math operations, such as:- addition
- subtraction
- multiplication
- division
- taking (n) root of a number
- reset memory to 0Calculator class has following attributes:- number - current number in the calculator
            that we can manipulate withAlso, it includes methods:- add(other_number) - adds to our number
other number and returns the result
- subtract(other_number) - subtracts from our number
other number and returns the result
- multiply(other_number) - multiplies our number by
other number and returns the result
- divide(other_number) - divides our number by
other number and returns the result
- nth_root(other_number) - takes n-th root from
our number and returns the result
- reset() - sets number to 0 and returns
the resultInstallationpip install calcazhurbUsageCreate an object>>> from calcazhurb import Calculator
>>> calc = Calculator(15.5)Add some number>>> calc.add(5.0)
20.5Reset the number to 0>>> calc.reset()
0.0Subtract a number>>> calc.subtract(10.5)
-10.5Multiply a number>>> calc.multiply(-10.0)
105.0Take nth root of a number>>> calc.nth_root(2)
10.246950765959598LicenseMIT
Package: calcbench-api-client
Calcbench API ClientA Python client for Calcbench's API.Calcbench is an interface to the XBRL encoded 10-(K|Q) documents public companies file on the SEC's Edgar system.>>>import calcbench as cb
>>>cb.standardized(company_identifiers=["MSFT", "GOOG"], point_in_time=True):warning:API access is not included in the standard Calcbench subscription. Talk tous@calcbench.combefore you start coding.Documentationhttp://calcbench.github.io/python_api_client/html/index.htmlExampleshttps://github.com/calcbench/notebooks.Installationpip install calcbench-api-client

conda install -c calcbench calcbench-api-clientCredentialsUse your Calcbench username (email) and password. Get a free two week Calcbench trial @https://www.calcbench.com/joinSupportandrew@calcbench.comCredit@somebenhttps://github.com/calcbench/python_api_client/commit/6c2312525fa365acc91bd8e979037fc2492845f3
Package: calc-demo-pi
#Cmd Packaging libs in pythonto upgrade toolspython3 -m pip install --user --upgrade setuptools wheel
python3 -m pip install --user --upgrade twine#to upload library:cd $folder_lib_namepython3 setup.py sdist bdist_wheel	#Genera los archivos para subir awww.pypi.orgtwine upload dist/* 			#Sube los archivos para distribución, previo configurar una cuenta enwww.pypi.org#to install de library
pip install $lib_name			#se descarga en este caso se creo la demo para el proy integrador: calc_demo_pi#using lib: (eg: ipython)
In [1]: from calc_demo_pi.Chebychev import func    #se importa la bibl
In [2]: func.run()				   #corre una funcion print.Out[2]: 'Successful!'
Package: calcephpy
This library is designed to access the binary planetary ephemeris files, such INPOPxx, JPL DExxx and SPICE ephemeris files.
This library provides a C Application Programming Interface (API) and, optionally, Fortran 77/2003, Python 2/3 and Octave/Matlab interfaces to be called by the applicationThis library  is developed by the “Astronomy and Dynamical System” team
at  IMCCE, Observatoire de Paris, CNRS, PSL Research University, Sorbonne Universite,  (PARIS).InstallationNumPy should be already installed.pipinstallcalcephpySourcesThe library is available at :https://www.imcce.fr/inpop/calceph
Package: calc-ev-115
The calculator packagepip install calc_ev_115Import:#import calc_ev_115
#calc = calc_ev_115.Calculator()The calculator has these functions:#Addition (.add(to_add))
#Substraction (.substract(to_sub))
#Multiplication (.multiply(to_mul))
#Division (.divide(to_div))
#n root function (.root(to_root))The example of usage of this package:
#result = calc.add(2)
#print(result)This calculator package has memory in itself.
To erase the current value use calculator.reset() command.
Package: calcfaselunar
import unittestfrom calcFaseLunar.faselunar import FaseLunarclass FaseLunarTestCase(unittest.TestCase):def setUp(self):

    self.f = FaseLunar(19, 5, 1995)



def test_fase_lunar(self):



    self.f.calcular_fase()



def test_luz(self):

    self.f.obtener_luz()



def test_emoji(self):

    self.f.emoji_luna()ifname== 'main':unittest.main()