Saravanan666/pypi-org huggingface dataset:
Package: calculator-package-DOUG-HUNGWE
Calculator Class READMEThis README provides detailed information on how to use each method in the Calculator class, along with use cases and considerations.IntroductionThe Calculator class is designed to perform basic arithmetic operations on numbers. It includes methods for addition, subtraction, multiplication, division, and calculating the nth root of a number.InstallationYou can install the calculator package using pip. Open a terminal and run the following command:pip install calculatorClass Methodsadd(self, first_number: float = 0, second_number: float = 0) -> float
Adds two numbers and returns the sum.Example:
from calculator import Calculatorcalculator = Calculator()
result = calculator.add(3, 5)
print(result)  # Output: 8.0subtract(self, first_number: float = 0, second_number: float = 0) -> float
Subtracts the second number from the first and returns the result.Example:
from calculator import Calculatorcalculator = Calculator()
result = calculator.subtract(10, 4)
print(result)  # Output: 6.0multiply(self, first_number: float = 0, second_number: float = 0) -> float
Multiplies two numbers and returns the product.Example
from calculator import Calculatorcalculator = Calculator()
result = calculator.multiply(2, 3)
print(result)  # Output: 6.0divide(self, first_number: float = 0, second_number: float = 0) -> float
Divides the first number by the second and returns the result.
Raises:
ValueError: If attempting to divide by zero.Example
from calculator import Calculatorcalculator = Calculator()
result = calculator.divide(8, 2)
print(result)  # Output: 4.0nth_root(self, first_number: float, n: int) -> float:
calculates the nth root of a number.from calculator import Calculatorcalculator = Calculator()
result_nth_root = calculator.nth_root(64, 2)  # Square root of 64 = 8.0Running TestsTo run the tests, make sure you have unittest installed:pip install unittestThen, run the tests using:python -m unittest tests.test_calculatorNotes**Ensure that the Calculator class is instantiated before using its methods.
**Be cautious when using the divide method to avoid division by zero.
**When using the nth_root method, be aware of the restriction on calculating the even root of a negative number.
**Feel free to customize and integrate the Calculator class into your projects for basic arithmetic calculations.
Package: calculator-package-emabaran
Emilija's Calculator PackageDescriptionThe package is an implementation of a calculator that performs basic math tasks written in Python. The actions implementd:Addition / Subtraction (adds new value to an existing in the memory)calculator.add(2)Multiplication / Division.calculator.mul(2)calculator.div(2)Take nth root of a number.calculator.root(2)Reset memory to0calculator.reset()View current value in the memorycalculator.get_current_val()Installpip install calculator-package-emabaran==0.0.1https://pypi.org/project/calculator-package-emabaran/0.0.1/ImportImporting calculator object:from calculator import calculatorImporting Calculator class:from calculator.calc_mod import Calculator
Package: calculator-package-GUSAEZG
Module 1: Data Wrangling with PythonSprint 1: Python MasteryPart 5: CalculatorInstall package from test-pypiThe following project consists of a calculator written with Python. It contains a Calculator class. This class has an
internal memory, whose initial value is 0, and can perform a number of operations, which will modify the value in
memory:Add a value to the value stored in memorySubtract a value to the value stored in memoryMultiply a value by the value stored in memoryDivide the value stored in memory by another valueCalculate the nth root of the value stored in memoryReset the value stored in memory to 0Since all operations (except resetting the value in memory) require an argument, two assertions have been included in
order to make sure a valid argument is passed:For all operations, the argument passed must be a number (either an int or a float). Otherwise, an AssertionError will
be raisedFurthermore, to calculate the nth root of the value in memory, the argument passed cannot be 0. This is to prevent
division by 0 (since the nth root of a number is equal to said number raised to the 1/nth power)Here is a practical example of how the application works# Package importimportCalculator#An instance of Calculator is created.# Value in memory is 0 (calculator.memory == 0)calculator=Calculator()# 10 is added to calculator.memorycalculator.add(10)# return 10# 5 is subtracted to calculator.memorycalculator.subtract(5)# return 5# 4 is multiplied by calculator.memorycalculator.multiply(4)# return 20# calculator.memory is divided by 5calculator.divide(5)# return 4# the square root of calculator.memory is calculatedcalculator.calculate_nth_root(2)# return 2# calculator memory is set to 0calculator.reset_memory()# get memorycalculator.memory# return 0In order to make sure the application works properly, unit tests have been written for all operations and assertions.
unittest has been imported for this purpose.
Package: calculatorpackage-harimythily
** calculator**This package helps in performing arithmetic operation.Installing packagepip Install calculatorpackage_harimythilyfunction in example.pyaddition(a,b)
add two numberssubtraction(a,b)
subtract two numbersmultiplication(a,b)
multiply two numbersdivision(a,b)
divide two numbersgetinput()
get input from user
Package: calculator-pkg-GACI-GIT
GacilatorThis is a calculator package created to pass my assignment.Featuresmake basic everyday calculations like addition and subtraction!Gacilator will store your last equation results in its memory -- so you don't have to!you can clear your memory anytime you wantmagicInstallationGacilator has no dependancies to run.
Simply install it:pipinstallcalculator-pkg-GACI-GITExample UsagefromgacilatorimportgacilatorcalculatorObject=gacilator.calculator()print(calculatorObject.addition(5))#returns 5print(calculatorObject.addition(10))#returns 15Available functionsaddition (adds number to the number stored in memory, e.gcalculatorObject.addition(5))subtraction (subtracts number from the number stored in memory, e.gcalculatorObject.subtraction(5))multiplication (multiplies number by the number stored in memory, e.gcalculatorObject.multiplication(5))division (divides number by the number stored in memory, e.gcalculatorObject.division(5))n root (takes root of n e.gcalculatorObject.nroot(5))memory reset (resets memory e.gcalculatorObject.reset)
Package: calculator-Rafiatu
Calculator PackageTechnologiesPython 3.9: Base programming language for development. The latest version of python.Docker Engine and Docker Compose: Containerization of the application and services orchestrationDescriptionThis package just implements a simple Calculator that can do basic addition, subtraction, multiplication, division and nth root calculation.
Like most other calculators, this calculator can be reset and cleared of all previous calculation history with the reset method.Getting StartedUsing this package is very simple, all you need is to have Git and Docker Engine installed on your machine.
cd into your project, then open up your terminal and run this commandpip install git+https://github.com/Rafiatu/calculatorto install the package and you're good to go!TestingThis package has pytest embedded in it and can be run with the following commandpython -m pytest tests/LicenseThe MIT License - Copyright (c) 2021 - Rafihatu Bello
Package: calculator-riciokzz
Calculator PackageThe "Calculator" package is simple
calculator with functions that able
to perform these actions:AdditionSubtractionMultiplicationDivisionTake (n) root of a numberReset memoryInstallationYou can install this package using pip:pip install -i https://test.pypi.org/simple/ calculator-riciokzzUsageAfter package installation you need to import Calculator
from calculator_riciokzz.calculator.from calculator_riciokzz.calculator import CalculatorCalculator
havesixmain functions which can perform actions
with value insidememory.addsubmultidivrootreset_memoryCreate an instance for calculator and you are ready for some calculations.calc = Calculator()Functions usage examples:Additioncalc.add(3) - will add 3 to memory and print Memory: 3.000.calc.add(3)
Memory: 3.000Subtractioncalc.sub(1) - will subtract 1 from memory and print Memory: 2.000.Memory: 3.000
calc.sub(1)
Memory: 2.000Multiplicationcalc.multi(3) - will multiply memory by 3 and print Memory: 9.000.Memory: 3.000
calc.multi(3)
Memory: 9.000Divisioncalc.div(3) - will divide memory by 3 and print Memory: 3.000.Memory: 9.000
calc.add(3)
Memory: 3.000Rootcalc.root(2) - will take (2) root of memory and print Memory: 3.000.Memory: 9.000
calc.root(2)
Memory: 3.000Resetcalc.reset_memory() - will clear memory and set it to default 0.Memory: 3.000
calc.reset_memory()
Memory: 0.000TestingTesting with unittest, pyflakes and mypy show no warnings or errors.============================== 2 passed in 0.02s ==============================Success: no issues found in 1 source fileLicenseThis project is licensed under the MIT License -
see theLICENSEfile for details.
Package: calculator_rm
#CalculatorCreate instances of calculator as a class in python.###Functions included:add- sums calculator memory with provided value.minus- subtracts the entered value from calculator memory.multiply- multiplies calculator memory by the input value.divide- devides the calculator memory by the input value.root- takesnroot from the calculator memory value (square root is taken when no input given).reset- Resets calculator instance memory to zero.Each function adjusts the calculator memory, as well as returns the new value.###Installationpip install calculator_rm==0.0.3###Usagefrom calculator_rm import calculator

calc_obj = calculator.Calculator() # creates an object instance

calc_obj.add(1) # adds 1 to the instance
calc_obj.minus(2) # subtracts 2 from the instance
calc_obj.multiply(3) # multiplies the instnace by 3
calc_obj.divide(4) # divides the instnace by 4
calc_obj.root() # returns square root of the instance
calc_obj.root(5) # returns root 5 of the instance
calc.obj.reset() # resets instance back to zero.
Package: calculatortbalse
Part 5: CalculatorA project at Turing CollegeInstalling the packagepip install calculatortbalseTesting the packageAfter installation, you can launch the test suite from outside the package directory.pytest calculatortbalseUsing the packageInitiate Calculator objectCalculator has internal memory, initiated at 0.0 by default. All methods can work with any float or int.>>>calculator=Calculator()>>>print(calculator)Currentlycalculatorreads:0.0However, you can pass in a number that will be stored in memory instead of 0.0.>>>calculator=Calculator(2)>>>print(calculator)Currentlycalculatorreads:2.0Reset internal memorySimilar to initiating a Calculator object, reset method can store the provided float in memory. Resets to 0.0 if no value is given.>>>calculator.reset()>>>print(calculator)Currentlycalculatorreads:0.0Perform addition, subtraction, multiplication and divisionadd, subtract, multiply, divide methods accept any float.>>>calculator.reset()>>>calculator.add(2)Currentlycalculatorreads:2.0>>>calculator.subtract(1)Currentlycalculatorreads:1.0>>>calculator.multiply(9)Currentlycalculatorreads:9.0>>>calculator.divide(3)Currentlycalculatorreads:3.0Take n-th degree rootroot method takes the n-th degree root of the number curently stored in memory. Can only take roots of positive numbers.>>>calculator.reset(8)>>>calculator.root(3)Currentlycalculatorreads:2.0Chain multiple operationsadd, subtract, multiply, divide, root methods can be chained together.>>>calculator.reset()>>>calculator.add(5).multiply(5).root(2)Currentlycalculatorreads:5.0Receive answer as floatThe math operations will return the calculator object itself by default. You can terminate the operations chain with the answer method to receive the answer as float.>>>calculator.reset()>>>calculator.add(5).multiply(5).root(2).answer()5.0
Package: calculatortc2
calculatortc2Python Boilerplate contains all the boilerplate you need to create a Python package.Free software: MIT licenseDocumentation:https://calculatortc2.readthedocs.io.FeaturesTODOCreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History1.0 (2020-03-25)First release on PyPI.
Package: calculator-tc2
calculator-tc2Python Boilerplate contains all the boilerplate you need to create a Python package.Free software: MIT licenseDocumentation:https://calculator-tc2.readthedocs.io.FeaturesTODOCreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History0.1.0 (2020-03-25)First release on PyPI.
Package: calculator-terminal
Calculadora interactivaAlso, read in EnglishLa herramienta jamás vista en tus manos¿Qué puede hacer esta calculadora?Ejecutar operaciones simples y avanzadasReemplazo de carácteres automáticamente y errores que te ayudan a entender.Sintaxis fácil de entenderxpara multiplicar/para dividir¿Cómo realizo una operación?¡Para realizar una operación importa el paquete y ya está!Siempre necesitarás importar la carpeta./extensions/operacionessi quieres crear tu archivo de depuración personalizado.Una vez depurado en la consola te saltará un mensaje y la podras usar tranquilamenteTengo errores, ¿qué hago?Para reportar errores simplemente pincheaquíEnglish: Interactive CalculatorThe tool you never seen, in your handsWhat can this calculator do?Execute simple and complex operationsReplace characters automatically and errors that help you to understand.Easy to understand Sintax,xfor multiplying and/for dividingHow to do a operation?¡For realizing  operation, just import the package!You will always need to import the folder./extensions/operacionesif you want to create your custom debuging fileWhen you finished debugging, the console will tell you that it finished and you can now use it normally!I found a bug, what do I need to do?For reporting bugs you can easily clickhere
Package: calculator-tobade
CalculatorTable of contentsIntroductionInstallationUsageTechnologies usedLicenseIntroductionThis is a python package hosted on PYPI and can be used to perform basic mathematical functions such as;AdditionSubtractionDivisionMultiplicationModulusN-th rootExponentIt is an open source project with a public repository athttps://github.com/TobAde/Calculator.Installationpypi_calculator requires python3 and can be installed via PYPI$pipinstallecalculator-pkg-linda-oranya$pipinstallgit+https://github.com/TobAde/Calculator.gitUsageThe calculator can be used for basic mathematical computation. The calculator has a memory that can reset itself to 0 and also stores previous values, except the memory is resetSample CodefromcalculatorimportCalculatorcal=Calculator()#intial calculator memory is zeroAdditioncal.add(7)#returns 7Subtractioncal.subtract(3)#returns 4#because the memory was not reset, 2 was subtracted from previous value 7Divisioncal.divide(2)#returns 2Memorycal.memory_value()#returns 2####Reset Memorycal=cal.reset_memory()cal.memory_value()#returns 0Technologies usedPython version: 3.8LicenseMITIt is a Free Software
Package: calculator-tomas
Attributesmemory : float
Calculator memoryMethodsadd(number):
Takes the number and adds it to calculator memory
subtract(number):
Takes the number and subtracts it from calculator memory
multiply(number):
Takes number from Calculators memory and multiplies it by a given number
divide(number):
Takes number from Calculators memory and divides it by a given number
root(number):
Takes number from Calculators memory and takes the root of it by a given number
reset():
Resets calculator memoryCode working examples:from Calculator_TomasSinkevicius import CalculatorCalculator.add(10)
10.0Calculator.subtract(5)
5.0Calculator.multiply(12)
60.0Calculator.divide(10)
6.0Calculator.root(2)
2.4494Calculator.reset()
0.0
Package: calculator_tsukrus
CalculatorPackagecalculator_tsukruscontainsCalculatorclass.Calculatorclass imitates a calculatorInitialization:Calculator(n)- initializesCalculatorobject withnas it's memory, default: 0Private variables:memory- type:floatFunctions:add(n)- addsnto calculator's memorysubtract(n)- subtractsnfrom calculator's memorymultiply(n)- multiplies calculator's memory byndivide(n)- divides calculator's memory bynroot(n)- takesnroot from calculator's memory, default: 2reset(n)- resets calculator's memory ton, default: 0memory()- returns calculator's memoryInstallationpipinstallcalculator_tsukrusUsageCreate an object:>>>importcalculator_tsukrus>>>calculator1=calculator_tsukrus.Calculator()>>>calculator2=calculator_tsukrus.Calculator(5)>>>calculator1.memory()0>>>calculator2.memory()5Memory:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator()>>>calc.memory()0Addition:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator()>>>calc.memory()0>>>calc.add(5)>>>calc.memory()5Subtraction:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator()>>>calc.memory()0>>>calc.subtract(5)>>>calc.memory()-5Multiplication:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator(2)>>>calc.memory()2>>>calc.multiply(3)>>>calc.memory()6Division:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator(15)>>>calc.memory()15>>>calc.divide(4)>>>calc.memory()3.75Root:>>>importcalculator_tsukrus>>>calc=calculator_tsukrus.Calculator(25)>>>calc.memory()25>>>calc.root()>>>calc.memory()5.0>>>>>>calc.reset(8)>>>calc.memory()8>>>calc.root(3)>>>calc.memory()2.0DockerfileFROMpython:3.8RUNpipinstallcalculator_tsukrusLicenseMIT
Package: calculator-v
Getting startedSimple calculator API hosted on APIMATICHow to BuildYou must have Python2 >=2.7.9or Python3 >=3.4installed on your system to install and run this SDK. This SDK package depends on other Python packages like nose, jsonpickle etc.
These dependencies are defined in therequirements.txtfile that comes with the SDK.
To resolve these dependencies, you can use the PIP Dependency manager. Install it by following steps athttps://pip.pypa.io/en/stable/installing/.Python and PIP executables should be defined in your PATH. Open command prompt and typepip --version.
This should display the version of the PIP Dependency Manager installed if your installation was successful and the paths are properly defined.Using command line, navigate to the directory containing the generated files (includingrequirements.txt) for the SDK.Run the commandpip install -r requirements.txt. This should install all the required dependencies.How to UseThe following section explains how to use the CalculatorV SDK package in a new project.1. Open Project in an IDEOpen up a Python IDE like PyCharm. The basic workflow presented here is also applicable if you prefer using a different editor or IDE.Click onOpenin PyCharm to browse to your generated SDK directory and then clickOK.The project files will be displayed in the side bar as follows:2. Add a new Test ProjectCreate a new directory by right clicking on the solution name as shown below:Name the directory as "test"Add a python file to this project with the name "testsdk"Name it "testsdk"In your python file you will be required to import the generated python library using the following code linesfromcalculator_v.calculator_v_clientimportCalculatorVClientAfter this you can write code to instantiate an API client object, get a controller object and  make API calls. Sample code is given in the subsequent sections.3. Run the Test ProjectTo run the file within your test project, right click on your Python file inside your Test project and click onRunHow to TestYou can test the generated SDK and the server with automatically generated test
cases. unittest is used as the testing framework and nose is used as the test
runner. You can run the tests as follows:From terminal/cmd navigate to the root directory of the SDK.Invokepip install -r test-requirements.txtInvokenosetestsInitializationAPI client can be initialized as following.client=CalculatorVClient()Class ReferenceList of ControllersSimpleCalculatorControllerSimpleCalculatorControllerGet controller instanceAn instance of theSimpleCalculatorControllerclass can be accessed from the API Client.simple_calculator_controller=client.simple_calculatorget_calculateCalculates the expression using the specified operation.defget_calculate(self,options=dict())ParametersParameterTagsDescriptionoperationRequiredThe operator to apply on the variablesxRequiredThe LHS valueyRequiredThe RHS valueExample Usagecollect={}operation=OperationTypeEnum.MULTIPLYcollect['operation']=operationx=4collect['x']=xy=5collect['y']=yresult=simple_calculator_controller.get_calculate(collect)Back to List of Controllers
Package: calculatorvadim
CalculatorThis calculator package can perform addition, subtraction, multiplication, and division, as well as taking a (n) root of a number and also resetting its memory.For each operation, it takes only one input number and combines it with the current value in its own memory, which can be reset to zero.The technology stack for this project includesPythonfor building the package,Dockerfor containerizing the package, andPytestfor testing the package.FeaturesAddition: The input value is added to the memory value.Subtraction: The input value is subtracted from the memory value.Multiplication: The input value is multiplied by the memory value.Division: The input value is divided by the memory value.Root: The input value root of the memory value is returned.Reset: The memory value is reset to zero.InstallationYou can run any of the commands below to install the package.To install the package from PyPI$pipinstallcalculatorvadimTo install from github$pipinstallgit+https://github.com/vadimiljin/calculatorvadim.gitTo get the calculator image from docker hub$dockerpulliljinvadim/calculatorvadimUsageUsage examples for each method are given below.>>>fromcalculatorvadimimportCalculator>>>calculator=Calculator()>>>calculator.add(4)4>>>calculator.subtract(2)2>>>calculator.multiply(12)24>>>calculator.divide(3)8.0>>>calculator.root(3)2.0>>>calculator.reset()0Testing$pytestLicenseThis project is licensed under the terms of the MIT licenseAuthorVadim Iljin
Package: calculator_val
Welcome to calculator_val project!This is a simple calculator that performs a few basic operations.The operations available are 'sum', 'sub', 'mult', 'div','nroot', 'delete'.sum : adds up a number to the value stored in memory.sub: subtracts the argument from the value in memory.mult: multiplies the memory by the argument provideddiv: divides the memory by the input givennroot: returns the n_th root of the value stored in memorydelete: resets the calculator by assigning 0 to the memorydon't worry too much about this description, all the information you need will be provided the prompt line while using the package. To get started just run the __init__.py file. A nice menu GUI will guide you through the use of the calculator and ask you directly which operations you want to perform and so on.If you are an advanced user you can also install the calculator module form pip under the name calculator_val. This code is protected by MIT Licence.Enjoy!
Package: calculo
CalculoDescrição
O pacote calculo pode ser utilizado para calcular o preço de venda de um produto, com base no valor que se deseja receber e a taxa cobrada pela máquina de cartão.InstalaçãoUtilize o gerenciador de pacotespippara instalar o pacote calculo.pipinstallcalculoComo utilizarfromcalculoimportpreco_com_taxapreco_com_taxa.calcular(100.00,2.79)AutorJoelson AlvesLicençaMIT