loganmatic

Math_Lib

agora calcula raiz de terceiro grau... now calculates root of the third degree...

Para informações detalhadas acesse:

For detailed information visit:

DOCUMENTATION: https://gabriel-logan.github.io/Math_Lib/ github: https://github.com/gabriel-logan/Math_Lib_Js NPM: https://www.npmjs.com/package/loganmatic

Installation

npm install loganmatic

or

yarn add install loganmatic

ENG

!! JAVASCRIPT !!

Personal library created in JavaScript and Python for common use. In development...

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To use as an NPM package, simply use npm i loganmatic.

To import, use import Matematica from "loganmatic.js".

Then, you can use it as follows:

console.log(Matematica.NumeroEuler); console.log(Matematica.fatorar(100));

If you are downloading the file, use:

const Matematica = require("loganmatic.js");

If the file is in the same directory.

If you find any errors in the code, please send them to me. It will be of great help!

Usage example:

console.log(Matematica.fatorial(4)); console.log(Matematica.NumeroEuler); console.log(Matematica.fatorar(100)); console.log(Matematica.Pi); console.log(Matematica.modulo(-4)); console.log(Matematica.fatorial(4)); console.log(Matematica.raizDePrimeiroGrau(2, 1)); console.log(Matematica.raizDeSegundoGrau(1,2,-3)); console.log(Matematica.raizCubica(8)); console.log(Matematica.raizQuadrada(9)); console.log(Matematica.numeroAleatorioEntre(10, 20)); console.log(Matematica.cosseno(0)); console.log(Matematica.seno(Matematica.Pi));

Output: 2.7182818284590455 [2, 2, 5, 5] 3.141592653589793 4 24 -0.5 [1, -3] 2 3 17 1 0

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!! PYTHON !!

To use as a PIP package, simply use pip install loganmatic.

To import, use from loganmatic import Calculadora.

Then, Matematica = Calculadora().

Then, you can use it as follows:

print(Matematica.NumeroEuler) print(Matematica.fatorar(100)) print(Matematica.Pi) print(Matematica.modulo(-4)) print(Matematica.fatorial(4)) print(Matematica.raiz_de_primeiro_grau(2, 1)) print(Matematica.raizDeSegundoGrau(1,2,-3)) print(Matematica.raizCubica(8)) print(Matematica.raizQuadrada(9)) print(Matematica.numero_aleatorio_entre(10, 20))

The last two have problems with float values: print(Matematica.cosseno(0)) print(Matematica.seno(0))

Output: 2.7182818284590455 [2, 2, 5, 5] 3.141592653589793 4 24 -0.5 [1.0, -3.0] 2.0 3.0 11 1.0 0

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The library calculates (currently) the values of PI and Euler's Number, calculates functions such as sine and cosine, factors a number, calculates the factorial of a number, computes the modulus, generates a random number between two given numbers, calculates cubic and square roots, and solves first and second-degree equations.

Made by Gabriel Lima.

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PT-BR Biblioteca pessoal criada em JavaScript e Python para uso comum. Em desenvolvimento...

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** !! JAVASCRIPT !! **

para usar como pacote NPM so usar npm i loganmatic

e para importar utilize import Matematica from "loganmatic.js"

depois somente utilizar

console.log(Matematica.NumeroEuler) console.log(Matematica.fatorar(100))

Se for baixar o arquivo use:

const Matematica = require("loganmatic.js") se o arquivo estiver no mesmo diretorio

Se acharem erros no codigo, me enviem por favor, será de grande ajuda !!!

exemplo de uso: console.log(Matematica.fatorial(4))

console.log(Matematica.NumeroEuler) console.log(Matematica.fatorar(100)) console.log(Matematica.Pi) console.log(Matematica.modulo(-4)) console.log(Matematica.fatorial(4)) console.log(Matematica.raizDePrimeiroGrau(2, 1)) console.log(Matematica.raizDeSegundoGrau(1,2,-3)) console.log(Matematica.raizCubica(8)) console.log(Matematica.raizQuadrada(9)) console.log(Matematica.numeroAleatorioEntre(10, 20)) console.log(Matematica.cosseno(0)) console.log(Matematica.seno(Matematica.Pi)) console.log(Matematica.raizDeTerceiroGrau(1,2,-3,4))

retorna:

2.7182818284590455 [ 2, 2, 5, 5 ] 3.141592653589793 4 24 -0.5 [ 1, -3 ] 2 3 17 1 0 Possui apenas 1 raiz real em X = -3.284277537306952

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** !! PYTHON !! **

para usar como pacote PIP so usar pip install loganmatic

e para importar utilize from loganmatic import Calculadora

depois Matematica = Calculadora()

depois somente utilizar

print(Matematica.NumeroEuler) print(Matematica.fatorar(100)) print(Matematica.Pi) print(Matematica.modulo(-4)) print(Matematica.fatorial(4)) print(Matematica.raiz_de_primeiro_grau(2, 1)) print(Matematica.raizDeSegundoGrau(1,2,-3)) print(Matematica.raizCubica(8)) print(Matematica.raizQuadrada(9)) print(Matematica.numero_aleatorio_entre(10, 20))

Essas duas ultimas estão com problema para valores float...

print(Matematica.cosseno(0)) print(Matematica.seno(0))

retorna:

2.7182818284590455 [2, 2, 5, 5] 3.141592653589793 4 24 -0.5 [1.0, -3.0] 2.0 3.0 11 1.0 0

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A biblioteca calcula (atualmente) o valor de PI e do Numero de Euler || Calcula Funções: Seno, Cosseno || fatora um numero || calcula o fatorial de um numero || o modulo || gera um numero aleatorio entre 2 numeros || calcula raizes cubicas e quadrada e calcula as raizes de equações de primeiro e segundo grau

Feito por Gabriel Lima