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Description:

algebracollections 1.1

Django Algebraic Calculator
Aplikasi web penghitungan aljabar untuk kelompok 7 Pemrograman Berbasis Penggunaan Ulang, Universitas Brawijaya.

Anggota

205150400111052 - AURELIUS ALEXANDER VIRIYA
205150407111019 - BAGAS RADITYA NUR LISTYAWAN
205150407111025 - KHALIFFMAN RAHMAT HILAL
205150407111016 - RIZAL AKBAR SYAH FAUZAN PUTRA

Installation & Usage

Without UI

Install on your project’s virtual environment
Use this following syntax to install the package:
'pip install algebra-collections'

Add ‘algebra_calculator’ to your Django project’s “setting.py” INSTALLED_APPS:
INSTALLED_APPS = [
...
'algebra_calculator',
]

Import ‘algebra_calculator’ to your app’s ‘views.py’ in order to use the pre-made Linear Equations or develop other type of Algebraic Equations

Example using pre-made LinearEquations(linear.views file):
from algebra_calculator import *
def showXandYvalue():

listOfChars = [‘X’, ‘Y’]
listOfExpressions = [“2X + 5Y = 10”, “3X + 2Y = 30”]
result = LinearEquations.solve(2, listOfChars, listOfExpressions)

for i in range(len(result)):
printable(f”{listOfChars[i]}’s value is = {result}”)

return HttpResponse(printable)

Example developing other type of Algebraic Equations (commutative.views file):
class CommutativeAlgebra(AlgebraFactory):

def solve(…):
…
…

def finishCommutativeAlgebra():

result = CommutativeAlgebra.solve(…)
return HttpResponse(result)

With UI

Install on your project’s virtual environment
Use this following syntax to install the package:
'pip install algebra-collections'

Add ‘algebra_calculator’ and ‘ui’ to your Django project’s “setting.py” INSTALLED_APPS:
INSTALLED_APPS = [
...
'algebra_calculator',
'ui',
]

Include the poll URLconf in your project’s urls.py:
urlpattern = [
...
path('[your_pathing_here/]', include('ui.urls')),
]

Access the Linear Equation’s UI by running server and using the following url:

127.0.0.1:8000/[your_pathing_here]/TwoExpression_LinearEquations