AMANKANOJIYA / Numerical_Analysis

This Module is Numerical analysis, an area of mathematics and computer science that creates, analyzes, and implements algorithms for obtaining numerical solutions to problems involving continuous variables. Such problems arise throughout the natural sciences, social sciences, engineering, medicine, and business.

VERSION 1.0.1

Numerical Analysis

This Module is Numerical analysis, area of mathematics and computer science that creates, analyzes, and implements algorithms for obtaining numerical solutions to problems involving continuous variables. Such problems arise throughout the natural sciences, social sciences, engineering, medicine, and business.

New Added

• Numerical-analysis
• Vector

Official Release

Pypi , Pepy

How to Install

Pip install this module from your console

pip install numerical-analysis-aman

Import this module to your Work Space

# Import In Python File
from Numerical_Analysis_Aman import <Module>
# =>> _MODULES_
# -> Numerical_Algebra
# -> Numerical_Analysis
# -> Numerical_Integration
# -> Numerical_Interpolation

# Import all
from Numerical_Analysis_Aman import *

Explore (How It Works)

This at present contain 4 parts You can explore them from Below and have some idea about all methods and Functions

Numerical Integration

This part contain interpolation.
x=Numerical_Analysis_Aman.Numerical_Integration(lower,upper,function)

• x.Trapazoid(itration=2) Trapazoid Method
• x.Simpson_13(itration=2) Simpson 1/3
• x.Simpson_38(itration=2) Simpson 3/8

Numerical Analysis

This part contain Integration Method having Three method
x = Numerical_Analysis_Aman.Numerical_Analysis(x_0,y_0,x_given,gap,function)

• x.Eular( itration = 4 ) Eular
• x.EularModified( itration = 4 ) EularModified
• x.RungaKutta( itration = 4 ) RungaKutta

Numerical Interpolation

This part contain Analysis Method having Four method
x=Numerical_Analysis_Aman.Numerical_Interpolation(x_list,y_list,find_value)

• x.Langrangian() Langrangian
• x.Newton_Divided() Newton Divided Differences
• x.Newton_Forward() Newton Forward
• x.Newton_Backward() Newton Backward

Numerical Algebra

This part contain Analysis Method having Three method
x=Numerical_Analysis_Aman.Numerical_Algebra(list_1,list_2,list_3)

• x.Jacobi(itration=6) Jacobi
• x.Gauss_Seidel(itration=6) Gauss Seidel
• x.Gauss_Seidel_4(list_4,itration=6) Gauss Seidel for 4 variable

Usage/Examples

Example and sample for input and how to work on it

import Numerical_Analysis_Aman as na

x = na.Numerical_Integration(2,7,"1/(5*x+3)")
y = na.Numerical_Analysis(0,1,0.2,0.1,"((x**3)*(math.e**(-2*x))-(2*y))")
z = na.Numerical_Interpolation([1891,1901,1911,1921,1931],[46,66,81,93,101],1925)
w = na.Numerical_Algebra([10,1,-1,11.19],[1,10,1,28.08],[-1,1,10,35.61])

# All of them are Initiated at once you can use them individualy as per requirement

# default Itrations - 2
print(x.Trapazoid(  ))
print(x.Simpson_13( ))
print(x.Simpson_38( ))

# default Itrations - 4
print(y.Eular( ))
print(y.EularModified( ))
print(y.RungaKutta( ))

print(z.Langrangian( ))
print(z.Newton_Divided( ))
print(z.Newton_Forward( ))
print(z.Newton_Backward( ))

# default Itrations - 6
print(w.Jacobi( ))
print(w.Gauss_Seidel( ))
# needed Additional list for 4 variable
# print(w.Gauss_Seidel_4(list_4))

Contact

Authors

• @AmanKanojiya

If any Issue Contact Me through Email [e-mail]

license

This repository is licensed under the MIT license. See LICENSE for details.