Eqsolve

• A mathematical Python package by Zakkai Thomas

Continuation of eqsolvcarlover101 - Deprecated

• Website
• Bug Reports
• Email
• PyPI Page
• Documentation

This is a project that solves mathematic equations for you!

How to Install:

1. Make sure you have Python installed by typing python3 in the command prompt.

   If not, go to python.org to get the latest release.

2. Enter pip install eqsolve.

3. Use import eqsolve in your code to begin using the package.

Functions:

1. Quadratic

   • eqsolve.quadsolve()

     To type a square in python, you need to use a carrot ^ or two astrix **. (Ex. 2x^2 -5x +4)

2. Slope Intercept

   • eqsolve.slopeint()

     Put in two points, and output an equation in slope-intercept form.

3. Midpoint

   • eqsolve.midpoint()

     Put in two points and output the midpoint.

4. Perpendicular Lines

   • eqsolve.perpint()

     Put in the slope of a line, and the intersection point, and get the slope-intercept equation of the perpendicular line.

5. Similar Shapes Check

   • eqsolve.issim()

     Takes the lengths of the sides of one shape and the corresponding side lengths of the sides of a second shape. If the shapes are similar, it will return the scale factor.

6. Missing Right Triangle Lengths

   • eqsolve.findright()

     Finds the missing length of a right triangle.

7. Compounding Intersest

   • eqsolve.intcompound(p,r,n,t)

     Calculates the amount of money present/money owed after a number of years using the provided interest rate and the number of times it is compounded yearly.

8. Continuously Compounding Interest

   • eqsolve.contcompound(p,r,t)

     Calculates the amount of money present/money owed after a number of years if the interest provided is compounded continuously.

Other Commands:

1. Command List

   • eqsolve.commands()

2. Help

   • eqsolve.help()

Version Info (eqsolvcarlover101):

V0.1.5.9 and before:

• Don't even try to use these. They don't do anything...

V0.1.6 - V0.2:

• You can actually import everything correctly now without errors!!

V1.0:

• First official release.
• Contains quadratic and slope-intercept equation solvers.

V1.1:

• You dont have to do any weird importing anymore! import eqsolvcarlover101 works!!!

V1.1.1 - V1.1.2:

• I just forgot to update the readme correctly. The code is the exact same.

V1.1.3

• License and Readme updates.

V1.1.4

• Python version requirement updates.

V1.1.5

• Includes link to new documentation and some readme updates.

V1.2

• Added eqsolvcarlover101.midpoint().

V1.2.1

• Updated the eqsolvcarlover101.commands() and eqsolvcarlover101.help() functions.

V1.3

• Added the eqsolvcarlover101.perpint() function and updated the eqsolvcarlover101.commands() function.

V1.3.1

• Fixed an issue with the eqsolvcarlover101.commands() function.

V1.4

• Added the eqsolvcarlover101.issim() function and updated the eqsolvcarlover101.commands() function.

V1.5

• Added the eqsolvcarlover101.findright() function and updated the eqsolvcarlover101.commands() function.

V1.5.1.0

• Changed the package name from eqsolvcarlover101 to eqsolve.
• Updated the eqsolve.commands() function.
• Updated the eqsolve.help() function.
• Fixed a text error in the eqsolve.issim() function.
• Updated README.MD.
• Updated package description.

Version Info (eqsolve):

V1.0.0

• Added eqsolve.intcompound() and eqsolve.contcompound() functions.
• Updated all function descriptions so they work with python's default help(...) function.
• Updated all functions to move away from input() towards proper function notation.
• Updated README.md so it reflects current statistics and project version info.

V1.0.1

• Fixed some errors in the README.md file.

Helpful Info:

• When importing the package, if you are using versions 1.0 or lower, use import eqsolvcarlover101.equation instead because I hadn't figured out how to make it so you didn't have to do that yet. It just doesn't work otherwise.
• If you are using versions 1.1 - 1.5.1, then you cannot use import eqsolve., instead use import eqsolvcarlover101..

Thanks for using my work!