solve_init is a comprehensive Python math-solving program that brings together essential and advanced mathematical functions in a single, easily customizable package. Designed to cater to diverse mathematical needs, this program offers a user-friendly interface and powerful mathematical capabilities.
[!! aligned with the intention to make math solving faster in certain cases... !!]
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Always use "()" parentheses for avoiding syntax errors. There is no "{}" or square brackets, rather use ((...)).
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Exponentiation: Instead of using the caret (^) symbol for exponentiation, use the double asterisk () operator. For example, x^2 should be written as x2.
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Multiplication: Explicitly use the asterisk () for multiplication. For example, 2x should be written as 2x.
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Function Calls: Use parentheses () when calling functions. For example, to evaluate a trigonometric function, write sin(x) instead of sin x.
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Fractions: For fractions, use the Sympy Rational class or the / operator. For example, 1/3.
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Square Roots: To represent square roots, use the sqrt() function. For example, the square root of x should be written as sqrt(x). Or (x)**(1/2) could also be used.
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Constants: Use the appropriate Sympy constants, such as pi, E, and oo (infinity), instead of manually entering their values.
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Symbols: Define symbols using the Symbol() function before using them in expressions. For example, x = Symbol('x') declares x as a symbol.
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Solving Equations: While, using Equation solving functions do not write the right hand sides as "ax+b=0" just write "ax+b". For "ax+b=c" write "ax+b-c".
~ integration (indefinite) ~ definite integration ~ area by integration (definite) ~ differentiate ~ maclaurins's theorem ~ implicit differentiation ~ limit ~ equations ~ probability ~ distance (lines) ~ circular area ~ calculate slope ~ midpoint (lines) ~ triangular area ~ checking collinear ~ checking concyclic ~ ... to be added
the functions provided above can easily be modified depending upon the needs.
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to add new functions, create a new .py file (e.g., trigonometry.py) in the same directory as app.py. import Sympy and any other necessary functions and define the new process.
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in app.py, import the defined processes using "from trigonometry.py import ..." and link them to the index.html and other functions using app routes.
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in index.html, add the new form and input fields specific to the new function, and include a new button defining its action.
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more complex problem solving functions.
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steps interpreter.
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keeping it fully accessible over a all kind of devices, specifically over old non-touch devices.
This project is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License (CC BY-NC-SA 4.0). You are free to use, modify, and distribute it within the license terms.
For any inquiries, suggestions, or support, feel free to reach out:
- GitHub: [@mdrahman04] (https://github.com/mdrahman04)
Your feedback and contributions are greatly appreciated. Together, let's enhance the world of mathematics with solve_init!