Math Analize Library

This is Math Analize Library, you can use it to simplify your work with mathematical functions. Library is ported from C++ for the Rust language

How-to-use

• Run the following Cargo command in your project directory: cargo add math-analize
• Or add the following line to your Cargo.toml: math-analize = "0.0.1"

To use in your program, add this rust use math-analize::ma; or rust use math-analize::ma { functions, methods, options };

Then you will be able to use all the functionality

Features

In this library there are 5 structures of mathematical functions and 5 base methods to work with them: - Mathematical functions: - Linear, - Quadratic, - Power, - Fractional-Linear, - Exponential - Methods: - Calculate integral, - Calculate derivative points, - Calculate Extremum points, - Calculate Extremums, - Evenness

All sturctures are using public Trait "Function". You can use it to create your own mathematical function structure. You can also use Limits structure for convenient use

Warning! Some functions and methods can return Result<> or Option<> types, so be careful

Example

Program, that prints all function's data

```rust

use math_analize::ma::{ functions, methods, options };

fn main() { let function = functions::Quadratic::new(1.0, 6.0, 9.0, 0.0, 10.0);

let integral_result = methods::calculate_integral(options::CalculatingMethod::NEWTON, &function);
let derivative_points_result = methods::calculate_derivative_points(&function);
let extremums_result = methods::calculate_extremums(&function);
let evenness_result = methods::evenness(&function);

println!("Integral of this quadratic function - {}", integral_result);
println!("Evenness of this quadratic function - {}", evenness_result);

println!("Derivative points of this quadratic function:");
for i in derivative_points_result {
    print!("{}", i);
}

println!("Extremums of this quadratic function:");
for i in extremums_result {
    print!("{} {}", i.0, i.1);
}

}

```