Module value 

Numeric types and iteration utilities for polynomial curves.

This module defines the Value trait, which abstracts the numeric types that can be used in polynomial fitting and evaluation, ensuring compatibility with nalgebra, floating-point operations, and formatting.

Traits

• Value: Extends Float, Scalar, and ComplexField to provide:
  • A canonical two() constant.
  • try_cast for safe type conversion with error handling.
  • powi for integer exponentiation.

Iterators

• SteppedValues: A floating-point range iterator with a specified step, useful for generating evaluation points for polynomials.

Example

use polyfit::value::{Value, SteppedValues};

// Create a range of f64 values from 0.0 to 1.0 in steps of 0.1
let range = SteppedValues::new(0.0..=1.0, 0.1);
for x in range {
    println!("{x}");
}

// Using Value trait methods
let two = f64::two();
let squared = two.powi(2);

Structs

SteppedValues

Iterator over a range of floating-point values with a specified step.

Traits

CoordExt

Extension trait for accessing the x and y coordinates of a type.

FloatClampedCast

Trait for infallible floating-point casting with clamping.

IntClampedCast

Trait for infallible integer casting with clamping.

Value

Numeric type for curves