digit-layout 0.3.1

This crate provides a unified data type definition across various libraries, efficiently encodes types in a compact layout, thus avoiding the redundancy of enumerating definitions for data types.
Documentation 
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use digit_layout::DigitLayout;

fn main() {
    let u8_layout = DigitLayout::unsigned(8, 1);
    let u16_layout = DigitLayout::unsigned(16, 1);
    let u32_layout = DigitLayout::unsigned(32, 1);
    let u64_layout = DigitLayout::unsigned(64, 1);

    println!("Unsigned Integer Types:");
    println!("  u8: {u8_layout}");
    println!("  u16: {u16_layout}");
    println!("  u32: {u32_layout}");
    println!("  u64: {u64_layout}");

    let f16_layout = DigitLayout::real(5, 10, 1);
    let f32_layout = DigitLayout::real(8, 23, 1);
    let f64_layout = DigitLayout::real(11, 52, 1);

    println!("Floating Point Types:");
    println!("  f16: {f16_layout}");
    println!("  f32: {f32_layout}");
    println!("  f64: {f64_layout}");

    let u8_array = DigitLayout::unsigned(8, 4);
    let f32_array = DigitLayout::real(8, 23, 4);

    println!("Array Types:");
    println!("  [u8; 4]: {u8_array}");
    println!("  [f32; 4]: {f32_array}");

    let custom_layout = DigitLayout::named("custom", 1, 4);
    println!("Custom Type:");
    println!("  custom: {custom_layout}");
}