#![allow(dead_code)]

static PLANKMAX: u32 = 800;

static PLANKMAX: u32 = 1900;

    println!(
        "Room dimensions: {} x {} mm",
        ROOMLENGTH,
        ROOMDEPTH
    );

    println!("Room dimensions: {} x {} mm", ROOMLENGTH, ROOMDEPTH);

    println!("Sawblade size: {} mm", SAWBLADE);
    println!("Plank width: {} mm", PLANKWIDTH);
    println!("Plank length: {} mm", PLANKMAX);

    let mut plank_count = 0;

        plank_count = row.planks_count();
        plank_count_sum += plank_count;

        plank_count_sum += row.planks_count();

            print!("|{:-^10}|", plank.length());

            print!("|");

            // Calculate the parts needed for printing
            //let parts = printmax / plank_count as 

            // Print half the relative length of the plank
            for _ in 0..(plank.length() / printmax) / 2 {
                print!("-");
            }

            // Print the numeric length
            print!("{:-^5}", plank.length());

            /*
            if planklist[x].0 == ROOMLENGTH {
                println!("|{:-^22}|", ROOMLENGTH);
            } else {
                // If x is odd
                if planklist[x].0 == planklist[x].1 {
                    println!("|{:-^10}||{:-^10}|", planklist[x].0, planklist[x].1)
                } else if planklist[x].0 < planklist[x].1 {
                    println!("|{:-^7}||{:-^13}|", planklist[x].0, planklist[x].1)
                } else {
                    println!("|{:-^13}||{:-^7}|", planklist[x].0, planklist[x].1)
                }

            // Print the rest of the plank including the end
            for _ in 0..(plank.length() / printmax) / 2 {
                print!("-");

                    */

            print!("|");

        println!("coverage: {:#?}", floor.get_coverage());

        //println!("coverage: {:#?}", floor.get_coverage());