/*
    //let mut leftover = 0;
    //let mut coverage = 0;
    //let mut plankcount = 0;
    //let mut rowlist: Vec<Vec<Plank>> = vec![];
    //println!("First plank length: {}", PLANKMAX - leftover);
while coverage < ROOMDEPTH {
    // Create new plank vector
    let mut row = vec![];

    let mut rowfilled = 0;
    while rowfilled < ROOMLENGTH {
        // Length of the plank is greater than the remainder room
        if ROOMLENGTH - rowfilled > PLANKMAX {
            // If this is the first plank
            let end = rowfilled == 0;
            // Store the full length plank
            row.push(Plank {
                length: PLANKMAX,
                endpiece: end,
            });
            rowfilled += PLANKMAX;
            // For each iteration, we have used another plank
            plankcount += 1;
            // If a whole plank was used, the leftover is 0
            leftover = 0;
        // Length of the plank is smaller than the room
        } else {
            // Add the remainder
            let remainder = ROOMLENGTH - rowfilled;
            row.push(Plank {
                length: remainder,
                endpiece: true,
            });
            rowfilled += remainder;
            // Calculate the leftover plank length
            leftover = PLANKMAX - (ROOMLENGTH - rowfilled);
        }
        let mut leftoverold = leftover;
    }
    rowlist.push(row);
    // How much of the floor have been covered?
    coverage += PLANKWIDTH;
}
*/
//println!("\nTotal amount of planks: {}\n", plankcount);
//println!("\n: {:#?}\n", rowlist);