} else if measure == 0 {
            panic!("Cutting a plank to length 0 does not make sense!");

    planks_used: u32,

            planks_used: 0,

    pub fn is_complete(&self) -> bool {

    pub fn get_complete(&self) -> bool {

    }
    /// Mark this floor as complete
    pub fn set_complete(&mut self) -> () {
        self.complete = true;

    /// Add another row to this floor

    }
    /// Get the number of plank rows for this floor
    pub fn get_coverage(&self) -> u32 {
        self.coverage
    }
    /// Increase how much of the row is filled
    pub fn add_coverage(&mut self, coverage: u32) -> () {
        self.coverage += coverage;

    /*
    while floor.coverage <= ROOMDEPTH {

    while floor.get_coverage() < ROOMDEPTH {

        floor.coverage += PLANKWIDTH;

        floor.add_coverage(PLANKWIDTH);

    */

    floor.set_complete();

    floor.add(build_row());

    while row.get_coverage() <= ROOMLENGTH {

    while row.get_coverage() < ROOMLENGTH {

        println!("Row: {:#?}", row);

        //println!("Row: {:#?}", row);