RENOVATION

import TerminalIO.KeyboardReader;
public class Renovation
{
    public static void main(String [] args)
    {

    KeyboardReader reader = new KeyboardReader();

//constants
    final double tileSize = 9.0/12.0;
    final double subfloorSize = 2;
    final double tileCost = .45;
    final double subfloorCost = 3;
    final double adhesiveCost = 16;
    final double baseboardCost = 10;
    final double tileLabor = .5;
    final double subfloorLabor = .5;
    final double baseboardLabor = 6;
    final double adhesiveLabor = 10;
    final double adhesiveSubfloor6x8 = 48;
    double costOfBaseboard=10;
//other variables
    double perimeter;
    double area;
    double length;
    double width, feetOfBase;

    int numOfTiles, numOfSubfloor, galOfAdhesive;


    System.out.print("Please enter in the width of the room: ");
    width = reader.readDouble();
    System.out.print("Please enter in the length of the room: ");
    length = reader.readDouble();

    area = length * width;
    perimeter = length + length + width + width;


    //Figuring out the amount of material
    numOfTiles = (int)(area / (tileSize * tileSize)+ 1);
    numOfSubfloor = (int) (area / 4);
    galOfAdhesive = (int) (((area / (adhesiveSubfloor6x8* 2))+ 1));
    System.out.println("\n\nMaterials List\n============================================");
    System.out.println("Number of tiles: \t\t\t\t\t" + numOfTiles);
    System.out.println("Number of subfloor squares: \t\t" + numOfSubfloor);
    System.out.println("Feet of Baseboard: \t\t\t\t\t" + perimeter);
    System.out.println("Gallons of Adhesive: \t\t\t\t" + galOfAdhesive);
    System.out.println("============================================\n\n\nCost of Materials\n============================================");
    System.out.println("Cost of Tiles: \t\t\t\t\t\t$ " + numOfTiles * tileCost);
    System.out.println("Cost of Subfloor: \t\t\t\t\t$ " + numOfSubfloor * subfloorCost);
    System.out.println("Cost of Baseboard: \t\t\t\t\t$ "  + (int)(perimeter / 8 + 1) * 10);
    System.out.println("Cost of Adhesive: \t\t\t\t\t$ " + galOfAdhesive * adhesiveCost);
    System.out.println("============================================\n\n\nCost of Labor\n============================================");
    System.out.println("Labor Cost of the Tiles: \t\t\t$ " + numOfTiles * tileLabor);
    System.out.println("Labor Cost of the Subfloor: \t\t$ " + numOfSubfloor * subfloorLabor);
    System.out.println("Labor Cost of the Baseboard: \t\t$ " + ((int) (perimeter / 8 + 1) * baseboardLabor));
    System.out.println("Labor Cost for the Adhesive: \t\t$ " + galOfAdhesive * adhesiveLabor);
	System.out.println("===========================================\n\n\nTotals Costs\n============================================");
	double totalMaterialCost = numOfTiles * tileCost + numOfSubfloor * subfloorCost + ((int) (perimeter / 8 + 1 ) * 10) + galOfAdhesive * adhesiveCost;
	double totalLaborCost = numOfTiles * tileLabor + numOfSubfloor * subfloorLabor + ((int) (perimeter / 8 + 1) * baseboardLabor) + galOfAdhesive * adhesiveLabor;
	System.out.println("Total Cost of Materials: \t\t\t$ " + totalMaterialCost);
	System.out.println("Total Cost of Labor : \t\t\t\t$ " + totalLaborCost);
	System.out.println("Subtotal of Materials and Labor:\t$ " + (totalMaterialCost + totalLaborCost));
	System.out.println("6% Tax on the Job: \t\t\t\t\t$ ");
	System.out.println("===========================================\nTotal Job Cost: \t\t\t\t\t$ ");
	reader.pause();


    }
}

RANDOM PICTURE

import TerminalIO.KeyboardReader;
import TurtleGraphics.StandardPen;

public class RandomPicture
{
    public static void main(String [] args)
    {
        double high;
        double low;
        double move;
        double turn;

        KeyboardReader reader = new KeyboardReader();

        System.out.print("Please enter the longest line you would like to draw: ");
        high = reader.readDouble();
        System.out.print("Please enter the shortest line you would like to draw: ");
        low = reader.readDouble();

        move = Math.random() * (high - low) + low;
        turn = Math.random() * (360 - 0) + 0;
        StandardPen pen = new StandardPen();

		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);
		pen.move(move);
		pen.turn(turn);





    }
}

FRIEDORSCRAMBLED

import TerminalIO.KeyboardReader;
public class FriedOrScrambled
{
	public static void main(String [] args)
	{
		double eggsPurchased;
		double cost;

		KeyboardReader reader = new KeyboardReader();

		System.out.print("Please Enter the number of eggs purchased: ");
		eggsPurchased = reader.readDouble();
		cost = eggsPurchased / 12;

		if((eggsPurchased >= 1) && (eggsPurchased <= 36))
		{
			System.out.println("Your bill is: $" + cost * 1.50);
		}
		else if((eggsPurchased >= 48) && (eggsPurchased <= 60))
		{
			System.out.println("Your bill is: $" + cost * 1.45);
		}
		else if((eggsPurchased >= 72) && (eggsPurchased <= 120))
		{
			System.out.println("Your bill is: $" + cost * 1.40);
		}
		else if(eggsPurchased >= 132)
		{
			System.out.println("Your bill is: $" + cost * 1.35);
		}
		reader.pause();

	}
}