Printer Homework for big daddy#2095 <@515027421729128460>

public class WirelessPrinter {
    public static void main(String args[]) {
      WirelessPrinter printer = new WirelessPrinter(1.0, 500);
    // turn it on and check its state
    printer.turnOn();
    System.out.println("Power: true => " + printer.isOn()); // expected true
    System.out.println("Connected: true => " + printer.isConnected()); // expected true
    System.out.println("Paper Percent: 100 => " + printer.getPaperLevel()); // expected 100(%)
    System.out.println("Ink Level: 1.0 => " + printer.getInkLevel()); // expected 1.0

    // try print
    System.out.println(" ");
    printer.print(50);
    System.out.println("Paper Level: 90 => " + printer.getPaperLevel()); // expected 90
    System.out.println("Ink Level: 0.95 => " + printer.getInkLevel()); // expected 0.95
    System.out.println("Pages Printed: 50 => " + printer.getTotalPagesPrinted()); //expected 50
    System.out.println("Paper Used: 50 => " + printer.getTotalPaperUsed()); // expected 50

    // try print more pages than what is left in the tray
    System.out.println(" ");
    printer.print(500); // out of paper
    System.out.println("Paper Level: 0 => " + printer.getPaperLevel()); // expected 0
    System.out.println("Ink Level: 0.5 => " + printer.getInkLevel()); // expected 0.5
    System.out.println("Pages Printed: 500 => " + printer.getTotalPagesPrinted());//expected 500
    System.out.println("Pages Used: 500 => " + printer.getTotalPaperUsed()); // expected 500

    // try loadPaper method
    System.out.println(" ");
    printer.loadPaper(1000);
    System.out.println("Paper Level Exact: 500 => " + printer.getPaperLevelExact()); // expected 500

    // try replace the cartridge
    System.out.println(" ");
    printer.replaceCartridge();
    System.out.println("Ink Level: 1.0 => " + printer.getInkLevel()); // expected 1.0

    // try disconnect method
    System.out.println(" ");
    printer.disconnect(); // network goes off
     printer.print(50);
    System.out.println("Paper Level Exact: 500 => " + printer.getPaperLevelExact()); // expected 500
    System.out.println("Ink Level: 1.0 => " + printer.getInkLevel()); // expected 1.0
    }

    private boolean Connected;
    private boolean Status;
    private double inkLevel;
    private int paperlevel;
    private double canPrint;
    private double inkLevelNow;
    private int totalPages;
    private int currentPaper;
    private int blankPages;

    public WirelessPrinter() {
        inkLevel = .5;
        paperlevel = 0;
    }
    public static final int PAGES_PER_CARTRIDGE = 1000;
    public static final int TRAY_CAPACITY = 500;
    public static final double NEW_CARTRIDGE_INK_LEVEL = 1.0;

    public WirelessPrinter(double ink,int paper) {
        inkLevel = ink;
        paperlevel = paper;
    }

    //working but does not print initial ink level
    public double getInkLevel() {
        return inkLevel;
    }
    //prints percentage
    public int getPaperLevel() {
        return (int) ((double) paperlevel * 100 /TRAY_CAPACITY);
    }
    // Prints out of 500
    public int getPaperLevelExact() {
        return paperlevel;
    }

    public int getTotalPagesPrinted() {
        return (totalPages-blankPages);
    }
    public int getTotalPaperUsed() {
        return totalPages + blankPages;
    }

    //working
    public boolean isConnected() {
        if (Connected == true) {
            return true;
        }
        else {
            return false;
        }
    }

    //working
    public boolean isOn() {
        if(Status == true) {
            return true;
        }
        else {
            return false;
        }
    }

    //working
    public void connect() {
        Connected = true;
    }

    //working
    public void disconnect() {
        Connected = false;
    }

    //working
    public void turnOn() {
        Status = true;
        Connected = true;
    }

    //working
    public void turnOff() {
        Status = false;
    }
    //working
    public void replaceCartridge() {
        inkLevel = NEW_CARTRIDGE_INK_LEVEL;
    }

    public void print(int pages) {
            if (Connected) {
                //paper code

                //total pages Printed
                System.out.println(paperlevel);
                totalPages += Math.min(pages, paperlevel);
                System.out.println(totalPages);
                currentPaper = Math.min(pages, paperlevel);
                paperlevel = Math.max(paperlevel - pages, 0);

                //ink code

                canPrint = ((double) Math.min(currentPaper,pages)) / PAGES_PER_CARTRIDGE;
                System.out.println("canPrint: " + canPrint);
                //rounds the inklevel
                //ink i have
                inkLevelNow = Math.min(inkLevel, canPrint);
                System.out.println("inkLevel: " + inkLevel);
                System.out.println("inkLevelNow: " + inkLevelNow);
                //rounds the inklevel
                long inkLevelRounded = Math.round(inkLevel * 100);
                System.out.println("inkLevelRounded: " + inkLevelRounded);
                long newInkLevelRounded = Math.round(inkLevelNow * 100);
                System.out.println("newInkLevelRounded: " + newInkLevelRounded);
                long inkLevelDifference = inkLevelRounded - newInkLevelRounded;
                System.out.println("inkLevelDifference: " + inkLevelDifference);
                inkLevel = inkLevelDifference / 100d;
                System.out.println("inkLevel: " + inkLevel);
                //cannot go below 0 ink
                inkLevel = Math.max(inkLevel, 0);
                System.out.println(inkLevel);


                blankPages = (int) Math.round(Math.min(0,inkLevel - inkLevelNow)*100)/100;
                System.out.println(blankPages);
                blankPages += blankPages * PAGES_PER_CARTRIDGE;
                System.out.println(blankPages);
            }
            else {
                return;
            }
    }
    //working
    public void loadPaper(int pages) {
        paperlevel = Math.min(pages+ paperlevel, TRAY_CAPACITY);
    }
}