ZCW-MacroLabs-OOP-ScientificCalculator/MainApplication.java

/**
 * Created by leon on 2/9/18.
 */
public class MainApplication {

    
    public static void main(String[] args) {
       
       
        Console console = new Console();
        CoreFeatures core = new CoreFeatures(console);
        ScientificFeatures science = new ScientificFeatures(console);
        BonusFeatures bonus = new BonusFeatures(console);
        CustomFeatures custom = new CustomFeatures(console);
        
        String onOff = "on";
        console.clearCurrentValue();
        System.out.printf("Welcome To The Calculator! \n" +

            ("Current Value Is: " + console.getCurrentValue() + "\n")) ;

        while(onOff == "on"){

            switch(console.getStringInput("What would you like to do? Enter 'HELP' for options. \n")){
                case "getvalue": console.getCurrentValue(); 
                break;
                case "clear": console.clearCurrentValue(); 
                break;
                case "changevalue":
                console.changeCurrentValue(console.getDoubleInput("What Would You Like To Change Current Value To? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                break;
                case "add":
                core.add(console.getDoubleInput("What Would You Like To Add to Current Value? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                //core.add(console.getDoubleInput("What Would You Like To Add to Current Value? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n")));
                break;
                case "subtract": 
                core.subtract(console.getDoubleInput("What Would You Like To Subtract from Current Value? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                break;
                case "multiply":
                core.multiply(console.getDoubleInput("What Would You Like To Multiply Current Value By? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                break;
                case "divide": 
                core.divide(console.getDoubleInput("What Would You Like To Divide Current Value By? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                break;
                case "square": core.square();
                break;
                case "sqrt" : core.squareRoot(); 
                break; 
                case "inverse": core.inverse(); 
                break; 
                case "invert": core.changeSign();
                break;
                case "variableex" : core.variableExponentiation(console.getDoubleInput
                ("What Power Should Current Value Be Raised To? \n" + "All Inputs Should Be In Base 10/ Decimal Format \n"));
                break;
                case "switchdisplaymode": science.switchDisplayMode
                (console.getStringInput("Which Mode Would You Like To Enter: Binary, Octal, Decimal, or Hexadecimal"));
                break;
                case "switchunitsmode": science.switchUnitsMode
                (console.getStringInput("Which Trig Units Would You Like: Degrees or Radians?"));
                break;
                case "m+": console.mPlus(console.getCurrentValue());
                break;
                case "mc": console.mClear();
                break;
                case "mrc": console.mRc();
                break;
                case "sine": science.sine(console.getCurrentValue());
                break;
                case "cosine": science.cosine(console.getCurrentValue());
                break;
                case "tangent": science.tangent(console.getCurrentValue());
                break;
                case "inversesine": science.invSine(console.getCurrentValue());
                break;
                case "inversecosine": science.invCosine(console.getCurrentValue());
                break;
                case "inversetangent": science.invTangent(console.getCurrentValue());
                break;
                case "factorial": bonus.factorialOf(console.currentValue);
                break;
                case "log": bonus.logarithm(console.getCurrentValue());
                break;
                case "inverselog": bonus.invLogarithm(console.getCurrentValue());
                break;
                case "ln": bonus.lnLogarithm(console.getCurrentValue());
                break;
                case "inverseln": bonus.expLogarithm(console.getCurrentValue());
                break;
                case "addfive": custom.addFive();
                break;
                case "help": console.println(custom.helpMe());
                break;
                case "exit": onOff = "off"; 
                break;
                default : console.println("Invalid choice please try again"); 
                break;

            }
                console.println("Current Mode Is: " + science.displayMode);
                console.println("Current Trig Units are: " + science.trigOptions);
                
                if(console.getCurrentValue() != Double.POSITIVE_INFINITY){
                    if(console.getCurrentValue() != Double.NEGATIVE_INFINITY){
            if (science.Mode == 2){
                
                console.println("Current Value Is: " + Long.toBinaryString(Double.doubleToRawLongBits(console.getCurrentValue())));
            } else if( science.Mode == 8) {
                
                console.println("Current Value Is: " + Long.toOctalString(Double.doubleToRawLongBits(console.getCurrentValue())));
            }
            else if( science.Mode == 16) {

                console.println("Current Value Is: " + Double.toHexString(console.getCurrentValue()));
            } else {
                console.println("Current Value Is: " + Double.toString(console.getCurrentValue()));}

        }else {console.println("ERR Please CLEAR To Continue!");}
    }else {console.println("ERR Please CLEAR To Continue!");}
    }
}
}