Epeeman
February 13th, 2009, 11:22 PM
Ok, I'm doing a coding assignment for a Java programming class and I'm asking users for input when selecting a car option (1 or 2) if they enter anything else it's supposed to send them into a while loop until they enter a valid number. But the error check isn't working for the transmission option, even though I cant see anything wrong with it.
Radio error check code (working) and Transmission error check code (not working)
//Get Radio Options
options = JOptionPane.showInputDialog(null, "If you would like the standard radio press 1.\n" + "If you would like only the basic AM/FM radio press 2. " );
radioOptions = Integer.parseInt(options);
//Radio Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for radio type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the standard radio\n" +
"Enter 2 if you want the AM/FM radio");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of AM FM radio from car options cost if radio option is 2
if (radioOptions == 2)
optionsCost += AMFM_RADIO_ONLY ;
//Get Transmission Options
options = JOptionPane.showInputDialog(null, "If you would like the automatic transmission press 1.\n" + "If you would like the manual transmission press 2. " );
transmissionOptions = Integer.parseInt(options);
//transmission Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for transmission type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the automatic transmission\n" +
"Enter 2 if you want the manual transmission");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of manual transmission from car options cost if transmission option is 2
if (transmissionOptions == 2)
optionsCost += STANDARD_TRANSMISSION;
Yes, I know curly brackets, baaaw
Here's the rest of the program if that helps:
//Lab4Winter09.java
//MY NAME
//Lab Section 06
import java.io.*;
import java.util.Scanner;
import javax.swing.JOptionPane;
import java.text.DecimalFormat;
/**
This program is designed for a car dealership to determine which options a customer might want on his/her car. It will allow the customer to generate up to five (5) pricing quotes.
*/
public class Lab4Winter09
{
/**
This program is designed for a car dealership to calculate the cost of a car to be purchased, after taking into account the customer's chioces of options.
*/
public static void main(String[] args)
{
//Declare Variables
DecimalFormat dollar = new DecimalFormat("$#,##0.00");
int intOptions = 0;
int seatingOptions = 0; //customer's choice of seating
int flooringOptions = 0; //customer's choice of flooring
int radioOptions = 0; //customer's choice of radio
int transmissionOptions = 0; //customer's choice of transmission
int tryCount = 1; //counts the number of quote attempts
int stop = 0; //Stops the program
int miles = 0; //miles entered each time prompted
int milesDrivenAnnually = 0; //Number of miles driven per year
String options = " ";
String errorMessage = " "; //Error message string
double lifeCycleCost = 0.0; //Cost of car + options + driving for 5yrs
double costOfDrivingPerYear = 0.0; //Cost of driving car per year
double optionsCost = 0.0; //Cost of the desired options
double totalCost = 0.0; //Total cost of the car
//Declare constants
final double COST_PER_MILE = .40; //Cost of driving one mile
final double BASE_CAR = 20000.00; //cost of the basic car
final double SEATS_CLOTH = 300.50; //Cost of cloth seats
final double SEATS_SPLIT = 400.50; //cost of split seats (as opposed to bench-style)
final double SEATS_BASIC = 0.0; //Cost of basic seats
final double DELUX_CARPET = 500.00; //cost of heavy-duty carpeting
final double AMFM_RADIO_ONLY = -200.00; //cost of cheap radio
final double STANDARD_TRANSMISSION = -500.00; //cost of manual transmission
final double TAX_RATE = .0725; //Tax rate (7.25%)
final double PROFIT_RATE = .1; //Profit margin (10%)
final double SHIPPING_COST = 300.00; //Cost of Shipping and handling
//Declare input value
Scanner input = new Scanner (System.in);
//Announcemt pane; Declaration of program purpose
JOptionPane.showMessageDialog(null, "This program will give you up to five (5) attempts to get a price quote that you like for the car you are planning to buy. \n" + "It will calculate the cost of the car and it's options (transmission, radio, flooring material, seating type). \n" + "It will then ask for the approximate number of miles that you will drive in five (5) years and calculate the \n" + "approximate cost of operating the vehicle over that period of time.");
//Begin do-while loop to gather user input
do
{
//Ask for base car
options = JOptionPane.showInputDialog(null, " This is try number " + tryCount + "\n" + " If you would like the standard car press 1.\n " + "If you would like a car with options press 2. " );
intOptions = Integer.parseInt(options);
//Check for errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for car type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the base car\n" +
"Enter 2 if you want the car with options");
intOptions = Integer.parseInt(options);
}
if (intOptions == 1)
{
//Output Message if BASE CAR chosen
if (intOptions == 1)
{
totalCost = BASE_CAR + (BASE_CAR * TAX_RATE) + (BASE_CAR * PROFIT_RATE) + SHIPPING_COST;
JOptionPane.showMessageDialog(null, "The cost of the base car you've chosen is\n " + dollar.format(totalCost));
}
}
//Car with options
else if (intOptions == 2)
{
//Get Seat Options
options = JOptionPane.showInputDialog(null, " If you would like Cloth bench-style seats press 1.\n " + "If you would like cloth split seats press 2.\n " + "If you would like the basic seats press 3 " );
seatingOptions = Integer.parseInt(options);
switch (seatingOptions)
{
case 1: //bench seats chosen
optionsCost += SEATS_CLOTH;
break;
case 2: //cloth seats chosen
optionsCost += SEATS_SPLIT;
break;
case 3: //basic seats chosen
optionsCost += SEATS_BASIC;
break;
default: //Check for seating errors
errorMessage ="Incorrect value for seat type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the bench seats\n" +
"Enter 2 if you want the cloth seats\n" +
"Enter 3 if you want the basic seats");
intOptions = Integer.parseInt(options);
}
//Get Flooring options
options = JOptionPane.showInputDialog(null, " If you would like the delux heavy-duty carpeting press 1.\n " + "If you would like standard carpeting press any other number. " );
flooringOptions = Integer.parseInt(options);
//Add the cost of deluxe carpet to car options cost if flooring option is 1
if (flooringOptions == 1)
optionsCost += DELUX_CARPET ;
//Get Radio Options
options = JOptionPane.showInputDialog(null, "If you would like the standard radio press 1.\n" + "If you would like only the basic AM/FM radio press 2. " );
radioOptions = Integer.parseInt(options);
//Radio Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for radio type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the standard radio\n" +
"Enter 2 if you want the AM/FM radio");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of AM FM radio from car options cost if radio option is 2
if (radioOptions == 2)
optionsCost += AMFM_RADIO_ONLY ;
//Get Transmission Options
options = JOptionPane.showInputDialog(null, "If you would like the automatic transmission press 1.\n" + "If you would like the manual transmission press 2. " );
transmissionOptions = Integer.parseInt(options);
//transmission Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for transmission type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the automatic transmission\n" +
"Enter 2 if you want the manual transmission");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of manual transmission from car options cost if transmission option is 2
if (transmissionOptions == 2)
optionsCost += STANDARD_TRANSMISSION;
//Compute cost here of automobile with options
totalCost = (BASE_CAR + optionsCost) + ((BASE_CAR + optionsCost) * TAX_RATE) + ((BASE_CAR + optionsCost) * PROFIT_RATE) + SHIPPING_COST;
//Output the cost for automobile with options
JOptionPane.showMessageDialog(null, "The cost of the car with options you've chosen is\n " + dollar.format(totalCost));
}
tryCount++; //Increment variable tryCount
//ask for more quotes --> stop
options = JOptionPane.showInputDialog(null, "If you would like another quote enter 1, if not enter any other number");
stop = Integer.parseInt(options);
} while (stop == 1 && tryCount < 6); //End do-while loop after 5 tries or user termination
//Ask user for number of miles driven annually
for (int yearCount = 1; yearCount <= 5; ++yearCount)
{
options = JOptionPane.showInputDialog(null, "Please enter the number of miles you will drive in year " + yearCount);
miles = Integer.parseInt(options);
milesDrivenAnnually = (milesDrivenAnnually + miles);
}
//Calculate the life cycle cost of the car
costOfDrivingPerYear = (COST_PER_MILE * milesDrivenAnnually);
lifeCycleCost = totalCost + costOfDrivingPerYear;
//Output cost to user
JOptionPane.showMessageDialog(null, " The cost of the Car you chose is " + dollar.format(totalCost) + "\n The approximate cost of driving for five years is " + dollar.format(costOfDrivingPerYear) + "\n The number of miles you drove in five years was " + milesDrivenAnnually + "\n The life cycle cost of your car is " + dollar.format(lifeCycleCost));
} //End main method
} //End class
Radio error check code (working) and Transmission error check code (not working)
//Get Radio Options
options = JOptionPane.showInputDialog(null, "If you would like the standard radio press 1.\n" + "If you would like only the basic AM/FM radio press 2. " );
radioOptions = Integer.parseInt(options);
//Radio Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for radio type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the standard radio\n" +
"Enter 2 if you want the AM/FM radio");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of AM FM radio from car options cost if radio option is 2
if (radioOptions == 2)
optionsCost += AMFM_RADIO_ONLY ;
//Get Transmission Options
options = JOptionPane.showInputDialog(null, "If you would like the automatic transmission press 1.\n" + "If you would like the manual transmission press 2. " );
transmissionOptions = Integer.parseInt(options);
//transmission Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for transmission type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the automatic transmission\n" +
"Enter 2 if you want the manual transmission");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of manual transmission from car options cost if transmission option is 2
if (transmissionOptions == 2)
optionsCost += STANDARD_TRANSMISSION;
Yes, I know curly brackets, baaaw
Here's the rest of the program if that helps:
//Lab4Winter09.java
//MY NAME
//Lab Section 06
import java.io.*;
import java.util.Scanner;
import javax.swing.JOptionPane;
import java.text.DecimalFormat;
/**
This program is designed for a car dealership to determine which options a customer might want on his/her car. It will allow the customer to generate up to five (5) pricing quotes.
*/
public class Lab4Winter09
{
/**
This program is designed for a car dealership to calculate the cost of a car to be purchased, after taking into account the customer's chioces of options.
*/
public static void main(String[] args)
{
//Declare Variables
DecimalFormat dollar = new DecimalFormat("$#,##0.00");
int intOptions = 0;
int seatingOptions = 0; //customer's choice of seating
int flooringOptions = 0; //customer's choice of flooring
int radioOptions = 0; //customer's choice of radio
int transmissionOptions = 0; //customer's choice of transmission
int tryCount = 1; //counts the number of quote attempts
int stop = 0; //Stops the program
int miles = 0; //miles entered each time prompted
int milesDrivenAnnually = 0; //Number of miles driven per year
String options = " ";
String errorMessage = " "; //Error message string
double lifeCycleCost = 0.0; //Cost of car + options + driving for 5yrs
double costOfDrivingPerYear = 0.0; //Cost of driving car per year
double optionsCost = 0.0; //Cost of the desired options
double totalCost = 0.0; //Total cost of the car
//Declare constants
final double COST_PER_MILE = .40; //Cost of driving one mile
final double BASE_CAR = 20000.00; //cost of the basic car
final double SEATS_CLOTH = 300.50; //Cost of cloth seats
final double SEATS_SPLIT = 400.50; //cost of split seats (as opposed to bench-style)
final double SEATS_BASIC = 0.0; //Cost of basic seats
final double DELUX_CARPET = 500.00; //cost of heavy-duty carpeting
final double AMFM_RADIO_ONLY = -200.00; //cost of cheap radio
final double STANDARD_TRANSMISSION = -500.00; //cost of manual transmission
final double TAX_RATE = .0725; //Tax rate (7.25%)
final double PROFIT_RATE = .1; //Profit margin (10%)
final double SHIPPING_COST = 300.00; //Cost of Shipping and handling
//Declare input value
Scanner input = new Scanner (System.in);
//Announcemt pane; Declaration of program purpose
JOptionPane.showMessageDialog(null, "This program will give you up to five (5) attempts to get a price quote that you like for the car you are planning to buy. \n" + "It will calculate the cost of the car and it's options (transmission, radio, flooring material, seating type). \n" + "It will then ask for the approximate number of miles that you will drive in five (5) years and calculate the \n" + "approximate cost of operating the vehicle over that period of time.");
//Begin do-while loop to gather user input
do
{
//Ask for base car
options = JOptionPane.showInputDialog(null, " This is try number " + tryCount + "\n" + " If you would like the standard car press 1.\n " + "If you would like a car with options press 2. " );
intOptions = Integer.parseInt(options);
//Check for errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for car type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the base car\n" +
"Enter 2 if you want the car with options");
intOptions = Integer.parseInt(options);
}
if (intOptions == 1)
{
//Output Message if BASE CAR chosen
if (intOptions == 1)
{
totalCost = BASE_CAR + (BASE_CAR * TAX_RATE) + (BASE_CAR * PROFIT_RATE) + SHIPPING_COST;
JOptionPane.showMessageDialog(null, "The cost of the base car you've chosen is\n " + dollar.format(totalCost));
}
}
//Car with options
else if (intOptions == 2)
{
//Get Seat Options
options = JOptionPane.showInputDialog(null, " If you would like Cloth bench-style seats press 1.\n " + "If you would like cloth split seats press 2.\n " + "If you would like the basic seats press 3 " );
seatingOptions = Integer.parseInt(options);
switch (seatingOptions)
{
case 1: //bench seats chosen
optionsCost += SEATS_CLOTH;
break;
case 2: //cloth seats chosen
optionsCost += SEATS_SPLIT;
break;
case 3: //basic seats chosen
optionsCost += SEATS_BASIC;
break;
default: //Check for seating errors
errorMessage ="Incorrect value for seat type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the bench seats\n" +
"Enter 2 if you want the cloth seats\n" +
"Enter 3 if you want the basic seats");
intOptions = Integer.parseInt(options);
}
//Get Flooring options
options = JOptionPane.showInputDialog(null, " If you would like the delux heavy-duty carpeting press 1.\n " + "If you would like standard carpeting press any other number. " );
flooringOptions = Integer.parseInt(options);
//Add the cost of deluxe carpet to car options cost if flooring option is 1
if (flooringOptions == 1)
optionsCost += DELUX_CARPET ;
//Get Radio Options
options = JOptionPane.showInputDialog(null, "If you would like the standard radio press 1.\n" + "If you would like only the basic AM/FM radio press 2. " );
radioOptions = Integer.parseInt(options);
//Radio Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for radio type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the standard radio\n" +
"Enter 2 if you want the AM/FM radio");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of AM FM radio from car options cost if radio option is 2
if (radioOptions == 2)
optionsCost += AMFM_RADIO_ONLY ;
//Get Transmission Options
options = JOptionPane.showInputDialog(null, "If you would like the automatic transmission press 1.\n" + "If you would like the manual transmission press 2. " );
transmissionOptions = Integer.parseInt(options);
//transmission Errors
while(intOptions != 1 && intOptions != 2)
{
errorMessage ="Incorrect value for transmission type";
JOptionPane.showMessageDialog(null, errorMessage);
options = JOptionPane.showInputDialog(null,
"Enter 1 if you want the automatic transmission\n" +
"Enter 2 if you want the manual transmission");
intOptions = Integer.parseInt(options);
}
//Subtract the cost of manual transmission from car options cost if transmission option is 2
if (transmissionOptions == 2)
optionsCost += STANDARD_TRANSMISSION;
//Compute cost here of automobile with options
totalCost = (BASE_CAR + optionsCost) + ((BASE_CAR + optionsCost) * TAX_RATE) + ((BASE_CAR + optionsCost) * PROFIT_RATE) + SHIPPING_COST;
//Output the cost for automobile with options
JOptionPane.showMessageDialog(null, "The cost of the car with options you've chosen is\n " + dollar.format(totalCost));
}
tryCount++; //Increment variable tryCount
//ask for more quotes --> stop
options = JOptionPane.showInputDialog(null, "If you would like another quote enter 1, if not enter any other number");
stop = Integer.parseInt(options);
} while (stop == 1 && tryCount < 6); //End do-while loop after 5 tries or user termination
//Ask user for number of miles driven annually
for (int yearCount = 1; yearCount <= 5; ++yearCount)
{
options = JOptionPane.showInputDialog(null, "Please enter the number of miles you will drive in year " + yearCount);
miles = Integer.parseInt(options);
milesDrivenAnnually = (milesDrivenAnnually + miles);
}
//Calculate the life cycle cost of the car
costOfDrivingPerYear = (COST_PER_MILE * milesDrivenAnnually);
lifeCycleCost = totalCost + costOfDrivingPerYear;
//Output cost to user
JOptionPane.showMessageDialog(null, " The cost of the Car you chose is " + dollar.format(totalCost) + "\n The approximate cost of driving for five years is " + dollar.format(costOfDrivingPerYear) + "\n The number of miles you drove in five years was " + milesDrivenAnnually + "\n The life cycle cost of your car is " + dollar.format(lifeCycleCost));
} //End main method
} //End class