Write an interactive graphical user interface that you have learned in the class. Example: JTextField, JButton, JRadioButton

INSTRUCTIONS TO CANDIDATES

ANSWER ALL QUESTIONS

Instructions:

1. This is an individual assignment.

2. Write an interactive graphical user interface that you have learned in the class. Example: JTextField, JButton, JRadioButton etc.

3. Please put comment on each of the source code line if applicable.

4. Documentation:

1. Introduction
2. Design a flowchart based on the topic
3. Screenshot all the interfaces, describe about each of the interface and explain how to use the interface one by one.
4. Source code.
5. Conclusion
6. References

 

5. Zipped the file consists of:

1. Documentation
2. Netbeans Java project folder.

Calculate House Electricity Bill

You have been assign by your company to develop a program to calculate electricity tariff for the domestic house hold. As a system developer, you have been instructed to develop a system that uses an interactive graphical user interface to calculate the amount of payment for every electricity usage.

The electricity tariff is based on the table below:

Block Tariff (per month)	Unit	Rate
For the first 200 kWh (1-200 kWh) per month	sen/kWh	0.218
For the next 100 kWh (201 – 300 kWh) per month	sen/kWh	0.344
For the next 300 kWh (301 – 600 kWh) per month	sen/kWh	0.516
For the next 300 kWh (601 – 900 kWh) per month	sen/kWh	0.546
For the next kWh (901 kWh onwards) per month	sen/kWh	0.571
The minimum monthly chafe is RM300

 

As government needs to raise money to battle Covid-19 pandemic, every electricity consumption exceeds 600kWH will require the customer to pay additional 6% for SST purpose.

Enter your first 200 kWh (1-200 kWh) per month :	200	RM 43.60
Enter next 100 kWh (201 – 300 kWh) per month :	100	RM 34.40
Enter next 300 kWh (301 – 600 kWh) per month :	300	RM 154.80
Enter next 300 kWh (601 -  900 kWh) per month :	180	RM 98.28
Estimated Bill :	RM 331.08

For instance, the user has used 780 kWh electric capacities in a month. You have to ask your user to enter the first 200 kWh in text field you have already provided. If there any next 100 kWh they have to enter the value.

 

Use the following simple output to assist you and the calculation is based on the table above.

In the end of the program, you should display details of the bill such as the total electricity consumptions (kWh), total consumption (RM), 6% SST if the kWh consumption more than 700 kWh and total current bill to be paid by the customer.

In order to make sure the user will enter the correct type of input, you have to include a validation code in the system. Each of the incorrect input, the system will print out warning and ask the user to input the data once more.

Attachments:

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