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We will often roll multiple dice at the same time. Write a C program dice_range.c that reads the number of sides on a set of dice and how many of them are being rolled. It then outputs the range of possible totals that these dice can produce as well as the average value. Hint: use the examples below to clarify the expected behaviour of your program. For example: $ dcc -o dice_range dice_range.c $./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 2 Your dice range is 2 to 12. The average value is 7.000000 $ . /dice_range Enter the number of sides on your dice: 8 Enter the number of dice being rolled: 3 Your dice range is 3 to 24. The average value is 13.500000 $ ./dice_range Enter the number of sides on your dice: 20 Enter the number of dice being rolled: 4 Your dice range is 4 to 80. The average value is 42.000000 You'll also need to check for invalid dice or situations where the range is empty. Those situations should produce these results: $ ./dice_range Enter the number of sides on your dice: -5 Enter the number of dice being rolled: 4 These dice will not produce a range. $./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 0 These dice will not produce a range.

We will often roll multiple dice at the same time. Write a C program dice_range.c that reads the number of sides on a set of dice and how many of them are being rolled. It then outputs the range of possible totals that these dice can produce as well as the average value. Hint: use the examples below to clarify the expected behaviour of your program. For example: $ dcc -o dice_range dice_range.c $./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 2 Your dice range is 2 to 12. The average value is 7.000000 $ . /dice_range Enter the number of sides on your dice: 8 Enter the number of dice being rolled: 3 Your dice range is 3 to 24. The average value is 13.500000 $ ./dice_range Enter the number of sides on your dice: 20 Enter the number of dice being rolled: 4 Your dice range is 4 to 80. The average value is 42.000000 You'll also need to check for invalid dice or situations where the range is empty. Those situations should produce these results: $ ./dice_range Enter the number of sides on your dice: -5 Enter the number of dice being rolled: 4 These dice will not produce a range. $./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 0 These dice will not produce a range.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Assignment 07

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We will often roll multiple dice at the same time. Write a C program dice_range.c that reads the number of sides on a set of dice and how many of them are being rolled. It then outputs the range of possible totals that these dice can produce as well as the average value. Hint: use the examples below to clarify the expected behaviour of your program. For example: $ dcc -o dice_range dice_range.c $ ./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 2 Your dice range is 2 to 12. The average value is 7.000000 $ . /dice_range Enter the number of sides on your dice: 8 Enter the number of dice being rolled: 3 Your dice range is 3 to 24. The average value is 13.500000 $ ./dice_range Enter the number of sides on your dice: 20 Enter the number of dice being rolled: 4 Your dice range is 4 to 80. The average value is 42.000000 You'll also need to check for invalid dice or situations where the range is empty. Those situations should produce these results: $ ./dice_range Enter the number of sides on your dice: -5 Enter the number of dice being rolled: 4 These dice will not produce a range. $ ./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 0 These dice will not produce a range. You can run an automated code style checker using the following command: $ 1511 style dice_range.c When you think your program is working, you can use autotest to run some simple automated tests: $ 1511 autotest dice_range When you are finished working on this exercise, you and your lab partner must both submit your work by running give: $ give cs1511 lab02_dice_range dice_range.c
Transcribed Image Text:We will often roll multiple dice at the same time. Write a C program dice_range.c that reads the number of sides on a set of dice and how many of them are being rolled. It then outputs the range of possible totals that these dice can produce as well as the average value. Hint: use the examples below to clarify the expected behaviour of your program. For example: $ dcc -o dice_range dice_range.c $ ./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 2 Your dice range is 2 to 12. The average value is 7.000000 $ . /dice_range Enter the number of sides on your dice: 8 Enter the number of dice being rolled: 3 Your dice range is 3 to 24. The average value is 13.500000 $ ./dice_range Enter the number of sides on your dice: 20 Enter the number of dice being rolled: 4 Your dice range is 4 to 80. The average value is 42.000000 You'll also need to check for invalid dice or situations where the range is empty. Those situations should produce these results: $ ./dice_range Enter the number of sides on your dice: -5 Enter the number of dice being rolled: 4 These dice will not produce a range. $ ./dice_range Enter the number of sides on your dice: 6 Enter the number of dice being rolled: 0 These dice will not produce a range. You can run an automated code style checker using the following command: $ 1511 style dice_range.c When you think your program is working, you can use autotest to run some simple automated tests: $ 1511 autotest dice_range When you are finished working on this exercise, you and your lab partner must both submit your work by running give: $ give cs1511 lab02_dice_range dice_range.c
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