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2. Write a program that emulates rolling a dice. a) Create a roll() function to find the outcome of a 6-side dice roll/ and return the result of a single dice roll. b) Overload the roll() function to find dice rolls of a specific dice size. 1. Accept the dice size as a parameter. 2. Return the result of a single dice roll. c) Overload the roll() function 1. Accept the dice size as a parameter, n. 2. Accept the number of rolls as a second input parameter, r. 3. Accept the third pass-by-reference parameter to calculate the sum of r rolls of an n-side dice. For example, roll (2, 9, sum) will calculate the sum of a 2d9 (2 rolls of a 9-side dice). d) main() handles function calls and output. 1. Output a 6-side dice three times. 2. Output a 10-, 20- and, 30-side dice once time each. 3. Output the sums by calling roll (3, 7, sum), roll (2, 8, sum), and roll (5, 10, sum). 4. Use current time as the seed to generate all the numbers.

2. Write a program that emulates rolling a dice. a) Create a roll() function to find the outcome of a 6-side dice roll/ and return the result of a single dice roll. b) Overload the roll() function to find dice rolls of a specific dice size. 1. Accept the dice size as a parameter. 2. Return the result of a single dice roll. c) Overload the roll() function 1. Accept the dice size as a parameter, n. 2. Accept the number of rolls as a second input parameter, r. 3. Accept the third pass-by-reference parameter to calculate the sum of r rolls of an n-side dice. For example, roll (2, 9, sum) will calculate the sum of a 2d9 (2 rolls of a 9-side dice). d) main() handles function calls and output. 1. Output a 6-side dice three times. 2. Output a 10-, 20- and, 30-side dice once time each. 3. Output the sums by calling roll (3, 7, sum), roll (2, 8, sum), and roll (5, 10, sum). 4. Use current time as the seed to generate all the numbers.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Answer in C++ Please make sure output shows same as in the picture
2. Write a program that emulates rolling a dice. a) Create a roll() function to find the outcome of a 6-side dice roll/ and return the result of a single dice roll. b) Overload the roll() function to find dice rolls of a specific dice size. 1. Accept the dice size as a parameter. 2. Return the result of a single dice roll. c) Overload the roll() function 1. Accept the dice size as a parameter, n. 2. Accept the number of rolls as a second input parameter, r. 3. Accept the third pass-by-reference parameter to calculate the sum of r rolls of an n-side dice. For example, roll (2, 9, sum) will calculate the sum of a 2d9 (2 rolls of a 9-side dice). d) main () handles function calls and output. 1. Output a 6-side dice three times. 2. Output a 10-, 20- and, 30-side dice once time each. 3. Output the sums by calling roll (3, 7, sum), roll (2, 8, sum), and roll (5, 10, sum). 4. Use current time as the seed to generate all the numbers. Example Output: Roll (6): 3 Roll (6): 2 Roll (6): 4 Roll (10): 10 Roll (20): 3 Roll (30): 12 Roll (3d7): 14 Roll (2d8): 7 Roll (5d10): 24 4 MacBook Air
Transcribed Image Text:2. Write a program that emulates rolling a dice. a) Create a roll() function to find the outcome of a 6-side dice roll/ and return the result of a single dice roll. b) Overload the roll() function to find dice rolls of a specific dice size. 1. Accept the dice size as a parameter. 2. Return the result of a single dice roll. c) Overload the roll() function 1. Accept the dice size as a parameter, n. 2. Accept the number of rolls as a second input parameter, r. 3. Accept the third pass-by-reference parameter to calculate the sum of r rolls of an n-side dice. For example, roll (2, 9, sum) will calculate the sum of a 2d9 (2 rolls of a 9-side dice). d) main () handles function calls and output. 1. Output a 6-side dice three times. 2. Output a 10-, 20- and, 30-side dice once time each. 3. Output the sums by calling roll (3, 7, sum), roll (2, 8, sum), and roll (5, 10, sum). 4. Use current time as the seed to generate all the numbers. Example Output: Roll (6): 3 Roll (6): 2 Roll (6): 4 Roll (10): 10 Roll (20): 3 Roll (30): 12 Roll (3d7): 14 Roll (2d8): 7 Roll (5d10): 24 4 MacBook Air
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