Program in C++ & Visual Studio not Studio CodeEveryone has played Yahtzee... Right? There are so many better dice games, but my family likes this one the best. A YouTube video that describes Yahtzee can be found here.The basic rules are as follows:At the start of your turn you roll five normal everyday six sided dice. In the course of your turn you would choose to reroll any of the dice up to two more times. We are more concerned in this problem with the dice at the completion of your turn.This website gives a great rundown of the probabilities of Yahtzee that you will need.NOTE: You may ONLY use a set and map data structure to complete the solution to this problemLet’s see what results the dice give us using the following data structures and process:Prompt the user to enter five valid numbers (Range: One to six inclusive on both ends)Each time the user enters a valid number, “place” it into a map of integersCreate and use a set of integers with your data to determine if it is a Yahtzee! (5 of a kind)“Key” will be the die roll value“Value” will be the number of times the die value was rolledIf needed, use this set of integers and the map of integer keys and integer values to determine the rest of the possible resultsDisplay to the user ONLY the best of the seven possible results that they have achieved with the result of their turn5 of a kind (Ordered best to worst here)4 of a kindFull house (3 of a kind plus one pair)3 of a kindLarge straight (5 consecutive values in a row... 12345 or 23456 for examples)Small straight (4 consecutive values in a row... 12346 or 11234 for examples)Nothing (None of the above) Everyone has played Yahtzee... Right? There are so many better dice games, but my family likes this one the best.A YouTube video that describes Yahtzee can be found here.The basic rules are as follows:• At the start of your turn you roll five normal everyday six sided dice.• In the course of your turn you would choose to reroll any of the dice up to two more times.• We are more concerned in this problem with the dice at the completion of your turn.This website gives a great rundown of the probabilities of Yahtzee that you will need.NOTE: You may ONLY use a set and map data structure to complete the solution to this problemLet's see what results the dice give us using the following data structures and process:• Prompt the user to enter five valid numbers (Range: One to six inclusive on both ends)• Each time the user enters a valid number, "place" it into a map of integersCreate and use a set of integers with your data to determine if it is a Yahtzee! (5 of a kind)o "Key" will be the die roll value。 "Value" will be the number of times the die value was rolled• If needed, use this set of integers and the map of integer keys and integer values to determine the rest of the possible results• Display to the user ONLY the best of the seven possible results that they have achieved with the result of their turn1.5 of a kind (Ordered best to worst here)2. 4 of a kind3. Full house (3 of a kind plus one pair)4.3 of a kind5. Large straight (5 consecutive values in a row... 12345 or 23456 for examples)6. Small straight (4 consecutive values in a row... 12346 or 11234 for examples)7. Nothing (None of the above)

Prompt the user to enter five valid numbers (1-6). For each entered number, place it into a…

Program in C++ & Visual Studio not Studio Code Everyone has played Yahtzee... Right? There are so many better dice games, but my family likes this one the best. A YouTube video that describes Yahtzee can be found here. The basic rules are as follows: At the start of your turn you roll five normal everyday six sided dice. In the course of your turn you would choose to reroll any of the dice up to two more times. We are more concerned in this problem with the dice at the completion of your turn. This website gives a great rundown of the probabilities of Yahtzee that you will need. NOTE: You may ONLY use a set and map data structure to complete the solution to this problem Let’s see what results the dice give us using the following data structures and process: Prompt the user to enter five valid numbers (Range: One to six inclusive on both ends) Each time the user enters a valid number, “place” it into a map of integersCreate and use a set of integers with your data to determine if it is a Yahtzee! (5 of a kind) “Key” will be the die roll value “Value” will be the number of times the die value was rolled If needed, use this set of integers and the map of integer keys and integer values to determine the rest of the possible results Display to the user ONLY the best of the seven possible results that they have achieved with the result of their turn 5 of a kind (Ordered best to worst here) 4 of a kind Full house (3 of a kind plus one pair) 3 of a kind Large straight (5 consecutive values in a row... 12345 or 23456 for examples) Small straight (4 consecutive values in a row... 12346 or 11234 for examples) Nothing (None of the above)

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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Program in C++ & Visual Studio not Studio Code

Everyone has played Yahtzee... Right? There are so many better dice games, but my family likes this one the best.
A YouTube video that describes Yahtzee can be found here.

The basic rules are as follows:

At the start of your turn you roll five normal everyday six sided dice.
In the course of your turn you would choose to reroll any of the dice up to two more times.
We are more concerned in this problem with the dice at the completion of your turn.

This website gives a great rundown of the probabilities of Yahtzee that you will need.

NOTE: You may ONLY use a set and map data structure to complete the solution to this problem

Let’s see what results the dice give us using the following data structures and process:

Prompt the user to enter five valid numbers (Range: One to six inclusive on both ends)
Each time the user enters a valid number, “place” it into a map of integersCreate and use a set of integers with your data to determine if it is a Yahtzee! (5 of a kind)
- “Key” will be the die roll value
- “Value” will be the number of times the die value was rolled
If needed, use this set of integers and the map of integer keys and integer values to determine the rest of the possible results
Display to the user ONLY the best of the seven possible results that they have achieved with the result of their turn

1. 5 of a kind (Ordered best to worst here)
2. 4 of a kind
3. Full house (3 of a kind plus one pair)
4. 3 of a kind
5. Large straight (5 consecutive values in a row... 12345 or 23456 for examples)
6. Small straight (4 consecutive values in a row... 12346 or 11234 for examples)
7. Nothing (None of the above)

Everyone has played Yahtzee... Right? There are so many better dice games, but my family likes this one the best.
A YouTube video that describes Yahtzee can be found here.
The basic rules are as follows:
• At the start of your turn you roll five normal everyday six sided dice.
• In the course of your turn you would choose to reroll any of the dice up to two more times.
• We are more concerned in this problem with the dice at the completion of your turn.
This website gives a great rundown of the probabilities of Yahtzee that you will need.
NOTE: You may ONLY use a set and map data structure to complete the solution to this problem
Let's see what results the dice give us using the following data structures and process:
• Prompt the user to enter five valid numbers (Range: One to six inclusive on both ends)
• Each time the user enters a valid number, "place" it into a map of integersCreate and use a set of integers with your data to determine if it is a Yahtzee! (5 of a kind)
o "Key" will be the die roll value
。 "Value" will be the number of times the die value was rolled
• If needed, use this set of integers and the map of integer keys and integer values to determine the rest of the possible results
• Display to the user ONLY the best of the seven possible results that they have achieved with the result of their turn
1.5 of a kind (Ordered best to worst here)
2. 4 of a kind
3. Full house (3 of a kind plus one pair)
4.3 of a kind
5. Large straight (5 consecutive values in a row... 12345 or 23456 for examples)
6. Small straight (4 consecutive values in a row... 12346 or 11234 for examples)
7. Nothing (None of the above)

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