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countCandies has the following parameter(s): There are friends_nodes friends, number different candies. There are friends is connected by the common candy that they both like. Candies are numbered 1 to friends_nodes, who like to eat lof friends where each pair Open with - friends friends_nodes: an integer, the number of friends friends_from[friends_from[0,.friends_from[n-1]]: an integer array where each from 1 to 100. Note that if xi] and y] are connected by a candy cfi]and yfi] and zi] element denotes the first friend in the pair are also connected by the candy cli], then x[i] and zī] are also said to be connected friends_toffriends_to[0]...friends_to[n-1]]: an integer array where each element denotes the second friend in the pair by cf]. Find the maximal product of x[i] and yli] so that x[i] and y[i] share the largest group of friends which is connected by some common candy. As an example, assume the following 6 inputs: From To Candy 1 51 51 6. 51 10 8 51 6 51 2. 3 51 Everyone likes the same candy, but not everyone is connected. A graphical friends_weightffriends_weight(0],.friends_weight[n-1]: an integer array where representation is: each element denotes a candy liked by both friends The largest group is [1, 2, 3, 7] and its largest elements are 3 and 7. Their product is Constraints 2 s friends_nodes s 100 1 s friends_edges s min(200, e 1s friends_weight[i] s 100 1s friends_from[i]), friends_to[i] s friends_nodes 1s friends_weight[i] s friends_edges friends from[i] friends toli Each pair of friends can 21. Function Description Complete the function countCandies in the editor below. The function must return an integer that represents t Page + numbers in the largest of candy group

countCandies has the following parameter(s): There are friends_nodes friends, number different candies. There are friends is connected by the common candy that they both like. Candies are numbered 1 to friends_nodes, who like to eat lof friends where each pair Open with - friends friends_nodes: an integer, the number of friends friends_from[friends_from[0,.friends_from[n-1]]: an integer array where each from 1 to 100. Note that if xi] and y] are connected by a candy cfi]and yfi] and zi] element denotes the first friend in the pair are also connected by the candy cli], then x[i] and zī] are also said to be connected friends_toffriends_to[0]...friends_to[n-1]]: an integer array where each element denotes the second friend in the pair by cf]. Find the maximal product of x[i] and yli] so that x[i] and y[i] share the largest group of friends which is connected by some common candy. As an example, assume the following 6 inputs: From To Candy 1 51 51 6. 51 10 8 51 6 51 2. 3 51 Everyone likes the same candy, but not everyone is connected. A graphical friends_weightffriends_weight(0],.friends_weight[n-1]: an integer array where representation is: each element denotes a candy liked by both friends The largest group is [1, 2, 3, 7] and its largest elements are 3 and 7. Their product is Constraints 2 s friends_nodes s 100 1 s friends_edges s min(200, e 1s friends_weight[i] s 100 1s friends_from[i]), friends_to[i] s friends_nodes 1s friends_weight[i] s friends_edges friends from[i] friends toli Each pair of friends can 21. Function Description Complete the function countCandies in the editor below. The function must return an integer that represents t Page + numbers in the largest of candy group

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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countCandies has the following parameter(s): 1 to friends_nodes, who like to eat different candies. There are friends sof friends where each pair of friends is connected by the common candy that they both like. Candies are numbered There are friends nodes friends, numi friends_nodes: an integer, the number of friends pairs friends_from[friends_from[0]...friends_from[n-1]]: an integer array where each from 1 to 100. Note that if x[i] and y[ī] are connected by a candy c[i]and yli] and z[i] are also connected by the candy c[i], then x[i] and z[ī] are also said to be connected by c[i]. Find the maximal product of x[i] and y[i] so that x[i] and y[i] share the largest element denotes the first friend in the pair friends_to[friends_to[0]..friends_to[n-1]]: an integer array where each element denotes the second friend in the pair group of friends which is connected by some common candy. As an example, assume the following 6 inputs: From To Candy 2 51 7 3 51 6 51 10 8 51 6 9 51 51 Everyone likes the same candy, but not everyone is connected. A graphical friends_weight[friends_weight[0],..friends_weight[n-1]]: an integer array where representation is: each element denotes a candy liked by both friends The largest group is [1, 2, 3, 7] and its largest elements are 3 and 7. Their product is Constraints 2 s friends_nodes s 100 1 s friends_edges s min(200, mena na fiente ake- /) 1s friends_weight|i] s 100 1s friends_from[i], friends_to[i] s friends_nodes 15 friends_weight[i] < friends_edges friends_from] # friends_tofi] Each pair of friends can 21. Function Description Complete the function countCandies in the editor below. The function must return an integer that represents thae 1 tha maxiimumo numbers in the largest group. connected by |of candy Page 2I 4
Transcribed Image Text:countCandies has the following parameter(s): 1 to friends_nodes, who like to eat different candies. There are friends sof friends where each pair of friends is connected by the common candy that they both like. Candies are numbered There are friends nodes friends, numi friends_nodes: an integer, the number of friends pairs friends_from[friends_from[0]...friends_from[n-1]]: an integer array where each from 1 to 100. Note that if x[i] and y[ī] are connected by a candy c[i]and yli] and z[i] are also connected by the candy c[i], then x[i] and z[ī] are also said to be connected by c[i]. Find the maximal product of x[i] and y[i] so that x[i] and y[i] share the largest element denotes the first friend in the pair friends_to[friends_to[0]..friends_to[n-1]]: an integer array where each element denotes the second friend in the pair group of friends which is connected by some common candy. As an example, assume the following 6 inputs: From To Candy 2 51 7 3 51 6 51 10 8 51 6 9 51 51 Everyone likes the same candy, but not everyone is connected. A graphical friends_weight[friends_weight[0],..friends_weight[n-1]]: an integer array where representation is: each element denotes a candy liked by both friends The largest group is [1, 2, 3, 7] and its largest elements are 3 and 7. Their product is Constraints 2 s friends_nodes s 100 1 s friends_edges s min(200, mena na fiente ake- /) 1s friends_weight|i] s 100 1s friends_from[i], friends_to[i] s friends_nodes 15 friends_weight[i] < friends_edges friends_from] # friends_tofi] Each pair of friends can 21. Function Description Complete the function countCandies in the editor below. The function must return an integer that represents thae 1 tha maxiimumo numbers in the largest group. connected by |of candy Page 2I 4
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