Is Graph Bipartite Program in Go (Golang)

Overview

An undirected graph is given. A  graph is claimed to be bipartite if the nodes of the graph may be partitioned into two subsets such that each edge connects one node within the first subset to another node within the second subset.

The graph incorporates n nodes numbered from 0 to n-1. Enter is a matrix named graph which is a 2D  matrix the place graph[i] incorporates the node to which ith node is linked. For eg if

graph[0] = [1,3]

this implies node 0 is linked to node 1 and node 3

Instance 1

Enter: [[1,3],[0,2],[1,3],[0,2]]
Output: true

Instance 2

Enter: [[1,4],[0,2],[1,3],[2,4],[0,3]
Output: false

Thought is to make use of DFS  right here. We are going to attempt to assign both crimson or black coloration to every of the nodes. If a node is coloured crimson then its neighbors should be coloured black.

• We’re in a position to coloration  on this  means then the graph is bipartite

• If whereas coloring we  discover  that two nodes linked by  an edge have the identical coloration then the graph is just not bipartite

Let’s see this system for a similar

Beneath is this system for a similar

package deal major

import "fmt"

func isBipartite(graph [][]int) bool {
	nodeMap := make(map[int][]int)

	numNodes := len(graph)

	if numNodes == 1 {
		return true
	}
	for i := 0; i 

Output:

true
false

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