Course Content
Breadth First Search
Breadth First Search
Check if is One Component
BFS: check if graph is one-component
In the previous method, we considered that the graph is one-component. That’s because if you start traversing at some node, you’ll visit only nodes from the same component.
If there are some other components, you should start from vertices of another component.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Switch to desktop for real-world practiceContinue from where you are using one of the options belowEverything was clear?
Check if is One Component
BFS: check if graph is one-component
In the previous method, we considered that the graph is one-component. That’s because if you start traversing at some node, you’ll visit only nodes from the same component.
If there are some other components, you should start from vertices of another component.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Switch to desktop for real-world practiceContinue from where you are using one of the options belowEverything was clear?
Check if is One Component
BFS: check if graph is one-component
In the previous method, we considered that the graph is one-component. That’s because if you start traversing at some node, you’ll visit only nodes from the same component.
If there are some other components, you should start from vertices of another component.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Switch to desktop for real-world practiceContinue from where you are using one of the options belowEverything was clear?
BFS: check if graph is one-component
In the previous method, we considered that the graph is one-component. That’s because if you start traversing at some node, you’ll visit only nodes from the same component.
If there are some other components, you should start from vertices of another component.
Task
Think about Implementation of method hasOneComponent(). which returns True if it is only one component in graph.
Modify your g graph by adding nodes in that way, so there are miltiple components, and check how function works.
Switch to desktop for real-world practiceContinue from where you are using one of the options belowSwitch to desktop for real-world practiceContinue from where you are using one of the options below