If you are referring to the Linked Lists used in programming:
You can use the Linked lists you learn in c++ (for example) to define actual shapes in OpenGL (a graphics library), then just 'call' the shapes and apply transformations to them (moving them around, rotating, etc).
This method saves a lot of bandwidth between your CPU and video card as the shapes are defined already.
Hopes this answers your question
Chat with our AI personalities
Applications of Circular Linked List
1. Round Robin Time Sharing jobs of Operating System, ie simple multi tasking by PC
2. Chit Funds use the concept of circular first come first serve linked list
Rajeev Vashisht
myhemant72@rediffmail.com
For understanding basic concept train would be the best example for linked lists for example adding and deleting nodes is how we add and remove compartments in a train Real time application where linked list is really used is maintaining relational databases. in database tables may be associated with each other so for linking it to each other linked list data structure is the best choice
The main advantage of a doubly-linked list is that you can traverse and search the list both forwards and backwards. Although you can also add to the beginning and end of the list, and retrieve the same, in constant time O(1), this is also possible with a slightly modified singly-linked list simply by maintaining a pointer to the last node as well as the first. Thus the only real difference is whether you need to traverse bi-directionally or not. If not, a modified singly-linked list would be more efficient. And if you only require fast access to the first node, a standard singly-linked list would be slightly more efficient.
nope.
I need an example of a real-world array
A compound machine is two or more simple machines in one... Right so an example would be like...A BikeA pair of ScissorsA staplerAND SO ON...YOU GET IT:)