The Searching Algorithms Server program provides a framework to handle communications between a client and a server. The main focus of the program is to allow the client to send a structured "problem" and the server to process it and pass a solution.
In our instance, we receive weighted graphs represented as Matricies and perform path finding algorithms to find the best path between the starting node and the ending node.
The Algorithms we have implemented for pathfinding are:
BFS and DFS don't take into consideration the weights of the nodes so they've been compared for complexity by number of nodes processed.
Running all four algorithms on a 37x37 matrix with some blocked cells (denoted with -1) we have received the following results:
So for cases where we're looking for the cheapest and shortest path, we'll be defaulting to use A*.
Compile with
g++ -std=c++14 *.cpp -Wall -Wextra -Wshadow -Wnon-virtual-dtor -pedantic -o a.out -pthread
You can then connect to the server (port 5600 by default) or specify a port as an argument.
Send the matrix you want to use A* on, and after several calculations you'll receive the A* path as output from the server.
The matrix template you send to the server is:
cell[00],cell[01],cell[02],...,cell[0n-1]
cell[10],cell[11],cell[12],...,cell[1n-1]
...
cell[n-10],cell[n-11],cell[n-12],...,cell[n-1n-1]
0,0 <-- Starting cell
n-1,n-1 <-- Goal cell
end
The cell locations should denote the cost for the specific cell. cost of -1 is blocked cell.
For example:
1,2,3
3,-1,2
3,3,3
0,0
2,2
end
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