AIMA-CPP

C++(1y) implementation of algorithms from Norvig And Russell's "Artificial Intelligence - A Modern Approach 3rd Edition."

typename COPYRIGHT = MIT

I really want others to contribute over this ( at least the examples are so few ) :)

It would be great if someone try to to solve the questions in the book by this little library.

TODO

I'd like to write a little GUI (with Qt) to show how these algorithms work.
Currently I'm just implementing step by step while I read the book :)

Let's hope I'll do the rest or someone else would do it.

Examples

For now there are only there way to define a problem:

use Macros MAKE_PROBLEM and END_PROBLEM to make a problem with a goal and a generator for each state: - You have to generate successors for each state.
Use function makeProblem to make problem for using the generated tree/graph to find the defined goal. - There'll be no generator for this problem. - The graph will get expanded only by the leafs of each state in the graph/tree.
Inherit from Problem : - Override void watch(const node_ptr &state) const; to watch what state is getting tested. - Override bool isGoal(const T &state) const; to say which state is the goal of the problem. - Override leafs_list successors( const node_ptr &state) const; to generate/expand the successors of the current state. - Override long F(const node_ptr &node, const long &gn, const long &pcost) const ; to calculate node's cost.

Output

Using bestFirstGS ( best first graph search ) using f(n) = g(n) + h(n) :

Visited node "Arad" with cost of 0 and depth of 0
Visited node "Sibiu" with cost of 393 and depth of 1
Visited node "Rimnicu Vilcea" with cost of 273 and depth of 2
Visited node "Pitesti" with cost of 197 and depth of 3
Visited node "Bucharest" with cost of 101 and depth of 4

Route to root: -> Bucharest -> Pitesti -> Rimnicu Vilcea -> Sibiu -> Arad

Take a look at Test.hpp and Test.cpp to see what I mean :P . There will be a separated directory for examples in close future.

Compiled ON/BY

Linux debian 3.2.0-4-amd64 #1 SMP Debian 3.2.46-1 x86_64 GNU/Linux
gcc version 4.8.1 (GCC)
clang version 3.3 (tags/RELEASE_33/final)

With: g++ -std=c++1y -O2 test.cpp clang++ -std=c++1y -O2 test.cpp

hamidr / AIMA-CPP