• Get my technical English presentation here (Jan 14, 2004)
• Get implementation of Branch-and-Bound Algorithm to find the shortest path here (Aug 23, 2003)
• Get a combinatorial argument about counting spanning trees here (Aug 20, 2003)
• Get Solution to a path counting problem here (Aug 19, 2003)
• Get implementation of Warshall Algorithm to construct transitive closure of a relation here (Aug 11, 2003)
• Get an algorithm to generate regular expression of a DFA here (Aug 10, 2003)
• Get proof of Sollin's Algorithm to construct a minimum spanning tree here (Jul 30, 2003)
• Get DFS algorithm to construct spanning tree here (Jul 29, 2003)
• Get an algorithm to construct tree from its traversals here (Jul 28, 2003)
• Get an algorithm to count simple paths in a graph here (Jul 25, 2003)
• Get a forgotten note about Dijkstra's Algorithm common verification here (Jul 22, 2003)
• Get proof of Fleury Algorithm here (Jul 20, 2003)
• Get Solution to a graph coloring problem in Discrete Structures final exam here (Jul 10, 2003)
• Get implementation of a number of data structures in M68K (performed by a team consists of Amin Reza Ebrahimi Saba, Zeynab Jalili, Mohammad Hossein Rohban) here (Jul 3, 2003)
• Get the implementation of Dijkstra's Algorithm in Java here (May 1, 2003)
• Take a look at my Java project (VWMTA™®©) (Feb 6, 2003)
• Get my shell programming project in Linux here (Jan 21, 2003)
• Get my computer workshop project about JavaServlets and their role in J2EE architecture here. Also see the presentation about it here. (Jan 16, 2003)
• Take a look at the 40 last persons who had logged in CE Linux Server here.
• Know more about me

• contact me and let me know your opinion :

• rahban@ce.sharif.edu

• mhrohban@yahoo.com

• rohban@nioc.org

This diagram is created by Function Diagram^TM. It is a simple program in Java to test Swing components.

You can input an expression, which describes the relation between x and y like : 2*x-(sin(x)+tan(x^2-3))^6, and this program will draw a simple graph of the function in x-y plane.

Syntax of expression : Same as any expression which is accepted by a C/C++ compiler, using 'x' variable, including functions such as : sin(), cos(), tan(), cot(), sinh(), cosh(), tanh(), coth(), log(), ln(), exp(), bracket(), abs(), arcsin(), arccos(), arctan(), arccot(), which they all accept an expression as their single argument.

Click here if you want to try it as an application (run MyFrame.class).

Click here for the source code of the program.