
REMEMBER THIS PACKAGE CAN CONTAIN A NUMBER OF BUGS!!

[0] The global structure

COPYRIGHT	Yep! Copyright
README		This file
Makefile	I dont think this file will be used.
default.mk	All the Makefiles of the subdirectory depend on this default.mk
		PLEASE PAY ATTENTION ON THIS FILE
		PLEASE PAY ATTENTION ON THIS FILE
		PLEASE PAY ATTENTION ON THIS FILE
		PLEASE PAY ATTENTION ON THIS FILE


[0][0] Followings are the basic building blocks of the finite element method

include/	All the include files
kern/		All the fundamental routines of the finite element method.
lib/		All the basic linear algebra routines
mesh/		The routines which are related with the mesh generation.
options/	The routines which are related with handling parameters.

[0][1] Followings are some simulations or utilities.. using above builing
blocks.

diffract/	Simple light diffraction experiment.
h.circled/	Laplace equation in the domain of circular shape
h.squared/	Laplace equation in the domain of rectangular shape
heat/		Hmm..
helmholtz/	A simulation of the Maxwell equations in the case of
		2-dimension, where there is an infinitely long antenna
		at the center of the domain with the angular frequency \omega.
litho/		Simple simulation of the photolithography
quadrat/	Simple program to test the quadratic element of the finite
		element method.
solvers/	The routines which the author used to use the iteration method
		as a solver of the large sparse matrix. [NOT GOOD]
sp_lu/		The routines which the author used to make a LU-decomposition
		of a sparse matrix. The routines does not give good result. I
		mean my routines run too slowly compared to SuperLU.
test/		deriver program... Oops!  [NOT GOOD]
utils/		The grid viewers... 
			dv --	diffpack grid viewer
			tv --	triangle mesh viewer
			lines, plines, points---plotting routines, i.e,
				(x_i, y_i) viewers
		All need the plotmtv..
		VERY IMPOTANT!!!..

[1] Prerequisites
You need SuperLU, plotmtv, and gcc.  I think you can find them
	in netlib, or gnu-repository. Thank you GNU.
	

[2] About the author
	Hunsoo Hong
	Department of physics.
	The Korea Advanced Institute of Science and Technology
	Taejon, South Korea.

	The author finished his master course last week.
	His email address is
		hunsoo@sensor.kaist.ac.kr
	You should know that above address can be easily changed because
	he lost the chance to do the doctorate course in this KAIST.

[3] If you have any quesions, please email me.

[4] Disclaimer:
	see the COPYRIGHT
