Contents of Maple files:
seminar1.mws:  plots two cdf's for fixed N and alpha=sqrt(2).

seminar2.mws:  plots two cdf's for fixed N and alpha, and computes
disc

seminar3.mws:  same as seminar1.mws but with pi.

seminar4.mws:  brief experiment with test functions

seminar5.mws:  another experiment with test functions

seminar6.mws:  computes eta, draws various graphs, & computes disc.s  BIG.

seminar6v2.mws:  computes eta & then computes disc

seminar7.mws:  computes 2 variable disc.  very slow, but has written
in it to save "C.txt" with the array data.

seminar8.mws:  computes arrays to be used with cdf.c

seminar9.mws:  same as seminar8.mws but a little cleaner

seminar9b.mws:  like seminar9, but for use with cdf5.c

seminar10.mws:  does continued fraction stuff with sqrt(2).




sheet1.mws:  plots two cdf's for fixed N and alpha, and computes
disc

sheet2.mws:  computes eta and then computes disc

sheet3.mws:  computes data to be used with cdf.c

sheet4.mws:  computes data to be used with cdf5.c

All files were created in Maple V (release 5).


Other files:
cdf.c:  computes 2 dimensional disc from given input file
cdf5.c:  computes 5 dimensional disc from given input file
parse.c:  parses files that maple saves to be used with cdf.c or
cdf5.c


How to use cdf.c, full version:
Save Maple output to a file, "C.txt", say.
Set N in the source code of cdf.c
Compile cdf.c to cdf.out, parse.c to parse.out
parse.out < C.txt > C2.txt
cdf.out < C2.txt

How to use cdf.c to compute disc, dummies version:
1.  Save the Maple output to the file "C.txt" (sheet3 has doing this built
in to it).
2.  Edit the file "cdf.c" and change N to 2 less than the N that
you're using.
3.  Run the script "tscript" by typing "tscript" and pressing return.
4.  The number printed on the screen is disc.

Using cdf5.c is the same, except you use sheet4.mws and tscript5