FORTRAN CODE VERSIONS
---------------------
Angiostatin_as_both.f90
   Contains if checks for whether angiostatin is an inhibitor or an 
   inhibitor generator and uses the correct version of c_a based on
   the value of lambda 3 (not stable)

MainCode.f90
   Base code that we made modifications to.  ( Slightly unstable, but fairly 
   good when used with angiostatin. )


MATLAB DATA FILES
-----------------
pdalpha1_<value>.m
   These files contain the results for the parameter studies of alpha1 
   taken at alpha1 = <value>.  <value> is a decimal.

pdalpha2_<1 through 6>.m
   Results for parameter studies of alpha2.  Values are uncertain since the 
   reference sheet was lost.  Suggested that these be re-run since it 
   doesn't take much time anyway.

pdgamma1_<1 through 6>.
   Results for parameter studies of gamma1.  Values are 1.0, 1.2, 1.4, 
   1.6, 1.8, and 2.0 for the respective files, arranged in corresponding 
   ascending order (i.e. 1 => 1, 2 => 1.2, etc.)

pa2<1 thru 5>t21.m
   Results for changing a_r when angiostatin acts as an inhibitor.
   Values used are 25, 2500, 25000, and 2.5 respectively with nu_e = 1000
   for the lower two values and nu_e = 1 for the second two.  Note that
   there is no file pa22t21.m because we were unable to perform a 
   successful run of a_r = 250

pa3<1 thru 5>t21.m
   Results for changing a_r when angiostatin acts as inhibitor generator.  
   The values are 25, 250, 2500, 25000, and 2.5 respectively.  Also 
   included in this set is paig250nue1000.m.  Nu_e = 1000 for 5, 1, and 
   paug250nue1000, and nu_e = 1 for 2, 3, and 4.

pdbeta1<1 through 8>.m
   Similar to the alpha and gamma parameter studies, this time for beta1.
   Again, the values are unknown.  It can be safely said, however, that as 
   the file number increases, so does the value.

pdbeta2(1 through 6>.m
   Same as pdbeta1 but for beta2.  Values unknown but arranged ascending.

pdres(6-10)1.m
   Results from running different sized grids.  It is uncertain the actual 
   size of each grid at this time, but it either tests from 31 to 51 by 
   fives, or from 61 to 101 by tens.  This was done to compare the accuracy 
   of each grid.

pdtheta<1 through 19>.m
   Results obtained by changing the value of theta.  Started in degrees 
   and converted to radians.  Values are 0, 5, 10, 15, etc. up through 90.

pdold_cat21.m and pdnew_cat21.m
   Results of changing the equations for c_a.  Old is the old version, new 
   is the new version.  Both run to time 21

process*.m
   Scripts to make data manipulation easier.