Put some actual information in the presentation

Signed-off-by: eeconn <eeconn@live.unc.edu>
Added some structure

Signed-off-by: eeconn <eeconn@live.unc.edu>
Creating a skeleton for the code directory.

Signed-off-by: eeconn <eeconn@live.unc.edu>
Templates from the homework with some of the changes

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Just some commenting changes

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Here are some changes to the original ode solver,
as well as the new adaptive stepper. I have not completed or
tested the adaptive stepper, but check it out. It may prove to
be worthless, but I figured we needed the adaptive in order
to have an "h" step size (because we don't have an x end).

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Adding some documentation and discussion of our methods

Signed-off-by: eeconn <eeconn@live.unc.edu>
Fleshed out theory section of presentation

Signed-off-by: eeconn <eeconn@live.unc.edu>
Mfxy1 is used for both solvers. There is the Matlab one and the rk4.

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
I made a working code folder in the code folder where
we can put code that is fully operational. We can put
junk code, or code that we are messing around with outside
of the new folder but still in the code folder. Mfxy1 is
the function for both solvers (Matlab's and rk4).

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Merge branch 'master' of https://github.com/eeconn/uncphys331-polytropes.git
Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Signed-off-by: Matt <hurleydrum.swim@gmail.com>
I have not implemented a root finder for the Matlab
solver, or done the mass radius relationship, but I
should get it tomorrow (Thursday). I would like to
make both fully operational by themselves, so I will
add a driver to the Matlab solver.

Signed-off-by: Matt <hurleydrum.swim@gmail.com>
Signed-off-by: Matt <hurleydrum.swim@gmail.com>