Removed README that did not match the example.

examples/IsolatedGalaxy/IsolatedGalaxy_feedback/README

-Isolated Galaxy generated by the MakeNewDisk code from Springel, Di Matteo &
-Hernquist (2005). The done analysis in this example is similar to the work done
-by Schaye and Dalla Vecchia (2008) (After this SD08). The default example runs
-the simulation for a galaxy with similar mass of their fiducial model and should
-produce plots similar to their middle pannel Figure 4. The code needs to be
-configured to run with the Hernquist external potential as well as the cooling &
-star-formation model of interest. Using the EAGLE model allows to reproduce the
-results of SD08.
-
-The code can also be run for other situations to check to verify the law using
-different parameters, changes that were done in SD08 are given by:
- - gas fraction of 10% instead of 30%, change the IC to f10.hdf5, see getIC.sh,
-   should reproduce something similar to Figure 4 left hand pannel. Requires 
-   change of fg=.1
- - gas fraction of 90% instead of 30%, change the IC to f90.hdf5, see getIC.sh,
-   should reproduce something similar to Figure 4 right hand pannel. Requires 
-   change of fg=.9
- - Changing the effective equation of state to adiabatic, Jeans_gamma_effective 
-   = 1.666667. Should result in something similar to Figure 5 left hand pannel
-   of SD08.
- - Changing the effective equation of state to isothermal, Jeans_gamma_effective 
-   = 1.0000. Should result in something similar to Figure 5 middle hand pannel
-   of SD08. 
- - Changing the slope of the Kennicutt-Schmidt law to 1.7, SchmidtLawExponent = 
-   1.7, this should result in a plot similar to Figure 6 of SD08.
- - Increasing the density threshold by a factor of 10. thresh_norm_HpCM3 = 1.0,
-   should reproduce plot similar to Figure 7.
- - Decreasing the density threshold by a factor of 10. thresh_norm_HpCM3 = 0.01,
-   should reproduce plot similar to Figure 7.
- - Running with a lower resultion of a factor 8, change the IC to lowres8.hdf5,
-   see getIC.sh. 
- - Running with a lower resultion of a factor 64, change the IC to lowres64.hdf5,
-   see getIC.sh. 
- - Running with a lower resultion of a factor 512, change the IC to lowres512.hdf5,
-   see getIC.sh. 
-
-Other options to verify the correctness of the code is by chaning the following
-parameters:
-  - Changing the normalization to A/2 or 2A.
-  - Running the code with zero metallicity.
-  - Running the code with a factor 6 higher resolution idealized disks, use 
-    highres6.hdf5, see getIC.sh.
-  - Running with different SPH schemes like Anarchy-PU.