Beginning to code up conformity function
Conformity maxmin bounds are now coded up
Copied and pasted buggy central conformity to make buggy satellite conformity methods
Completed first crack at abstract conformity model class
Changes to docstrings. Deleted redundant  mean_quenched_fraction methods.
Fixed Zheng07 so that passed parameter_dict is actually used
Fixed assembias_HOD models so that the passed baseline_HOD_param_dict is actually used
Modified vdB model so that passed baseline_HOD_param_dict is actually used
Polynomial_Assembias_HOD_Quenching_Model now instantiates without bailing
Polynomial_Assembias_HOD_Quenching_Model now instantiates without bailing
So, I foolishly abused git commit --amend --no-edit. This caused a divergence between
my local copy and the copy on the aphearin fork. But the only difference
between the versions was simply that I included the assembias_HOD_quenching_model
in the __all__ call, so that the docs would be be built.
What I did was just type "git pull", as recommended by the git message that popped up
after I did the ammend, and checked "git status". Hopefully this will not cause problems.

Merge branch 'develop' of https://github.com/aphearin/halotools into develop
assembias_HOD_quenching_model can now be used by make_mocks. However...

there is some weird behavior that I need to get to the bottom of.
When I tried to create a mock with assembias_quenching_parameters = [0.5,100],
the polynomial model solver was unable to find a solution within the required
number of iterations. First off, this is weird. Secondly, I should probably
just do away with this polynomial solver, and use an interpolater.
Fixed Zheng07 model to actually use the input luminosity threshold.

These changes likely propagate into other bugs, which will in turn need to be fixed.
Fixed threshold setting in vdB03 model
Simple, but non-trivial, test of polynomial assembias quenching HOD model passes.
Augmented test suite with poly assembias quenching hod test
Merge pull request #22 from aphearin/develop

Develop