relax SVN archive

Huge simplification of the specific_analyses.frame_order.parameters.assemble_param_vector() function.

The parameters are now assembled in a generic way by looping over cdp.params. The simpler code
should also be faster.

Temporary deactivation of the Frame_order.test_cam_double_rotor system test.

The frame order pivot points are now stored differently in the current data pipe.

Instead of being stored as a list or array of numbers in cdp.pivot, the point is now stored as
cdp.pivot_x, cdp.pivot_y and cdp.pivot_z. The second pivot cdp.pivot2 is now stored as
cdp.pivot_x_2, cdp.pivot_y_2 and cdp.pivot_z_2.

This is to simplify the automated handling of optimisation parameters. Rather than having to
convert the pivot_x, pivot_y, and pivot_z parameters to and from a list, the same mechanisms can now
be used for all of the optimised frame order parameters. This will be used to hugely simplify many
of the functions in the specific_analyses.frame_order.parameters module and eliminate a large source
of bugs.

The parameter list objects in the specific analysis API are now singletons.

This has no immediate benefit as these classes are only instantiated once. But it will allow for
efficient reuse of these objects in the future and for expansions of the specific analysis API.

Standardised all of the parameter list objects for the specific analyses.

All of the specific_analyses packages now contain a parameter_object module which defines all of the
parameters. The ordering of these is now consistent between the analyses, the result of which will
be more consistent ordering of element in the relax XML state files.

The new Param_list.add_csa() base class method has been added to standardise the CSA parameter. And
the capabilities of the add_model_info() method has been expanded.

The frame order specific analysis API object is now truly a singleton.

This should help eliminate some bugs.

Fixes for the module/package docstring comments.

Created two new parameter list methods from the relaxation dispersion code.

The add_model_info() and add_peak_intensity() base class methods have been created from the
relaxation dispersion code. These are just aliases for setting up a number of parameters via add()
in a standard way.

Docstring improvements for the add_min_data() parameter list base class method.

Created a parameter list object for the relaxation dispersion analysis.

Instead of using the parameter list object from the base class, the dispersion analysis now defines
its own.