relax SVN archive

The frame order auto-analysis summary functions are now more robust.

If the data pipe already exists for some reason, it is deleted prior to the new one being created.

Bug fix for the activation of quadratic integration in the frame order auto-analysis.

The calls to the frame_order.quad_int user function in the optimisation() method did not supply an
argument so the user function was defaulting to False rather than the True value required.

A few Frame_order system test updates for the float64 to float32 memory saving changes.

The chi-squared value of 3 tests was slightly different.

Converted the Sobol' rotation matrices to float32 in the frame order target function.

This is to conserve huge amounts of memory to allow for more Sobol' points to be used. For example
for the models which use 3D Sobol' points (isotropic cone and pseudo-ellipse), a maximum of 50000
Sobol' points requires 50000000 to be created, using about 15 Gb of RAM.

Reverted r24463 as this is needed to conserve memory, especially for a large number of Sobol' points.

The command used was:
svn merge -r24463:r24462 .

.....
r24463 | bugman | 2014-07-05 19:06:09 +0200 (Sat, 05 Jul 2014) | 9 lines
Changed paths:
M /branches/frame_order_cleanup/target_functions/frame_order.py

Converted all frame order target function data structures to float64.

This affects the vector data structures used for the PCS numeric integration. The float32
structures added for speed do not actually increase the speed. For the double rotor model, 10
target function calls took the pcs_pivot_motion_double_rotor() function 44.936 seconds using float32
and 44.105 seconds using all float64. The cumulative time is also longer. This must be because
other parts are float64, and therefore type conversions are happening during target function calls.
.....

Updated all of the pseudo-ellipse 1st degree frame order matrix graphs for the recent fix.

Fix for the pseudo-ellipse 1st degree frame order matrix Daeg22 element.

Recreated all of the simulated pseudo-ellipse frame order matrix element graphs.

These are now in the Kronecker product notation so that they will match the graphs calculated using
the relax lib.frame_order.pseudo_ellipse module.

Created the Grace graphs for the double rotor model 1st degree frame order matrix.

These are the values calculated directly from the lib.frame_order modules. The graphs were
previously all zeros.

Implemented the compile_1st_matrix_double_rotor() function.

This is for the lib.frame_order.double_rotor module. The function will calculate the 1st degree
frame order matrix for the double_rotor model.