%**************************************************************************
%This file contains the parameters used by the insertion device analysis
%fitting program.
%
%Zachary Wolf
%6/22/16

%Parameters
FIT_NAME = 'Fit K Study';
OUTPUT_DIR = 'C:\Magdata\Phase Matching Study\';

ii = 0;
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 086\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 087\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 088\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 089\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 090\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 091\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 092\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 093\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 094\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 095\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 096\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 097\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 098\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 099\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 100\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 101\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 102\pid_anal.mat';
ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 103\pid_anal.mat';

ii = 0;
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 25.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 23.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 21.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 19.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 17.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 15.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 13.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 11.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 10.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.5 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 8.5 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 8.0 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 7.8 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 7.6 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 7.4 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 7.2 mm';
ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 25.0 mm';

% ii = 0;
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 068\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 069\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 070\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 071\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 072\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 073\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 074\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 075\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 076\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 077\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 078\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 079\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 080\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 081\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 082\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 083\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 084\pid_anal.mat';
% ii = ii + 1;  INPUT_FILE{ii} = 'S:\MagData\LCLS2\Undulator\HXU-32\DATASET0001\Fine Tuning\Z Scans\Run 085\pid_anal.mat';
% 
% ii = 0;
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.2 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.4 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.6 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.8 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 10.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 9.72 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 12.12 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 13.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 15.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 20.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 25.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 8.5 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 8.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 17.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 19.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 21.0 mm';
% ii = ii + 1;  INPUT_NAME{ii} = 'Gap = 23.0 mm';
