mirror of
https://github.com/c-sooyoung/fold_slice.git
synced 2026-09-18 00:59:11 +09:00
44 lines
1.5 KiB
Matlab
44 lines
1.5 KiB
Matlab
function ellipse_fit_positions(samposx,samposy,scans,lamni_fit_file,bath_path)
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% addpath ../
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%
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% cf{1} = load('Claire_click_squarymcsquareface.mat');
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% samposx_all = [];
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% samposy_all = [];
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% scans_all = [];
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% for ii = 1:numel(cf)
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% samposx_all = [samposx_all cf{ii}.samposx];
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% samposy_all = [samposy_all cf{ii}.samposy];
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% scans_all = [scans_all cf{ii}.scans];
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% end
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figure(1);
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clf
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plot(samposx,samposy,'o')
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%%
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if exist('lamni_fit_file')
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[~,lamni_name,~] = fileparts(lamni_fit_file);
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%theta = prepare.read_angles_from_position_files('~/specES1/scan_positions/scan_%05d.dat',scans);
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theta = prepare.read_angles_from_position_files(strcat(bath_path,'/scan_positions/scan_%05d.dat'),scans);
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theta_interp = [min(theta)-1:max(theta)+1];
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samposx_interp = interp1(theta,samposx,theta_interp,'spline');
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samposy_interp = interp1(theta,samposy,theta_interp,'spline');
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hold on
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plot(samposx_interp, samposy_interp,'--')
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hold off
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corr_filename = sprintf('correction_lamni_um_S%05d_%s.txt',scans(1),lamni_name);
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h = fopen(corr_filename,'w');
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fprintf(h,'corr_elements = %d \n',length(theta_interp));
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for ii = 1:length(samposx_interp)
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fprintf(h,'%s[%d] = %.6f \n','corr_angle',ii-1,theta_interp(ii));
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fprintf(h,'%s[%d] = %.6f \n','corr_pos_x',ii-1, samposx_interp(ii));
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fprintf(h,'%s[%d] = %.6f \n','corr_pos_y',ii-1, samposy_interp(ii));
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end
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fclose(h);
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fprintf('Wrote succesfully to %s\n',corr_filename)
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end
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