Cedric Roux
56c66c09aa
Pre-ci test passed git-svn-id: http://svn.eurecom.fr/openair4G/trunk@4000 818b1a75-f10b-46b9-bf7c-635c3b92a50f
136 lines
3.4 KiB
Matlab
136 lines
3.4 KiB
Matlab
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pathname = '/homes/latif/Mode2_UE_matFiles/';
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d = dir(fullfile(pathname, '*_results_UE.mat'));
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filenames = {d.name};
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for f = 1:length(filenames)
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try
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s = fullfile(pathname, filenames{f});
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if (exist(regexprep(s, '_results_UE.mat', '_results_PMI.mat')))
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continue;
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end
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load(s);
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pmi1 = [];
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pmi2 = [];
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lat = [];
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lon = [];
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count = 0;
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rank_Ind=[];
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for b = 1:100:length(minestimates)
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count = count+1;
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q1 = double(minestimates(b).phy_measurements.subband_pmi_re(1,:,1))+1j*double(minestimates(b).phy_measurements.subband_pmi_im(1,:,1));
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q2 = double(minestimates(b).phy_measurements.subband_pmi_re(2,:,1))+1j*double(minestimates(b).phy_measurements.subband_pmi_im(2,:,1));
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for i = 1:1:7
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qq1(i) = quantize_q(q1(i));
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qq1(i) = map_q(qq1(i));
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qq2(i) = quantize_q(q2(i));
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qq2(i) = map_q(qq2(i));
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if ((qq1(i)==0 && qq2(i)==3) || (qq1(i)==3 && qq2(i)==0) || (qq1(i)==2 && qq2(i)==1) || (qq1(i)==1 && qq2(i)==2))
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ran(i) = 1;
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else
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ran(i) = 0;
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end
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end
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if sum(ran==1)>=4
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rank_Ind = [rank_Ind 1];
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else
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rank_Ind = [rank_Ind 0];
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end
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pmi1 = [pmi1 qq1];
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pmi2 = [pmi2 qq2];
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end
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lat = [gps_data.latitude];
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lon = [gps_data.longitude];
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pmi1 = reshape(pmi1,7,[]);
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pmi2 = reshape(pmi2,7,[]);
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UE_synched = ([minestimates(1:100:end).UE_mode] > 0);
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save(regexprep(s, '_results_UE.mat', '_results_PMI.mat'), 'lat', 'lon', 'pmi1', 'pmi2', 'UE_synched', 'rank_Ind');
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catch me
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continue;
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end
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%save(fullfile(s, 'results_UE.mat'), '*_cat', 'pmi1','pmi2','rank_Ind');
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end
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%%
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%CONCATENATION SCRIPT
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lat_cat= [];
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lon_cat=[];
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pmi1_cat=[];
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pmi2_cat=[];
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UE_synched_cat=[];
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rank_Ind_cat=[];
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pathname = '/homes/latif/Mode2_UE_matFiles/';
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d = dir(fullfile(pathname, '*_results_PMI.mat'));
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filenames = {d.name};
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for f = 1:length(filenames)
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s = fullfile(pathname, filenames{f});
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load(s);
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lat_cat = [lat_cat lat];
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lon_cat = [lon_cat lon];
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pmi1_cat=[pmi1_cat pmi1];
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pmi2_cat=[pmi2_cat pmi2];
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UE_synched_cat=[UE_synched_cat UE_synched];
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rank_Ind_cat=[rank_Ind_cat rank_Ind];
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end
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save(fullfile(pathname, 'Mode2_PMI_Cat.mat'), 'lat_cat', 'rank_Ind_cat', 'lon_cat','pmi1_cat', 'pmi2_cat','UE_synched_cat');
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%%
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%PLOTTING SCRIPT
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mm='cordes';
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in = 0;
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in = in + 1;
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h_fig = figure(in);
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hold off
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plot_gps_coordinates(mm,lon_cat(UE_synched_cat),lat_cat(UE_synched_cat),pmi1_cat(1,UE_synched_cat));
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title('PMI')
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saveas(h_fig,fullfile(pathname,'PMI_1stRX_subband1.jpg'),'jpg')
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in = in + 1;
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h_fig = figure(in);
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hold off
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plot_gps_coordinates(mm, lon_cat(UE_synched_cat),lat_cat(UE_synched_cat),pmi1_cat(2,UE_synched_cat));
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title('PMI')
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saveas(h_fig,fullfile(pathname,'PMI_1stRX_subband2.jpg'),'jpg')
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in = in + 1;
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h_fig = figure(in);
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hold off
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plot_gps_coordinates(mm, lon_cat(UE_synched_cat),lat_cat(UE_synched_cat),pmi2_cat(1,UE_synched_cat));
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title('PMI')
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saveas(h_fig,fullfile(pathname,'PMI_2ndRX_subband1.jpg'),'jpg')
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in = in + 1;
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h_fig = figure(in);
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hold off
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plot_gps_coordinates(mm, lon_cat(UE_synched_cat),lat_cat(UE_synched_cat),pmi2_cat(2,UE_synched_cat));
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title('PMI')
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saveas(h_fig,fullfile(pathname,'PMI_2ndRX_subband2.jpg'),'jpg')
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