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crt_euro_ts.m
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crt_euro_ts.m
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merra_euro{1,1} = zeros(101,232);
merra_euro{2,1} = zeros(101,232);
merra_euro{3,1} = zeros(101,232);
merra_euro{4,1} = zeros(101,232);
merra_euro{5,1} = zeros(101,232);
merra_euro{6,1} = zeros(101,232);
merra_euro{7,1} = zeros(101,232);
ecmwf_euro{1,1} = zeros(101,232);
ecmwf_euro{2,1} = zeros(101,232);
ecmwf_euro{3,1} = zeros(101,232);
ecmwf_euro{4,1} = zeros(101,232);
ecmwf_euro{5,1} = zeros(101,232);
ecmwf_euro{6,1} = zeros(101,232);
ecmwf_euro{7,1} = zeros(101,232);
% gpcc_euro{1,1} = zeros(101,232);
% gpcc_euro{2,1} = zeros(101,232);
% gpcc_euro{3,1} = zeros(101,232);
% gpcc_euro{4,1} = zeros(101,232);
% gpcc_euro{5,1} = zeros(101,232);
% gpcc_euro{6,1} = zeros(101,232);
% gpcc_euro{7,1} = zeros(101,232);
eobs_euro{1,1} = zeros(101,232);
eobs_euro{2,1} = zeros(101,232);
eobs_euro{3,1} = zeros(101,232);
eobs_euro{4,1} = zeros(101,232);
eobs_euro{5,1} = zeros(101,232);
eobs_euro{6,1} = zeros(101,232);
eobs_euro{7,1} = zeros(101,232);
n_days = [366 365 365 365 366 365 365 365];
for i = 1:7
for j = 1:12
merra_euro{i,1} = merra_euro{i,1} + flipud(merra_t2{j+(i-1)*12,3}(30:130, 280:511));
ecmwf_euro{i,1} = ecmwf_euro{i,1} + flipud(ecmwf_t2{j+(i-1)*12,3}(30:130, 280:511));
% gpcc_euro{i,1} = gpcc_euro{i,1} + flipud(gpcc_prec{j+(i-1)*12,8}(30:130, 280:511));
end
merra_euro{i,1} = merra_euro{i,1}/12-273.15;
ecmwf_euro{i,1} = ecmwf_euro{i,1}/12-273.15;
end
for i = 1:7
for j = 1:n_days(i)
tmp = zeros(101,232);
tmp(eobs_t2{j+(i-1)*n_days(i),9}~=-9999) = eobs_t2{j+(i-1)*n_days(i),9}(eobs_t2{j+(i-1)*n_days(i),9}~=-9999);
eobs_euro{i,1} = eobs_euro{i,1} + tmp;
end
eobs_euro{i,1} = eobs_euro{i,1}/n_days(i)*0.01;
end
for i = 1:7
merra_euro{i,1}(eobs_t2{1,9}==-9999) = -9999;
ecmwf_euro{i,1}(eobs_t2{1,9}==-9999) = -9999;
eobs_euro{i,1}(eobs_t2{1,9}==-9999) = -9999;
% gpcc_euro{i,1}(gpcc_euro{i,1}<0) = 0;
end
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{1,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_t2{1,8}, eobs_t2{1,7}, gpcc_euro{1,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% % colormap(precip_cmap);
% % caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{1,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{1,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{2,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,3,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{2,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{2,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{2,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{3,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{3,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{3,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{3,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{4,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{4,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{4,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{4,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{5,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{5,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{5,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{5,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{6,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{6,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{6,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{6,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off
figure
subplot(1,3,1)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, eobs_euro{7,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('E-OBS')
hold off
% subplot(1,4,2)
% imagesc(eobs_prec{1,8}, eobs_prec{1,7}, gpcc_euro{7,1})
% axis xy
% axis square
% hold on
% plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
% title('GPCC')
% hold off
subplot(1,3,2)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, ecmwf_euro{7,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('ECMWF')
hold off
subplot(1,3,3)
imagesc(eobs_t2{1,8}, eobs_t2{1,7}, merra_euro{7,1})
axis xy
axis square
hold on
plot(long,lat,'k');
% colormap(precip_cmap);
% caxis([0 2000])
title('MERRA')
hold off