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comp_glob_prec.m
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% load /media/storage/Data/Precipitation/GPCC/GPCC_PRECv4.0.mat
% gpcc_glob_ann = comp_glob_quant(gpcc_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% gpcc_glob_mon = comp_glob_quant(gpcc_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% gpcc_nhsh_ann = comp_glob_quant(gpcc_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% gpcc_nhsh_mon = comp_glob_quant(gpcc_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% gpcc_trpc_ann = comp_glob_quant(gpcc_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% gpcc_trpc_mon = comp_glob_quant(gpcc_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% gpcc_cont_ann = comp_cont_quant(gpcc_prec, [1989 2006], 'annual', [7 6 3 8 9 1], [4 5 9], -9999, 1);
% gpcc_cont_mon = comp_cont_quant(gpcc_prec, [1989 2006], 'monthly', [7 6 3 8 9 1], [4 5 9], -9999, 1);
% clear gpcc_prec
%
%
% gpcc_ann(:,1) = gpcc_glob_ann(:,2);
% gpcc_ann(:,2) = gpcc_nhsh_ann(:,2);
% gpcc_ann(:,3) = gpcc_nhsh_ann(:,3);
% gpcc_ann(:,4) = gpcc_cont_ann(:,2);
% gpcc_ann(:,5) = gpcc_cont_ann(:,3);
% gpcc_ann(:,6) = gpcc_cont_ann(:,4);
% gpcc_ann(:,7) = gpcc_cont_ann(:,5);
% gpcc_ann(:,8) = gpcc_cont_ann(:,6);
% gpcc_ann(:,9) = gpcc_cont_ann(:,7);
% gpcc_ann(:,10) = gpcc_trpc_ann(:,2);
%
% gpcc_mon(:,1) = gpcc_glob_mon(:,2);
% gpcc_mon(:,2) = gpcc_nhsh_mon(:,2);
% gpcc_mon(:,3) = gpcc_nhsh_mon(:,3);
% gpcc_mon(:,4) = gpcc_cont_mon(:,2);
% gpcc_mon(:,5) = gpcc_cont_mon(:,3);
% gpcc_mon(:,6) = gpcc_cont_mon(:,4);
% gpcc_mon(:,7) = gpcc_cont_mon(:,5);
% gpcc_mon(:,8) = gpcc_cont_mon(:,6);
% gpcc_mon(:,9) = gpcc_cont_mon(:,7);
% gpcc_mon(:,10) = gpcc_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
% load /media/storage/Data/Precipitation/GPCP/GPCP_PRECv2.1.mat
% gpcp_glob_ann = comp_glob_quant(gpcp_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% gpcp_glob_mon = comp_glob_quant(gpcp_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% gpcp_nhsh_ann = comp_glob_quant(gpcp_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% gpcp_nhsh_mon = comp_glob_quant(gpcp_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% gpcp_trpc_ann = comp_glob_quant(gpcp_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% gpcp_trpc_mon = comp_glob_quant(gpcp_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% gpcp_cont_ann = comp_cont_quant(gpcp_prec, [1989 2006], 'annual', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% gpcp_cont_mon = comp_cont_quant(gpcp_prec, [1989 2006], 'monthly', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% clear gpcp_prec
%
% gpcp_ann(:,1) = gpcp_glob_ann(:,2);
% gpcp_ann(:,2) = gpcp_nhsh_ann(:,2);
% gpcp_ann(:,3) = gpcp_nhsh_ann(:,3);
% gpcp_ann(:,4) = gpcp_cont_ann(:,2);
% gpcp_ann(:,5) = gpcp_cont_ann(:,3);
% gpcp_ann(:,6) = gpcp_cont_ann(:,4);
% gpcp_ann(:,7) = gpcp_cont_ann(:,5);
% gpcp_ann(:,8) = gpcp_cont_ann(:,6);
% gpcp_ann(:,9) = gpcp_cont_ann(:,7);
% gpcp_ann(:,10) = gpcp_trpc_ann(:,2);
%
% gpcp_mon(:,1) = gpcp_glob_mon(:,2);
% gpcp_mon(:,2) = gpcp_nhsh_mon(:,2);
% gpcp_mon(:,3) = gpcp_nhsh_mon(:,3);
% gpcp_mon(:,4) = gpcp_cont_mon(:,2);
% gpcp_mon(:,5) = gpcp_cont_mon(:,3);
% gpcp_mon(:,6) = gpcp_cont_mon(:,4);
% gpcp_mon(:,7) = gpcp_cont_mon(:,5);
% gpcp_mon(:,8) = gpcp_cont_mon(:,6);
% gpcp_mon(:,9) = gpcp_cont_mon(:,7);
% gpcp_mon(:,10) = gpcp_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
%
%
% load /media/storage/Data/Precipitation/CRU3/CRU3_PRECv3.0.mat
% cru_glob_ann = comp_glob_quant(cru_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% cru_glob_mon = comp_glob_quant(cru_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% cru_nhsh_ann = comp_glob_quant(cru_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% cru_nhsh_mon = comp_glob_quant(cru_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% cru_trpc_ann = comp_glob_quant(cru_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% cru_trpc_mon = comp_glob_quant(cru_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% cru_cont_ann = comp_cont_quant(cru_prec, [1989 2006], 'annual', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% cru_cont_mon = comp_cont_quant(cru_prec, [1989 2006], 'monthly', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% clear cru_prec
%
% cru_ann(:,1) = cru_glob_ann(:,2);
% cru_ann(:,2) = cru_nhsh_ann(:,2);
% cru_ann(:,3) = cru_nhsh_ann(:,3);
% cru_ann(:,4) = cru_cont_ann(:,2);
% cru_ann(:,5) = cru_cont_ann(:,3);
% cru_ann(:,6) = cru_cont_ann(:,4);
% cru_ann(:,7) = cru_cont_ann(:,5);
% cru_ann(:,8) = cru_cont_ann(:,6);
% cru_ann(:,9) = cru_cont_ann(:,7);
% cru_ann(:,10) = cru_trpc_ann(:,2);
%
% cru_mon(:,1) = cru_glob_mon(:,2);
% cru_mon(:,2) = cru_nhsh_mon(:,2);
% cru_mon(:,3) = cru_nhsh_mon(:,3);
% cru_mon(:,4) = cru_cont_mon(:,2);
% cru_mon(:,5) = cru_cont_mon(:,3);
% cru_mon(:,6) = cru_cont_mon(:,4);
% cru_mon(:,7) = cru_cont_mon(:,5);
% cru_mon(:,8) = cru_cont_mon(:,6);
% cru_mon(:,9) = cru_cont_mon(:,7);
% cru_mon(:,10) = cru_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
%
% load /media/storage/Data/Precipitation/CPC/CPC_PREC.mat
% cpc_glob_ann = comp_glob_quant(cpc_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% cpc_glob_mon = comp_glob_quant(cpc_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% cpc_nhsh_ann = comp_glob_quant(cpc_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% cpc_nhsh_mon = comp_glob_quant(cpc_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% cpc_trpc_ann = comp_glob_quant(cpc_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% cpc_trpc_mon = comp_glob_quant(cpc_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% cpc_cont_ann = comp_cont_quant(cpc_prec, [1989 2006], 'annual',[7 6 3 8 9 1], [4 5 9], -9999, 1);
% cpc_cont_mon = comp_cont_quant(cpc_prec, [1989 2006], 'monthly', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% clear cpc_prec
%
%
% cpc_ann(:,1) = cpc_glob_ann(:,2);
% cpc_ann(:,2) = cpc_nhsh_ann(:,2);
% cpc_ann(:,3) = cpc_nhsh_ann(:,3);
% cpc_ann(:,4) = cpc_cont_ann(:,2);
% cpc_ann(:,5) = cpc_cont_ann(:,3);
% cpc_ann(:,6) = cpc_cont_ann(:,4);
% cpc_ann(:,7) = cpc_cont_ann(:,5);
% cpc_ann(:,8) = cpc_cont_ann(:,6);
% cpc_ann(:,9) = cpc_cont_ann(:,7);
% cpc_ann(:,10) = cpc_trpc_ann(:,2);
%
% cpc_mon(:,1) = cpc_glob_mon(:,2);
% cpc_mon(:,2) = cpc_nhsh_mon(:,2);
% cpc_mon(:,3) = cpc_nhsh_mon(:,3);
% cpc_mon(:,4) = cpc_cont_mon(:,2);
% cpc_mon(:,5) = cpc_cont_mon(:,3);
% cpc_mon(:,6) = cpc_cont_mon(:,4);
% cpc_mon(:,7) = cpc_cont_mon(:,5);
% cpc_mon(:,8) = cpc_cont_mon(:,6);
% cpc_mon(:,9) = cpc_cont_mon(:,7);
% cpc_mon(:,10) = cpc_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
% load /media/storage/Data/Precipitation/ECMWF/ECMWF_PREC.mat
% ecmwf_glob_ann = comp_glob_quant(ecmwf_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% ecmwf_glob_mon = comp_glob_quant(ecmwf_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% ecmwf_nhsh_ann = comp_glob_quant(ecmwf_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% ecmwf_nhsh_mon = comp_glob_quant(ecmwf_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% ecmwf_trpc_ann = comp_glob_quant(ecmwf_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% ecmwf_trpc_mon = comp_glob_quant(ecmwf_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% ecmwf_cont_ann = comp_cont_quant(ecmwf_prec, [1989 2006], 'annual', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% ecmwf_cont_mon = comp_cont_quant(ecmwf_prec, [1989 2006], 'monthly', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% clear ecmwf_prec
%
%
% ecmwf_ann(:,1) = ecmwf_glob_ann(:,2);
% ecmwf_ann(:,2) = ecmwf_nhsh_ann(:,2);
% ecmwf_ann(:,3) = ecmwf_nhsh_ann(:,3);
% ecmwf_ann(:,4) = ecmwf_cont_ann(:,2);
% ecmwf_ann(:,5) = ecmwf_cont_ann(:,3);
% ecmwf_ann(:,6) = ecmwf_cont_ann(:,4);
% ecmwf_ann(:,7) = ecmwf_cont_ann(:,5);
% ecmwf_ann(:,8) = ecmwf_cont_ann(:,6);
% ecmwf_ann(:,9) = ecmwf_cont_ann(:,7);
% ecmwf_ann(:,10) = ecmwf_trpc_ann(:,2);
%
% ecmwf_mon(:,1) = ecmwf_glob_mon(:,2);
% ecmwf_mon(:,2) = ecmwf_nhsh_mon(:,2);
% ecmwf_mon(:,3) = ecmwf_nhsh_mon(:,3);
% ecmwf_mon(:,4) = ecmwf_cont_mon(:,2);
% ecmwf_mon(:,5) = ecmwf_cont_mon(:,3);
% ecmwf_mon(:,6) = ecmwf_cont_mon(:,4);
% ecmwf_mon(:,7) = ecmwf_cont_mon(:,5);
% ecmwf_mon(:,8) = ecmwf_cont_mon(:,6);
% ecmwf_mon(:,9) = ecmwf_cont_mon(:,7);
% ecmwf_mon(:,10) = ecmwf_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
% load /media/storage/Data/Precipitation/MERRA/MERRA_PREC.mat
% merra_glob_ann = comp_glob_quant(merra_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% merra_glob_mon = comp_glob_quant(merra_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% merra_nhsh_ann = comp_glob_quant(merra_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% merra_nhsh_mon = comp_glob_quant(merra_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% merra_trpc_ann = comp_glob_quant(merra_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% merra_trpc_mon = comp_glob_quant(merra_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% merra_cont_ann = comp_cont_quant(merra_prec, [1989 2006], 'annual', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% merra_cont_mon = comp_cont_quant(merra_prec, [1989 2006], 'monthly', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% clear merra_prec
%
%
% merra_ann(:,1) = merra_glob_ann(:,2);
% merra_ann(:,2) = merra_nhsh_ann(:,2);
% merra_ann(:,3) = merra_nhsh_ann(:,3);
% merra_ann(:,4) = merra_cont_ann(:,2);
% merra_ann(:,5) = merra_cont_ann(:,3);
% merra_ann(:,6) = merra_cont_ann(:,4);
% merra_ann(:,7) = merra_cont_ann(:,5);
% merra_ann(:,8) = merra_cont_ann(:,6);
% merra_ann(:,9) = merra_cont_ann(:,7);
% merra_ann(:,10) = merra_trpc_ann(:,2);
%
% merra_mon(:,1) = merra_glob_mon(:,2);
% merra_mon(:,2) = merra_nhsh_mon(:,2);
% merra_mon(:,3) = merra_nhsh_mon(:,3);
% merra_mon(:,4) = merra_cont_mon(:,2);
% merra_mon(:,5) = merra_cont_mon(:,3);
% merra_mon(:,6) = merra_cont_mon(:,4);
% merra_mon(:,7) = merra_cont_mon(:,5);
% merra_mon(:,8) = merra_cont_mon(:,6);
% merra_mon(:,9) = merra_cont_mon(:,7);
% merra_mon(:,10) = merra_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
%
% load /media/storage/Data/Precipitation/CFSR/CFSR_PREC.mat
% cfsr_glob_ann = comp_glob_quant(cfsr_prec, [1989 2006],1, 'annual', [4 5 9], -9999, 1);
% cfsr_glob_mon = comp_glob_quant(cfsr_prec, [1989 2006],1, 'monthly', [4 5 9], -9999, 1);
%
% cfsr_nhsh_ann = comp_glob_quant(cfsr_prec, [1989 2006],4, 'annual', [4 5 9], -9999, 1);
% cfsr_nhsh_mon = comp_glob_quant(cfsr_prec, [1989 2006],4, 'monthly', [4 5 9], -9999, 1);
%
% cfsr_trpc_ann = comp_glob_quant(cfsr_prec, [1989 2006],5, 'annual', [4 5 9], -9999, 1);
% cfsr_trpc_mon = comp_glob_quant(cfsr_prec, [1989 2006],5, 'monthly', [4 5 9], -9999, 1);
%
% cfsr_cont_ann = comp_cont_quant(cfsr_prec, [1989 2006], 'annual', [7 6 3 8 9 1],[4 5 9], -9999, 1);
% cfsr_cont_mon = comp_cont_quant(cfsr_prec, [1989 2006], 'monthly',[7 6 3 8 9 1], [4 5 9], -9999, 1);
% clear cfsr_prec
%
%
% cfsr_ann(:,1) = cfsr_glob_ann(:,2);
% cfsr_ann(:,2) = cfsr_nhsh_ann(:,2);
% cfsr_ann(:,3) = cfsr_nhsh_ann(:,3);
% cfsr_ann(:,4) = cfsr_cont_ann(:,2);
% cfsr_ann(:,5) = cfsr_cont_ann(:,3);
% cfsr_ann(:,6) = cfsr_cont_ann(:,4);
% cfsr_ann(:,7) = cfsr_cont_ann(:,5);
% cfsr_ann(:,8) = cfsr_cont_ann(:,6);
% cfsr_ann(:,9) = cfsr_cont_ann(:,7);
% cfsr_ann(:,10) = cfsr_trpc_ann(:,2);
%
% cfsr_mon(:,1) = cfsr_glob_mon(:,2);
% cfsr_mon(:,2) = cfsr_nhsh_mon(:,2);
% cfsr_mon(:,3) = cfsr_nhsh_mon(:,3);
% cfsr_mon(:,4) = cfsr_cont_mon(:,2);
% cfsr_mon(:,5) = cfsr_cont_mon(:,3);
% cfsr_mon(:,6) = cfsr_cont_mon(:,4);
% cfsr_mon(:,7) = cfsr_cont_mon(:,5);
% cfsr_mon(:,8) = cfsr_cont_mon(:,6);
% cfsr_mon(:,9) = cfsr_cont_mon(:,7);
% cfsr_mon(:,10) = cfsr_trpc_mon(:,2);
%
% clear *nhsh* *glob* *cont*
% save prec_timeseries.mat
text_str{1} = 'Global Land';
text_str{2} = 'Northern Hemisphere';
text_str{3} = 'Southern Hemisphere';
text_str{4} = 'North America';
text_str{5} = 'South America';
text_str{6} = 'Europe';
text_str{7} = 'Africa';
text_str{8} = 'Asia';
text_str{9} = 'Australia';
text_str{10} = '15S - 15N';
yrs{1} = ' ';
yrs{2} = '1990';
yrs{3} = ' ';
yrs{4} = '1992 ';
yrs{5} = ' ';
yrs{6} = '1994 ';
yrs{7} = ' ';
yrs{8} = '1996 ';
yrs{9} = ' ';
yrs{10} = '1998 ';
yrs{11} = ' ';
yrs{12} = '2000';
yrs{13} = ' ';
yrs{14} = '2002 ';
yrs{15} = ' ';
yrs{16} = '2004 ';
yrs{17} = ' ';
yrs{18} = '2006 ';
mnths{1} = 'J';
mnths{2} = 'F';
mnths{3} = 'M';
mnths{4} = 'A';
mnths{5} = 'M';
mnths{6} = 'J';
mnths{7} = 'J';
mnths{8} = 'A';
mnths{9} = 'S';
mnths{10} = 'O';
mnths{11} = 'N';
mnths{12} = 'D';
% fnames_ann{1} = 'P_ann_glob_ts';
% fnames_ann{2} = 'P_ann_NH_ts';
% fnames_ann{3} = 'P_ann_SH_ts';
% fnames_ann{4} = 'P_ann_NA_ts';
% fnames_ann{5} = 'P_ann_SA_ts';
% fnames_ann{6} = 'P_ann_E_ts';
% fnames_ann{7} = 'P_ann_AF_ts';
% fnames_ann{8} = 'P_ann_AS_ts';
% fnames_ann{9} = 'P_ann_AU_ts';
% fnames_ann{10} = 'P_ann_TR_ts';
%
% fnames_mon{1} = 'P_mon_glob_ts';
% fnames_mon{2} = 'P_mon_NH_ts';
% fnames_mon{3} = 'P_mon_SH_ts';
% fnames_mon{4} = 'P_mon_NA_ts';
% fnames_mon{5} = 'P_mon_SA_ts';
% fnames_mon{6} = 'P_mon_E_ts';
% fnames_mon{7} = 'P_mon_AF_ts';
% fnames_mon{8} = 'P_mon_AS_ts';
% fnames_mon{9} = 'P_mon_AU_ts';
% fnames_mon{10} = 'P_mon_TR_ts';
fnames_ann{1} = 'R_ann_glob_ts';
fnames_ann{2} = 'R_ann_NH_ts';
fnames_ann{3} = 'R_ann_SH_ts';
fnames_ann{4} = 'R_ann_NA_ts';
fnames_ann{5} = 'R_ann_SA_ts';
fnames_ann{6} = 'R_ann_E_ts';
fnames_ann{7} = 'R_ann_AF_ts';
fnames_ann{8} = 'R_ann_AS_ts';
fnames_ann{9} = 'R_ann_AU_ts';
fnames_ann{10} = 'R_ann_TR_ts';
fnames_mon{1} = 'R_mon_glob_ts';
fnames_mon{2} = 'R_mon_NH_ts';
fnames_mon{3} = 'R_mon_SH_ts';
fnames_mon{4} = 'R_mon_NA_ts';
fnames_mon{5} = 'R_mon_SA_ts';
fnames_mon{6} = 'R_mon_E_ts';
fnames_mon{7} = 'R_mon_AF_ts';
fnames_mon{8} = 'R_mon_AS_ts';
fnames_mon{9} = 'R_mon_AU_ts';
fnames_mon{10} = 'R_mon_TR_ts';
%
% ylab{1} = '-1';
% ylab{2} = ' ';
% ylab{3} = '-0.5';
% ylab{4} = ' ';
% ylab{5} = '0';
% ylab{6} = ' ';
% ylab{7} = '0.5';
% ylab{8} = ' ';
% ylab{9} = '1';
ylab{1} = ' 0.4';
ylab{2} = ' 0.5';
ylab{3} = ' 0.6';
ylab{4} = ' 0.7';
ylab{5} = ' 0.8';
ylab{6} = ' 0.9';
ylab{7} = ' 1.0';
% for i = 1:10
% h = figure
% set(h, 'papersize', [4.5 4], 'paperunits', 'centimeters', 'resize', 'off')
%
% plot(gpcp_ann(:,i) - gpcc_ann(:,i), '^-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% hold on
% plot(cru_ann(:,i) - gpcc_ann(:,i), 'o-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% plot(cpc_ann(:,i) - gpcc_ann(:,i), '*-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% plot(ecmwf_ann(:,i) - gpcc_ann(:,i), 'kp-', 'linewidth', 1.5, 'markersize', 8);
% plot(merra_ann(:,i) - gpcc_ann(:,i), 'kx-', 'linewidth', 1.5, 'markersize', 8);
% plot(cfsr_ann(:,i) - gpcc_ann(:,i), 'kd-', 'linewidth', 1.5, 'markersize', 8);
%
% grid on
% axis([1 18 -1 1]);
% set(gca, 'xtick', 1:1:18);
% set(gca, 'ytick', 0.4:0.1:1);
%
% set(gca, 'ytick', -1:0.25:1);
%
% set(gca, 'yticklabel', ylab, 'fontsize', 16);
% set(gca, 'xticklabel', yrs, 'fontsize', 16);
% pbaspect([17 8 1]);
%
%
% text(2, 0.75, text_str{i} , 'fontsize', 20);
% if i == 1
% leg = legend('GPCP', 'CRU', 'CPC', 'INTERIM', 'MERRA', 'CFSR');
% set(leg, 'fontsize', 12, 'location', 'Best', 'orientation', 'horizontal')
% keyboard
% end
% print(h, '-depsc2', fnames_ann{i});
% clear h
%
%
% h = figure
% set(h, 'papersize', [4.5 4], 'paperunits', 'centimeters', 'resize', 'off')
%
% plot(gpcp_mon(:,i) - gpcc_mon(:,i), '^-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% hold on
% plot(cru_mon(:,i) - gpcc_mon(:,i), 'o-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% plot(cpc_mon(:,i) - gpcc_mon(:,i), '*-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
% plot(ecmwf_mon(:,i) - gpcc_mon(:,i),'kp-', 'linewidth', 1.5, 'markersize', 8);
% plot(merra_mon(:,i) - gpcc_mon(:,i), 'kx-', 'linewidth', 1.5, 'markersize', 8);
% plot(cfsr_mon(:,i) - gpcc_mon(:,i), 'kd-', 'linewidth', 1.5, 'markersize', 8);
%
% grid on
% axis([1 12 -1.5 1.5]);
% set(gca, 'xtick', 1:1:12);
% set(gca, 'ytick', -1.5:0.5:1.5);
% % set(gca, 'ytick', 0.4:0.1:1);
%
% set(gca, 'xticklabel', mnths, 'fontsize', 16);
% pbaspect([12 6 1]);
%
%
% text(2, 1, text_str{i} , 'fontsize', 20);
%
% if i == 1
% leg = legend('GPCP', 'CRU', 'CPC', 'INTERIM', 'MERRA', 'CFSR');
% set(leg, 'fontsize', 12, 'location', 'Best', 'orientation', 'horizontal')
% keyboard
% end
% print(h, '-depsc2', fnames_mon{i});
% clear h
% close all
% end
for i = 1:10
h = figure
set(h, 'papersize', [4.5 4], 'paperunits', 'centimeters', 'resize', 'off')
plot(gpcp_ann(:,i), '^-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
hold on
plot(cru_ann(:,i), 'o-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
plot(cpc_ann(:,i), '*-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
plot(ecmwf_ann(:,i), 'kp-', 'linewidth', 1.5, 'markersize', 8);
plot(merra_ann(:,i), 'kx-', 'linewidth', 1.5, 'markersize', 8);
plot(cfsr_ann(:,i), 'kd-', 'linewidth', 1.5, 'markersize', 8);
grid on
axis([1 18 0.4 1]);
set(gca, 'xtick', 1:1:18);
set(gca, 'ytick', 0.4:0.1:1);
set(gca, 'yticklabel', ylab, 'fontsize', 16);
set(gca, 'xticklabel', yrs, 'fontsize', 16);
pbaspect([17 6 1]);
text(2, 0.5, text_str{i} , 'fontsize', 20);
if i == 1
leg = legend('GPCP', 'CRU', 'CPC', 'INTERIM', 'MERRA', 'CFSR');
set(leg, 'fontsize', 14, 'location', 'Best', 'orientation', 'horizontal')
keyboard
end
print(h, '-depsc2', fnames_ann{i});
clear h
h = figure
set(h, 'papersize', [4.5 4], 'paperunits', 'centimeters', 'resize', 'off')
plot(gpcp_mon(:,i), '^-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
hold on
plot(cru_mon(:,i), 'o-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
plot(cpc_mon(:,i), '*-', 'linewidth', 1.5,'color', [0.4 0.4 0.4], 'markersize', 8);
plot(ecmwf_mon(:,i),'kp-', 'linewidth', 1.5, 'markersize', 8);
plot(merra_mon(:,i), 'kx-', 'linewidth', 1.5, 'markersize', 8);
plot(cfsr_mon(:,i), 'kd-', 'linewidth', 1.5, 'markersize', 8);
grid on
axis([1 12 0.4 1]);
set(gca, 'xtick', 1:1:12);
set(gca, 'ytick', 0.4:0.1:1);
set(gca, 'yticklabel', ylab)
set(gca, 'xticklabel', mnths, 'fontsize', 16);
pbaspect([12 6 1]);
text(2, 0.5, text_str{i} , 'fontsize', 20);
if i == 1
leg = legend('GPCP', 'CRU', 'CPC', 'INTERIM', 'MERRA', 'CFSR');
set(leg, 'fontsize', 14, 'location', 'Best', 'orientation', 'horizontal')
keyboard
end
print(h, '-depsc2', fnames_mon{i});
clear h
close all
end