#!/usr/bin/env python import os import sys import getpass # just to get user login import shutil import datetime import glob #=============================================================================== # Choix #=============================================================================== var1='thetao' # thetao, so, wo, o2, no3 title1=var1+' Atlas interpolation LINEAR+NEAREST / NEAREST + option' num_col=4 # nombre de colonnes pour répéter le nom de l'expérience num_col_total=4 dir='./exp_list/' img_root_dir='../../images/' Klev1="20-26"; lev1='69m-133m' Klev2="24"; lev2="97m" Klev3="18"; lev3="47m" obs='woa23' #project_list=['woa2009', 'woa23','GLORYS', 'glorys12v1','soda3', 'cmip5','cmip6', 'trop'] project_list=['cmip5','cmip6'] #=============================================================================== # Definitions #=============================================================================== local_time1=datetime.datetime.strftime(datetime.datetime.now(), '%Y-%m-%d') # '2018-09-19' local_time2=datetime.datetime.strftime(datetime.datetime.now(), '%d-%b-%Y') # '19-Sep-2018' local_time3=datetime.datetime.strftime(datetime.datetime.now(), 'the %d %b %Y at %H:%M:%S') # '20-Jun-2019 at 16:27:43' local_time4=datetime.datetime.strftime(datetime.datetime.now(), '%Y_%m_%d-%H_%M_%S') # '2019_08_12-18_33_13' script_name=os.path.basename(sys.argv[0]) script_dir=os.getcwd() #=============================================================================== # Main #=============================================================================== # to open/create a new html file in the write mode f1 = open(script_name.replace('.py','_'+var1)+'.html', 'w') # the html code which will go in the file GFG.html html_template_begin1 = """ """ f1.write(html_template_begin1) f1.write(' '+title1+'\n') html_template_begin2 = """ """ f1.write(html_template_begin2) f1.write('

'+title1+'

\n') html_template_begin3 = """ """ f1.write(html_template_begin3) str1='\n\ \n\ \n\ \n\ \n\ \n' f1.write(str1) str2='\n\ \n\ \n\ \n\ \n\ \n' f1.write(str2) ii=0 ######### ### Code des images #image_dir='../../images/EUC_Upwelling_characterize/section.'+var1+'.SAV' #suffix='_section_110.50W_from_TROP_uo_select_EUC_20_percent_75_levels.zip.png' image_dir=img_root_dir+'05_lev1_orig/' suffix='_'+var1+'_mean.grid_tr025-lev1_orig_lonlat_K_1.png' os.chdir('./'+image_dir) ii=1 #------------------------------------------------------------------------------- # For each project... #------------------------------------------------------------------------------- for project in project_list : ii=1 if project == 'cmip5' : color1='#e2ffd7' elif project == 'cmip6' : color1='#d7fffb' elif project == 'trop' : color1='#fffed7' else : color1='#f8e3ff' #------------------------------------------------------------------------------- # For each exp_file... #------------------------------------------------------------------------------- for exp_file in sorted(glob.glob(project+'*'+suffix)) : print('\nexp_file : ',ii, ' ',exp_file) if exp_file[0:4] == 'cmip' : yb1= exp_file.split('_Omon')[0][-17:-13] ye1= exp_file.split('_Omon')[0][-8:-4] exp_title = exp_file.split('_historical_')[0] if exp_file[4] == '5' : color1='#e2ffd7' if exp_file[4] == '6' : color1='#d7fffb' elif exp_file[0:4] == 'trop' : yb1= exp_file.split('_section_')[0][-9:-5] ye1= exp_file.split('_section_')[0][-4:] exp_title= exp_file.split('_section_')[0][0:-10] color1='#fffed7' elif exp_file[0:9] == 'GLORYS2V3' : yb1= exp_file.split('_R20130808')[0][-9:-5] ye1= exp_file.split('_R20130808')[0][-4:] exp_title = exp_file.split('_R20130808')[0][:] color1='#f8e3ff' elif exp_file[0:5] == 'soda3' : yb1= exp_file.split('_section_')[0][-9:-5] ye1= exp_file.split('_section_')[0][-4:] exp_title = exp_file.split('_section_')[0][:] color1='#f8e3ff' exp_name=exp_file.split(suffix)[0] print('exp_name : ',ii, ' ',exp_name) if ii%4 == 0 : f1.write(str1); f1.write(str2) # print('ii :',ii, ii%4) f1.write('\n') for jj in range(num_col_total) : if (jj%num_col == 00) : # print(jj, num_col, num_col_total-jj) if (num_col_total-jj) >= num_col : f1.write('\n') f1.write('\n') f1.write('\n') #------------------------------------------------------------------------------- # DISPLAY #------------------------------------------------------------------------------- # matplotlib PERU var1 K=1 exp_file13=exp_name+'_PERU_'+var1+'_sst.zip.png' f1.write('\n') # matplotlib PERU ZOOM native grid var1 K=1 exp_file18=exp_name+'_PERU_'+var1+'_surf_native_grid_ZOOM.zip.png' # exp_file18=exp_name+'_PERU_sst_native_grid_ZOOM.zip.png' f1.write('\n') # matplotlib PERU ZOOM var1 K=1 NEW interp NEAREST + option exp_file14=exp_name+'_PERU_'+var1+'_sst_ZOOM.zip.png' f1.write('\n') # matplotlib PERU ZOOM var1 K=1 OLD interp LINEAR + NEAREST exp_file14=exp_name+'_PERU_'+var1+'_sst_ZOOM.zip.png' f1.write('\n') ii=ii+1 #------------------------------------------------------------------------------- # end of DISPLAY #------------------------------------------------------------------------------- os.chdir(script_dir) html_template_end = """
PERUNative grid-ZOOMNEAREST+optionLINEAR+NEAREST
surfsurfsurfsurf
n°'+str(ii)+': '+exp_name+'
\n') f1.write(' \n') f1.write(' \n') f1.write(' \n') f1.write('



Webmaster: christophe.hourdin @ locean-ipsl.upmc.fr
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""" f1.write(html_template_end) # close the file f1.close()