source: trunk/src/python_script/comp_tb_alt.py @ 6

#realtion tb altitude sur antartique

iterre = (mm_t >= 0.5)
tb_tcnm=tb_t[iterre]
alt_ta=alt_t[iterre]

plot(tb_tcnm,alt_ta,'.')
plt.title('tb vs altitude sur antartique')
#plt.show()
plt.savefig('tb_vs_alt_sur_ant.png')
close()

#est lo positive
itest = (mm_t >= 0.5) & (lo_t>=0)
tb_taest=tb_t[itest]
alt_taest=alt_t[itest]

plot(tb_taest,alt_taest,'.')
plt.title('tb vs altitude sur antartique est')
#plt.show()
plt.savefig('tb_vs_alt_sur_ant_est.png')
close()

#oest lo negative
itoest = (mm_t >= 0.5) & (lo_t<=0)
tb_taoest=tb_t[itoest]
alt_taoest=alt_t[itoest]

plot(tb_taoest,alt_taoest,'.')
plt.title('tb vs altitude sur antartique west')
#plt.show()
plt.savefig('tb_vs_alt_sur_ant_west.png')
close()

##################################
#realtion tb lat sur antartique

iterre = (mm_t >= 0.5)
tb_tcnm=tb_t[iterre]
la_ta=la_t[iterre]

plot(tb_tcnm,la_ta,'.')
plt.title('tb vs latitude sur antartique')
#plt.show()
plt.savefig('tb_vs_lat_sur_ant.png')
close()

#est lo positive
itest = (mm_t >= 0.5) & (lo_t>=0)
tb_taest=tb_t[itest]
la_taest=la_t[itest]

plot(tb_taest,la_taest,'.')
plt.title('tb vs altitude sur antartique est')
plt.show()
plt.savefig('tb_vs_alt_sur_ant_est.png')
close()

#oest lo negative
itoest = (mm_t >= 0.5) & (lo_t<=0)
tb_taoest=tb_t[itoest]
la_taoest=la_t[itoest]

plot(tb_taoest,la_taoest,'.')
plt.title('tb vs altitude sur antartique west')
#plt.show()
plt.savefig('tb_vs_alt_sur_ant_west.png')
close()