rename_science_files.py

import os

os.rename("science_outputs/pop_change_nutrient_30s_ssp1_md5_7898ea0bd64e38f1daab90f89244856c.tif", "science_outputs/nutrient_pop_change_10s_ssp1.tif")
os.rename("science_outputs/pop_change_nutrient_30s_ssp3_md5_0d5431333a42b350fe4940acdb452c35.tif", "science_outputs/nutrient_pop_change_10s_ssp3.tif")
os.rename("science_outputs/pop_change_nutrient_30s_ssp5_md5_e6efa6245d1c762ebe1a625c2446e712.tif", "science_outputs/nutrient_pop_change_10s_ssp5.tif")
os.rename("science_outputs/potential_change_nutrient_10s_ssp1_md5_e4ca2a294d210a296190553b95f32feb.tif", "science_outputs/nutrient_potential_change_10s_ssp1.tif")
os.rename("science_outputs/potential_change_nutrient_10s_ssp3_md5_a155fc1e2356dae0b66140d3b9002a2f.tif", "science_outputs/nutrient_potential_change_10s_ssp3.tif")
os.rename("science_outputs/potential_change_nutrient_10s_ssp5_md5_48bf7884b115df5cb44bea1f3a434182.tif", "science_outputs/nutrient_potential_change_10s_ssp5.tif")
os.rename("science_outputs/deficit_change_pollination_10s_ssp1_md5_94abb71483a0ee8a1da76bb7300d1ece.tif", "science_outputs/pollination_deficit_change_10s_ssp1.tif")
os.rename("science_outputs/deficit_change_pollination_10s_ssp3_md5_e44b21621e077086e7deb2e2fad93062.tif", "science_outputs/pollination_deficit_change_10s_ssp3.tif")
os.rename("science_outputs/deficit_change_pollination_10s_ssp5_md5_982d0abf7909623aec79a168764bb434.tif", "science_outputs/pollination_deficit_change_10s_ssp5.tif")
os.rename("science_outputs/NCchange_pollination_10s_ssp1_md5_36b727b66e94c548a4395669178f3f6d.tif", "science_outputs/pollination_NC_change_10s_ssp1.tif")
os.rename("science_outputs/NCchange_pollination_10s_ssp3_md5_fcc9ff3d88a392d6fc86cab80c4fa4bc.tif", "science_outputs/pollination_NC_change_10s_ssp3.tif")
os.rename("science_outputs/NCchange_pollination_10s_ssp5_md5_53166d90dc02da42807884a8f1638eb8.tif", "science_outputs/pollination_NC_change_10s_ssp5.tif")
os.rename("science_outputs/potential_change_pollination_10s_ssp1_md5_223afec76dff8caee2233da247a8585c.tif", "science_outputs/pollination_potential_change_10s_ssp1.tif")
os.rename("science_outputs/potential_change_pollination_10s_ssp3_md5_02df500ba25428ace0d5e92bd2163650.tif", "science_outputs/pollination_potential_change_10s_ssp3.tif")
os.rename("science_outputs/potential_change_pollination_10s_ssp5_md5_b001e80828e3fae3629cf192b7033c5e.tif", "science_outputs/pollination_potential_change_10s_ssp5.tif")
os.rename("worldclim_2015_n_export_compressed_md5_fa15687cc4d4fdc5e7a6351200873578.tif", "nutrient_deficit_10s_cur.tif")
os.rename("deficit_change_nutrient_10s_ssp1_md5_98fba1a6dbbe52ba322e59a58fdc0a58.tif", "nutrient_deficit_change_10s_ssp1.tif")
os.rename("deficit_change_nutrient_10s_ssp3_md5_80c5c4763d663490cfdf1bd4ed602403.tif", "nutrient_deficit_change_10s_ssp3.tif")
os.rename("deficit_change_nutrient_10s_ssp5_md5_5c6f5b38753d092fa357d466a89ed63b.tif", "nutrient_deficit_change_10s_ssp5.tif")
os.rename("NC_nutrient_10s_cur_md5_69bc709bf415377a7e0e527c1dbe88b0.tif", "nutrient_NC_10s_cur.tif")
os.rename("NCchange_nutrient_10s_ssp1_md5_049a3c8e8d4f6d8795dde81f39cb338a.tif", "nutrient_NC_change_10s_ssp1.tif")
os.rename("NCchange_nutrient_10s_ssp3_md5_e5e187f9a100747f7fe1c97b437b95c4.tif", "nutrient_NC_change_10s_ssp3.tif")
os.rename("NCchange_nutrient_10s_ssp5_md5_6c8a2ccd47bf397d8b7c2f0f43dedd7e.tif", "nutrient_NC_change_10s_ssp5.tif")
os.rename("water_ruralpop_30s_2015_md5_2fbcc65a4b24bc4fe3c2d6cfc263fe63.tif", "nutrient_pop_10s_cur.tif")
os.rename("worldclim_2015_modified_load_compressed_md5_e3072705a87b0db90e7620abbc0d75f1.tif", "nutrient_potential_10s_cur.tif")
os.rename("deficit_pollination_10s_cur_md5_0e86d02e9a0c96412e5217cee8540821.tif", "pollination_deficit_10s_cur.tif")
os.rename("NC_pollination_10s_cur_md5_c79490ecf640a9e5dc1c5ff1058f340a.tif", "pollination_NC_10s_cur.tif")
os.rename("potential_pollination_10s_cur_md5_cd977f88b4408f8d7eacd791c95d7792.tif", "pollination_potential_10s_cur.tif")