wy2136/tc_annual_cycle

Tropical Cyclone Annual Cycle

scripts, data and figures for the tropical cyclone annual cycle study

note

wyfig*.py: scripts for the main figures

wyfig*.nc: data for the main figures

wyfig*.png: figures for the main figures

sifig*.py: scripts for the supplementary figures

sifig*.nc: data for the supplementary figures

sifig*.png: supplementary figures

old note

v2 (2020-10-13): add AM2.5 and AM2.5C360 *_rainy version: seed tracked using Tsung-Lin's method (Hsieh et al. 2020) instead of Lucas' method (Harris et al. 2016) v3 (2020-11-25): AM2.5C360 seeds use vorticity threshold of 8e-4 instead of 4e-4 v4 (2020-12-08): data in scatter plots are normalized by annual total v4p1 (2020-12-08): scatter plots from obs and models merged

_olife24hr: track has over 24 hours over ocean grids

_5N: genesis probability averaged over 5-30N(S) instead of the default 10-30N(S)

wyfig??_* are new versions that replace wyFig??.*

list of figures

• wyfig01_barline_cycle_ntc_pTang.py wyfig01_barline_cycle_ntc_pTang.pdf

• wyfig01a_barline_cycle_ntc_pTang.py wyfig01a_barline_cycle_ntc_pTang.NA.nc

• wyfig01b_bar_cycle_ntc_pTang_sharpness.py wyfig01b_bar_cycle_ntc_pTang_sharpness.NA.csv

• wyfig01c_bar_cycle_ntc_pTang_dfrac.py wyfig01c_bar_cycle_ntc_pTang_dfrac.NA.csv

• wyfig02_barline_ntc_predicted.py wyfig02_barline_ntc_predicted.pdf

• wyfig02a_barline_cycle_ntc_predicted_obs.py wyfig02a_barline_cycle_ntc_predicted_obs.NA.nc

• wyfig02b_barline_cycle_ntc_predicted_hiram.py wyfig02b_barline_cycle_ntc_predicted_hiram.NA.nc

• wyfig02c_barline_cycle_ntc_predicted_am2p5.py wyfig02c_barline_cycle_ntc_predicted_am2p5.NA.nc

• wyfig02d_barline_cycle_ntc_predicted_am2p5c360.py wyfig02d_barline_cycle_ntc_predicted_am2p5c360.NA.nc

• wyfig03_scatter_ntc_vs_all.py wyfig03_scatter_ntc_vs_all.pdf wyfig03_scatter_ntc_vs_all.NA.nc

• wyfig04_scatter_ntc_vs_all_mbasins.py wyfig04_scatter_ntc_vs_all_mbasins.pdf wyfig04_scatter_ntc_vs_all_mbasins.nc

• sifig01_cycle_ntc_pTang_ratio_dfrac_alt_am2p5.py sifig01_cycle_ntc_pTang_ratio_dfrac_alt_am2p5.NA.ntc.obs.nc sifig01_cycle_ntc_pTang_ratio_dfrac_alt_am2p5.NA.p.obs.nc sifig01_cycle_ntc_pTang_ratio_dfrac_alt_am2p5.NA.ntc.am2p5.nc sifig01_cycle_ntc_pTang_ratio_dfrac_alt_am2p5.NA.p.am2p5.nc

• sifig02_cycle_ntc_pTang_ratio_dfrac_alt_am2p5c360.py sifig02_cycle_ntc_pTang_ratio_dfrac_alt_am2p5c360.NA.ntc.obs.nc sifig02_cycle_ntc_pTang_ratio_dfrac_alt_am2p5c360.NA.p.obs.nc sifig02_cycle_ntc_pTang_ratio_dfrac_alt_am2p5c360.NA.ntc.am2p5c360.nc sifig02_cycle_ntc_pTang_ratio_dfrac_alt_am2p5c360.NA.p.am2p5c360.nc

• sifig03_cycle_mdrsst.py sifig03_cycle_mdrsst.nc

• sifig04_bar_ratio.py sifig04_bar_ratio.ASO2otherMonths.nc

• sifig04_bar_ratio.py sifig05_bar_ratio.dAugfrac.nc

• sifig06_maps_jaso_obs_rainy.py sifig06_maps_jaso_obs_rainy.tcgenesis.nc sifig06_maps_jaso_obs_rainy.seed.nc sifig06_maps_jaso_obs_rainy.p.nc

• sifig07_maps_jaso_hiram_rainy.py sifig07_maps_jaso_hiram_rainy.tcgenesis.nc sifig07_maps_jaso_hiram_rainy.seed.nc sifig07_maps_jaso_hiram_rainy.p.nc

• sifig08_maps_jaso_am2p5_rainy.py sifig08_maps_jaso_am2p5_rainy.tcgenesis.nc sifig08_maps_jaso_am2p5_rainy.seed.nc sifig08_maps_jaso_am2p5_rainy.p.nc

• sifig09_maps_jaso_am2p5c360_rainy.py sifig09_maps_jaso_am2p5c360_rainy.tcgenesis.nc sifig09_maps_jaso_am2p5c360_rainy.seed.nc sifig09_maps_jaso_am2p5c360_rainy.p.nc

• sifig10_bar_sharpness_tchumh.py sifig10_bar_sharpness_tchumh.NA.csv

• sifig11_cycle_pTangs_decom.py sifig11_cycle_pTangs_decom.NA.nc

• sifig12_omega500Z_cycle.py sifig12_omega500Z_cycle.nc

• sifig13_scatter_ntc_vs_all_v4p1_alt_0p5xvort.py sifig13_scatter_ntc_vs_all_v4p1_alt_0p5xvort.NA.nc

• sifig14_scatter_ntc_vs_all_v4p1_alt_1p5xvort.py sifig14_scatter_ntc_vs_all_v4p1_alt_1p5xvort.NA.nc

• sifig15_scatter_ntc_vs_all_v4p1_alt_olife24hr.py sifig15_scatter_ntc_vs_all_v4p1_alt_olife24hr.NA.nc

• sifig16_scatter_ntc_vs_all_v4p1_alt_LucasTracker.py sifig16_scatter_ntc_vs_all_v4p1_alt_LucasTracker.NA.nc

• sifig17_scatter_ntc_vs_all_v4p1_alt_5N.py sifig17_scatter_ntc_vs_all_v4p1_alt_5N.NA.nc