These wrapper functions will process standard user inputs and create TAPE5 files and run LBLRTM. This is a lot easier than figuring out what s written in the manual lblrtm_instructions. LBLRTM stands for Line-by-Line Radiative Transfer model. It is an advanced and highly-configurable radiative transfer model that employs state-of-the art treatment of advanced spectroscopic principles. Go to http://rtweb.aer.com/lblrtm.html Many thanks to Tony Clough and colleagues who have guided me through running this program. MATLAB release MATLAB 6.5 (R13)

license.txt
lnfl_lblrtm_radsum_wrappers
...........................\mls_example
...........................\...........\MLS_example_TAPE5_LBLRTM
...........................\...........\MLS_example_IN_RADSUM
...........................\...........\MLS_example_TAPE5_LNFL
...........................\lblrtm_od_reader.m
...........................\call_run_lblrtm_mod_atm_MidAndFarIR.m
...........................\write_charts_tape5.m
...........................\scratch
...........................\rrtm_lw_sw_htr_clr.pdf
...........................\sgp_example
...........................\...........\sgp_aeri_official_TAPE5_LBLRTM
...........................\...........\sgp_aeri.full_atm
...........................\...........\sgp_aeri_20010722_0522Z.txt
...........................\...........\sgp_aeri_TAPE5_LBLRTM
...........................\...........\sgp_aeri_TAPE5_LNFL
...........................\call_run_lblrtm_mod_atm.m
...........................\run_rrtm_lw.m
...........................\trp_greenhouse_factor.pdf
...........................\write_lblrtm_tape5.m
...........................\call_run_lblrtm_mod_atm_jacobian.m
...........................\read_rrtm_lw.m
...........................\run_lblrtm_jacobian.m
...........................\lblrtm_TAPE11_reader.m
...........................\call_run_lblrtm_mod_atm_transmittance.m
...........................\foo.txt
...........................\run_radsum.m
...........................\call_run_lblrtm_mod_atm_example_solar.m
...........................\mod_atm
...........................\.......\TROPICAL.atm
...........................\.......\MLS.atm
...........................\.......\USSTD.atm
...........................\masuda_emissivity
...........................\call_run_lblrtm_camex_comparison.m
...........................\convert_to_BT.m
...........................\set_directory.m
...........................\figs
...........................\....\mls_clr_H2O_sensitivity_linear.ps
...........................\....\usstd_highres_trans_spectrum.pdf
...........................\....\camex_comparison_plots.ps
...........................\....\mls_clr_T_sensitivity_log.ps
...........................\....\usstd_highres_spectrum_bt.pdf
...........................\....\mod_atm_ir_clr_log_axis.ps
...........................\....\mls_clr_T_sensitivity_linear.ps
...........................\....\iris_rad_comparison_042770.ps
...........................\....\mls_clr_H2O_sensitivity_log.ps
...........................\....\sgp_aeri_comparison_plots.pdf
...........................\....\sgp_aeri_comparison_plots.ps
...........................\....\mod_atm_ir_clr_linear_axis.ps
...........................\....\usstd_highres_spectrum.pdf
...........................\....\iris_bt_comparison_042770.ps
...........................\....\camex_comparison_plots.pdf
...........................\....\iris_K_T_finite_diff_guam_042770.ps
...........................\call_run_charts_mod_atm.m
...........................\INPUT_RRTM_0
...........................\run_charts.m
...........................\write_lblrtm_jacobian_tape5.m
...........................\run_rrtm_sw.m
...........................\call_run_lblrtm_sgp_aeri_comparison.m
...........................\write_rrtm_tape5_sw.m
...........................\run_rrtm_lw_batch.m
...........................\call_run_charts_sgp_aeri_comparison.m
...........................\screendump.out
...........................\write_radsum_tape5.m
...........................\set_flag.m
...........................\call_run_radsum_mod_atm_example.m
...........................\get_flag.m
...........................\read_radsum.m
...........................\read_rrtm_sw.m
...........................\call_run_rrtm_mod_atm_lw_batch.m
...........................\call_run_rrtm_mod_atm_sw.m
...........................\iris_example
...........................\............\iris.full_atm
...........................\............\iris_spectrum_042770.txt
...........................\run_lblrtm.m
...........................\masuda_reflectivity
...........................\README
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