Po_rech_file = strcat( pihm_output_dir, ' \ ', project_name, '.Rech ') %M*N meters/day Po_infil_file = strcat( pihm_output_dir, ' \ ', project_name, '.infil ') %M*N meters/day Po_et2_file = strcat( pihm_output_dir, ' \ ', project_name, '.et2 ') %M*N meters/day Po_et1_file = strcat( pihm_output_dir, ' \ ', project_name, '.et1 ') %M*N meters/day Po_et0_file = strcat( pihm_output_dir, ' \ ', project_name, '.et0 ') %M*N meters/day Po_gw_file = strcat( pihm_output_dir, ' \ ', project_name, '.gw ') %M*N meters/day Po_unsat_file = strcat( pihm_output_dir, ' \ ', project_name, '.unsat ') %M*N meters/day Po_surf_file = strcat( pihm_output_dir, ' \ ', project_name, '.surf ') %M*N meters/day Po_snow_file = strcat( pihm_output_dir, ' \ ', project_name, '.snow ') %M*N meters/day Po_is_file = strcat( pihm_output_dir, ' \ ', project_name, '.is ') %M*N meters/day Po_rivFlx9_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx9.dat ') Po_rivFlx8_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx8.dat ')

Po_rivFlx7_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx7.dat ') Po_rivFlењ†_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlењ†.dat ') Po_rivFlx5_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx5.dat ') Po_rivFlx4_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx4.dat ') Po_rivFlx3_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx3.dat ') Po_rivFlx2_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx2.dat ') Po_rivFlx1_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx1.dat ') Po_rivFlx0_file = strcat( pihm_output_dir, ' \ ', project_name, '.rivFlx0.dat ') Po_rbed_file = strcat( pihm_output_dir, ' \ ', project_name, '.rbed.dat ') Po_stage_file = strcat( pihm_output_dir, ' \ ', project_name, '.stage.dat ') Po_qsub_file = strcat( pihm_output_dir, ' \ ', project_name, '.fluxsub.dat ') Po_qsurf_file = strcat( pihm_output_dir, ' \ ', project_name, '.fluxsurf.dat ') Po_rech_file = strcat( pihm_output_dir, ' \ ', project_name, '.Rech.dat ') %M*N meters/day Po_infil_file = strcat( pihm_output_dir, ' \ ', project_name, '.infil.dat ') %M*N meters/day Po_et2_file = strcat( pihm_output_dir, ' \ ', project_name, '.et2.dat ') %M*N meters/day Po_et1_file = strcat( pihm_output_dir, ' \ ', project_name, '.et1.dat ') %M*N meters/day Po_et0_file = strcat( pihm_output_dir, ' \ ', project_name, '.et0.dat ') %M*N meters/day Po_gw_file = strcat( pihm_output_dir, ' \ ', project_name, '.gw.dat ') %M*N meters/day Po_unsat_file = strcat( pihm_output_dir, ' \ ', project_name, '.unsat.dat ') %M*N meters/day Po_surf_file = strcat( pihm_output_dir, ' \ ', project_name, '.surf.dat ') %M*N meters/day

Po_snow_file = strcat( pihm_output_dir, ' \ ', project_name, '.snow.dat ') %M*N meters/day Po_is_file = strcat( pihm_output_dir, ' \ ', project_name, '.is.dat ') %M*N meters/day Riv_file = strcat( pihm_input_dir, ' \ ', project_name, '.riv ') Дischarge_cubic_feet_per_sec = strcat( usgs_input_dir, ' \ ', usgs_gage_filename) Geol_file = strcat( pihm_input_dir, ' \ ', project_name, '.geol ') Soil_file = strcat( pihm_input_dir, ' \ ', project_name, '.soil ') Init_file = strcat( pihm_input_dir, ' \ ', project_name, '.init ') Mesh_file = strcat( pihm_input_dir, ' \ ', project_name, '.mesh ') ДЄtt_file = strcat( pihm_input_dir, ' \ ', project_name, '.att ') ДЇorc_file = strcat( pihm_input_dir, ' \ ', project_name, '.forc ') Set( 0, 'DefaultFigureVisible ', 'off ') Usgs_input_dir = strcat( defined_input_dir, 'usgs_data ') Дisp( '= ') Дisp( 'Only applicable to daily output ')

Matlab_output = strcat( defined_output_dir, 'matlab_output ') Pihm_output_dir = strcat( defined_output_dir, 'pihm_outputs ') Pihm_input_dir = strcat( defined_input_dir, 'pihm_inputs ') Usgs_input_dir = strcat( defined_input_and_output_dir, 'usgs_data ') Matlab_output = strcat( defined_input_and_output_dir, 'matlab_output ') Pihm_output_dir = strcat( defined_input_and_output_dir, 'pihm_outputs ') Pihm_input_dir = strcat( defined_input_and_output_dir, 'pihm_inputs ') Plot_nashsutcliffe_e = 1 %true = 1, false = 0Дefined_input_and_output_dir = 'D: \Projects \PIHM_Matlab_Cleaned \ ' Дefined_input_dir = 'D: \Projects \PIHM_Matlab_Cleaned \Input ' Дefined_output_dir = 'D: \Projects \PIHM_Matlab_Cleaned \Output ' Save_figures = 2 %Doesnt show figure, just saves to directory %Need to add more warnings and indications of positive results %Should there be options for hourly,monthly, yearly?

Ytick matlab 2008