:============================================================================= : NAMELIST FOR OBSTRUCTIONS AND MANAGEMENT PARAMETERS :============================================================================= : obst_main : Main OBSTRUCTIONS parameters : obst_input : OBSTRUCTIONS input parameters : obst_output : OBSTRUCTIONS output parameters : :------------------------------------------------------------------------------ : obst_main : Main OBSTRUCTIONS parameters :------------------------------------------------------------------------------ : obst_nbvar : Number of OBSTRUCTIONS variables : obst_c_paramhuv : coefficient for unconfined conditions : (height * osbt_paramhuv) : default value = 10. :------------------------------------------------------------------------------ &obst_main obst_nbvar = 1 obst_c_paramhuv = 10. / : :------------------------------------------------------------------------------ : obst_input : OBSTRUCTIONS input parameters :------------------------------------------------------------------------------ : obst_fn_position : File name for input OBSTRUCTIONS variables positions : obst_fn_var : list of parameter file for each OBSTRUCTION variable : ex for obst_nbvar = 2 : 'file1.txt','file2.txt' :------------------------------------------------------------------------------ &obst_input obst_fn_position = 'TEST_CASES/obstruction_seagrass_position.nc' obst_fn_var = 'TEST_CASES/obstruction_seagrass_var.txt' / : :------------------------------------------------------------------------------ : obst_output : OBSTRUCTIONS output parameters :------------------------------------------------------------------------------ : l_obstout_pos : write obstructions position within output file (iv,x,y) : l_obstout_height_f : write obstructions forcing height within output file (iv,x,y) : l_obstout_height_e : write obstructions effective height within output file (iv,x,y) : l_obstout_dens_f : write obstructions forcing density within output file (iv,x,y) : l_obstout_dens_e : write obstructions effective density within output file (iv,z,x,y,) : l_obstout_width_f : write obstructions forcing width (iv,x,y) : l_obstout_width_e : write obstructions effective width (iv,z,x,y) : l_obstout_thick_f : write obstructions forcing thick (iv,x,y) : l_obstout_thick_e : write obstructions effective thick (iv,z,x,y) : l_obstout_theta : write obstructions bending angle (iv,z,x,y) : l_obstout_frac_xy : write obstructions fragmentation correction factor (iv,x,y) : l_obstout_frac_z : write obstructions fraction of sigma layer occupied (iv,z,x,y) : l_obstout_fuzvz : write obstructions resistance force 3D (z,x,y) : l_obstout_a2d : write 2D obstructions horizontal area (iv+3,x,y) : l_obstout_a3d : write 3D obstructions horizontal area (iv+3,z,x,y) : l_obstout_s2d : write 2D obstructions vertical area (iv+3,x,y) : l_obstout_s3d : write 3D obstructions vertical area (iv+3,z,x,y) : l_obstout_drag : write obstructions drag coefficient (iv,z,x,y) : l_obstout_tau : write obstructions turbulent stress (z,x,y) :------------------------------------------------------------------------------ &obst_output l_obstout_pos = .TRUE. l_obstout_height_f = .FALSE. l_obstout_height_e = .TRUE. l_obstout_dens_f = .FALSE. l_obstout_dens_e = .TRUE. l_obstout_width_f = .FALSE. l_obstout_width_e = .TRUE. l_obstout_thick_f = .FALSE. l_obstout_thick_e = .TRUE. l_obstout_theta = .TRUE. l_obstout_frac_xy = .FALSE. l_obstout_frac_z = .FALSE. l_obstout_fuzvz = .FALSE. l_obstout_a2d = .FALSE. l_obstout_a3d = .FALSE. l_obstout_s2d = .FALSE. l_obstout_s3d = .FALSE. l_obstout_drag = .FALSE. l_obstout_tau = .FALSE. /