.. _doc.MUSTANG.output: Output variables in sediment +++++++++++++++++++++++++++++ * There are 4 different ways to write variables in sediment. .. image:: FIG/SEDIM/sedim_outputsed.jpg * User chooses the option with parameters listed in **namelist namsedoutput** (paraMUSTANG.txt) * choice_nivsed_out : 1,2 3 or 4 * nk_nivsed_out : number of saved sediment layers * ep_nivsed_out (mm) : 5 values of sediment layer thickness (mm), beginning with surface layer (choice 4). Last layer (6th) is an integrative layer. * epmax_nivsed_out (mm) : maximum thickness (mm) for output each layers of sediment (choice 3). Below this thickness, output an integrative layer. * The following variables are written to the output file : :: +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | by default | h0 (hx,hy) | bathymetry (changing if morphocoupl) | | | hsed | total thickness of sediment | | | nbniv | number of sediment layers | | | dzs | thickness of each sediment layer | | | temp | Temperature in each sediment layer (if l_outsed_saltemp) | | | sal | Salinity in each sediment layer (if l_outsed_saltemp) | | | var name conc | Concentration of each variable in each sediment layer | | | tenfon | bottom shear stress for erosion | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | with key_MUSTANG_specif_outputs | poro | porosity (if l_outsed_poro) | | | toce | critical bottom shear stress for erosion (if l_outsed_toce) | | | Ero_flx_s2w | flux sediment to water (erosion) (if l_outsed_flx_WS_all) | | | Dep_flx_w2s | flux water to sediment (deposit) (if l_outsed_flx_WS_all | | | frmudsup | mud fraction in the ksmax layer (if l_outsed_frmudsup) | | | dzs_ksmax | layer thickness at sediment surface i(if l_outsed_dzs_ksmax) | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | with key_MUSTANG_V2 | surf | mesh surface | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | with key_MUSTANG_V2 | | | | && key_MUSTANG_specif_outputs | pephm_fcor | Hindering exposure factor on toce (if l_outsed_peph) | | | dzs_aclay_comp | Theoretical active layer thickness Harris and Wiberg 1997 (if l_outsed_activlayer) | | | dzs_aclay_kept | Active layer thickness in the model (if l_outsed_activlayer) | | | tero_noncoh | time elapsed in the non-cohesive erosion regime (if l_outsed_eroiter) | | | tero_coh | time elapsed in the cohesive erosion regime (if l_outsed_eroiter) | | | pct_iter_noncoh| part of erosion iterations in the non-cohesive regime (if l_outsed_eroiter) | | | pct_iter_coh | part of erosion iterations in the cohesive regime (if l_outsed_eroiter) | | | niter_ero | Number of iterations in sed_erosion during time step (if l_outsed_eroiter) | | | z0sed | Skin roughness length (if l_outsed_z0sed) | | | flx_s2w_noncoh | non cohesiv flux sed to water (sum: isand1 to isand2) (if l_outsed_flx_WS_int) | | | flx_w2s_noncoh | non cohesiv flux water to sed (sum: isand1 to isand2) (if l_outsed_flx_WS_int) | | | flx_s2w_coh | cohesiv flux sed to water (sum: imud1 to imud2) (if l_outsed_flx_WS_int) | | | flx_w2s_noncoh | cohesiv flux water to sed (sum: imud1 to imud2) (if l_outsed_flx_WS_int) | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | with key_MUSTANG_V2 | | | | && key_MUSTANG_add_consol_outputs | loadograv | excess interstitial water pressure | | | permeab | permeability | | | sigmapsg | effective stress (transmitted grain to grain) | | | dtsdzs | dt/dzs | | | hinder | hinder | | | sed_rate | sedimentation rate by consolidation | | | sigmadjge | sigma unseparated (without share of water) | | | stateconsol | state of consolidation indicator | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ | with key_MUSTANG_V2 | | | | && key_MUSTANG_bedload | flx_bx | bedload flux WE (if l_outsed_flx_Bload_all) | | | flx_by | bedload flux SN (if l_outsed_flx_Bload_all) | | | bil_bedload | bedload budget (if l_outsed_flx_Bload_all) | | | fsusp | part of transport in suspension (if l_outsed_fsusp) | | | flx_bx_int | bedload flux x-comp (sum: igrav1 to isand2) | | | flx_by_int | bedload flux y-comp (sum: igrav1 to isand2) | | | bil_bedload_int| divergence of bedload flux (sum: igrav1 to isand2) | +-------------------------------------+----------------+------------------------------------------------------------------------------------+ **Output sand variables in water column (*if key_sand2D*)** * If **key_sand2D** is activated, sand variables with **l_sand2D =. TRUE.** (in variable.dat) can be written in two different ways * either **l_outsandrouse=.FALSE.** (in variable.dat) : only the average value in the water column, determined in 2D by the model, is written at k = 1 * either **l_outsandrouse=.TRUE.** : a profile over the entire water column is artificially reconstructed from the calculated average value according to a *Rouse* profile.