Ticket #225: run.def.contfrac

File run.def.contfrac, 7.7 KB (added by ajornet, 7 years ago)
Line 
1DO_FLOODPLAINS =  y
2DO_FLOODINFILT =  TRUE
3DO_SWAMPS =  TRUE
4
5#PRINTLEV = 4
6
7LIMIT_WEST =-82.0
8LIMIT_EAST = -40.0
9LIMIT_SOUTH= -10.0
10LIMIT_NORTH= 10.0
11
12# SECHIBA history output level (0..10)
13# default = 5
14SECHIBA_HISTLEVEL = 10
15
16# STOMATE history output level (0..10)
17# default = 10
18STOMATE_HISTLEVEL = 10
19
20#
21#**************************************************************************
22#                    Parameter file list for ORCHIDEE
23# See all optional parameters in modipsl/modeles/ORCHIDEE/orchidee.default
24#**************************************************************************
25# Time
26TIME_LENGTH= 1D
27TIME_SKIP= 0D
28
29# Input and output
30#**************************************************************************
31# If DRIVER_reset_time=y, read the year from forcing file instead of taking it from restart file
32DRIVER_reset_time= y
33
34# Name of restart to read for initial conditions for the driver
35RESTART_FILEIN= NONE
36
37# Name of restart to read for initial conditions
38# default = NONE
39SECHIBA_restart_in= NONE
40
41# Name of restart to read for initial conditions of STOMATE
42# default = NONE
43STOMATE_RESTART_FILEIN= NONE
44
45# Use XIOS for writing diagnostics file
46# defulat = n
47XIOS_ORCHIDEE_OK= n
48
49# Flag to activate sechiba_out_2.nc history file for SECHIBA
50# default  = FALSE
51SECHIBA_HISTFILE2 = FALSE
52
53# SECHIBA history 2 output level (0..10)
54# default = 1
55SECHIBA_HISTLEVEL2 = 1
56
57# Writefrequency in seconds in sechiba_history.nc
58# default = 86400.0
59WRITE_STEP= -1.
60
61# Writefrequency in seconds sechiba_out_2.nc
62# default = 1800.0
63WRITE_STEP2 = 10800.0
64
65# Writefrequency in days in stomate_history.nc
66# default = 10.
67STOMATE_HIST_DT= -1.
68
69# Writefrequency in days or -1 for monthly output in stomate_ipcc_history.nc
70# default = 0.
71STOMATE_IPCC_HIST_DT= -1.
72
73
74# Hydrology parameters
75#**************************************************************************
76# Activate the multi-layer diffusion scheme adapted from CWRR
77# by default the Choisnel hydrology is used.
78HYDROL_CWRR= y
79
80# Activate river routing
81RIVER_ROUTING= y
82
83
84#**************************************************************************
85# Activate Stomate component
86STOMATE_OK_STOMATE= y
87
88# Activate calculations of CO2 according to Farqhuar and Ball
89STOMATE_OK_CO2= y
90
91# Parmeters related to vegetation map
92#**************************************************************************
93# Update vegetation frequency
94# default = 1Y
95VEGET_UPDATE= 1Y
96
97# Read lai map
98LAI_MAP= n
99
100# Prescribed vegetation, default=n
101IMPOSE_VEG= n
102
103# Other parameters
104#**************************************************************************
105# Analytic spinup
106SPINUP_ANALYTIC= n
107SPINUP_PERIOD= -1
108
109# Value for atmospheric CO2, default=350.
110ATM_CO2= 325.57
111
112# Activate reading/writing of cforcing file. Default=NONE
113STOMATE_CFORCING_NAME= NONE
114
115############################# General flags to activate the modules  #############################
116
117# Activate the DGVM? (FALSE by default)
118STOMATE_OK_DGVM = n
119
120# Activate grassland management? (FALSE by default)
121ENABLE_GRAZING = n
122
123# Activate Spitfire? (FALSE by default ?)
124FIRE_DISABLE = n
125ALLOW_DEFOREST_FIRE = n
126
127# Activate the soil freezing scheme? (FALSE by default)
128OK_FREEZE = y
129
130# Activate permafrost carbon? (FALSE by default)
131OK_PC = y
132
133# Activate the explicit snow scheme developed by Tao? (FALSE by default)
134OK_EXPLICITSNOW = y
135
136# Activate computation of flux densities of CH4 from wetlands? (FALSE by default)
137CH4_CALCUL = y
138
139# Activate Topmodel? (FALSE by default)
140TOPM_CALCUL = n
141
142# Activate CO2 downregulation? (FALSE by default ?)
143DOWNREGULATION_CO2 = n
144
145##################################################################################
146
147################################# ISABELLE #######################################
148
149OK_WETDIAGLONG=y
150
151## No need because in constantes_soil IF (ok_freeze) THEN these flags = .TRUE.
152#OK_ECORR=y    # Energy correction for freezing
153#OK_SNOWFACT=y # Activates the smoothering of landscapes by snow
154
155## Not found in the code
156#OK_SNOW_TUNDRA_TAIGA=n
157#OK_GEL_THD=y
158#OK_GEL_THERMOSOIL=n
159#ALB_HIGH_LAT=y
160#OK_QGROUND=y
161#OK_THERMIX_trunc=y
162#OK_SHUM_PERMA_LONG=y
163#OK_SHUMDIAG_PERMA=y
164#OK_SHUMDIAG_INTERPOL=y
165#OK_GEL_THD=n
166#OK_GEL_THERMOSOIL=y
167#FORCING_RAD_CENTER=y # CO2 down regulation
168
169##This is for permafrost
170
171## Not found in the code
172#USE_PERMAFROST=y
173#WH_MG=n
174#use_ice_latentheat=y
175#use_excess_ice=n
176#reset_excess_ice=n
177#excess_ice_amount=0.0
178#temp_offset=
179#temp_trend=
180#temp_trend_tzero=
181#temp_trend_tplateau=
182#sedimentation_rate=0.
183
184THERMOSOIL_NBLEV=32
185O2_LIMIT=n
186frozen_respiration_func=4
187OK_ZIMOV=n
188OK_METHANE=n
189TAU_CH4_TROPH=432000.
190HEAT_CO2_ACT=40.0E6
191HEAT_CO2_SLO=30.0E6
192HEAT_CO2_PAS=10.0E6
193HEAT_CH4_GEN=0.
194HEAT_CH4_TROPH=0.
195TAU_CH4_GEN_RATIO=9.0
196O2_SEUIL_MGEN=3.0
197hmin_tcalc=.01
198sn_dens=330.
199sn_cond=0.2
200READ_PERMAFROST_MAP=n # waiting for reply in order to find input file
201# PERMAFROST_MAP_FILE=
202organic_layer_thickness=0.0
203satsoil=n
204cryoturbate=y
205cryoturbation_diff_k=.01
206use_toporganiclayer_tempdiff=n
207use_soilc_tempdiff=y
208use_new_cryoturbation=y
209cryoturbation_method=4
210
211## Setting yedoma carbon
212reset_yedoma_carbon=n
213yedoma_map_filename=yedoma_map.nc
214yedoma_depth=20.
215deepC_a_init=1790.1
216deepC_s_init=14360.8
217deepC_p_init=1436.0
218
219## WETLAND CH4 methane
220CH4atmo_CONC=0.0033
221
222## TOPMODEL
223TOPMODEL_PARAMETERS_FILE=TOPMODEL_param_1deg.nc
224
225#ok_histsync=TRUE
226
227############################################ Grassland management ######################################################
228
229### define if enable grassland management and strategy of management
230### define PFTs that are managed, grazed or cut
231
232## Define animal status parameters
233FILE_PARAM_INIT=laq-int.init_cond.par
234
235## Define management
236F_MANAGEMENT_MAP=0
237F_GRAZING_MAP=0
238F_DEPOSITION_MAP=0
239N_limitation=n
240NB_YEAR_MANAGEMENT=0 1 1 1 1 1 1 1 1 1 1 1 1
241FILE_MANAGEMENT=/home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman /home/orchidee03/jchang/run_MICT_GM/noman
242MANAGEMENT_MAP=2D_fert_1860_2010_ME_fracsystem.nc
243MANAGEMENT_START=0 0 130 130 0 130 130
244MANAGEMENT_INTENSITY=0 0 4 4 0 4 4
245#GRAZING_MAP=2D_sr_ugb_1860_2010_ME_fracsystem.nc
246GRAZING_MAP=sr_ugb.nc
247DEPOSITION_MAP=2D_Ndep_INCA_1860_2010.nc
248DEPOSITION_START=0 0 130 130 0 130 130
249N_EFFECT=0.6
250NB_CUT_YEAR=10
251#NVM=13
252
253IS_GRASSLAND_CUT__10=n
254IS_GRASSLAND_CUT__11=n
255##LAI_MAX__10=7 # define parameters for managed grassland
256##LAI_MAX__11=7 # define parameters for managed grassland
257
258#MERID_RES=0.5
259#ZONAL_RES=0.5
260
261LPJ_GAP_CONST_MORT=n
262HARVEST_AGRI=n
263STOMATE_IPCC_OUTPUT_FILE=NONE
264F_AUTOGESTION=5
265F_POSTAUTO=0
266IS_GRASSLAND_MANAG__10=y
267IS_GRASSLAND_MANAG__11=y
268IS_GRASSLAND_GRAZED__10=y
269IS_GRASSLAND_GRAZED__11=y
270SLA_MAX__10=3.0E-2
271SLA_MIN__10=2.4E-2
272SLA_MAX__11=3.0E-2
273SLA_MIN__11=2.4E-2
274NO_PFROST_DECOMP=n
275
276#################################### SPITFIRE configurations #############################################
277
278# Read population density?
279READ_POPDENS=y
280POPDENS_FILE=popdens_1850_HYDE.nc
281
282# Read human ignition parameter?
283READ_HUMIGN=y
284HUMIGN_FILE=humign.nc
285
286# Read the ratio flag?
287READ_RATIO_FLAG=y
288
289# When the flag is greater than 1, BA and CF are forced, otherwise they are prognositcally determined
290RATIO_FLAG_FILE=flag_minus_ones.nc
291
292# Read the ratio? default y
293READ_RATIO=y
294
295# Default ratio file with all ratios as 1, i.e., the BA is prognostically determined
296RATIO_FILE=ratio_ones.nc
297
298READ_CF_COARSE=n #default n
299CF_COARSE_FILE=CF_coarse.nc
300READ_CF_FINE=n #default n
301CF_FINE_FILE=CF_fine.nc
302
303# Lightning flashes input file
304LIGHTNING_FILE=LISOTD_HRMC_V2.3.2011.lightn.nc
305DEPTH_MAX_T=11