VIC 4.2.b
Ubuntu 18.04
While running the global parameter file am getting the following error.
sandy@sandy:~/sonam/VIC4_2_b/src$ ./vicNl -g ./global.param.sample
VIC Version 4.2.b 2015-January-22
"./global.param.sample" has been
opened for reading.... skipping header
WARNING: To run the model QUICK_FLUX=TRUE, you must define exactly 3 soil thermal nodes. Currently Nnodes is set to 10. Setting Nnodes to 3.
VIC Version 4.2.b 2015-January-22 - Current Model Settings
Time Step = 3 hour(s)
Simulation start date = 01/01/2001
Simulation end date = 31/12/2010
Full Energy...................(0)
Ground heat flux will be estimated using Liang, Wood and Lettenmaier (1999).
Use Frozen Soil Model.........(0)
.... Using the explicit solution for the soil heat equation.
.... Thermal nodes are linearly distributed with depth (except top two nodes).
Run Snow Model Using a Time Step of 3 hours
Compress Output Files.........(0)
Correct Precipitation.........(0)
Using 1 Snow Bands
Using 1 Root Zones
Model output is in standard ASCII format.
"./global.param.sample" has been
opened for reading.... skipping header
Error opening "/home/sonam/param/soil_param_mohan.txt".
Model run-time error...
Unable to open File
...now exiting to system...
Bug Reports
sandy@sandy:~/sonam/VIC4_2_b/src$ ./vicNl -g ./global.param.sample VIC Version 4.2.b 2015-January-22
"./global.param.sample" has been opened for reading.... skipping header WARNING: To run the model QUICK_FLUX=TRUE, you must define exactly 3 soil thermal nodes. Currently Nnodes is set to 10. Setting Nnodes to 3.
VIC Version 4.2.b 2015-January-22 - Current Model Settings
COMPILE-TIME OPTIONS (set in .h files)
Output to Screen: VERBOSE TRUE
Maximum Array Sizes: MAX_BANDS 10 MAX_FRONTS 3 MAX_FROST_AREAS 10 MAX_LAKE_NODES 20 MAX_LAYERS 3 MAX_NODES 50 MAX_VEG 12
Snow Constants: NEW_SNOW_ALB 0.850000 SNOW_ALB_ACCUM_A 0.940000 SNOW_ALB_ACCUM_B 0.580000 SNOW_ALB_THAW_A 0.820000 SNOW_ALB_THAW_B 0.460000 TraceSnow 0.030000
Other Constants: LAI_WATER_FACTOR 0.100000 MAXIT_FE 25
RUN-TIME OPTIONS (set in global parameter file)
Simulation Dimensions: NLAYER 3 EQUAL_AREA FALSE RESOLUTION -99999.000000 TIME_STEP 3 SNOW_STEP 3 STARTYEAR 2001 STARTMONTH 1 STARTDAY 1 STARTHOUR 0 ENDYEAR 2010 ENDMONTH 12 ENDDAY 31
Simulation Parameters: AERO_RESIST_CANSNOW AR_406_FULL BLOWING FALSE CLOSE_ENERGY FALSE COMPUTE_TREELINE FALSE CONTINUEONERROR TRUE CORRPREC FALSE EXP_TRANS FALSE FROZEN_SOIL FALSE FULL_ENERGY FALSE GRND_FLUX_TYPE GF_410 LW_TYPE LW_PRATA LW_CLOUD LW_CLOUD_DEARDORFF IMPLICIT FALSE NOFLUX FALSE MTCLIM_SWE_CORR FALSE PLAPSE TRUE QUICK_FLUX TRUE QUICK_SOLVE FALSE SPATIAL_FROST FALSE SPATIAL_SNOW FALSE SNOW_DENSITY DENS_BRAS SW_PREC_THRESH 0.000000 TFALLBACK TRUE VP_INTERP TRUE VP_ITER VP_ITER_ALWAYS WIND_H 10.000000 MEASURE_H 2.000000 NODES 3 MIN_RAIN_TEMP -0.500000 MAX_SNOW_TEMP 0.500000 MIN_WIND_SPEED 0.100000 CARBON FALSE SHARE_LAYER_MOIST TRUE Ncanopy 3
Input Forcing Data: Forcing File 1: /home/sonam/param/forcing/data_* FORCEYEAR 2000 FORCEMONTH 1 FORCEDAY 1 FORCEHOUR 0 N_TYPES 4 FORCE_DT 24 FORCE_ENDIAN LITTLE FORCE_FORMAT BINARY GRID_DECIMAL 3 ALMA_INPUT FALSE
Input Soil Data: Soil file /home/sonam/param/soil_param_mohan.txt BASEFLOW ARNO JULY_TAVG_SUPPLIED FALSE ORGANIC_FRACT FALSE
Input Veg Data: Veg library file /home/sonam/param/veg_lib VEGLIB_PHOTO FALSE VEGLIB_VEGCOVER FALSE Veg param file /home/sonam/param/veg_param ROOT_ZONES 1 VEGPARAM_LAI FALSE LAI_SRC FROM_VEGLIB VEGPARAM_VEGCOVER FALSE VEGCOVER_SRC FROM_VEGLIB VEGPARAM_ALB FALSE ALB_SRC FROM_VEGLIB
Input Elevation Data: SNOW_BAND 1 (no input file needed for SNOW_BAND=1)
Input Lake Data: LAKES FALSE LAKE_PROFILE FALSE
Input State File: INIT_STATE FALSE
Output State File: SAVE_STATE FALSE
Output Data: Result dir: (put OUT_STEP 3 ALMA_OUTPUT FALSE BINARY_OUTPUT FALSE COMPRESS FALSE MOISTFRACT FALSE OUTPUT_FORCE FALSE PRT_HEADER FALSE PRT_SNOW_BAND FALSE SKIPYEAR 0
Time Step = 3 hour(s) Simulation start date = 01/01/2001 Simulation end date = 31/12/2010
Full Energy...................(0) Ground heat flux will be estimated using Liang, Wood and Lettenmaier (1999). Use Frozen Soil Model.........(0) .... Using the explicit solution for the soil heat equation. .... Thermal nodes are linearly distributed with depth (except top two nodes). Run Snow Model Using a Time Step of 3 hours Compress Output Files.........(0) Correct Precipitation.........(0)
Using 1 Snow Bands Using 1 Root Zones Model output is in standard ASCII format.
"./global.param.sample" has been opened for reading.... skipping header
Error opening "/home/sonam/param/soil_param_mohan.txt". Model run-time error... Unable to open File ...now exiting to system...